TWM484009U - Energy conversion device of high energy flowing water - Google Patents

Description

High energy flow energy conversion device

The present invention relates to a high-energy flow-to-water energy conversion device, especially a combination of a floating mechanism and a driving mechanism, wherein a floating mechanism is combined with a fixed body and a floating body, the fixed body is fixed on the ground of the bottom of the water, and A cable is connected to a floating body, and the floating body is provided with a driving mechanism, wherein the driving mechanism is provided with a plurality of structures for drawing water flow energy, and the structure for drawing the water flowing energy is composed of a crawler mechanism and a paddle plate with a water retaining plate The crawler mechanism is a long-distance circulating rotating device which is composed of a set of gears on a turntable and a chain, wherein a paddle is placed at an appropriate interval of the chain, and one end of the paddle is fixed with a chain, the paddle The other end is sleeved by a rotating shaft to allow the paddle to have a one-way swing function. When the paddle gradually enters the water surface and receives the thrust of the flowing water, the thrust will drive the displacement of the chain and thus drive the cyclic rotation of the crawler mechanism. After the plate and the direction of the flowing water are vertical, the paddle still maintains the vertical thrust and is displaced in the direction of the flowing water until a gear rotates the chain away from the water surface, and then performs another Operation cycle, it is evident that the paddle in the water subjected to the maximum thrust vertical shape, and extended periods of time and therefore more energy by its characteristics.

With regard to the conventional energy conversion device, that is, the waterwheel converts the kinetic energy of the flowing water into mechanical energy. As shown in Fig. 1, the rotational time of the rotating blade by the flowing water is short, so the energy extracted is small. It is missing for it.

According to the lack of the water truck in the above paragraph, the creator has created a high-energy flow-to-water energy conversion device, which has a different energy conversion method than the conventional one, and is composed of a floating mechanism and a driving mechanism, one of which is The floating mechanism comprises a fixed body and a floating body. The fixed body is fixed on the ground of the bottom by a bottom fixed pile, and is connected with a floating body by a cable, so that the floating body can be maintained on the water surface, the upper surface of the floating body A driving mechanism is disposed, the driving mechanism is provided with a plurality of structures for drawing water flow energy, and the structure for drawing the water flow energy is combined by a crawler mechanism and a paddle plate of a water retaining body, the crawler mechanism is a set of turntables The gear and a chain combine to form a long-distance circulating rotating device, wherein the gear is fixed on a turntable fixed to a drive shaft fixed by a set of bearings to the floating body, and the drive shaft is powered The air compressor generates compressed air that is output through the air pipe.

A paddle is disposed at an appropriate interval of the chain, and one end of the paddle is combined with a baffle seat by a rotating shaft, and the paddle has a swinging function, wherein the baffle is provided with a baffle, and the baffle limits the paddle The plate is unidirectionally oscillated, and the other end of the baffle seat is connected with a connecting plate, and the connecting plate is fixed on the chain, the paddle plate can be displaced with the chain, and a sliding groove is arranged on both sides of the paddle, the chute allows A hollow tube is slid, and the tube edge of the hollow tube is connected with the edge of a thin plate to form a water-blocking blade. The hollow tube is a sealed tube, and a partition plate is disposed in a middle portion of the hollow tube, and the hollow tube is filled with an appropriate amount of fluid.

When the blade of the structure capable of drawing water flow exhibits different angles with the displacement of the chain of the crawler mechanism, when the blade enters the horizontal plane, it will be pushed by the water in the direction of flow, and the blade at this time is in a state in which the blade is downward, that is, hollow. The fluid in the tube will flow to the lower end, where the baffle will get stuck to the paddle, so the paddle cannot swing in the counterclockwise direction, so the power of the blade can be paddled. The plate is transmitted to the chain, and the power of the chain drives the gear to rotate the turntable, so that the drive shaft obtains the power of rotation.

