1. Title of Invention

Mechanical battery for continuous electricity generation without involving any chemical reaction

2. Applicant

Name : EESAVYASA TECHONOLOGIES PVT. LTD

Nationality : INDIAN

Address : R&D centre, Plot No: 79, Phase - III, Balanagar, Hyderabad, R.R. District, Andhra Pradesh, Pin - 500037, INDIA.

3. Preamble to the description:

Complete Specification:

Summary:

In this method of invention piezo electric ceramics are used to convert vibrational energy received by compression of springs connected over a plate hitting the ceramic. The springs are made up of high inwar contained steel or gas springs or magnetic springs of higher field strengths. The other ends of the springs are connected to polymer plate made up of nano carbons fabric woven polycarbonate material. Nano carbon bidirectional aramic fabric and poly carbonate fabrics are inter woven to prepare the upper surface of the energy storing device which can take higher loads of vehicles passing over the surface like trains, trucks, vehicles when laid down In this invention, the mechanical energy storing device, i.e. spring system connected plate when hits or touches the thin layer nano composites of lead titanium zirconete sputtered plates, the pulses of electricity produced. When similar kind of devices connected in series are collectively joined to piezo electric accumulators, they continuously supply power acting like electro chemical battery. The uniqueness of invention is unbreakable, load bearing upper surface made up of nano materials and piezo electric devices made up of nano composites of piezo ceramics aligned to harvest the vibrational energy into electrical energy. The performance of the battery depends on the effective design of piezo electric accumulator connected to convert pulses current to continuous.de supply

4. Description

1. This system contains a spring attached to the piston in the cylinder.

2. At the bottom there will be piezoelectric ceramic.

3. This piezoelectric ceramic is made up of nano materials of lead titanate zirconate.

4. The spring material will be of spring steel.

5. Spring will be sputtered on the surface.

6. Over the this system there will be surface material which is made up of nano carbon fibres woven polymer.

7. When the spring is under tension or vibrated under any loads or movement, then the spring comes into contact with the piezoelectric ceramic and electric pulses are harvested.

8. Even though high loads are applied for long time, the nano carbon fibres woven polymer will have the highest strength.

9. Total setup is called piezoelectric kit.

10. Like these many number of piezoelectric kits are placed and connected.

11. Piezoelectric accumulator will collect all the electricity produced by these ceramics.

6. Brief description of drawing:

1. PIEZOELECTRIC DEVICE

2. PIEZOELECTRIC ACCUMULATOR

3. CONNECTED IN SERIES

4. PIEZO ELECTRIC CERAMIC

5. CYLINDER

6. STEEL SPRING

7. PISTON

7. Claims

1. This mechanical battery invention is used in applications where energy accumulated is used like dynamo

2. This method of invention is used to harvest energy harvested from mechanical vibrations produced by any moving objects over the surface connected to the spring.

3. This method of invention used where electromechanically batteries cannot be used because they may ignite easily or explode.

4. In oil rig wells, gas wells areas where there is limitations for electrochemical batteries, these mechanical batteries can be used.

5. This method of inventions is used to construct devices which can be kept beneath trains, shafts, bus shafts, car shafts, etc which can produce continuous power under movement.