Note: Descriptions are shown in the official language in which they were submitted.
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
IDENTIFICATION SYSTEM
THIS INVENTION relates to electronic tags. It also relates
to a method of communicating data from an electronic tag, to an
identification system, and to a receiver for receiving a transmission from
the electronic tag.
According to the invention, there is provided an electronic
tag which includes
processor means programmed to provide a modulation control
signal which includes unique identification data which at least identifies
the tag; and
transmitter circuitry connected to the processor means and to an
antenna for transmission of the unique identification data, the transmitter
circuitry being powered by the modulation control signal.
Preferably, the transmitter circuitry is exclusively powered
by the modulation control signal of the processor means. Accordingly,
the transmitter circuitry is not connected to another source of power but
merely to ground and to the processor means. Thus, when the
modulation signal is at 0 volts, the transmitter circuitry receives no
power resulting in no transmission at all thereby enhancing the low
power consumption characteristics of the electronic tag. There is thus
no carrier wave and the output or identification signal is thus a pulsed
wave switched between 0 volts and its maximum amplitude.
CONFIRMATION COPY
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
2
The transmitter circuitry may include passive components
and a transistor defining oscillation circuitry directly driven by the
processor means. The transistor in combination with the passive
components may form an integral part of the transmitter circuitry which
is powered up by the modulation signal.
The processor means may be configured to provide the
modulation control signal with a first part followed by a second part.
The first part may include at least one high pulse of such a duration so
as to provide sufficient power to the transmitter circuitry at least partially
to stabilize it for transmission of the second part. The second part may
include data defined in a plurality of pulses which are of a substantially
lesser duration. The signal transmitted by the transmitter circuitry of the
tag resembles a combination of an amplitude modulated signal and a
pulse width modulated signal. The amplitude modulation of the
transmitter under control of the processor means is typically between
about 0 % and about 100%. Accordingly, the power consumed by the
transmitter whilst data is not being transmitter is substantially reduced.
It is however to be appreciated that the transmitter circuitry may
modulate the amplitude of the identification signal at any percentage
between 0 % and 100 % thereby representing a plurality of values or
levels and not merely two levels of "1 "s and "0"s.
The modulation control signal may include a plurality of high
pulses that, in combination, provide an identification signal to a tag
receiver for receiving a transmission from the electronic tag. The high
pulses are typically about 60 microseconds in duration with a 50 % duty
cycle. It is however to be appreciated that the duty cycle and/or the
duration may differ in various embodiments of the invention.
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
3
Thus, the high part of the modulation signal may perform a
dual function. Firstly, it may power up the transmitter circuitry between,
preferably, a totally switched off or dormant state, to an operative state
in which it has stabilized sufficiently to transmit the second part
comprising a pulse train of pulses of a substantially shorter duration.
Secondly, the first part allows the receiver to distinguish a transmission
from the tag from any other transmission e.g. an interference signal or
the like from another source.
Each pulse of the second part of the modulation signal may
include a start portion for identifying a start of a bit and a data portion
for identifying a state of the bit of data. The duration of the data portion
may selectively define a high and a low state of the bit under control of
the processor means. The pulse width may be defined as the sum of the
start and data portions.
The high state of the bit is typically defined by a shorter
data portion during which the oscillator circuitry is switched off and the
low state of the bit is defined by a longer data portion during which the
oscillator circuitry is switched off.
The shorter pulse may be used to mark or identify the start
of a bit after which the transmitter circuitry is switched off totally. The
time interval or duration until the transmitter circuitry is switched on
again defines the high or low state of the bit. The amount of power
required to transmit a high bit and a low bit is substantially the same
since power is only consumed to identify the start of a bit of data.
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
4
The processor means is typically a micro-controller which
includes an internal RC oscillator on which the modulation control signal
is dependent and the micro-controller is arranged to enter a sleep mode
between data transmissions thereby to reduce power consumption.
Accordingly, the transmitter circuitry, under control of the processor
means may be arranged periodically to transmit the identification signal
is bursts at a predetermined time interval, for example about 1 s.
Preferably, the identification signal has a duty cycle of about 50 %.
Data is typically transmitted in a digital fashion as a series
of "1 "s and "0"s. Typically, a "0" is transmitted by a transmitter on
time being about 10 microseconds followed by an off time of equal
duration, and a "1 " is transmitted by the transmitter being on about 5
microseconds followed by an off time of equal duration so that the signal
has a 50 % duty cycle. It is however to be appreciated that any two
different transmission time intervals, controlled by the transmitter
processor may be used to communicate a "1 " or a "0". Further, the
duty cycle of the pulses may vary.
Further in accordance with the invention, there is provided
an identification system which includes
a plurality of electronic tags, each tag including
processor means programmed to provide a modulation
control signal which includes unique identification data which at least
identifies the tag; and
transmitter circuitry connected to the processor means and
to an antenna for transmission of the unique identification data, the
transmitter circuitry being substantially powered by the modulation
control signal; and
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
at least one electronic tag receiver configured to receive a
transmission from the tag.
The transmitter circuitry of the electronic tag may be
exclusively powered by the modulation control signal of the processor
5 means.
The transmitter circuitry may include passive components
and a transistor directly driven by the processor means. The transistor
in combination with the passive components may form an integral part
of the transmitter circuitry which is powered up by the modulation
control signal.
The processor means may be configured to provide the
modulation control signal with a first part followed by a second part, the
first part including at least one high pulse of such a duration so as to
provide sufficient power to the transmitter circuitry at least partially to
stabilize for transmission of the second part which includes data defined
in a plurality of pulses which are of a substantially lesser duration.
The first part of the modulation control signal may include
a plurality of high pulses that, in combination, provide an identification
signal to signal detection means of the electronic tag receiver for
receiving a transmission from the electronic tag.
Each pulse of the second part of the modulation signal may
include a start portion for identifying a start of a bit and a data portion
for identifying a state of the bit of data, the duration of the data portion
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
6
selectively defining a high and a low state of the bit under control of the
processor means.
The high bit may be defined by a shorter data portion during
which the transmitter circuitry is switched off and the low bit is defined
by a longer data portion during which the transmitter circuitry is
switched off.
Still further in accordance with the invention, there is
provided a method of communicating data from an electronic tag, the
method including driving transmitter circuitry of the tag with a
modulation control signal which substantially powers the transmitter
circuitry.
Typically, the modulation control signal exclusively powers
the transmitter circuitry.
The transmitter circuitry may include an oscillator which is
arranged to oscillate at its fundamental frequency when data is being
transmitted and stop oscillating when data is not transmitted.
Accordingly, the method may include selectively modulating a
fundamental frequency of the oscillator when data is being transmitted
and disabling the oscillator when data is not being transmitted.
The modulation control signal may include a first part
followed by a second part, the first part including at least one high pulse
of such a duration so as to provide sufficient power to the transmitter
circuitry at least partially to stabilize it for transmission of the second
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
7
part which includes data defined in a plurality of pulses which are of a
substantially lesser duration.
The first part of the modulation control signal may include
a plurality of high pulses that, in combination, provide an identification
signal to a tag receiver for receiving a transmission from the electronic
tag.
Each pulse of the second part of the modulation signal may
include a start portion for identifying a start of a bit and a data portion
for identifying a state of the bit of data, the duration of the data portion
selectively defining a high and a low state of the bifi under control of the
processor means.
The high bit may be defined by a shorter data portion during
which the modulation control signal is switched off and the low bit may
defined by a longer data portion during which the modulation control
signal is switched off.
The processor means is preferably a micro-controller which
includes an internal RC oscillator on which the modulation control signal
is dependent and the micro-controller is arranged to enter a sleep mode
between data transmissions thereby to reduce power consumption. The
micro-controller may define a transmitter processor which is typically a
PIC 12C509 or the like, which is programmed with appropriate software
to execute the method of controlling the transmitter.
Still further in accordance with the invention, there is
provided a receiver for receiving a transmission from one of a plurality of
CA 02365535 2001-08-31
WO 00/52636 . PCT/IB00/00220
8
electronic tags, the transmission including a first part and a second part
and the receiver including
detection circuitry for detecting the first part and the second part
of the transmission, the first part including at least one high pulse in
response to which the receiver monitors reception of the second part
which includes data defined in a plurality of pulses which are of a
substantially lesser duration; and
timing means for timing the duration of each of the pulses in the
second part and selectively generating a high or a low output defining a
bit dependent upon the duration of the pulse.
The receiver may include pulse width detection circuitry for
decoding the identification signal.
The receiver may include
receiver circuitry connected to an antenna for receiving the
identification signal from at least one electronic tag;
demodulation circuitry connected to the receiver circuitry for
demodulating the identification signal;
amplification circuitry connected to the demodulation circuitry via
a capacitive link; and
receiver processor circuitry connected to the amplification circuitry
for processing the identification signal after demodulation thereof.
The receiver may include a repeater transmitter for re-
transmitting the identification signal to a central control unit. Typically,
each tag is attached to an item of value, e.g. a personal computer or
other valuable item, located in a particular zone and a receiver monitors
the transmission of identification signals in the zone. The central control
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
9
unit may thus be in wireless communication with a plurality of zones
each of which include a receiver monitoring associated tags located on
valuable items or equipment in the zone.
