RECYCLING ELECTRICITY POWER GENERATION WITH THE USE OF A/C CURRENT SWITCH

RECYCLAGE DE LA PRODUCTION D'ENERGIE ELECTRIQUE PAR COMMUTATION DE COURANT ALTERNATIF

English Abstract

The device I have invented is a process of recycling electricity power
generation with the use of an
A/C current switch.
This invention can be used were electricity is consumed. As motors use
electricity, the recycling
electricity power generation will put back a percentage of electricity back to
the local power grid.
The main components of this invention is an A/C motor, D/C permanent magnetic
motor(s), A/C
current switch, pulleys, drive belt, grid tie inverter and wires.
The circuit wire is rewired so it passes through the current sensor switch. As
the circuit draws a
current it closes the current switch. This now starts the A/C motor, and
simultaneously the D/C
motor starts (via drive belt), as the D/C motor operates it produces a D/C
voltage on the wire leads,
these wire leads are attached to the inverter which produces a A/C voltage,
and this voltage is
returned to the power grid.

Claims

-3-
Claims
1. I Joseph Gerard Lynam believe to have the legal rights to the claim of
recycling electricity
power generation with the use of A/C current switch.
2. The claim 1 consists of the process on how the recycling electricity power
generation with
the use of A/C current switch operates.
3. The material in the claim 1 consist of A/C motor, D/C permanent magnetic
motor(s), A/C
current switch, pulleys, drive belt(s), grid tie inverter, wires.
4. The claim 1 of the operation starts when a device consumes electricity, the
A/C current
switch senses a current and closes the contact inside the current switch, this
starts the A/C
motor which starts the D/C generator via the drive belt which produces a D/C
voltage, the
D/C voltage goes to the inverter which is converted to A/C voltage and then
delivered to
the power grid.
5. In this claim 1 the wattage consumed by a device will vary.
6. In this claim 1 the wattage produced by the A/C motor will be constant.
7. In this claim 1 the wattage produced by the D/C generator will be constant.
8. In this claim 1 the efficiency in percentage will vary.

Description

CA 02755412 2011-10-14
Description
Recycling Electricity Power Generation with the use of A/C current switch.
1. This invention will benefit businesses, home owners, and all industries
that use electricity
to operate their business, home, etc, as electricity is consumed by appliances-
motors, an-d
machines. The recycling electricity power generation will recycle power-uack
to the power
grid.
2. As you consume electricity through a device (microwave), there is a current
sensor switch
which is placed in the circuit. The actual microwave power wire is placed
through the
current sensor switch, as current is drawn through the wire it energizes the
coil in the
current sensor switch which closes the contact in the current sensor, and then
the A/C
motor starts and simultaneously the D/C generator starts which feeds the
inverter (grid
tie). The output from the generator will always be constant. The main purpose
of this
invention is to recycle some of the power back to the power grid and be paid
for it.
3. Unknown prior art. I have found no other inventions or claims during my
research. Other
inventors claim to recycle heat from your dryer, recycle your hot water, and
recycle your
heat from your duct work. I have check the Canadian Patent Office, US Patent
Office,
World Patent Office, and Google Patent and could not find any items relating
to recycling
electricity power generation with the use of A/C current switch.
4. I believe this invention is new, useful, and the problem it will solve will
be the reduction of
carbon foot print when electricity is produced at generation plants. Business,
and
homeowners will recycle some of the power they use back to the power grid with
the use
of recycling electricity power generation, were no carbon foot print is
produced, and help
reducing green house gases when electricity is produced from generation
plants.
5. The drawing # 100 illustrates the sequence of operation when recycling
electricity. We start
at the electrical panel- 1, power flows from the circuit breaker- 2, through
the

CA 02755412 2011-10-14
-2-
6. Current switch- 3, and to the device consuming the power -4. There is a
second power
wire- 2 which is attach to L1- 3, and from Ti- 3 we attach a wire to L1 of the
A/C motor- 5.
There is a pulley device- 6 attach to the A/C motor and the D/C motor -8.
Between the A/C
motor and the D/C motor- 8there is a drive belt between the two motors -7.
From the D/C
motor generator- 8 the D/C voltage goes to the inverter -9 were the power is
converted
from D/C to A/C. Once we have a A/C voltage it is now returned to the power
grid via M1
meter base-10, from the meter base the watts are calculated.
7. The process for recycling electricity power generation starts with any
circuit or device that
uses electricity. I will use a treadmill to explain the process. As the
treadmill starts.. ere is
a current that is now on the circuit wire, the current wire passes through
e'A/C c.u.rrent-
switch and when
8. The current goes through the A/C current switch, it closes the contact oh
the current switch
which simultaneously starts the A/C motor which spins a pulley which is att 4
to [he
shaft of the A/C motor. There is a drive belt that connects the A/C motor to
the D/C motor
generator. The D/C motor generator also has a pulley attached to the D/C
motor. When
the A/C motor starts, the D/C motor also starts simultaneously which produces
a D/C
voltage which converts to A/C voltage, from the inverter (grid tie), the power
is now
returned to the local power grid.
9. A typical use of this invention would be in your local food store, where
freezers, fans,
coolers, and motors are running all the time, this invention recycling
electricity power
generation could put back a percentage of the power they use back on to the
power grid, or
another use would be in office towers were the elevators running all day
stopping and
starting the electricity can also be recycled.