When the blade is subjected to the thrust of the flowing water, the thrust will drive the displacement of the chain and thus drive the cyclic rotation of the crawler mechanism. When the blade and the flowing water are perpendicular (bearing the maximum thrust), the blade still maintains the vertical thrust and flows along the water. The directional displacement, that is, the blade will continuously obtain the thrust until the gear rotates the chain away from the water surface, and then performs another cycle of action. Obviously, the blade receives the maximum thrust of the flowing water in a vertical direction and prolongs the force. The time thus allows for more energy.

The thrust of the blade is gradually reduced due to the rise, and the paddle is no longer stuck to the paddle due to the rise of the baffle. The paddle will swing clockwise due to gravity. At this time, the rising blade will not carry the water. Therefore, the loss of energy can be reduced. When the turntable continues to rotate, that is, the blade gradually leaves the horizontal plane, the paddle swings to the maximum in the clockwise direction, and the center of gravity of the paddle plate approaches the center of the turntable (ie, the arm is reduced); When the displacement to the horizontal state, the blade also presents a horizontal state, wherein the fluid in the hollow tube is evenly distributed in the hollow tube, and the center of gravity of the paddle plate is closer to the center of the turntable; when the paddle plate is displaced to the turntable, it is vertical, and at the same time As the blade also gradually rises, the fluid in the hollow tube will flow down to the partition. Due to the gravity, the blade will drop rapidly and enter the paddle, that is, the hollow tube slides in the chute. The center of gravity is closest to the center of the turntable; when the paddle plate displacement exceeds the vertical direction, the blade also follows the gradual downward movement, wherein the baffle plate is again stuck to the paddle plate, and the fluid in the hollow tube will flow downward. Opening the partition, due to the relationship of gravity, the blade will quickly fall off the paddle, that is, the hollow tube slides in the chute, the blade is in a downward state, and gradually enters the horizontal plane, and the center of gravity of the paddle is farthest from the center of the turntable. This kinetic energy is beneficial to the rotational power of the turntable.

A structure for drawing water flow energy is disposed on each side of the floating body, and the power generated by the structure of the water flow energy is outputted by the transmission shaft, and an air compressor is driven to generate compressed air energy, and the compressed air energy can be Characterized by one gas output

1‧‧‧ underwater fixed pile

2‧‧‧ Cable

3‧‧‧ floating body

31‧‧‧ bearing

4‧‧‧Air compressor

5‧‧‧Drive shaft

50‧‧‧ Turntable

51‧‧‧ Gears

52‧‧‧Chain

53‧‧‧Connecting plate

54‧‧‧Rotation direction

6‧‧‧ baffle seat

60‧‧‧ shaft

61‧‧‧Baffle

62‧‧‧Paddle board

63‧‧‧ leaves

64‧‧‧Chute

65‧‧‧ hollow tube

66‧‧‧Baffle

67‧‧‧ buffer

68‧‧ ‧bar

69‧‧‧ Fluid

7‧‧‧ trachea

8‧‧‧Flow direction

9‧‧‧ horizontal plane

90‧‧‧ Force interval

91‧‧‧ force curve

92‧‧‧ force curve

A‧‧‧ blade up state

B‧‧‧ Blade down state

Figure 1 is a schematic diagram of the force of a conventional waterwheel blade.

Figure 2 is a schematic diagram of the cycle rotation of the blade and the crawler of the present invention.

Figure 3 is a side view of the creation.

Figure 4 is a top plan view of the combination of the paddle and the turntable of the present invention.

Figure 5 is a schematic diagram of the fluid state of the blade of the present invention.

Figure 6 is a comparison of the force of this creation and the traditional waterwheel blade.

Figure 7 is a schematic diagram of an application example of the present creation.