The invention is now described, by way of example, with
reference to the accompanying diagrammatic drawings.
In the drawings,
Figure 1 shows a schematic circuit diagram of a electronic tag in
accordance with the invention;
Figure 2 shows a schematic circuit diagram of a receiver, also in
accordance with the invention;
Figure 3 shows a flow chart of a method of controlling
transmission of data via the tag of Figure 1;
Figure 4 shows an example of a burst of data transmitted by the
transmitter; and
Figure 5 shows a flow chart of a method of decoding data by the
receiver of Figure 2.
Referring to the drawings, an identification system, in
accordance with the invention, is provided which includes a plurality of
transmitters which are in the form of electronic tags 10 (also in
accordance with the invention and only one of which is shown in the
drawings), each of which is associated with at least one receiver 12 (see
Figure 2). Typically, valuable items or equipment to be monitored in a
selected zone, e.g. computers in a particular office area, are each fitted
with a tag 10 and the receiver 12 is located in the zone to monitor
signals received from the tag 10. The receiver 12 forms part of a
network of receivers which may be installed in a particular building or the
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
like. Each receiver 12 communicates via its repeater transmitter 14 to
a central control unit (not shown). The central control unit may thus
monitor and record authorised and/or unauthorised removal of the
equipment.
5 Each tag 10 includes transmitter processor means in the
form of a micro-controller 16 with associated support circuitry 18, and
a long-life lithium battery 20. Selected 1/O ports of the micro-controller
16 are connected to a connection terminal 22 via which resident
software to control the method of transmission of data is programmed
10 into the micro-controller 16. In use, a reed switch 24 is selectively
enabled to toggle the micro-controller 16 into various states or modes of
operation. In one mode of operation, the reed switch 24 may function
as a sensing means, for example, to sense movement or the like. In
another mode of operation, the reed switch 24 may function as data
input means for feeding data into on-board memory of the micro-
controller 16, e.g. data to uniquely identify the tag 10. The micro-
controller 16 controls operation of transmitter circuitry 26 which
transmits data, sourced from the micro-controller 16, to the receiver 12.
As can clearly be seen from the schematic circuit diagram
shown in Figure 1, the micro-controller has one of its output ports
connected directly to a transistor 25 of the transmitter circuitry 26. The
transmitter circuitry 26 also includes associated passive components 27
which, in combination, define oscillator circuitry. Further, the transmitter
circuitry 26 is not connected to the battery 20 but merely to ground and
is powered exclusively by the modulation control signal from the micro-
controller via line 28. Thus, the transmitter circuitry 26 is toggled
between an "on" state in which it transmits a pulse via its antenna 29
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
11
and an "off" state in which it receives no power at all and is thus
switched off completely.
In order to allow the transmitter circuitry 26 to stabilize for
transmission of data, the micro-controller 16 feeds three pulses (part of
one pulse 31 being shown in Figure 4), each pulse having a high portion
of between about 20 and about 70 microseconds, typically about 60
microsecond, and a duty cycle of 50 %, to the transmitter circuitry via
line 28. In particular, the modulation control signal generated by
software of the micro-controller 16 has a first part followed by a second
part. The first part includes the three high pulses of about 60
microsecond duration which are generated by the routine "pulse 4" in
Table 2. As shown by arrow 150 in Table 2, the "pulse 4" subroutine
(see arrow 152) is called three times. The high part of the modulation
signal performs a dual function. Firstly, it powers up the transmitter
circuitry 26 between, preferably, a totally switched off or dormant state,
to an operative state in which it has stabilized sufficiently to transmit the
second part comprising a pulse train of pulses of a substantially shorter
duration. Secondly, the first part allows the receiver to distinguish a
transmission from the tag from any other transmission e.g. an
interference signal or the like from another source.
The micro-controller 16 controls transmission of unique
identification data in the second part of the modulation control signal by
means of a method, also in accordance with the invention, carried out in
its resident software. The method used by the micro-controller 16 is set
out in Table 2 (see arrow 154). In particular, the micro-controller 16
controls the transmitter circuitry 26 in such a fashion so that its
transmitted or identification signal is both amplitude modulated and a
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
12
pulse width modulated. The amplitude modulation of the transmitted
signal varies between about 0% and about 100% modulation when
representing both "1 " and "0" (see Figure 3). The transmitted signal has
a 50% duty cycle and a "1 " is transmitted, for example, by a pulse with
a 5 microseconds "on" time followed by a 5 microsecond "off" time
resulting in a total pulse width of 10 microseconds (see Figure 4). A
"0", on the other hand, is transmitted by a pulse with an "on" time of 10
microseconds and an "off" time of 10 microseconds resulting in a total
pulse width of 20 microseconds. The total duration of the pulse, i.e.
either 10 microseconds or 20 microseconds, that determines the state
of a bit (see arrow 156 and following in Table 2). A plurality of pulses
are transmitted in a burst of data and the burst of data is typically
transmitted by the tag 10 periodically at a time interval of about 1
second. It is however to be appreciated that the pulses of the second
part need not necessarily have a 50 % duty cycle since the high state of
the pulse 33 (see Figure 4) acts as a marker or start portion identifying
the start of a bit. Thereafter. a data portion defines the state of the bit,
the duration 35 of the data portion being the total width of the pulse
including its "off". In the present embodiment, the data portion 35
defines a high or low state of the bit by a 10 microsecond transmitter
circuitry "off" time and a 20 microsecond transmitter circuitry "off" time
respectively (see Figure 3). When the receiver 12 receives a
transmission from the tag 10, it determines the total length or duration
of the pulse and assigns a "1 " or "0" as shown in Figure 5.
Typically, the micro-controller 16 includes a counter which
has its count reset upon installation of the battery 20 and thereafter
increments its count each time the transmitter circuitry 26 transmits a
burst of data. Data from the micro-controller 16 is fed to the transmitter
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
13
circuitry 26 via line 28. It is to be appreciated that the data transmitted
by the tag 10 may include a value of the count, unique identification
data for identifying the tag 10, data sensed by the reed switch 24, or
any other data.
The micro-controller 16 of the tag 10 does not use a crystal
oscillator to control its operation but uses an internal RC oscillator
provided in the chip. It is believed that the power consumption of the
tag 10 is thereby reduced and start-up delays are faster. Accordingly,
in order further to reduce the power consumption of the tag 10, the tag
10 is dormant or asleep between each burst of data which it transmits.
In order to achieve this, a second sleep or stand-by RC oscillator
provided in the micro-controller 16, is used. As shown in block 30, after
the predetermined time interval, typically about 0.7 to about 1 s (see
arrow 158 in Table 2) has lapsed, the micro-controller 16 is instructed
to start/wake-up. Thereafter, the unique identification code and other
data to be transmitted by the tag 10 is set up as shown in block 32,
whereafter the data is configured in a serial form as shown in block 34
where the next/first byte of the remaining bytes (designated by X) is fed
to the transmitter circuitry 26 as shown in block 36. The micro-
controller 16 then (see block 38) analyses each bit in the serial string.
If the bit is at logic "1 ", the transmitter circuitry 26 is activated to
transmit a pulse which is high for 5 microseconds as shown in block 40
and, thereafter, a low of 5 microseconds is implemented as shown is
block 42 to ensure that the transmitted signal has a 50% duty cycle and
a total pulse width of 10 microseconds. However, if the bit is at logic
"0", the transmitter circuitry 26 is then instructed to transmit a pulse
which is high for 10 microseconds as shown is block 44 followed by a
low of 10 microseconds, as shown in block 46, providing a 50% duty
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
14
cycle and a total pulse width of 20 microseconds when a "0" is
transmitted.
If all the bits of the byte have been transmitted, as shown
in block 48, then the micro-controller 16 is instructed to increment its
pointer to the next byte as shown in block 50 (see also arrow 154 in
Table 2). If, however, all 8 bits of the byte have not been transmitted,
then the micro-controller 16 is instructed to fetch the next bit as shown
in block 52 and the procedure as set out above is repeated. As shown
in block 54, if the last byte to be sent in the burst has been sent, then
the micro-controller 16 goes into a sleep or dormant mode (see block 55)
for the predetermined time interval. However, if the last byte has not
been sent , then the micro-controller 16 fetches the next byte as shown
in block 34.
Referring in particular to Figure 2 of the drawings, the
receiver 12 includes a receiver processor 56 defined by a receiver micro-
controller 58, for example, a PIC 16F84 or the like. Selected I/O ports
of the receiver micro-controller 58 are connected to I/O terminals 60 to
allow resident software to be programmed into the micro-controller 58
by an external device such as a PC or the like. The receiver micro-
controller 58 is connected via line 62 to the repeater transmitter 14
which is substantially similar to the transmitter circuitry 10. The repeater
transmitter 14 includes a transistor 64 which is selectively switched on
and off by the receiver micro-controller 58 to generate "1 "s and "0"s
thereby repeating a signal received by the receiver 12 to the central
monitoring or control unit. As in the case of the transmitter circuitry 26,
the transmitter 14 sources its operational power directly from a
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
modulation control signal provided via an output port of the micro-
controller 58 via line 62.
