The generator for producing piston continuous motion inside the vertical cylinder by the gravitational force and magnetic field

Abstract

This system has a long cylinder that is mounted on the chassis and body. A piston moves inside the cylinder, which has blades on both sides. These blades have a rack on one side that is embedded to entangled with the gears.At the top and bottom of the cylinder, there are two gears, and every time the piston moves and reaches the top or bottom of the cylinder, the rack of the piston blade approaches the gear and induces them to move.

Description

DescriptionTitle of Invention : The generator for producing piston continuous motion inside the vertical cylinder by the gravitational force and magnetic fieldTechnical Field

[0001] The technical field of this invention relates to energy-generating devices without any fuel consumption.Background Art

[0002] The patent “Self-resetting composite energy dissipation type viscous damper” has been filed in the China Patent Office with the application number 202120178855.

[0003] The utility model relates to a self-resetting composite energy consumption type viscous damper which comprises oil cylinders, a piston rod and a piston, the oil cylinders are divided into a main cylinder and an auxiliary cylinder, the main cylinder is filled with viscous damping fluid, one end of the piston rod extends into the auxiliary cylinder and is fixedly connected to the piston, and the piston reciprocates in the auxiliary cylinder.

[0004] A first spring and a second spring are arranged in the auxiliary cylinder, one end of the first spring abuts against the main cylinder, the other end of the first spring abuts against one side of the piston, one end of the second spring abuts against the other side of the piston, and the other end of the second spring abuts against the inner wall of the auxiliary cylinder. The damper can simultaneously carry out air energy consumption and viscous energy consumption and achieves the effect of resetting through the deformation and recovery of the spring when the damper is impacted and deformed.

[0005] Although the objective of this invention was not to develop a generator, the reciprocating motion of the piston inside the cylinder is induced through two springs on both sides of the piston, which is entirely different from the claimed invention.Technical Problem

[0006] As for the clean and renewable energy innovations that have been published so far, for some reason, most of them are characterized by defects, weaknesses, and drawbacks that make it impossible to utilize them alone, and in addition to these, auxiliary energy sources must be used.

[0007] The main drawback in most of the systems that use a spring to supply power to the generator is that the force generated by the spring is less in the next movement and there is a need for another actuator to repeat this movement continuously. The energy supply in the second actuator is the most important challenge of these types of systems. In this invention, it has been tried to solve this issue using magnetic attractive and repulsive devices.Solution to Problem

[0008] This invention has a long cylinder mounted on the chassis and body. A piston moves inside the cylinder, which has blades on both sides. These blades have a rack (combed blade) on one side that is embedded to contact with the gear.

[0009] At the top and bottom of the cylinder, there are two gears, and every time the piston moves and reaches the top or bottom of the cylinder, the rack of the piston blade approaches the gear and induces them to move, and the turbine axis is coupled with the axis of the gears. The gears have a one-way power transmission mechanism so that when the piston blade enters the gears, they transfer power to the axis and the turbine, and when the piston blade exits, the gear goes into a freewheeling mode.

[0010] A permanent magnet is installed on the upper part of the piston, which has one pole on top and another pole on the bottom. Under this magnet, there is a non-magnetic piece by the magnet, which does not prevent the piston from rising when the piston is at the bottom of the cylinder.

[0011] A strong spring is embedded at the bottom of the cylinder, when the piston is attracted to the bottom of the cylinder due to the gravitational force, it compresses the spring and at the same time, the racks of the piston blade rotate the lower gear.

[0012] Once the spring is compressed by the piston due to the gravitational force, the elasticity of the spring causes the piston to be thrown to the top of the cylinder. Atthe top of the cylinder, there is a dual-mode bobbin (attractive and repulsive) that at this stage of the piston's motion, the bobbin creates a magnetic field opposite to the permanent magnet inside the piston and attracts the piston.