For the implementation of the high-energy flow energy conversion device of the present invention, please refer to the first to seventh figures. The device is mainly composed of a floating mechanism and a driving mechanism. One of the floating mechanisms includes a fixed body and a floating body 3. The fixed body is fixed on the floor of the bottom by a bottom fixed pile 1 and connected to a floating body 3 by a cable 2, so that the floating body 3 can be maintained on the water surface, and a driving mechanism is arranged on the upper surface of the floating body 3, the driving mechanism There is a plurality of structures for drawing water flow energy. The structure for drawing water flow energy is combined by a crawler mechanism and a paddle 62 of a water retaining mechanism. The crawler mechanism is a gear 51 and a chain 52 on a set of turntables 50. The combination constitutes a long-distance circulating rotating device, wherein the gear 51 is fixed on a turntable 50 fixed to the transmission shaft 5, and the transmission shaft 5 is supported and fixed to the floating body 3 by a set of bearings 31, and the transmission shaft 5 Power driven air compressor 4 Compressed air is generated, and the compressed air is output through the air pipe 7; a paddle 62 is disposed at an appropriate interval of the chain 52, and one end of the paddle 62 is sleeved with a baffle 6 by a rotating shaft 60, and the paddle 62 is The utility model has the function of swinging, wherein the baffle seat 6 is provided with a baffle 61, which limits the paddle 62 to swing in one direction, and the other end of the baffle seat 6 is connected with a connecting plate 53, which is fixed again. On the chain 52, the paddle 62 is displaceable with the chain 52. The two sides of the paddle 62 are provided with a sliding groove 64 which allows a hollow tube 65 to slide. The tube edge of the hollow tube 65 and the edge of a thin plate The blade 63 is connected to form a water retaining pipe. The hollow pipe 65 is a sealed pipe. A partition 66 is disposed in the middle of the hollow pipe 65. The hollow pipe 65 is filled with an appropriate amount of fluid 69.

When the blade 63 of the structure capable of drawing water flow exhibits different angles with the displacement of the chain 52 of the crawler mechanism, when the blade 63 enters the horizontal plane 9, it will be pushed by the water in the flow direction 8, and the blade 63 at this time presents the blade direction. The lower state b, that is, the fluid 69 in the hollow tube 65 will flow to the lower end, wherein the baffle 61 will get stuck to the paddle 62, so the paddle 62 cannot swing in the counterclockwise direction, so the power of the blade 63 can pass through the paddle 62 is transmitted to the chain 52, and the power of the chain 52 drives the gear 51 to rotate the turntable 50, as in the direction of rotation 54, so that the drive shaft 5 obtains rotational power.

When the blade 63 is subjected to the thrust of the flowing water, the thrust will drive the displacement of the chain 52 and thus drive the cyclic rotation of the crawler mechanism. When the blade 63 and the direction 8 of the flowing water are perpendicular (bearing the maximum thrust), the blade 63 remains vertical. The thrust is received and displaced in the direction of the flowing water, that is, the blade 63 continuously obtains the thrust until the gear 51 rotates the chain 52 away from the water surface, and another cycle is performed. Obviously, the blade 63 is vertically received. The maximum thrust of the flowing water, and the time of the force is extended. As shown in Fig. 6, the blade of the conventional waterwheel is stressed as shown by the force curve 91. The force curve 92 is created, so that more energy can be obtained. Its characteristics.

The blade 63 is gradually reduced in thrust due to the rise, and since the flap 61 is raised and is no longer caught in the paddle 62, the paddle 62 is swung clockwise due to gravity, and the rising blade 63 does not occur at this time. The water is carried on, so that the loss of energy can be reduced. When the turntable 50 continues to rotate in the rotational direction 51, that is, the blade 63 gradually leaves the horizontal plane 9, the paddle 62 swings to the maximum in the clockwise direction, at which time the center of gravity of the paddle 62 Approaching the center of the turntable 50 (i.e., reducing the force arm); when the paddle 62 is displaced to a horizontal state, the blade 63 is also horizontal, wherein the fluid 69 in the hollow tube 65 is evenly distributed in the hollow tube 65, at which time the paddle The center of gravity of 62 is closer to the center of the turntable 50; when the paddle 62 is displaced to the turntable 50 to assume a vertical shape, while the blade 63 is also gradually rising, the fluid 69 in the hollow tube 65 will flow downward to the partition 66. If the blade is in the up state a, due to the relationship of gravity, the blade 63 will rapidly descend and enter the paddle 62, that is, the hollow tube 65 slides in the chute 64, and the center of gravity of the paddle 62 is closest to the center of the turntable 50; When the paddle 62 is displaced more than vertical, the leaf is simultaneously 63 is also gradually slipped out, wherein the baffle 61 will once again get stuck to the paddle 62, and the fluid 69 in the hollow tube 65 will flow downwards away from the baffle 66, and the blade 63 will quickly slide out of the paddle due to gravity. The plate 62, that is, the hollow tube 65 slides in the chute 64, and the vane 63 assumes the downward state b of the vane, gradually entering the horizontal plane 9, and the center of gravity of the paddle 62 is farthest from the center of the turntable 50, and the kinetic energy is beneficial to the turntable. 50 rotating power.