The identification signal transmitted by the tag 10 is
received by receiver circuitry 68 which has its output signal fed into an
5 RF amplifier 74 and into demodulation circuitry 70 via line 72. The
demodulation circuitry 70 has its output connected, via a decoupling
capacitor 76, to amplification circuitry generally indicated by reference
numeral 78 which comprises a series of operational amplifiers. An
output stage of the operational amplifiers is connected via line 80 to a
10 port of the receiver micro-controller 58. Power to the various
components of the receiver 12 is provided by a power supply unit 82.
Selected I/O ports of the receiver micro-controller 58 are
connected to a programming terminal 84 in which appropriate software
to control the method of operation of the receiver 12 is fed into the
15 receiver micro-controller 58. The method of controlling the receiver 12
is set out in Table 1 and described in more detail below.
Referring in particular to Figure 5 of the drawings, the
receiver software first includes the method of resetting the bit/byte
information as shown in block 86. The initialization of the bit/byte
information and various other operating parameters is generally indicated
by arrow 160 and following in Table 1. Arrow 162 marks the start of
the routine where the ports of the micro-controller 58 are initialized. The
software implementing the method then waits for a high input as shown
in block 88. When a high input is received, the duration of the pulse is
monitored. In particular, the routine "HIG 1 " (see arrow 164 in Table 1)
determines the duration for which the pulse is high and the routine
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
16
"HIG2" determines the duration for which the pulse is low lsee arrow
166). The sum of the high and low durations is then calculated to check
if the total duration is within an acceptable range which is typically
between about 50 and about 70 microseconds. Thus, the time duration
or interval between the pulses is counted or determined until a next high
is received as shown in block 90. If the interval is 10 microseconds (i.e
a five microsecond high followed by a five microsecond low) as shown
in block 92, then the incoming bit of the burst of data received from the
tag 10 is a "1 " as shown in block 94. Thereafter the bit counter is
incremented by one as shown in block 96 and if it is the last bit of the
count (see block 98) then the bit/byte is reset as shown by line 100
leading into block 86. If, however, the interval is not equal to 10
microseconds, then the interval is timed to determine whether or not it
is equal to about 20 microseconds (i.e. 10 microsecond high followed by
a 10 microsecond low). If the delay is equal to about 20 microseconds,
then the bit is recognized as a "0" as shown in block 104 and, once
again, the bit counter is incremented as shown in block 96. However,
if the interval is not equal to 20 microseconds then the method includes
resetting the bits/byte as shown by line 106 leading to the block 86.
The routine for recognizing a "1 " or a "0" is generally indicated by arrow
168 in Table 1. Table 1 also includes various other routines, e.g. an RS
232 routine, for feeding data to other devices. It is to be appreciated
that the receiver micro-controller 58 may include a variety of additional
routines to allow communication of data received from the tag 10 to be
communicated to other devices.
The inventor believes that the invention, as illustrated,
provides an identification system including a method of communicating
data from the tag 10 to the receiver 12 which has reduced power
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
17
consumption characteristics. The features of the invention that enhance
the low power consumption characteristics include the powering of the
transmitter circuitry 26 by means of the modulation control signal and
the arrangement in which the state of a bit is determined by the "off"
time of the transmitter circuitry 26. Power consumption of the tag 10
is also substantially reduced when the tag 10 is in its sleep or dormant
mode.
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
18
TABLE 1
ds5000 dev system
capetown with dave
update check for freq and stat less than 64
current program
START SEQUENCE CORRECTED FOR ERRORS AND SPEED INCREASE
BIT 1 OF DATA CORRECTED
DECREASE START FRAME HIGH AND LOW
ADD CHECK FOR CHECKSUM
list p=16f84,f=inhx8m
CONFIG 3FF1 H
INDIR=0
FSR=4
PORTA= 5
PORTB=6
TRISA= 85h
TRISB=86h
TMRO=1
STATUS = 3
PCL=2
OPTN=81h
INTCON =OB
RPO EQU 5
TEMP2EQU11h
TEMP1EQU12h
TIMER1EQU13h ;TIMER VALUE TEMP
VALUEX EQU 14h ;TEMP
DIGIT1EQU15h ;TEMP
DIGITZEQU16h ;TEMP
DIGIT3EQU17h ;TEMP
ASCII EQU 18h ;TEMP
VALUEEQU19h
TEMP equ 20h ;Temporary storage location
CHAR EQU 21h ;Character storage location
DIGITS EQU 22h
VALUE1 EQU 23h
VALUE2 EQU 24h
VALUE3 EQU 25h
VALUE4 EQU 26h
VALUE5 EQU 27h
VALUE6 EQU 28h
VALUE7 EQU 29h
VALUE8 EQU 2Ah
VALUE9 EQU 2Bh
VALUE10 EQU 2Ch
VALUE11 EQU 2Dh
VALUE12 EQU 2Eh
VALUE13 EQU 2Fh
VALUE14 EQU 30h
CALB EQU 31 h
CALA EQU 32h
DLINE EQU 33h
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
19
CHECK1 EQU 36h
CHECK2 EQU 37h
CHECK3 EO.U 38h
CHECKX Ea.U 39h
CSUM EQU 3Ah ;CHECK SUM
CSUM2 3Bh
EQU
DAT EQU PORTB
CNTRL EQU PORTA
E EQU 3
RW EQU 2
RS EQU 1
C EQU 0
W EQU 0
F EQU 1
P Eau o , I 6 2
START
CLRF DLINE
CLRF CHECK1
call LCDlnit
call LCDlnit
CALL LCDlnit
BCF PORTB,O
:MAIN
;SETUP TIMER/COUNTER
movlw OPTN
movwf FSR
movlw OOh :20h=counter+no prescaler
movwf INDIR
clr TMRO
bcf STATUS,RPO
clrf PORTA
clrf PORTB
:Configure portsto outputs
A and D
bsf STATUS, ;Select Register page
RPO 1
movlw B'00000000';Set lower 4 bits in
PORTB
movwf TRISB :as outputs
movlw B'00000011';Set port a as outputs
movwf TRISA
bcf STATUS, ;Select Register page
RPO 0
clrf PORTA ;clear port a
MOVLW .5
MOVWF TEMP2
MOVLW .10
MOVWF TIMER1
MOVLW .100
MOVWF TEMP1
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
ZXC INCF TEMP1,F
INCF TEMP1,F
INCF TEMP1,F
CALL BEEP
DECFSZ TEMP2.1
GOTO ZXC
CLRF PORTA
MAIN
BCF PORTB.1
BCF PORTB,4 ;B O
BCF PORTA,O
NOP
CLRF CSUM
SSA
BTFSS CHECK1,1
GOTO HIG1
BSF PORTB,4 ;TO OPEN DOOR UN REMARK
MOVLW .S;WAS 20
MOVWF TEMP2
MOVLW .10
MOVWF TIMER1
MOVLW .100
MOVWF TEMP1
;XXC
CALL BEEP
DECFSZ TEMP2.1
GOTO XXC
MOVLW .50 ;100 = 3sec
MOVWF TIMER1
;RTR1 MOVLW .200
MOVWF CHECK2
;RTR MOVLW .200
MOVWF TEMP1
;RTR2 DECFSZ TEMP1,F
GOTO RTR2
DECFSZ CHECK2
GOTO RTR
DECFSZ TIMER1
GOTO RTR1
BCF PORTB,4
CLRF CHECK1
CLRF CHECKX
HIG1 ~-164
BTFSS PORTA,O
GOTO HIG1
CLRF TEMPI
HWW1 NOP
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
21
NOP
NOP
INCFSZ TEMP1,F
GOTO HWZ1
GOTO HIG1
HWZ1 BTFSC PORTA,O
GOTO HWW1 ;wait for
HIGH
BTFSC TEMP1,3 ;8
GOTO HIG2
BTFSC TEMP1,4 ;16
GOTO HIG2
BTFSC TEMP1,5 ;32
GOTO HIG2
BTFSC TEMP1,6 ;64
GOTO HIG2
BTFSC TEMP1,7 ;128
GOTO HIG2
GOTO HIG1
HIG2 CLRF TEMP1
HWW2 NOP ~ X66
NOP
NOP
INCFSZ TEMP1,F
GOTO HWZ2
GOTO HIG1
HWZ2 BTFSS PORTA.O
GOTO HWW2 ;wait for
HIGH
BTFSC TEMP1.3 ;8
GOTO HIG3
BTFSC TEMP1,4 ;16
GOTO HIG3
BTFSC TEMP1.5 ;32
GOTO HIG3
BTFSC TEMP1,6 ;64
GOTO HIG3
BTFSC TEMP1,7 ;128
GOTO HIG3
GOTO HIG1
HIG3 CLRF TEMP1
HWW3 NOP
NOP
NOP
INCFSZ TEMP 1,F
GOTO HWZ3
GOTO HIG1
HWZ3 BTFSC PORTA.O
GOTO HWW3 ;wait for
HIGH
BTFSC TEMP1.3 ;8
GOTO HIG4
BTFSC TEMP1,4 ;16
GOTO HIG4
BTFSC TEMP1,5 ;32
GOTO HIG4
BTFSC TEMP1,6 ;64
GOTO HIG4
BTFSC TEMP1,7 ;128
GOTO HIG4
GOTO HIG1
SUBSTITUTE SHEET (RULE 26)
MOVWF CHECK2
;RTR MOVLW .200
MOVWF TEMP1
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
22
HIG4 CLRF TEMP1
HWW4 NOP
NOP
NOP
INCFSZ TEMP1,F
GOTO HWZ4
GOTO HIG1
HWZ4 BTFSS PORTA.O
GOTO HWW4 ;wait for HIGH
BTFSC TEMP1,3 ;8
GOTO HIG5
BTFSC TEMP1,4 ;16
GOTO HIGS
BTFSC TEMP1,5 ;32
GOTO HIGS
BTFSC TEMP1,6 ;64
GOTO HIG5
BTFSC TEMP1.7 ;128
GOTO HIGS
GOTO HIG1
HIG5 CLRF TEMP1
HWW5 NOP
NOP
NOP
INCFSZ TEMP1,F
GOTO HWZ5
GOTO HIG1
HWZ5 BTFSC PORTA,O
GOTO HWW5 ;wait for HIGH
BTFSC TEMP1,8 ;8 REPETER ONLY
GOTO HIG6
BTFSC TEMP1,4 ;16
GOTO HIG6
BTFSC TEMP1,5 ;32
GOTO HIG6
BTFSC TEMP1,6 ;64
GOTO HIG6
BTFSC TEMP1,7 ;128
GOTO HIG6
GOTO HIG1
HIG6 CLRF TEMP1
HWW6 NOP
NOP
NOP
INCFSZ TEMP1,F
GOTO HWZ6
GOTO HIG1
HWZ6 BTFSS PORTA,O
GOTO HWW6 ;wait for HIGH
BTFSC TEMP1,3 ;8
GOTO HIG7
BTFSC TEMP1,4 ;16
GOTO HIG7
BTFSC TEMP1,5 ;32
GOTO HIG7
BTFSC TEMP1.6 ;64
GOTO HIG7
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
23
BTFSC TEMP1,7 ;128
GOTO HIG7
GOTO HIG1
HIG7
~~r.,r~~r~t~r~r~r~ratEND"~.~tx~~rr..
