AUTO-ELECTRIC POWER MACHINE

MACHINE DE GENERATION D'ELECTRICITE POUR VEHICULES AUTOMOBILES

English Abstract

What is the Invention?
This machine will produce electrical energy without any raw material input.
The
proposed machine will produce electricity from the impact/ thrust of
automotives
running on the road. When automotives move on the road, their tires stressed
the road
surface. The downward component of the moving vehicle is used to produce
hydraulic pressure. In the level of road, some plates suitably placed in such
a way that
the movement of vehicle does not interrupt with the plate. Plates push on the
connecting rod that create pressure. This pressure transmitted and transformed
to an
air reservoir. Compressed air will use to rotate gas turbine. This mechanical
energy
eventually converted to electrical energy by generator.

Claims

The claim:
The invention is a machine that produces energy from the downward thrust of
automotive running on the plate of the machine placed on road surface and it
does
not require any raw material input in production process.

Description

CA 02396926 2002-08-20
AUTO-ELECTRIC POWER MACHINE
AUTO-ELECTRIC POWER MACHINE
(A Power Generation Machine)
LITERATURE
CONTENT
1. What is the Invention
2. Scientific Principle
3. Energy conversion diagram
4. Mechanical setup diagram
5. List of the parts of Auto- Electric Power Machine
6. List of required machinery to produce electricity
7. Working principle of the proposed prototype machine
Page 1 of 8

CA 02396926 2002-08-20
AUT0.ELECTRIC POWER MACHINE
Scientific Principle
At the ideal condition, air moves from the high-pressure zone to the low-
pressure zone.
From the moving vehicle, the downward resultant of force creates thrust on
connecting
rod through sliding base plate. Thus, the piston movement creates hydraulic
pressure. At
the standard temperature and volume, the compressed air will use to rotate
turbine and
creates mechanical energy. Gas turbine can be use for this purpose. A
generator used to
convert mechanical energy to electrical energy.
Page 3 of 8

CA 02396926 2002-08-20
ALTO-ELECTRIC POWER MACHINE
LIST OF THE PARTS
OF AUTO- ELECTRIC POWER MACHINE
1. Sliding base plates (load bearing plates)
2. Supporting I-beams
3. Supporting bar (shaft)
4. Leaf springs
5. Intake and delivery pipe system
6. Gate valves/control valves
7. Series of pistons and cylinders
8. Air reservoir tank
9. Safety valves
10. Hinges
Page 6 of 8

CA 02396926 2002-08-20
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LIST OF COMPLETE REQUIRED MACHINERY
TO PRODUCE ELECTRICITY
1. Auto- Electric Power Machine
2. Turbine
3. Mechanical Setup
4. Generator
Page 7 of 8

CA 02396926 2002-08-20
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WORI~INC PRINCIPLE OF MODEL MACHINE
The working principle of the proposed model machine is explained below:
1. Downward Cycle:
When a vehicle moves on the base plate at road surface level, the downward
resultant
of force makes impact/thrust on the sliding base plate. The downward thrust
make
downward movement of the piston within a cylinder filled with air. The
pressure
drives air to the air-reservoir tank through deiivery pipe. A gate
valve%ontrol valve is
installed in each delivery pipe to regulate the flow of air. During the
downward
motion, the cylinder takes air inside the upper portion of the cylinder
through suction
pipe. The suction pipe is fitted with gate / controlling valve to ensure the
one-way
movement of air.
2. Reverse/Upward Cycle:
When the vehicle released/escaped from the load bearing sliding plate, the
release of
downward thrust creates upward motion of the piston. At this time the
gate%ontroi
valve closes the intake/suction pipe and at the same time the gate /control
valve also
closes the delivery pipe at lower part of the cylinder. In this situation, air
is driven to
the air-reservoir tank by the upward movement of the leaf spring.
3. Precautions:
a) Overloading or due to heavy vehicle will be controlled by safety valves and
I-beams of the supporting structure.
b) Air-reservoir tank will be equipped with safety valves to prevent excessive
pressure inside the reservoir.
4. Turbine- Mechanical Setup- Generator:
The pressurized air inside the air-reservoir tank flows to the turbine and
hits the
turbine blades to rotate it. From the rotation of the turbine, the generator
produces
electricity through the mechanical setup.
Page 8 of 8

Representative Drawing