Note: Claims are shown in the official language in which they were submitted.
The embodiments of the invention in which an exclusive
property or privileges is claimed are defined as follows:
1. A warning system for sensing conditions at a remote source
comprising a transmitter located in the region of said remote
source for transmitting a coded signal in response to an abnormal
condition sensed at said remote source, said coded signal
comprising information of the abnormal condition sensed and the
location of said transmitter, and a monitor for receiving said
transmitted coded signal and indicating said abnormal condition
sensed and the location of said transmitter; said transmitter
comprising a power supply for said transmitter, sensing means
responsive to an abnormal condition at said remote source, coding
means comprising a silicon controlled rectifier gate array
connected to said power supply and said sensing means for
activating said transmitter when said sensing means detects an
abnormal condition, and comprising means for generating a coded
signal in response to said activation of said transmitter when said
sensing means detects an abnormal condition, and means connected to
said coding means for transmitting said generated coded signal;
said monitor comprising a power supply for said monitor, means for
receiving said transmitted coded signal, means connected to said
detecting means for decoding said signal received, and means
connected to said decoding means for indicating said abnormal
condition sensed by said sensing means of said transmitter and
comprising matrix means for indicating said location of said
transmitter.
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2. A warning system according to claim 1 wherein said coding
means of said transmitter comprises a parallel to serial converter.
3. A warning system according to claim 2 wherein said parallel
to serial converter of said coding means of said transmitter is a
universal asynchronous receiver/transmitter circuit.
4. A warning system according to claim 1 wherein said coding
means of said transmitter comprises an encoder circuit connected to
said silicon controlled rectifier gate array, a data latch circuit
connected to said encoder circuit, and a parallel to serial
converter connected to said data latch circuit.
5. A warning system according to claim 4 wherein said parallel
to serial converter of said coding means of said transmitter is a
universal asynchronous receiver/transmitter circuit.
6. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter.
7. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal.
8. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
43
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal.
9. A warning system according to claims 1, 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed.
10. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter.
11. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
44
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal.
12. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal.
13. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal.
14. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal.
15. A warning system according to claims 2, 3, 4, or 5, wherein
said decoding means of said monitor comprises a serial to parallel
converter.
16. A warning system according to claims 2, 3, 4, or 5, wherein
said decoding means of said monitor comprises a universal
asynchronous receiver/transmitter circuit as a serial to parallel
converter.
17. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, and
46
said decoding means of said monitor comprises a serial to parallel
converter.
18. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said decoding means of said monitor
comprises a serial to parallel converter.
19. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
decoding means of said monitor comprises a serial to parallel
converter.
20. A warning system according to claims 1, 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said decoding means of said monitor comprises
a serial to parallel converter.
47
21. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said decoding
means of said monitor comprises a serial to parallel converter.
22. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said decoding means of
said monitor comprises a serial to parallel converter.
23. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
48
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
decoding means of said monitor comprises a serial to parallel
converter.
24. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said decoding means of said monitor comprises a serial
to parallel converter.
25. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
49
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said decoding means of
said monitor comprises a serial to parallel converter.
26. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, and
said decoding means of said monitor comprises a universal
asynchronous receiver/transmitter circuit as a serial to parallel
converter.
27. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter.
28. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
decoding means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
29. A warning system according to claims 1, 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said decoding means of said monitor comprises
a universal asynchronous receiver/transmitter circuit as a serial
to parallel converter.
30. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said decoding
51
means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
31. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said decoding means of
said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
32. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the tape of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
52
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
decoding means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
33. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter.
34. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
53
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said decoding means of
said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
35. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said means for receiving said
transmitted coded signal from said transmitter of said monitor
comprises an antenna, a tuned circuit connected to said antenna,
and amplification circuits connected to said tuned circuit.
36. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
54
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, and amplification circuits connected to said tuned
circuit.
37. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, and amplification circuits connected to
said tuned circuit.
38. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said means for receiving said
transmitted coded signal from said transmitter of said monitor
comprises an antenna, a tuned circuit connected to said antenna,
and amplification circuits connected to said tuned circuit, and
said decoding means of said monitor comprises a serial to parallel
converter connected to said amplification circuits of said
receiving means of said monitor.
39. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, and amplification circuits connected to said tuned
circuit, and said decoding means of said monitor comprises a serial
56
to parallel converter connected to said amplification circuits of
said receiving means of said monitor.
40. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, and amplification circuits connected to
said tuned circuit, and said decoding means of said monitor
comprises a serial to parallel converter connected to said
amplification circuits of said receiving means of said monitor.
41. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
57
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said means for receiving said
transmitted coded signal from said transmitter of said monitor
comprises an antenna, a tuned circuit connected to said antenna,
and amplification circuits connected to said tuned circuit, and
said decoding means of said monitor comprises a universal
asynchronous receiver/transmitter circuit as a serial to parallel
converter connected to said amplification circuits of said
receiving means of said monitor.
42. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, and amplification circuits connected to said tuned
circuit, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
58
parallel converter connected to said amplification circuits of said
receiving means of said monitor.
43. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, and amplification circuits connected to
said tuned circuit, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said amplification
circuits of said receiving means of said monitor.
44. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
59
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and an inverter circuit connected to said
amplification circuits.
45. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and an inverter circuit connected to said
amplification circuits.
46. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and an inverter circuit connected to said amplification
circuits.
47. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
61
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises a serial to parallel converter connected to said inverter
circuit of said receiving means of said monitor.
48. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises a serial to parallel converter connected to said inverter
circuit of said receiving means of said monitor.
49. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
62
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and an inverter circuit connected to said amplification
circuits, and said decoding means of said monitor comprises a
serial to parallel converter connected to said inverter circuit of
said receiving means of said monitor.
50. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
63
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said inverter circuit
of said receiving means of said monitor.
51. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said inverter circuit
of said receiving means of said monitor.
64
52. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and an inverter circuit connected to said amplification
circuits, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter connected to said inverter circuit of said
receiving means of said monitor.
53. A warning system according to claims 2, 3, 4, or 5, wherein
said decoding means of said monitor comprises a serial to parallel
converter, and said means for indicating said abnormal condition
sensed of said monitor comprises electronic circuit means
including, an audio warning circuit connected to said serial to
parallel converter, a decoder circuit connected to said serial to
parallel converter, and a visual display circuit connected to said
decoder circuit.
54. A warning system according to claims 2, 3, 4, or 5, wherein
said decoding means of said monitor comprises a serial to parallel
converter, and said means for indicating said abnormal condition
sensed of said monitor comprises electronic circuit means including
an audio warning circuit connected to said serial to parallel
converter, a decoder circuit connected to said serial to parallel
converter, and a visual display circuit connected to said decoder
circuit, and said matrix means of said monitor for indicating the
location of said transmitter includes said visual display circuit
in the form of an L.E.D. matrix.
55. A warning system according to claims 2, 3, 4, or 5, wherein
said decoding means of said monitor comprises a universal
asynchronous receiver/transmitter circuit as a serial to parallel
converter, and said means for indicating said abnormal condition
sensed of said monitor comprises electronic circuit means
including, an audio warning circuit connected to said serial to
parallel converter, a decoder circuit connected to said serial to
parallel converter, and a visual display circuit connected to said
decoder circuit.
56. A warning system according to claims 2, 3, 4, or 5, wherein
said decoding means of said monitor comprises a universal
asynchronous receiver/transmitter circuit as a serial to parallel
converter, and said means for indicating said abnormal condition
66
sensed of said monitor comprises electronic circuit means including
an audio warning circuit connected to said serial to parallel
converter, a decoder circuit connected to said serial to parallel
converter, and a visual display circuit connected to said decoder
circuit, and said matrix means of said monitor for indicating the
location of said transmitter includes said visual display circuit
in the form of an L.E.D. matrix.
57. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said means for receiving said
transmitted coded signal from said transmitter of said monitor
comprises an antenna, a tuned circuit connected to said antenna,
and amplification circuits connected to said tuned circuit, and
said decoding means of said monitor comprises a serial to parallel
converter connected to said amplification circuits of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including, an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit.
67
58. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said means for receiving said
transmitted coded signal from said transmitter of said monitor
comprises an antenna, a tuned circuit connected to said antenna,
and amplification circuits connected to said tuned circuit, and
said decoding means of said monitor comprises a serial to parallel
converter connected to said amplification circuits of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit, and said matrix means of said
monitor for indicating the location of said transmitter includes
said visual display circuit in the form of an L.E.D. matrix.
59. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
68
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, and amplification circuits connected to said tuned
circuit, and said decoding means of said monitor comprises a serial
to parallel converter connected to said amplification circuits of
said receiving means of said monitor, and said means for indicating
said abnormal condition sensed of said monitor comprises electronic
circuit means including, an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit.
60. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
69
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, and amplification circuits connected to said tuned
circuit, and said decoding means of said monitor comprises a serial
to parallel converter connected to said amplification circuits of
said receiving means of said monitor, and said means for indicating
said abnormal condition sensed of said monitor comprises electronic
circuit means including an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit, and said matrix means of said
monitor for indicating the location of said transmitter includes
said visual display circuit in the form of an L.E.D. matrix.
61. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, and amplification circuits connected to
said tuned circuit, and said decoding means of said monitor
comprises a serial to parallel converter connected to said
amplification circuits of said receiving means of said monitor, and
said means for indicating said abnormal condition sensed of said
monitor comprises electronic circuit means including, an audio
warning circuit connected to said serial to parallel converter, a
decoder circuit connected to said serial to parallel converter, and
a visual display circuit connected to said decoder circuit.
62. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
71
connected to said antenna, and amplification circuits connected to
said tuned circuit, and said decoding means of said monitor
comprises a serial to parallel converter connected to said
amplification circuits of said receiving means of said monitor, and
said means for indicating said abnormal condition sensed of said
monitor comprises electronic circuit means including an audio
warning circuit connected to said serial to parallel converter, a
decoder circuit connected to said serial to parallel converter, and
a visual display circuit connected to said decoder circuit, and
said matrix means of said monitor for indicating the location of
said transmitter includes said visual display circuit in the form
of an L.E.D. matrix.
63. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said means for receiving said
transmitted coded signal from said transmitter of said monitor
comprises an antenna, a tuned circuit connected to said antenna,
and amplification circuits connected to said tuned circuit, and
said decoding means of said monitor comprises a universal
asynchronous receiver/transmitter circuit as a serial to parallel
converter connected to said amplification circuits of said
receiving means of said monitor, and said means for indicating said
72
abnormal condition sensed of said monitor comprises electronic
circuit means including, an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit.
64. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said means for receiving said
transmitted coded signal from said transmitter of said monitor
comprises an antenna, a tuned circuit connected to said antenna,
and amplification circuits connected to said tuned circuit, and
said decoding means of said monitor comprises a universal
asynchronous receiver/transmitter circuit as a serial to parallel
converter connected to said amplification circuits of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit, and said matrix means of said
monitor for indicating the location of said transmitter includes
said visual display circuit in the form of an L.E.D. matrix.
73
65. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, and amplification circuits connected to said tuned
circuit, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter connected to said amplification circuits of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including, an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit.
66. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
74
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, and amplification circuits connected to said tuned
circuit, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter connected to said amplification circuits of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit, and said matrix means of said
monitor for indicating the location of said transmitter includes
said visual display circuit in the form of an L.E.D. matrix.
67. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, and amplification circuits connected to
said tuned circuit, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said amplification
circuits of said receiving means of said monitor, and said means
for indicating said abnormal condition sensed of said monitor
comprises electronic circuit means including, an audio warning
circuit connected to said serial to parallel converter, a decoder
circuit connected to said serial to parallel converter, and a
visual display circuit connected to said decoder circuit.
68. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
76
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, and amplification circuits connected to
said tuned circuit, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said amplification
circuits of said receiving means of said monitor, and said means
for indicating said abnormal condition sensed of said monitor
comprises electronic circuit means including an audio warning
circuit connected to said serial to parallel converter, a decoder
circuit connected to said serial to parallel converter, and a
visual display circuit connected to said decoder circuit, and said
matrix means of said monitor for indicating the location of said
transmitter includes said visual display circuit in the form of an
L.E.D. matrix.
69. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
77
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises a serial to parallel converter connected to said inverter
circuit of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including, an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit.
70. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and an inverter circuit connected to said
78
amplification circuits, and said decoding means of said monitor
comprises a serial to parallel converter connected to said inverter
circuit of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit, and said matrix
means of said monitor for indicating the location of said
transmitter includes said visual display circuit in the form of an
L.E.D. matrix.
71. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
79
comprises a serial to parallel converter connected to said inverter
circuit of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including, an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit.
72. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises a serial to parallel converter connected to said inverter
circuit of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit, and said matrix
means of said monitor for indicating the location of said
transmitter includes said visual display circuit in the form of an
L.E.D. matrix.
73. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and an inverter circuit connected to said amplification
circuits, and said decoding means of said monitor comprises a
serial to parallel converter connected to said inverter circuit of
81
said receiving means of said monitor, and said means for indicating
said abnormal condition sensed of said monitor comprises electronic
circuit means including, an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit.
74. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and an inverter circuit connected to said amplification
circuits, and said decoding means of said monitor comprises a
serial to parallel converter connected to said inverter circuit of
82
said receiving means of said monitor, and said means for indicating
said abnormal condition sensed of said monitor comprises electronic
circuit means including an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit, and said matrix means of said
monitor for indicating the location of said transmitter includes
said visual display circuit in the form of an L.E.D. matrix.
75. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said inverter circuit
of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including, an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
83
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit.
76. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises 2 universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said inverter circuit
of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit, and said matrix
means of said monitor for indicating the location of said
transmitter includes said visual display circuit in the form of an
L.E.D. matrix.
84
77. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said inverter circuit
of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including, an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit.
78. A warning system according to claims 2, 3, 4, or 5, wherein
said transmitting means of said transmitter comprises a transmit
timing circuit connected to said parallel to serial converter, an
inverter circuit connected to said parallel to serial converter, an
amplification circuit connected to said inverter circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and an inverter circuit connected to said
amplification circuits, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said inverter circuit
of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit, and said matrix
means of said monitor for indicating the location of said
transmitter includes said visual display circuit in the form of an
L.E.D. matrix.
79. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
86
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and an inverter circuit connected to said amplification
circuits, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter connected to said inverter circuit of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including, an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit.
8. A warning system according to claims 2, 3, 4, or 5, wherein
said coded signal generated comprises a first part identifying the
87
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an inverter circuit
connected to said parallel to serial converter, an amplification
circuit connected to said inverter circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and an inverter circuit connected to said amplification
circuits, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter connected to said inverter circuit of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit, and said matrix means of said
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monitor for indicating the location of said transmitter includes
said visual display circuit in the form of an L.E.D. matrix.
CLAIMS SUPPORTED BY SUPPLEMENTARY DISCLOSURE
81. A warning system according to claim 1 wherein said coding
means of said transmitter comprises an inverter circuit connected
to said silicon controlled rectifier gate array, an encoder circuit
connected to said inverter circuit, and a parallel to serial
converter connected to said encoder circuit.
82. A warning system according to claim 81 wherein said parallel
to serial converter of said coding means of said transmitter is a
universal asynchronous receiver/transmitter circuit.
83. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter.
84. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal.
85. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
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oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal.
86. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed.
87. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter.
88. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal.
89. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal.
90. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal.
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91. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal.
92. A warning system according to claims 81, or 82, wherein said
decoding means of said monitor comprises a serial to parallel
converter.
93. A warning system according to claims 81, or 82, wherein said
decoding means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
94. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, and said
decoding means of said monitor comprises a serial to parallel
converter.
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95. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said decoding means of said monitor
comprises a serial to parallel converter.
96. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
decoding means of said monitor comprises a serial to parallel
converter.
97. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said decoding means of said monitor comprises
a serial to parallel converter.
98. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
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location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said decoding
means of said monitor comprises a serial to parallel converter.
99. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said decoding means of
said monitor comprises a serial to parallel converter.
100. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
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means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
decoding means of said monitor comprises a serial to parallel
converter.
101. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said decoding means of said monitor comprises a serial
to parallel converter.
102. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said decoding means of
said monitor comprises a serial to parallel converter.
103. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, and said
decoding means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
104. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated is
transmitted by said transmitting means of said transmitter as a
radio frequency signal, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter.
105. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
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circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
decoding means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
106. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said decoding means of said monitor comprises
a universal asynchronous receiver/transmitter circuit as a serial
to parallel converter.
107. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said decoding
means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
108. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
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circuit connected to said parallel to serial converter, an
amplification circuit connected to said parallel to serial
converter, and an oscillator circuit connected to said
amplification circuit, and said coded signal generated comprises a
first part identifying the location of said remote source where
said abnormal condition is sensed, and a second part identifying
the type of abnormal condition sensed, and said coded signal
generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said decoding means of
said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
109. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of said transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, an amplification
circuit connected to said parallel to serial converter, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
decoding means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
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110. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter.
111. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
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signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said decoding means of
said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter.
112. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and a demodulator circuit connected to said
amplification circuit.
113. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
100
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and a demodulator circuit connected to said
amplification circuit.
114. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and a demodulator circuit connected to said amplification
circuit.
101
115. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a serial to parallel converter connected to said
demodulator circuit of said receiving means of said monitor.
116. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
102
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a serial to parallel converter connected to said
demodulator circuit of said receiving means of said monitor.
117. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and a demodulator circuit connected to said amplification
circuit, and said decoding means of said monitor comprises a serial
103
to parallel converter connected to said demodulator circuit of said
receiving means of said monitor.
118. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said demodulator
circuit of said receiving means of said monitor.
119. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
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condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said demodulator
circuit of said receiving means of said monitor.
120. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
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said antenna, amplification circuits connected to said tuned
circuit, and a demodulator circuit connected to said amplification
circuit, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter connected to said demodulator circuit of said
receiving means of said monitor.
121. A warning system according to claims 81, or 82, wherein said
decoding means of said monitor comprises a serial to parallel
converter, and said means for indicating said abnormal condition
sensed of said monitor comprises electronic circuit means
including, an audio warning circuit connected to said serial to
parallel converter, a decoder circuit connected to said serial to
parallel converter, and a visual display circuit connected to said
decoder circuit.
122. A warning system according to claims 81, or 82, wherein said
decoding means of said monitor comprises a serial to parallel
converter, and said means for indicating said abnormal condition
sensed of said monitor comprises electronic circuit means including
an audio warning circuit connected to said serial to parallel
converter, a decoder circuit connected to said serial to parallel
converter, and a visual display circuit connected to said decoder
circuit, and said matrix means of said monitor for indicating the
location of said transmitter includes said visual display circuit
in the form of an L.E.D. matrix.
123. A warning system according to claims 81, or 82, wherein said
decoding means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter, and
106
said means for indicating said abnormal condition sensed of said
monitor comprises electronic circuit means including, an audio
warning circuit connected to said serial to parallel converter, a
decoder circuit connected to said serial to parallel converter, and
a visual display circuit connected to said decoder circuit.
124. A warning system according to claims 81, or 82, wherein said
decoding means of said monitor comprises a universal asynchronous
receiver/transmitter circuit as a serial to parallel converter, and
said means for indicating said abnormal condition sensed of said
monitor comprises electronic circuit means including an audio
warning circuit connected to said serial to parallel converter, a
decoder circuit connected to said serial to parallel converter, and
a visual display circuit connected to said decoder circuit, and
said matrix means of said monitor for indicating the location of
said transmitter includes said visual display circuit in the form
of an L.E.D. matrix.
125. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
107
tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a serial to parallel converter connected to said
demodulator circuit of said receiving means of said monitor, and
said means for indicating said abnormal condition sensed of said
monitor comprises electronic circuit means including, an audio
warning circuit connected to said serial to parallel converter, a
decoder circuit connected to said serial to parallel converter, and
a visual display circuit connected to said decoder circuit.
126. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a serial to parallel converter connected to said
demodulator circuit of said receiving means of said monitor, and
said means for indicating said abnormal condition sensed of said
monitor comprises electronic circuit means including an audio
warning circuit connected to said serial to parallel converter, a
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decoder circuit connected to said serial to parallel converter, and
a visual display circuit connected to said decoder circuit, and
said matrix means of said monitor for indicating the location of
said transmitter includes said visual display circuit in the form
of an L.E.D. matrix.
127. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a serial to parallel converter connected to said
demodulator circuit of said receiving means of said monitor, and
said means for indicating said abnormal condition sensed of said
monitor comprises electronic circuit means including, an audio
warning circuit connected to said serial to parallel converter, a
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decoder circuit connected to said serial to parallel converter, and
a visual display circuit connected to said decoder circuit.
128. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a serial to parallel converter connected to said
demodulator circuit of said receiving means of said monitor, and
said means for indicating said abnormal condition sensed of said
monitor comprises electronic circuit means including an audio
warning circuit connected to said serial to parallel converter, a
decoder circuit connected to said serial to parallel converter, and
a visual display circuit connected to said decoder circuit, and
said matrix means of said monitor for indicating the location of
110
said transmitter includes said visual display circuit in the form
of an L.E.D. matrix.
129. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and a demodulator circuit connected to said amplification
circuit, and said decoding means of said monitor comprises a serial
to parallel converter connected to said demodulator circuit of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including, an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
111
serial to parallel converter, and a visual display circuit
connected to said decoder circuit.
130. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and a demodulator circuit connected to said amplification
circuit, and said decoding means of said monitor comprises a serial
to parallel converter connected to said demodulator circuit of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
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serial to parallel converter, and a visual display circuit
connected to said decoder circuit, and said matrix means of said
monitor for indicating the location of said transmitter includes
said visual display circuit in the form of an L.E.D. matrix.
131. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said demodulator
circuit of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including, an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit.
132. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
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circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated is transmitted by said transmitting
means of said transmitter as a radio frequency signal, and said
means for receiving said transmitted coded signal from said
transmitter of said monitor comprises an antenna, a tuned circuit
connected to said antenna, amplification circuits connected to said
tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said demodulator
circuit of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit, and said matrix
means of said monitor for indicating the location of said
transmitter includes said visual display circuit in the form of an
L.E.D. matrix.
133. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
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oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said demodulator
circuit of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including, an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit.
134. A warning system according to claims 81, or 82, wherein said
transmitting means of said transmitter comprises a transmit timing
circuit connected to said parallel to serial converter, a modulator
circuit connected to said parallel to serial converter, an
amplification circuit connected to said modulator circuit, and an
oscillator circuit connected to said amplification circuit, and
said coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
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sensed, and a second part identifying the type of abnormal
condition sensed, and said coded signal generated is transmitted by
said transmitting means of said transmitter as a radio frequency
signal, and said means for receiving said transmitted coded signal
from said transmitter of said monitor comprises an antenna, a tuned
circuit connected to said antenna, amplification circuits connected
to said tuned circuit, and a demodulator circuit connected to said
amplification circuit, and said decoding means of said monitor
comprises a universal asynchronous receiver/transmitter circuit as
a serial to parallel converter connected to said demodulator
circuit of said receiving means of said monitor, and said means for
indicating said abnormal condition sensed of said monitor comprises
electronic circuit means including an audio warning circuit
connected to said serial to parallel converter, a decoder circuit
connected to said serial to parallel converter, and a visual
display circuit connected to said decoder circuit, and said matrix
means of said monitor for indicating the location of said
transmitter includes said visual display circuit in the form of an
L.E.D. matrix.
135. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
identifying the location of said transmitter, and said transmitting
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means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and a demodulator circuit connected to said amplification
circuit, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter connected to said demodulator circuit of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including, an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit.
136. A warning system according to claims 81, or 82, wherein said
coded signal generated comprises a first part identifying the
location of said remote source where said abnormal condition is
sensed, and a second part identifying the type of abnormal
condition sensed, and said coding means of said transmitter
comprises a dip switch assembly connected to said parallel to
serial converter for supplying said first part of said coded signal
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identifying the location of said transmitter, and said transmitting
means of such transmitter comprises a transmit timing circuit
connected to said parallel to serial converter, a modulator circuit
connected to said parallel to serial converter, an amplification
circuit connected to said modulator circuit, and an oscillator
circuit connected to said amplification circuit, and said coded
signal generated is transmitted by said transmitting means of said
transmitter as a radio frequency signal, and said means for
receiving said transmitted coded signal from said transmitter of
said monitor comprises an antenna, a tuned circuit connected to
said antenna, amplification circuits connected to said tuned
circuit, and a demodulator circuit connected to said amplification
circuit, and said decoding means of said monitor comprises a
universal asynchronous receiver/transmitter circuit as a serial to
parallel converter connected to said demodulator circuit of said
receiving means of said monitor, and said means for indicating said
abnormal condition sensed of said monitor comprises electronic
circuit means including an audio warning circuit connected to said
serial to parallel converter, a decoder circuit connected to said
serial to parallel converter, and a visual display circuit
connected to said decoder circuit, and said matrix means of said
monitor for indicating the location of said transmitter includes
said visual display circuit in the form of an L.E.D. matrix.
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