CLRF VALUE1
;SX1 BTFSC PORTA,O
GOTO SX1
INCF VALUE1
MOVLW .200
MOVWF VALUE2
;LX1 DECFSZ VALUE2,F
GOTO NOE
GOTO ENDF
;NOE BTFSS PORTA,O
GOTO LX1
GOTO SX1
;ENDF GOTO SKIPP
NOP
CLRF VALUE1
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE1
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE2
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE3
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE4
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE5
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE6
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE7
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
24
CALL WAITD
MOVE TIMER1,W
MOVWF VALUEB
CALL WAITD
MOVF TIMER1,W
MOVWF VALUES
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE10
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE11
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE12
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE13
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE14
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE15
CALL WAITD
MOVF TIMER1,W
MOVWF VALUE16
CALL WAITD ;CHECK SUM
MOVF TIMER1,W
MOVWF CSUM
MOVLW .98 ;REC ID
MOVWF VALUE15
;CHECK DATA
goto tst7
MOVF VALUE1,W
ADDWF VALUE2,W
ADDWF VALUE3,W
ADDWF VALUE4,W
ADDWF VALUE5,W
ADDWF VALUE6,W
ADDWF VALUE7,W
ADDWF VALUEB,W
ADDWF VALUE9,W
ADDWF VALUE10,W
ADDWF VALUE11,W
ADDWF VALUE12,W
ADDWF VALUE13,W
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
ADDWF VALUE14.W
ADDWF VALUE15.W
MOVWF CSUM2
MOVF CSUM,W ;CHECK SUM
SUBWF M2,W
CSU
MOVWF TEMP1
BTFSC TEMP1,0 ,
GOTO OUT ,
BTFSC TEMP1,1 ,
GOTO OUT ,
BTFSC TEMP1,2
GOTO OUT
BTFSC TEMP1.3
GOTO OUT
BTFSC TEMP1,4
GOTO OUT
BTFSC TEMP1,5
GOTO OUT
BTFSC TEMP1,6
GOTO OUT
BTFSC TEMP1,7
GOTO OUT
MOVF CSUM2,W ;CHECK SUM
SUBWF
CSUM,W
MOVWF TEMP1
BTFSC TEMP1,0 ,
GOTO OUT ,
BTFSC TEMP1,1 ,
GOTO OUT ,
BTFSC TEMP1.2
GOTO OUT
BTFSC TEMP1,3
GOTO OUT
BTFSC TEMP1,4
GOTO OUT
BTFSC TEMP1,5
GOTO OUT
BTFSC TEMP1,6
GOTO OUT
BTFSC TEMP1,7
GOTO OUT
MOVF VALUE2,W ;CHECK STAT AND FRED
MOVWF TEMP1
BTFSC TEMP1,6
GOTO OUT
BTFSC TEMP1,7
GOTO OUT
MOVF VALUE3.W ;CHECK STA AND FRED
MOVWF TEMP1
BTFSC TEMP1,6
GOTO OUT
BTFSC TEMP1,7
GOTO OUT
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
26
goto tsp7 ;skip looking for P or Q
;look for P OR O
MOVLW .80 ;was 80h less bit0
SUBWF VAL UE 16,W
MOVWF TEMP1
BTFSC TEMP1,0 ;LOOK FOR P ONLY
GOTO OUT ;REM=
BTFSC TEMP1,1 ;P,O,R,S
GOTO OUT ,
BTFSC TEMP1,2
GOTO OUT
BTFSC TEMP1,3
GOTO OUT
BTFSC TEMP1,4
GOTO OUT
BTFSC TEMP1,5
GOTO OUT
BTFSC TEMP1,6
GOTO OUT
BTFSC TEMP1,7
GOTO OUT
tst7
;TURN ON 10 PORTS 0 PIN 6
MOVW .84 ;T
SUBWF VALUE1,W
MOVWF TEMP1
BTFSC TEMP1,0 ;remark
GOTO KKK ;WAS KKL
BTFSC TEMP1,1
GOTO KKK
BTFSC TEMP1,2
GOTO KKK
BTFSC TEMP1,3
GOTO KKK
BTFSC TEMP1,4
GOTO KKK
BTFSC TEMP1,5
GOTO KKK
BTFSC TEMP1,6
GOTO KKK
BTFSC TEMP1,7
GOTO KKK
INCF CHECK1
GOTO KKD
KKK MOVLW .69 ;E
SUBWF VALUE1,W
MOVWF TEMP1
BTFSC TEMP1,0 ;remark
GOTO KKS ;WAS KKL
BTFSC TEMP1,1
GOTO KKS
BTFSC TEMP1,2
GOTO KKS
BTFSC TEMP1,3
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
27
GOTO KKS
BTFSC TEMP1,4
, GOTO KKS
BTFSC TEMP1,5
GOTO KKS
BTFSC TEMP1,6
, GOTO KKS
BTFSC TEMP1,7
GOTO ~ KKS
INCF CHECKX
GOTO KKD
KKS CLRF CHECK1
CLRF CHECKX
KKD
BSF PORTB,4
MOVLW .5
MOVWF TEMP2
MOVLW .20
MOVWF TIMER1
MOVLW .200
MOVWF TEMP1
MOVLW .50 ;100=3sec
MOVWF TIMER1
;RTR1 MOVLW .200
MOVWF CHECK2
;RTR MOVLW .200
MOVWF TEMP1
;RTR2 DECFSZ TEMP1,F
GOTO RTR2
DECFSZ CHECK2
, GOTO RTR
DECFSZ TIMER1
GOTO RTR1
KKL
;check for alarm on
OKD
MOVLW .50 ;was
49
SUBWF VAL UE3,W
MOVWF TEMP1
BTFSC TEMP1,0
GOTO OUT3 ;WAS
1
BTFSC TEMP1,1
GOTO OUT3
, BTFSC TEMP1,2
GOTO OUT3
BTFSC TEMP1,3
GOTO OUT3
BTFSC TEMP1,4
GOTO OUT3
, BTFSC TEMP1,5
GOTO OUT3
BTFSC TEMP1,6
GOTO OUT3
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
28
BTFSC TEMP1,7
GOTO OUT3
CLRF CHECK1
GOTO OUT2 ;WAS
1
OUT2 ;ALARM ON BEEP
MOVLW .5
MOVWF TEMP2
MOVLW .10
MOVWF TIMER1
MOVLW .100
MOVWF TEMP1
;ZXC1 TEMP1,F
INCF
INCF TEMP1,F
INCF TEMP1,F
CALL BEEP
DECFSZ TEMP2,1
GOTO ZXC1
MOVLW .200
MOVWF TIMER1
MOVLW .100
MOVWF TEMP1
CALL BEEP
GOTO SKIPP
OUT1 ;NOT SEEN
A T
;SEEN UNIT
NOT A T
SO SET
OFF ALARM
IF SEEN
MORE THAN
4 TIMES
BTFSS CHECK1,3 ;WAS 3
INCF CHECK1,F
BTFSS CHECK1,3
GOTO OUT3 , '
NOP
GOTO OUT2 ;SET OFF ALARM
OUT3
MOVLW .10 ;was a 5 TIC
MOVWF TIMER1
MOVLW .20 ;was a 10
MOVWF TEMP1
CALL BEEP
GOTO SKIP
OUT ;VALUE NOT
RIGHT RETURN
AND READ
AGAIN
MOVLW .200
MOVWF TIMER1
MOVLW .100
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
29
MOVWF TEMP1
CALL BEEP
GOTO MAIN
SKIPP
OUTV
BSF PORTB,1
GOTO GKL ;FOR NO DISPLAY
GKL ;SEND ONLY ALARM DATA
BTFSS PORTA,1