[0013] Once the piston is attracted to the top of the cylinder, the rack of the upper blade of the piston is entangled with the upper gear and moves it. Then, the bobbin creates a magnetic field by the analogous pole of a permanent magnet inside the piston and repels the piston.

[0014] In this case, the piston has both the repulsive force of the bobbin and the earth's gravitational force, which causes it to be thrown down powerfully and rotate the lower gear and compress the spring at the same time. Next, this process will be repeated again.

[0015] The bottom gear of the cylinder can be connected to a generator to produce electricity. Every time the piston rotates the bottom gear of the cylinder, electricity is generated that can be used or stored in various forms. Each time the piston rotates the upper gear, it supplies the force needed to operate the bobbin. In this way, the piston constantly moves in a reciprocating manner and generates electricity without consuming any other energy.

[0016] At the top and bottom of the cylinder, some holes are made so that the air pressure created due to the reciprocating motion of the piston is released from those holes to prevent slowing the speed of the piston.

[0017] To start the device, a starter system is used. In the upper part of the piston, there is a pin that protrudes from the cylinder groove. There is another spring on the top of the cylinder where the user pulls the piston up to start the device and connects the other end of the spring to the piston.

[0018] As the weight of the piston is greater than the tolerance of the spring, the piston moves down, and once the piston moves down enough, the spring pulls it back to the top of the cylinder, and the piston blade rotates the gear and activates the bobbin. At this time, the bobbin repels the piston downwards and this process is repeated until the intensity of the piston movement reaches the desired threshold. At this stage, the spring releasing system is activated, and it is placed in the path of the motion of the piston spring and causes the spring to beseparated from the pin, as a result of which the piston is thrown downwards, and the energy generation process is started.

[0019] In order to command the bobbin when to create which pole and when to break its circuit, two mechanical actuators are used. The first actuator is located in the top gear. When the rack enters the upper gear completely and begins to go back down, the gear starts to rotate in the opposite direction. At this time, the mechanical actuator commands the bobbin to create the analogous pole of the piston's permanent magnet to repel the piston for a few seconds.

[0020] When the piston is separated from the lower spring and the piston moves up, another actuator is installed on the cylinder body, which recognizes the piston moving up and commands the bobbin to create the antilogous pole of the piston's permanent magnet to attract the piston for a few seconds.Advantageous Effects of Invention

[0021] 1 - It does not rely upon any kind of external energy source.

[0022] 2-lts construction and manufacturing are cost-effective because of using simple and accessible parts.

[0023] 3- Because of using simple parts, the failure percentage in them is low, so the maintenance and repair process is cost-effective.

[0024] 4- The service life of the device is long due to the use of mechanical parts.

[0025] 5- Given the simplicity of the device's structure and manufacturing process, it is possible to access the device for servicing easily.

[0026] 6- Given the low weight of the components and the easy disassembly of the device, it is easily possible to transport and handle it.

[0027] 7- It is usable without any restrictions in every place and region in the world, especially remote areas where there is no possibility to access or transfer energy sources and under all climatic conditions such as hot and cold, dry, rainy and sunny, and geographic poles.

[0028] 8- In places where there is an urgent need for the absence of noise pollution, the device can be completely vacuumed and used without reducing the efficiency of the device.Brief Description of Drawings

[0029] Fig 1 : Schematic of the device

[0030] Fig 2: Piston of the device

[0031] Fig 3: The bottom part of the cylinder

[0032] Fig 4: The upper part of the cylinder

[0033] Fig 5: The spring releasing systemDescription of Embodiments

[0034] This system has a long cylinder (1 ) that is mounted on the chassis and body (2). A piston (3) moves inside the cylinder, which has blades (4-5) on both sides. These blades have a rack on one side that is embedded to entangled with the gears.

[0035] At the top and bottom of the cylinder, there are two gears (6-7), and every time the piston moves and reaches the top or bottom of the cylinder, the rack of the piston blade approaches the gear and induces them to move.

