Center self-made wave distribution surrounding reciprocating motion combined power generation device

Abstract

The invention discloses a combined power generation device with self-made waves distributed in the center and reciprocating around, and relates to a rotary combined power generation device using self-made wave reciprocating motion in the electromechanical field. According to the main technical scheme, a liquid substance is injected into a volume, a central motor is used for making waves to form continuous and rhythmic outwards-distributed waves, a floater is used for receiving the waves in a reciprocating mode on the periphery to form multiple sets of reciprocating motion rotating devices to rotate, and continuous reciprocating rotation is formed to drive multiple sets of generators to generate electricity. And the small part is used for outputting motor power and supplying the power to other equipment for use. The main purpose is that self-made waves are distributed around to form reciprocating motion to push a reciprocating rotating device to carry out a combined power generation technology, and power is supplied to other electric equipment.

Description

1. Technical field

[0001] The present invention relates to a combined power generation device with a center self-made wave and surrounding reciprocating motion in the electromechanical field, in particular to a rotating combined power generation device using the reciprocating motion of self-made waves. 2. Background technology

[0002] As most of the energy is non-renewable, oil depletion and energy crisis, looking for new energy has become the current and future development trend. The demand for energy is increasing, so it is necessary to find new energy.

[0003] The present invention specifically utilizes the periodically changing driving force between the liquid medium formed by the distribution of the center-made waves to the surroundings. The driving force will distribute work, and the energy of this distributed work is used to combine and generate distributed driving energy through the surrounding reciprocating motion. It is a characteristic of the center-made energy that can be distributed to the surroundings, and the overall distribution is then utilized at multiple points to form a 1+1>2 effect, forming a combined generator set and a combined power generation device technology, which has multi-energy power output in addition to supplying its own peripheral energy. 3. Summary of the invention

[0004] like Figure 1As shown, the center self-made wave surrounding reciprocating motion combined power generation device includes a certain capacity volume 1, liquid substance 2, a central support frame 3, a small motor 4, a connecting device 5, a lifting device 6, a diamond block 7, an upper circuit breaker 8, a storage bottle 9, a lower circuit breaker 10, a surrounding support frame 11, a shaft 12, a generator 13, a reciprocating motion rotating device 14, a sliding pull rod 15, a circular float 16, a ring 17, a terminal 18, a frequency converter 19, and an inclined steel plate 20. Two-thirds of the liquid substance 2 is injected into the certain capacity volume 1 and two central support frames 3 are fixedly installed in the middle position, a small motor 4 is fixedly installed on the top of one central support frame 3, and the shaft of the small motor 4 is extended to the top of another central support frame 3 and fixedly installed with bearings and Its frame enables the shaft head to rotate freely. The lifting function of the small motor 4 is collectively referred to as a connecting device 5 through a pull rod or a connecting wire rope, a connecting ring, etc. The installation of gears, racks or fixing wire ropes, connecting rings, rotating sheaves, etc. on the rotating shaft are collectively referred to as a lifting device 6. The lower head of the connecting device 5 can be fixedly connected to the upper part of the top of the diamond block 7, and the diamond block 7 is lifted and driven to rise by the lifting device 6. When it is lifted to a certain height, the small motor 4 is powered off by the upper circuit breaker 8 and is unidirectionally connected to the battery 9. When the diamond block 7 falls freely, it can be driven by the reverse rotation of the lifting device 6 to generate electricity for charging the unidirectionally connected battery 9. Depending on the usage, it can also be used for free fall. When the diamond block 7 falls freely, it impacts the liquid material 2 to form a central self-made wave. The diamond block 7 has a certain weight and can float on the liquid material 2. When the wave is formed, the liquid material 2 surges upward to lift the diamond block 7. When the power supply is connected to the lower circuit breaker 10, the small motor 4 starts to lift. The reciprocating cycle forms an adjustable up and down rhythmic reciprocating motion, so that the central self-made wave is continuous. The surrounding support frames 11 are respectively installed around the central support frame 3 according to the 4-point, 8-point... method of the circle, and each 1 point is formed into a stepped shape of the surrounding support frame 11 arrangement. According to the size of the capacity volume 1, the stepped shape of the surrounding support frame 11 can be arranged to form 1 to n groups. At the top of the stepped shape of the surrounding support frame 11 A shaft 12 is installed on the upper part, and bearings and their frames are fixedly installed on the top of the surrounding support frames 11 so that they can rotate freely. A generator 13 is fixedly installed on the head of the shaft 12 on the top of the first support frame 11 near the center side through a bracket, and a reciprocating rotating device 14 is installed on the shaft 12 near the top of each surrounding support frame 11. A rack is fixedly installed on the top of the sliding rod 15 and the gears fixedly installed on the reciprocating rotating device 14 are meshed with each other on the opposite surfaces. The lower end of the sliding rod 15 is fixedly installed on the top of the circular float 16. Two protruding rings 17 are fixedly installed in the middle of the sliding rod 15 through the side of the surrounding support frame 11 facing the center. The sliding rod 15 can reciprocate up and down in the ring 17.When the central self-made waves continuously distribute waves outward, each circular float 16 is respectively made to reciprocate up and down with the waves, and the reciprocating rotating device 13 is respectively rotated. Because it is a stepped shape, the waves are distributed outward, which forms a continuous reciprocating motion. The shaft 12 on the top of the surrounding support frame 11 rotates and drives the generator 13 fixedly installed by the bracket to generate electricity and rotate, so as to form multiple groups of generators around to generate electricity together. The generator wires are respectively connected in parallel through wires and the generated wires are led to the wiring posts 18 outside the certain capacity volume 1. The generated current is connected through the wire heads and charged through the inverter 19 for the battery 9. After being connected to the central support frame 3 through the wiring posts of the wires, except for a small part used to supply power to the small motor 4, the excess power is output through the line of the battery 9. The horizontal line of the liquid substance 2 injected in a circle around the certain capacity volume 1 is provided with a certain inclination steel plate 20 that can eliminate waves, so as to eliminate the mutual influence of the return waves on the central self-made waves. 4. Description of the drawings