GOTO TX2
MOVLW .50 ;was 2A=T
SUBWF VAL UE3,W
MOVWF TEMP1
BTFSC TEMP1,0
GOTO TX1
BTFSC TEMP1,1
GOTO TX1
BTFSC TEMP1,2
GOTO TX1
BTFSC TEMP1,3
GOTO TX1
BTFSC TEMP1,4
GOTO TX1
BTFSC TEMP1,5
GOTO TX1
BTFSC TEMP1,6
GOTO TX1
BTFSC TEMP1,7
GOTO TX1
GOTO TX2
TX1 GOTO MAIN
TX2
;PC VERSION FOR DS5000
MOVLW 65h
CALL TXDATA
MOVLW 65h
CALL TXDATA
MOVLW .33
CALL TXDATA
MOVLW .42
CALL TXDATA
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
MOVLW .42 w
CALL TXDATA
MOVF VALUE1,W
CALL TXDATA
MOVF VALUE2,W
CALL TXDATA
MOVF VALUE3,W
CALL TXDATA
MOVLW .65
CALL TXDATA
MOVLW .66
CALL TXDATA
MOVLW .67
CALL TXDATA
MOVF VALUE4,W
CALL TXDATA
MOVF VALUE5,W
MOVLW .48
CALL TXDATA
MOVF VALUE6,W
CALL TXDATA
MOVF VALUE7,W
CALL TXDATA
MOVF VALUEB,W
CALL TXDATA
MOVF VALUE1,W
CALL TXDATA
MOVF VALUE9,W
CALL TXDATA
MOVF VALUE10,W
CALL TXDATA
MOVF VALUE11,W
CALL TXDATA
MOVF VALUE12,W
CALL TXDATA
MOVF VALUE13,W
CALL TXDATA
MOVF VALUE14,W
CALL TXDATA
MOVF VALUE15,W
CALL TXDATA
MOVF VALUE16,W
CALL TXDATA
MOVLW .48
CALL TXDATA
MOVLW OAh
CALL TXDATA
MOVLW ODh
CALL TXDATA
MOVLW 80h
CALL TXDATA
8SF PORTB,2
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
31
TERRYX
MOVLW .01
MOVWF CHECK3
TERRYY
GOTO MAIN
GOTO NOTX
;tx data on
MOVF VALUE1,0
ADDWF VALUE2,0
ADDWF VALUE3,0
ADDWF VALUE4,0
ADDWF VALUE5,0
ADDWF VALUE6,0
ADDWF VALUE7,0
ADDWF VALUE8,0
ADDWF VALUE9,0
ADDWF VALUE10,0
ADDWF VALUE11,0
ADDWF VALUE12,0
ADDWF VALUE13,0
ADDWF VALUE14,0
ADDWF VALUE15,0
MOVWF CSUM
MOVLW 20h ;was 20
MOVWF TEMP1
movlw 20h
movwf TEMP
CALL pulse4
MOVLW ZOh
MOVWF TEMP1
MOVLW 20h ;WAS 20 AND START
MOVWF TEMP
CALL pulse4
movies 20h
movwf TEMP
call
pulse4
MOVLW .04 ;TX ON TIME
MOVWF TEMP1
movf VALUE 1,0 ;was 10h
movwf TEMP
call pulse
movf VALUE2,0
movwf TEMP
call pulse
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
32
movlw .50
movf VALUE3,0
movwf TEMP
call pulse
movf VALUE4,0
movwf TEMP
call pulse
movf VALUE5,0
movwf TEMP
call pulse
movf VALUE6,0
movwf TEMP
call pulse
movf VALUE7,0
movwf TEMP
call pulse
movf VALUE8.0
movwf TEMP
call pulse
movf VALUE9,0
movwf TEMP
call pulse
movf VALUE10.0
movwf TEMP
call pulse
movf VALUE11,0
movwf TEMP
call pulse
movf VALUE12,0
movwf TEMP
call pulse
movf VALUE13,0
movwf TEMP
call pulse
movf VALUE14,0
movwf TEMP
call pulse
movf VALUE15,0
movwf TEMP
call pulse
movf VALUE16.0
movlw .83
movwf TEMP
call pulse
MOVF CSUM.O
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
33
MOVWF TEMP
CALL pulse
call pulses
DECFSZ CHECK3,F
GOTO TERRYY
NOTX
MOVLW 65h
CALL XXDATA
MOVLW 65h
CALL XXDATA
MOVLW .33
CALL XXDATA
MOVLW .42 ;*
CALL XXDATA
MOVLW .42 ;*
CALL XXDATA
MOVF VALUE1,W
CALL XXDATA
MOVF VALUE2,W
CALL XXDATA
MOVF VALUE3,W
CALL XXDATA
MOVLW .65
CALL XXDATA
MOVLW .66
CALL XXDATA
MOVLW .67
CALL XXDATA
MOVF VALUE4,W
CALL XXDATA
MOVF VALUES,W
MOVLW .48
CALL XXDATA
MOVF VALUE6,W
CALL XXDATA
MOVF VALUE7,W
CALL XXDATA
MOVF VALUE8,W
CALL XXDATA
MOVF VALUE1,W
CALL XXDATA
MOVF VALUE9,W
CALL XXDATA
MOVF VALUE10,W
CALL XXDATA
MOVF VALUE11,W
CALL XXDATA
MOVF VALUE12,W
CALL XXDATA
MOVF VALUE13,W
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
34
CALL XXDATA
MOVF VALUE14,W
CALL XXDATA
MOVF VALUE15,W
CALL XXDATA
MOVF VALUE16,W
CALL XXDATA
MOVLW .48
CALL XXDATA
MOVLW OAh
CALL XXDATA
MOVLW ODh
CALL XXDATA
MOVLW 80h
CALL XXDATA
MOVLW 80h
CALL XXDATA
BCF PORTB,2
GOTO MAIN
pulse
BTFSS TEMPO
CALL pulse3
BTFSC TEMPO
call pulse2
BTFSS TEMP,1
CALL pulse3
BTFSC TEMP,1
call pulse2
BTFSS TEMP,2
CALL pulse3
BTFSC TEMP,2
call
pulse2
BTFSS TEMP,3
CALL pulse3
BTFSC TEMP,3
call pulse2
BTFSS TEMP.4
CALL pulse3
BTFSC TEMP,4
call pulse2
BTFSS TEMP,5
CALL pulse3
BTFSC TEMP,5
call pulse2
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
BTFSS TEMP,6
CALL pulse3
BTFSC TEMP,6
call pulse2
BTFSS TEMP,?
CALL pulses
BTFSC TEMP,7
call puise6
CALL pulses
return
pulse6clrwdt
MOVF TEMP1,W
movwf TIMER1
bsf PORTB,3 ;on foR 3 6 9 12 ETC.
diiigNOP
NOP
NOP
nop
nop
nop
nop ;new
nop
nop
nop
decfsz TIMER1,1
goto diiig
BCF PORTB,3 ;cycle 46 turn off
MOVLW .22 ;was 18
MOVWF TIMER1
TNY2DECFSZ TIMER1,1
GOTO TNY2
RETURN
pulse2 clrwdt
MOVF TEMP1,W
movwf TIMER1
bsf PORTB,3 ;on foR 3 6 9 12 ETC.
ddgf NOP
NOP
NOP
NOP
NOP
NOP
NOP
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
36
nop
nop
nop
decfsz TIMER1,1
goto ddgf
BCF PORTB,3 ;cycl 46 turn off
MOVLW .17 ;WAS 13
MOVWF TIMER1
TNY1 DECFSZ TIMER1,1
GOTO TNY1
RETURN
pulses cirwdt
MOVF TEMP1,W
movwf TIMER1
bsf PORTB,3 ;on foR 3 6 9 12 ETC.
digg NOP
NOP
NOP
decfsz TIMER1,1
goto digg
BCF PORTB,3 ;cycle 46 turn off
NOP
NOP
NOP
NOP
NOP
NOP
RETURN
pulse 3 clrwdt
MOVF TEMP1,W
movwf TIMER1
bsf PORTB,3 ;on foR 3 6 9 12 ETC.