[0036] A permanent magnet (8) is installed on the upper part of the piston, which has one pole on top and another pole on the bottom. A spring (9) is embedded at the bottom of the cylinder, when the piston is attracted to the bottom of the cylinder due to the gravitational force, it compresses the spring and at the same time, the racks of the piston blade rotate the lower gear.

[0037] At the top of the cylinder (10), there is a dual-mode bobbin (attractive and repulsive) which attracts or repels different phases of the piston magnet. At the top and bottom of the cylinder, some holes (11 ) are made so that the air pressure created due to the reciprocating motion of the piston is released from those holes to prevent the slowing speed of the piston.

[0038] To start the device, a starter system is used. In the upper part of the piston, there is a pin (12) that protrudes from the cylinder groove. There is a spring (13) on the top of the cylinder that the user pulls the piston up to start the device and connects the other end of the spring to the piston.

[0039] As the weight of the piston is greater than the tolerance of the spring, the piston moves down, and once the piston moves down enough, the spring pulls itback to the top of the cylinder, and the piston blade rotates the gear and activates the bobbin. At this time, the bobbin repels the piston downwards and this process is repeated until the intensity of the piston movement reaches the desired threshold. At this time, the spring releasing system (14) is activated, and it is placed in the path of the motion of the piston spring and causes the spring to be separated from the pin, as a result of which the piston is thrown downwards, and the energy generation process is started.

[0040] The upper mechanical actuator (15) is located in the top gear and another actuator (16) is installed on the cylinder body.Examples

[0041] To start the device, the user should just move the piston to the top of the cylinder and connect the starter spring to it, push the piston down once, and the rest of the process will be continued automatically.Industrial Applicability

[0042] The power generated by this invention can be utilized to charge UPS batteries and supply electricity for commercial and residential uses. On the other hand, the gear rotational force can be directly applied for any other purpose.

[0043] On the other side, it can generate electricity using a strong coil around the axis of the lower turbine and creating a magnetic field as a generator and it is usable in any place and situation in any part of the world without any restrictions.

Claims

Claims

1. The generator for producing piston continuous motion inside the long vertical cylinder, which comprising: a. Long vertical cylinder b. Magnetic piston with a serrated blade at the top and bottom c. Double-mode gear and bobbin on top of the cylinder d. Gear and spring at the bottom of the cylinder e. Starter system wherein the bobbin by creating an analogous pole, repels the magnet of the piston and throws it down when the piston moves down and once the piston approaches the bottom of the cylinder, the lower rack of the piston moves the lower gear of the cylinder and at the same time the spring is compressed and when the spring is released, the piston is thrown up and the bobbin attracts the piston by creating an analogous pole, and the upper rack of the piston rotates the upper gear of the cylinder.

2. The bobbin of the generator for producing piston continuous motion according to claim 1 , wherein the energy of the bobbin is supplied by rotating the upper gear, and the actuator, which is mounted on the upper gear when the rack enters the upper gear completely and begins to go back down, the gear starts to rotate in the opposite direction and at this time, the mechanical actuator commands the bobbin to create the analogous pole of the piston's permanent magnet to repel the piston.

3. The bobbin of the generator for producing piston continuous motion according to claims 1 and 2, wherein when the piston is separated from the lower spring and the piston moves up, another actuator is installed on the cylinder body, which recognizes the piston rising and commands the bobbin to create the antilogous pole of the permanent magnet of the piston to attract the piston.

4. The generator for producing piston continuous motion according to claim 1 , wherein to start the device, the piston is moved up, and the startspring is connected to the piston pin, and when the piston moves up, the upper gear moves and the bobbin creates antilogous pole of the magnet and repels the piston down, then the piston moves down and the start spring pulls it up again and also the bobbin attracts the piston by creating the antilogous pole by repeating this process and when it reaches the threshold, the start spring is released and the generator continues to operate.

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