LT5790B - Power generator - Google Patents

Abstract

The invention relates to mechanics and can be used for transport exploitation or for producing a power for static devices. A generator comprises turning on central axis a transmission shaft which is connected with pistons. Mentioned pistons are resting on moving element. Moving element includes circle shaped member, which inside is divided into equal segments and can be filled with liquid. If moving element rotates on central axis, outer surface of segment is deformed, as a result, a piston come to move towards a center. Pistons transmit moving power to central transmitting shaft, which transmits produced power to accumulator.

Description

The invention relates to the field of mechanics and can be used in the field of operation of cars, trains and other wheeled vehicles. It can also be used to generate energy to power static equipment (eg household appliances).

State of the art

The analogs described below are known.

U.S. Patent No. 5,767,663 discloses a "Vehicle Power Generation System." This energy generating system, like the present invention, operates on the principle that energy is produced by the rotation of the wheel. In addition, according to said analogue, different electric motors will be used in order to use energy efficiently at different speeds of the wheel. Although this analogue is a wheel that will produce energy when spun, it is quite different from a stated generator that generates energy using gravity.

U.S. Patent No. 4,061,200 describes a "Vehicle Power Generation System." This power generating device, like the claimed invention, is in the form of a wheel. However, this analogue generates only a portion of the electric power of the vehicle, and the present invention provides sufficient power for autonomous operation of the vehicle.

The closest known analog is U.S. Pat. 6809426 "Gravity based vehicle energy system" based on gravity. The components of this generator are the center axle, the wheel on the axle, the tire on the wheel, and the inside mechanism consisting of small moving elements (gears, pinions of axles, etc.). This generator has the disadvantages of not generating energy at the lowest energy consumption, because it uses many different parts inside the unit and because of the way these parts (such as gears) are located throughout the wheel, a lot of power is used to power the generator itself. the device according to the present invention is comprised of smaller containers, energy is not dissipated all over the wheel and energy is utilized much more efficiently.

The object of the invention

Simplify the design of the device and thus generate energy at minimal cost by applying gravity to deformation force to body movement.

The essence of the invention

This objective is achieved by the proposed design device.

The generator consists of a rotating shaft on the central axis of the transmission. The shaft is connected in a conventional design with several movable pistons of uniform shape and size. The pistons are evenly spaced around the central axis. One of the essential features of a generator is a moving element consisting of a circular medium which is internally divided into uniform segments and can be filled with liquid or other material. The inner surface of each segment of the moving element is supported by a piston. As the moving element rotates about its central axis, the outer surface of its segment is deformed by the force of gravity acting on it. The deformation of the segment's outer surface increases the pressure inside it, causing deformation of the moving surface of the moving element. The piston, which rests on the inner surface of the movable element segment, begins to move toward the center. The energy of the piston movement is transmitted to the central transmission shaft. The latter transfers the produced energy to the battery.

The technical solution is shown in the drawings - Fig. 1 and Fig. 2.

Static description of the device (Figs. 1 and 2)

Transmission shaft (1) connected in a conventional manner to a plurality of movable pistons (2), (3) of uniform shape and size. The pistons are evenly spaced around the central axis. The moving element (4) consists of a circular medium which is internally divided into uniform segments and can be filled with liquid or other material. The inner surface of each segment of the moving element (4) is supported by a plunger (2), (3).

Device description in dynamics (Fig. 1 and Fig.2)

As the moving element (4) rotates about its central axis, the outer surface of its segment is deformed by the force of gravity acting on it. The deformation of the segment's outer surface increases the pressure inside it, causing deformation of the moving surface of the moving element. The piston (2), which rests on the inner surface of the movable element segment, begins to move towards the center. The piston movement energy is transmitted to the central transmission shaft (1). The latter transfers the produced energy to the battery. The transmission shaft is driven by the force of the piston (2), will rotate and push the opposite piston (3) upwards, thus preparing it to repeat the action when it is at the bottom.

Description of the implementation by example

The technical solution described above can be implemented by applying already known technical solutions to some of its structural elements:

1. The transmission shaft may be similar to a crankshaft, an example of which is provided in publicly available sources.

2. The pistons may be hydraulic, mechanical or magnetic.

3. The moving element may be a structure similar to a modified standard car wheel tire, which shall be subdivided into containers which may contain liquid or other material.

For the purpose of the invention, the shaft must rotate at least 1500 RPM (revolutions per minute). To achieve this speed, the number of pistons in the unit must be at least 26.

Application of the Invention to a Vehicle. The device can be used in a vehicle instead of a normal wheel, which not only performs the function of movement, but is also used to generate energy. In this case, the moving structural member would be the tire of the car wheel. Another embodiment may be the device described above, which is attached to the moving vehicle as one or more trailers. The power generated by the device can be transferred to the car battery, electric motor, etc.

Application of the claimed invention to the production of energy for static installations (e.g., household appliances, etc.). Another example of an embodiment of an embodiment of a device may be used to generate energy that would be used to operate a static device, e.g.

The present invention provides the above public utility purpose.

The claimed invention is new in that it has not been described in other publicly disclosed patent applications, nor in other sources available to any person to which they have access, nor has it been used in Lithuania or abroad.

The claimed invention is state of the art.

The proposed device is an inventive step as it is not known to a person skilled in the art of engineering. The result achieved with this device is not obvious to an engineer.

Industrial applicability. The claimed device has industrial applicability as it can be manufactured under normal industrial conditions and used in the automotive or other vehicle industry, agriculture, household, household and other fields related to energy production and its rational use.

Claims (1)

An energy generator (the same as that of the analogue) consisting of a piston rotating about a central axis, movable pistons, a moving element, characterized in that the transmission shaft is connected to uniform moving pistons which are uniformly and uniformly radiated about the central axis and connected to a moving element consisting of a circular medium which is internally subdivided into homogeneous segments and whose outer surface is deformed by external force and the inner surface is deformed by a change of pressure inside the segment.