digpp NOP
NOP
NOP
decfsz TIMER1,1
goto digpp
BCF PORTB,3 ;cycle 46 turn off
MOVLW .3
MOVWF TIMER1
TNY4 NOP
NOP
NOP
DECFSZ TIMER1,1
GOTO TNY4
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
37
RETURN
pulse4 clrwdt
MOVF TEMP1,W
movwf TIMER1
NOP
NOP ;12 CYCLES
NOP
NOP
bsf PORTB,3 ;on for 46us
digph NOP
NOP
NOP
decfsz TIMER1,1
goto digph
BCF PORTB,3 ;cycle 46 turn
off
digf NOP
NOP
NOP
decfsz TEMP,1
goto digf
NOP
NOP
RETURN
TXDATA
MOVWF TEMP
call PPSE2
nop
nop
nop
nop
nop
BTFSS TEMPO
CALL PPSE2
BTFSC TEMPO
call PPSE3
BTFSS TEMP,1
CALL PPSE2
BTFSC TEMP,1
call PPSE3
BTFSS TEMP,2
CALL PPSE2
BTFSC TEMP,2
call PPSE3
BTFSS TEMP,3
CALL PPSE2
BTFSC TEMP,3
call PPSE3
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
38
BTFSS TEMP,4
CALL PPSE2
BTFSC TEMP,4
call PPSE3
BTFSS TEMP,5
CALL PPSE2
BTFSC TEMP,5
call PPSE3
BTFSS TEMP,6
CALL PPSE2
BTFSC TEMP,6
call PPSE3
BTFSS TEMP,?
CALL PPSE2
BTFSC TEMP,?
call PPSE3
CALL PPSE3
call PPSE3
return
XXDATA
MOVWF TEMP
call PPSE3
call PPSE3
call PPSE3
call PPSE3
call PPSE3
call XPSE2 ;was2
nop
nop
nop
nop
nop
BTFSS TEMPO
CALL XPSE2
BTFSC TEMPO
call XPSE3
BTFSS TEMP,1
CALL XPSE2
BTFSC TEMP,1
call XPSE3
BTFSS TEMP.2
CALL XPSE2
BTFSC TEMP,2
call XPSE3
BTFSS TEMP.3
CALL XPSE2
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
39
BTFSC TEMP,3
call XPSE3
BTFSS TEMP.4
CALL XPSE2
BTFSC TEMP,4
call XPSE3
BTFSS TEMP,5
CALL XPSE2
BTFSC TEMP,5
call XPSE3
BTFSS TEMP,6
CALL XPSE2
BTFSC TEMP,6
call XPSE3
BTFSS TEMP,?
CALL XPSE2
BTFSC TEMP,?
call XPSE3
CALL XPSE3
call XPSE3 ;was3
CALL XPSE2
return
PPSE2 clrwdt
MOVLW .7
movwf TEMP1
bsf PORTB,Z ;on foR 3 6 9 12
ETC.
dighh decfszTEMP1,1
goto dighh
NOP
NOP
NOP
RETURN
PPSE3 clrwdt
MOVLW .7
movwf TEMP1
bcf PORTB,Z ;on foR 3 6 9 12
ETC.
diggh decfszTEMP1,1
goto diggh
NOP
NOP
NOP
RETURN
XPSE2 clrwdt
MOVLW .7
movwf TEMP1
bcf PORTB,2 ;was bsf on foR 3 6 9 12 ETC.
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
Xighhdecfsz TEMP1,1
goto Xighh
NOP
NOP
NOP
RETURN
XPSE3 clrwdt
MOVLW .7
movwf TEMP1
bsf PORTB,2 ;was bcf on foR 3 6 9
12 ETC.
Xigghdecfsz TEMP1,1
goto Xiggh
NOP
NOP
NOP
RETURN
BEEP
DS2 movf TEMP1,W
movwf TEMP
BSF PORTB,1 ;WAS1
SD2 decfsz TEMP,F
goto SDZ
BCF PORTB,1
movf TEMP1,W
movwf TEMP
SD3 decfsz TEMP,F
goto SD3
DECFSZ TIMER1,F
GOTO DS2
return
WAITD
CLRF TIMER1
CALL WAITDD
BTFSC TEMP1,3
BSF TIMER1,0
CALL WAITDD
BTFSC TEMP1,3 '6s
BSF TIMER1,1
CALL WAITDD
BTFSC TEMP1,3
BSF TIMER1,2
CALL WAITDD
BTFSC TEMP1,3
BSF TIMER1,3
CALL WAITDD
BTFSC TEMP1,3
BSF TIMER1,4
CALL WAITDD
BTFSC TEMP1,3
BSF TIMER1,5
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
41
CALL WAITDD
BTFSC TEMP1,3
BSF TIMER1,6
CALL WAITDD
BTFSC TEMP1,3
BSF TIMER1,7
RETURN
WAITDD
CLRF TEMP1
S1 incf TEMP1,F
NOP
NOP
NOP
NOP
NOP
NOP
BTFSC PORTA,O
GOTO S1
L1
nop
nop
nop
nop
INCFSZ TEMP1,F
GOTO LL1
GOTO HH1
LL1 BTFSS PORTA,O
GOTO L1
HH1
RETURN
ASC2
MOVLW 20h
CALL TXDATA
MOVLW .48
MOVWF ASCII
RPT4 INCF DIGIT1
DECFSZ ASCII,F
GOTO RPT4
MOVLW .48
MOVWF ASCII
MOVF DIGIT1,W
call TXDATA
RPT5 INCF DIGIT2
DECFSZ ASCII,F
GOTO RPT5
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
42
MOVLW .48
MOVWF ASCII
MOVF DIGIT2,W
call TXDATA
RPT6 INCF DIGIT3
DECFSZ ASCII,F
GOTO RPT6
MOVF DIGIT3,W
call TXDATA
, MOVLW 20h
CALL TXDATA
RETURN
ASC
MOVLW .48
MOVWF ASCII
RPT1 INCF DIGIT1
DECFSZ ASCII,F
GOTO RPT1
MOVLW .48
MOVWF ASCII
MOVF DIGIT1,W
call SendChar
RPT2 INCF DIGIT2
DECFSZ ASCII,F
GOTO RPT2
MOVLW .48
MOVWF ASCII
MOVF DIGIT2,W
call SendChar
RPT3 INCF DIGIT3
DECFSZ ASCII,F
GOTO RPT3
MOVF DIGIT3,W
call SendChar
RETURN
ASC1
MOVWF DIGIT1
MOVF DIGIT1,W
call SendChar
RETURN
CONVERT
CLRF DIGIT1
CLRF DIGIT2
CLRF DIGIT3
MOVWF VALUE
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
43
CALL D1
CALL D2
CALL D3
RETURN
D 1 movlw .100
subwf VALUE,W
BTFSS STATUS,C
RETLW 0
MOVWF VALUE ;BALANCE IN VALUEA
INCF DIGIT1,F
GOTO D1
D2 movlw .10
subwf VALUE.W
BTFSS STATUS,C
RETLW 0
MOVWF VALUE ;BALANCE IN VALUEA
INCF DIGIT2.F
GOTO D2
D3 movlw .1
subwf VALUE,W
BTFSS STATUS.C
RENTLW 0
MOVWF VALUE ;BALANCE IN VALUEA
INCF DIGIT3,F
GOTO D3
CLRLCD
return
SetupDelay
return
SendChar
return
SendCmd
return
BusyCheck
return
LCDlnit
SLP
return
END
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
44
TABLE 2
».»~r~t»w~~rw..r~r».~r.»~rit ..»»x~r~r~x»x~»»~r,r»»~.x
;T140798
current project
ADD START PULSE TO DECRESE TO 48uS
INCREASE START PULSE TO 200uS
SET INPUT TO BE AT CENTRE FRAME 100BAUD
list p=12C509,f=inhx8m
IDLOCS OOOOH
CONFIG OOOEH ;OOOEH for Int 4 meg osc'"'""'"'"'""'""'"'"'"'"'"'""*"'"'"'*
;OOODH FOR EXT 4 MEG XTAL
;001EH FOR MCLR ON EXT PIN 4 + INT OSC