[0005] Figure 1 A top view of a combined power generation device with self-made waves distributed around the center and reciprocating motion, and a side view of the main components. 5. Specific implementation methods

[0006] like Figure 1As shown, the center self-made wave surrounding reciprocating motion combined power generation device includes a surrounding support frame 11, a shaft 12, a generator 13, a reciprocating motion rotating device 14, a sliding pull rod 15, a circular float 16, a ring 17, a terminal 18, a frequency converter 19, and an inclined steel plate 20. The surrounding support frames 11 are respectively installed around the central support frame 3 according to the 4-point, 8-point, etc. of the circle, and each 1 point is further formed into a stepped shape of the surrounding support frame 11 arrangement. According to the size of a certain capacity volume 1, the stepped shape of the surrounding support frame 11 can be arranged to form 1 to n groups, and the shaft 1 is usually installed on the top of the stepped shape surrounding support frame 11. 2. The bearings and their frames are fixedly installed on the top of the surrounding support frames 11 so that they can rotate freely. The generators 13 are fixedly installed on the shafts 12 on the top of the first support frames 11 near the center. The reciprocating rotating devices 14 are installed on the shafts 12 near the top of each surrounding support frame 11. The racks are fixedly installed on the top of the sliding rods 15 and the gears fixedly installed on the reciprocating rotating devices 14 are meshed with each other on the opposite surfaces. The lower end of the sliding rods 15 is fixedly installed on the top of the circular float 16. The middle of the sliding rods 15 is fixedly installed on the side of the surrounding support frames 11 facing the center. Two protruding circular rings 17 are installed, and the sliding pull rod 15 can reciprocate up and down in the circular ring 17. When the self-made waves in the center continuously distribute the waves outward, each circular float 16 is reciprocated up and down with the waves, and the reciprocating rotating device 13 is driven to rotate respectively. Because it is a step shape, the waves are distributed outward, which forms a continuous reciprocating motion. The shaft 12 on the top of the surrounding support frame 11 rotates and drives the generator 13 fixedly installed through the bracket to generate electricity and rotate, so as to form multiple groups of generators around to generate electricity together, and the generator wires are connected in parallel through wires and the generated wires are led out to a certain capacity volume 1 The current is generated on the terminal 18 outside, and is connected through the wire end, and is charged by the inverter 19 to charge the battery 9. After being connected to the central support frame 3 through the terminal of the wire, except for a small part used to supply power to the small motor 4, the excess power is output through the line of the battery 9. The steel plates 20 with a certain inclination angle that can eliminate waves are arranged above and below the horizontal line of the liquid substance 2 injected into a circle around the certain capacity volume 1, so as to eliminate the mutual influence of the reflected waves on the self-made waves in the center. The main purpose is to utilize the self-made waves to distribute to the surroundings to form reciprocating motion to drive the reciprocating rotating device to carry out combined power generation technology to supply power to other electrical equipment.

[0007] The above-mentioned specific implementation method can also utilize natural ponds such as lakes, reservoirs, fish ponds, etc. The central distribution formed by them can be implemented in the above-mentioned manner. For relatively large natural ponds such as lakes, reservoirs, fish ponds, etc., it is not necessary to set up a device to eliminate the return wave.

[0008] The above-mentioned specific implementation method can also utilize the distribution of central audio vibrations, and resonant audio receiving devices are installed in all directions around the center to generate electricity by connecting to a straight-line generator or magnetic induction. It can also utilize the distribution of central radio vibrations, and radio vibration receiving devices are installed in all directions around the center to generate electricity by connecting to a straight-line generator or magnetic induction. Its working principle generally conforms to the central distribution, and the corresponding power generation device is configured through the receiving device to drive the generator to generate electricity. The central distribution formed in this way can be specifically implemented in the above-mentioned manner.