;001DH FOR MCLR ON EXT PIN 4 TO VSS+EXT XTAL
;OOOCH FOR EXT 32KHZ
IDLOCS OOOOH
STATUS = 3
OSCCAL=5
;12C509
INDIR=0
FSR=4
PORTA=6 ;WAS 5
;PORTS=6
;TRISA = 85h
;TRISB=86h
;OPTN=81h
TMRO=1
VAL1 =08h ;code to send
VALO = 09h ;delay/repeat
DIGIT5 =10h
DIGIT6 =11 h
DIGIT7 =12h
DIGITS=13h
DIGIT2 =14h
DIGIT3 =15h
DIGIT4=16h
DIGIT1 =17h
DIGIT9 =18h
DIGIT10=19h
DIGIT11 =1 Ah
DIGIT12 =1 Bh
DIGIT13 =1 Ch
DIGIT14=1 Dh
D1GIT15 =1 Eh
VAL4=1 Fh
SPARE= OFh
TERRY2=OEh
VAL5 = ODh
VAL2=OCh
TERRY = OBh
VAL3 = OAh
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
ORG 0
MOVWF OSCCAL
start
ORG 0
MOVWF OSCCAL
;SETUP PORT
DDR
MOVLW 3EH
TRIS PORTA ;all INPUTS EXEPT FOR 10 1
BCF PORTA,O
MOVLW 004FH ;WAS OF 4F DEFALT IS SLOW WAS OOADH FOR NO
WAKE
OPTION , UP ON PIN CHANGE
BTFSS PORTA,2
GOTO CHECK
BSF STATUS,5 ;FIXED SETUP
CALL SET UP
BCF STATUS.5
loop
INCFSZ DIGIT8,1
GOTO OOT
INCFSZ DIGIT7,1
GOTO OOT
INCFSZ DIGIT6,1
GOTO OOT
INCFSZ DIGIT5.1
GOTO OOT
OOT NOP
BTFSS TERRY.? ;IF 0 GOTO X
GOTO OUTA
MOVLW 14h
MOVWF TERRY
OUTA BTFSS TERRY,6
GOTO OUTB
MOVLW 14h
MOVWF TERRY
OUTB BTFSS TERRY,5
GOTO OUTC
MOVLW 14h
MOVWF TERRY
OUTC BTFSC TERRY
GOTO ALLOK
BTFSC TERRY,6
GOTO ALLOK
BTFSC TERRY,5
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
46
GOTO ALLOK
BTFSC TERRY,4
GOTO ALLOK
BTFSC TERRY.3
GOTO ALLOK
MOVLW 14h
MOVWF TERRY
ALLOK
;~"'~"'"WAS HERE
BTFSS PORTA,2
GOTO CHECK
;'""'"'"'""TO
HERE
NEXT CLRWDT
BTFSS PORTA,2 ;"'"'"'"*"'"*
GOTO NEXT
CLRF PORTA
PSD
BSF STATUS.5 ;FIXED SETUP
CALL CSUM
BCF STATUS,S
"'"'"""*""'CHECK SUM FOR DATA
MOVLW .48
, SUBWF DIGIT15,W
MOVWF VAL1
BTFSC VAL1,0
GOTO TX1
BTFSC VAL1,1
GOTO TX1
BTFSC VAL1,2
GOTO TX1
BTFSC VAL1,3
GOTO TX1
BTFSC VAL1,4
GOTO TX1
BTFSC VAL1.5
GOTO TX1
BTFSC VAL1,6
GOTO TX1
BTFSC VAL1,7
GOTO TX1
, GOTO TX2
MOVLW 20h ;was 20 AND 11
MOVWF VAL5
movlw 20h
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
47
movwf VAL1
CALL pulse4
MOVLW 20h
MOVWF VAL5 150
MOVLW 20h ;WAS 20 AND START
MOVWF VAL1
CALL pulse4
movlw 20h
movwf VAL1
call pulse4
MOVLW .04 ;was 04 TX ON
TIME
MOVWF VAL5
movf DIGIT1,0 ;DIGIT1
MOVWF VAL1
call pulse
154
movf DIGIT2,0 ;period of tx
movwf VAL1
call pulse
movf DIGIT3,0 ;+-1 on io change
movwf VAL1
call pulse
movf DIGIT4,0 ;inc on io change
movwf VAL1
call pulse
movf DIGIT5,0 ;inc on tx 1
movwf VAL1
call pulse
movf DIGIT6,0 ;inc on tx 2
movwf VAL1
call pulse
movf DIGIT7,0 ;inc on tx 3
movwf VAL1
call pulse
movf DIGIT8,0
movwf VAL1
call pulse
movf DIGIT9,0
movwf VAL1
call pulse
movf DIGIT10,0
movwf VAL1
call pulse
movf DIGIT11,0
movwf VAL1
call pulse
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
48
movf DIGIT12,0
movwf VAL1
call pulse
movf DIGIT13,0
movwf VAL1
call pulse
movf DIGIT14,0
movwf VAL1
call
pulse
movf DIGIT15.0
movwf VAL1
call pulse
movlw .80
movwf VAL1
call pulse
movf TERRY2,0
movwf VAL1
call pulse
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
call pulses
;SLEEP MODE AFTER CODE
TX2 clrwdt
MOVF PORTA,O
MOVWF VAL1
sleep
nop
MOVF VAL1,0
MOVWF PORTA
clrwdt
RETURN
ZERO NOP
MOVWF VAL1
BTFSS VAL1,7 ;IF 0 GOTO X
GOTO OUTX
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
49
CLRF VAL1
INCF VAL1,1
OUTX BTFSS VAL1,6
GOTO OUTX2
CLRF VAL1
INCF VAL1,1
OUTX2
RETURN
;PROC FOR OUTPUT CODE
pulse
BTFSS VAL1,0
CALL pulse3
BTFSC VAL1,0
call pulse2
BTFSS VAL1,1
CALL pulse3
BTFSC VAL1,1
call pulse2 156
BTFSS VAL1,2
CALL pulse3
BTFSC VAL1.2
call pulse2
BTFSS VAL1,3
CALL pulse3
BTFSC VAL1,3
call pulse2
BTFSS VAL1,4
CALL pulse3
BTFSC VAL1,4
call pulse2
BTFSS VAL1.5
CALL pulse3
BTFSC VAL1,5
call
pulse2
BTFSS VAL1.6
CALL pulse3
BTFSC VAL1.6
call pulse2
BTFSS VAL1.7
CALL pulses
BTFSC VAL1,7
call pulse6
CALL pulses
return
pulse6 clrwdt
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
MOVLW .20 ;TEST OF RANGE BUT STILL SHOULD BE
BIGGER
THAN 4
MOVF VALS,W
movwf VALO
bsf PORTA,O ;on foR 3 6 9 12 ETC.
diiig NOP
NOP
NOP ;NEW CHECK POWER'"'"'"'"'"'""""""""'"
NOP
decfsz VAL0,1
goto diiig
BCF PORTA,O ;cycle 46 turn off
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
RETURN
pulse2 clrwdt
MOVF VAL5,W
wovwf VALO
bsf PORTA,O ;on foR 3 6 9 12 ETC.
dighh NOP
NOP
NOP ;ALSO NEW CHECK POWER"*'"'"*'""'***
NOP
decfsz VALO,1
goto dighh
BCF PORTA,O ;cycle 46 turn off
NOP
NOP
NOP
NOP
NOP
NOP
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
51
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
RETURN
pulses clrwdt
MOVLW .10 ;TEST OF RANGE
MOVF VALS,W
movwf VALO
bsf PORTA,O ;on foR 3 6 9 12 ETC.
digg decfsz VAL0,1
goto digg
BCF PORTA,O ;cycle 46 turn off
RETURN
pulse3 clrwdt
MOVF VALS,W
movwf VALO
bsf PORTA,O ;on foR 3 6 9 12 ETC.
digpp decfsz VAL0,1
goto digpp
BCF PORTA,O ;cycle 46 turn off
nop
nop
nop
nop
nop
nop
RETURN
pulse4 clrwdt 152
MOVF VALS,W
movwf VALO
NOP
NOP ;12 CYCLES
bsf PORTA,O ;on for 46us
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
52
digph decfsz VAL0,1
goto digph
BCF PORTA,O ;cycle 46 turn
off
digf decfsz VAL1,1
goto digf
NOP
RETURN
;~'""'""MOVED
TO HERE
CHECK
;COUNTER MODE
MOVLW .48
SUBWF DIGIT15,W
MOVWF VAL1
BTFSC VAL1,7
GOTO TT1
BTFSC VAL1,6
GOTO TT1
BTFSC VAL1,5
GOTO TT1
BTFSC VAL1,4
GOTO TT1
BTFSC VAL1,3
GOTO TT1
BTFSC VAL1,2
GOTO TT1
BTFSC VAL1,1
GOTO TT1
BTFSC VAL1,0
GOTO TT3
GOTO TT2
TT2 BTFSC PORTA,2 ;WAS PORTA,1
GOTO KK1
BTFSC SPARE,O ;BTFSC=BIT=0 NEXT INSTRUCTION
SKIPPED
GOTO KK1
MOVLW 01h
MOVWF SPARE
INCF DIGIT3,1
INCF DIGIT4,1 ;WAS DIGIT4
KK1
BTFSS PORTA,2 ;WAS PORTA,1
GOTO KK2
BTFSS SPARE,O
GOTO KK2
CLRF SPARE
DECF DIGIT3,1
KK2
GOTO NEXT
TT3 BTFSC PORTA,2
GOTO NEXT
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
53
MOVLW 1 Fh
MOVWF TERRY
MOVF VAL4,W
SUBWF T4,W
DIGI
MOVWF VAL1
BTFSC VAL1,7
GOTO TT1
BTFSC VAL1,6
GOTO TT1
BTFSC VAL1,5
GOTO TT1
BTFSC VAL1,4
GOTO TT1
BTFSC VAL1,3
GOTO TT1
BTFSC VAL1,2
GOTO TT1
BTFSC VAL1,1
GOTO TT1
BTFSC VAL1,0
GOTO TT1
MOVLW 16h
MOVWF TERRY
CLRF VAL4
TT1
BTFSC PORTA,2 ;10 IS NOW LOW SO SET UP DATA
"'""""PROGRAM MODE OFF'""""~
GOTO NEXT
CLRF VAL1
;WSBBTFSS PORTA,2
GOTO WSB
CLRWDT ;we must now wait 4500 us
MOVLW .20 WAS 10-25-23-4.5
MOVWF VAL3
PM1MOVLW .23;23 ;reusable values are val1
val5 val2 val3
MOVWF VAL2
PM2CLRWDT
DECFSZ VAL2,1
GOTO PM2
DECFSZ VAL3,1
GOTO PM1
MOVLW .46;45
MOVLW VAL3
B11MOVLW .46 ;reusable values are val1
val5 val3
MOVWF VAL2
B12CLRWDT
DECFSZ VAL2,1
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
54
GOTO B12
DECFSZ VAL3,1
GOTO B11
BTFSC PORTA,2
BSF VAL1,0
BCF PORTA,O
MOVLW .46
MOVWF VAL3
B21 MOVLW .46 ;reusable values are val1
val5 val2 val3
MOVWF VAL2
B22 CLRWDT
DECFSZ VAL2,1
GOTO B22
DECFSZ VAL3,1
GOTO B21
BTFSC PORTA,2
BSF VAL1,1
BSF PORTA,O
MOVLW .46
MOVWF VAL3
B31 MOVLW .46 ;reusable values are val1
val5 val2 val3
MOVWF VAL2
B32 CLRWDT
DECFSZ VAL2,1
GOTO B32
DECFSZ VAL3,1
GOTO B31
BTFSC PORTA,2
BSF VAL1,2
BCF PORTA,O
MOVLW .46
MOVWF VAL3
B41 MOVLW .46 ;reusable values are val1
val5 val2 vai3
MOVWF VAL2
B42 CLRWDT
DECFSZ VAL2,1
GOTO B42
DECFSZ VAL3,1
GOTO B41
BTFSC PORTA,2
BFS VAL1,3
BFS PORTA,O
MOVLW .46
MOVWF VAL3
B51 MOVLW .46 ;reusable values are val1
val5 val2 val3
MOVWF VAL2
B52 CLRWDT
DECFSZ VAL2,1
GOTO B52
DECFSZ VAL3,1
GOTO B51
BTFSC PORTA,2
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
BSF VAL1,4
BCF PORTA,O
MOVLW .46
MOVWF VAL3
B61 MOVLW .46 ;reusable values are val1 vai5 val3
MOVWF VAL2
B62 CLRWDT
DECFSZ VAL2,1
GOTO B62
DECFSZ VAL3,1
GOTO B61
BTFSC PORTA,2
BSF VAL1,5
BSF PORTA,O
MOVLW .46
MOVWF VAL3
B71 MOVLW .46 ;reusable values are val1 val5 val2
val3
MOVWF VAL2
B72 CLRWDT
DECFSZ VAL2,1
GOTO B72
DECFSZ VAL3,1
GOTO B71
BTFSC PORTA,2
BSF VAL1,6
, BCF PORTA,O
MOVLW .46
MOVWF VAL3
B81 MOVLW ,46 ;reusable values are val1 vai5 val2
val3
MOVWF VAL2
B82 CLRWDT
DECFSZ VAL2,1
GOTO B82
DECFSZ VAL3,1
GOTO B81
BTFSC PORTA,2
BSF VAL1,7
, BCF PORTA,O
INCF TERRY,1
BTFSC TERRY,4
GOTO SSM
MOVLW 14h
MOVWF TERRY
SSM
MOVF TERRY,O
MOVWF FSR
MOVF VAL1,0
MOVWF INDIR
INCF TERRY,1
CLRF DIGIT5
CLRF DIGIT6
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
56
CLRF DIGIT7
CLRF DIGIT8
MOVF VAL1,0
MOVWF DIGIT4
MOVLW .48
SUBWF DIGITS,W
MOVWF VAL1
BTFSC VAL1,0
GOTO TX1
BTFSC VAL1,1
GOTO TX1
BTFSC VAL1,2
GOTO TX1
BTFSC VAL1,3
GOTO TX1
BTFSC VAL1,4
GOTO TX1
BTFSC VAL1,5
GOTO TX1
BTFSC VAL1,6
GOTO TX1
BTFSC VAL1,7
GOTO TX1
GOTO TX2
;TX 1
GOTO NEXT
;'" "'" "'"
END
ORG 200H
SET UP
MOVF DIGIT2,0 ;3,4,5
MOVWF VAL5
GOTO OUT3 ;NO PRIOR SETUP MODE '"'"'""REMOVE """'"
BTFSC VAL5,7
GOTO OUT3
BTFSC VAL5,6
GOTO OUT3
BTFSS VAL5,5
GOTO OUT3
BTFSS VAL5,4
GOTO OUT3
BTFSC VAL5,3
GOTO OUT1C
BTFSC VAL5,2
GOTO OUT1C
BTFSC VAL5,1
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
57
GOTO OUT1C
BTFSC VAL5,0
GOTO OUT1C
MOVLW 004FH ;was 004FH for no pull ups
OPTION
GOTO OUT4
OUT1C
BTFSC VAL5.3
GOTO OUT1B
OUT1B
BTFSC VAL5,2
GOTO OUT1B
BTFSC VAL5,1
GOTO OUT1B
BTFSS VAL5,0
GOTO OUT1B
MOVLW 004EH
;
OPTION
GOTO OUT4
BTFSC VAL5,3
GOTO OUT1A
BTFSC VAL5,2
GOTO OUT1A
BTFSS VAL5,1
GOTO OUT1A
BTFSC VAL5,0
GOTO OUT1A
MOVLW 004DH
;
OPTION
GOTO OUT4
OUT1A
BTFSC VAL5,3
GOTO OUT1
BTFSC VAL5,2
GOTO OUT1
BTFSS VAL5.1
GOTO OUT1
BTFSS VAL5,0
GOTO OUT1
MOVLW 004CH
;16
OPTION
GOTO OUT4
OUT1
BTFSC VAL5,3
GOTO OUT2
BTFSS VAL5,2
GOTO OUT2
BTFSC VAL5,1
GOTO OUT2
BTFSC VAL5,0
GOTO OUT2
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
58
MOVLW 004BH ;16
OPTION
GOTO OUT4
OUT2
BTFSC VAL5.3
GOTO OUT3
BTFSS VAL5.2
GOTO OUT3
BTFSC VAL5.1
GOTO OUT3
BTFSS VAL5.0
GOTO OUT3
MOVLW 004AH ;32
OPTION
GOTO OUT4
OUT3
BTFSC VAL5,3
GOTO OUTS
BTFSS VAL5.2
GOTO OUT5
BTFSS VAL5.1
GOTO OUT5
BTFSC VAL5.0
GOTO OUT5
MOVLW 0049H ;WAS 0049H
OPTION
GOTO OUT4
OUT5
;RESET TAG
MOVLW 004DH ;OE 2SEC OB=13FAST OOODH FOR 1 PER SEC AND
OOOFH FOR SLOW
OPTION
MOVLW .50 ;WAS 50 OA 2SEC OD =13FAST OBH FOR 1 PER SEC
AND 09H FOR
SLOW
MOVWF DIGIT2 ;SPEED
MOVLW .50
MOVWF DIGIT3 ;SWITCH
MOVLW .00
MOVWF DIGIT4 ;COUNTER
MOVLW .00
MOVWF DIGIT5 ;AGE
MOVLW .00
MOVWF DIGIT6 ;
MOVLW .00
MOVWF DIGIT7 ;
MOVLW .00
MOVWF DIGIT8 ;
MOVLW .48
MOVWF DIGIT1 ;DATA 1
MOVLW .48
MOVWF DIGITS ;data 2
MOVLW .48
MOVWF DIGIT10
MOVLW .48
MOVWF DIGIT11
SUBSTITUTE SHEET (RULE 26)
CA 02365535 2001-08-31
WO 00/52636 PCT/IB00/00220
59
MOVLW .48
MOVWF DIGIT12
MOVLW .48
MOVWF DIGIT13
MOVLW .48
MOVWF DIGIT14
MOVLW .65
MOVWF DIGIT15
MOVLW .80
MOVWF DIGIT16
MOVLW 14h
MOVWF TERRY
OUT4
INCFSZ DIGIT8,1
GOTO OOTA
INCFSZ DIGIT7,1
GOTO OOTA
INCFSZ DIGIT6,1
GOTO OOTA
INCFSZ DIGIT5,1
GOTO OOTA
OOTA
RETURN
CSUM
MOVF DIGIT1,0
ADDWF DIGIT2,0
ADDWF DIGIT3,0
ADDWF DIGIT4,0
ADDWF DIGIT5,0
ADDWF DIGIT6,0
ADDWF DIGIT7,0
ADDWF DIGIT8,0
ADDWF DIGIT9,0
ADDWF DIGIT10,0
ADDWF DIGIT11,0
ADDWF DIGIT12,0
ADDWF DIGIT13,0
ADDWF DIGIT14,0
ADDWF DIGIT15,0
MOVWF TERRY2
RETURN
end
SUBSTITUTE SHEET (RULE 26)