[0009] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any person familiar with the present technology can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope explicitly stated in the present invention, and all of them should be covered by the protection scope of the present invention.

Claims

1. In a certain volume 1, two-thirds of liquid substance 2 is injected and two central support frames 3 are fixedly installed in the middle position. A small motor 4 is fixedly installed on the top of one central support frame 3. The shaft of the small motor 4 is extended and fixedly installed on the top of another central support frame 3 to fix the bearing and its frame so that the shaft head can rotate freely. The lifting function of the small motor 4 is collectively referred to as a connecting device 5 through a pull rod or a connecting wire rope, a connecting ring, etc. The installation of gears, racks or fixing wire ropes, connecting rings, rotating sheaves, etc. on the rotating shaft are collectively referred to as lifting devices 6. The lower head of the connecting device 5 can be fixedly connected to the upper part of the top of the diamond block 7, and the diamond block 7 is lifted and driven to rise by the lifting device 6. When it is lifted to a certain height The small motor 4 is powered off by the upper circuit breaker 8 and is unidirectionally connected to the battery 9. When the diamond block 7 falls freely, it can rotate in the opposite direction through the lifting device 6 to drive the small motor 4 to generate electricity and charge the unidirectionally connected battery 9. According to the usage, free fall can also be used. When the diamond block 7 falls freely, it impacts the liquid material 2 to form a central self-made wave. The diamond block 7 has a certain weight and can float on the liquid material 2. When the wave is formed, the liquid material 2 surges upward to lift the diamond block 7. When the power supply is connected through the lower circuit breaker 10, the small motor 4 starts to lift. The reciprocating cycle forms an adjustable up and down rhythmic reciprocating motion, so that the central self-made wave is continuous. Around the column frame 3, surrounding support frames 11 are installed according to the 4-point, 8-point, etc. division of a circle, and each division forms a stepped arrangement of surrounding support frames 11. According to the size of the capacity volume 1, the stepped arrangement of surrounding support frames 11 can form 1 to n groups, and a shaft 12 is installed on the top of the stepped surrounding support frame 11. Bearings and their frames are fixedly installed on the top of the surrounding support frames 11 so that they can rotate freely. Generators 13 are fixedly installed on the heads of the shafts 12 on the top of the first support frame 11 near the center side through brackets, and reciprocating rotating devices 14 are installed on the shafts 12 near the top of each surrounding support frame 11, and racks and reciprocating rotating devices 1 are fixedly installed on the heads of the sliding pull rods 15. The fixedly installed gears mesh with each other on the opposite surfaces. The lower end of the sliding rod 15 is fixedly installed on the top of the circular float 16. Two protruding circular rings 17 are fixedly installed in the middle of the sliding rod 15 through the side of the surrounding support frame 11 facing the center. The sliding rod 15 can reciprocate up and down in the circular ring 17. When the self-made waves of the center continuously distribute the waves outward, each circular float 16 reciprocates up and down with the waves, and drives the reciprocating rotating device 13 to rotate respectively. Because it is a step shape, the waves are distributed outward, which forms a continuous reciprocating motion. The shaft 12 on the top of the surrounding support frame 11 rotates and drives the generator 13 fixedly installed through the bracket to generate electricity and rotate, so as to form multiple groups of generators around to generate electricity together.The wires of the generator are connected in parallel through the wires and the generated wires are led out to the terminal 18 outside the certain capacity volume 1. The generated current is connected through the wire head, and the battery 9 is charged through the inverter 19. The terminal of the wire is connected to the central support frame 3. Except for a small part used to supply power to the small motor 4, the excess power is output through the line of the battery 9. The steel plates 20 with a certain inclination angle that can eliminate waves are arranged above and below the horizontal line of the liquid substance 2 injected into a circle around the certain capacity volume 1 to eliminate the mutual influence of the anti-return waves on the center self-made waves. The above-mentioned specific implementation method can also be used in natural ponds such as lakes, reservoirs, and fish ponds to form a central distribution. It can be implemented in accordance with the above-mentioned method. For relatively large lakes, reservoirs, fish ponds and other natural ponds, it is not necessary to set up a device to eliminate the return waves. , 2. The above-mentioned specific implementation method can also utilize the distribution of central audio vibrations, and resonant audio receiving devices are installed in all directions around the center to generate electricity by connecting to a straight-line generator or magnetic induction. It can also utilize the distribution of central radio vibrations, and radio vibration receiving devices are installed in all directions around the center to generate electricity by connecting to a straight-line generator or magnetic induction. Its working principle generally conforms to the central distribution, and the corresponding power generation device is configured through the receiving device to drive the generator to generate electricity. The central distribution formed in this way can be specifically implemented in the above-mentioned manner.

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