As shown in Fig. 7, a structure for drawing water flow energy is disposed on each side of the floating body 3, and the power generated by the structure of the water flow energy is outputted by the transmission shaft 5, and an air compressor 4 is driven to generate The compressed air energy can be output via a gas pipe 7 as its characteristic.

5‧‧‧Drive shaft

50‧‧‧ Turntable

52‧‧‧Chain

53‧‧‧Connecting plate

54‧‧‧Rotation direction

6‧‧‧ baffle seat

61‧‧‧Baffle

62‧‧‧Paddle board

65‧‧‧ hollow tube

69‧‧‧ Fluid

8‧‧‧Flow direction

9‧‧‧ horizontal plane

Claims (3)

A high-energy flow-to-water energy conversion device comprising a floating mechanism and a driving mechanism, comprising: a floating mechanism comprising a fixed body and a floating body, the fixed body being fixed on the ground bottom by a bottom fixed pile And connecting a floating body with a cable to enable the floating body to be maintained on the water surface, the driving body is provided with a driving mechanism; a driving mechanism is provided with a plurality of structures for drawing water flow energy, and the structure for drawing the water flowing energy The utility model relates to a crawler mechanism which is a combination of a gear on a set of rotary disks and a chain to form a long-distance circulating rotating device, wherein the gear is fixed on a turntable, and the turntable is fixed. On a drive shaft, the drive shaft is fixed to the floating body by a set of bearings, and the power of the drive shaft drives the air compressor to generate compressed air, and the compressed air is output through the air pipe; a paddle is disposed at an appropriate interval of the chain. One end of the paddle is combined with a baffle seat by a rotating shaft, wherein the baffle seat is provided with a baffle plate, the baffle plate supports the one-way swing of the paddle plate, and the other end of the baffle seat Connected to a connecting plate, the connecting plate is further fixed on the chain, the paddle plate can be displaced with the chain, and a sliding groove is arranged on both sides of the paddle plate, the sliding slot allows a hollow tube to slide, the tube side of the hollow tube and a thin plate The edges are connected to form a blade of water, the hollow tube is a sealed tube, and a partition is placed in the middle of the hollow tube, and the hollow tube is filled with an appropriate amount of fluid. According to the high energy flow water energy conversion device of claim 1, wherein the blade of the structure capable of drawing the water flow exhibits different angles with the chain displacement of the crawler mechanism, and the blade enters the horizontal plane, wherein the baffle is stuck to the paddle. The paddle plate cannot swing in the counterclockwise direction, and the direction of the blade and the flowing water is vertical. The blade still maintains the vertical thrust and is displaced in the direction of the flowing water until the gear turns the chain away from the water surface, and the baffle rises no longer. Card to paddle, paddle Swing in the clockwise direction; when the paddle is displaced to the horizontal state, the blade is also horizontal, and the fluid in the hollow tube is evenly distributed in the hollow tube; when the paddle is displaced to the turntable, it will be vertical, and the blade will follow When rising, the fluid in the hollow tube will flow down to the partition, the blade will drop rapidly and enter the paddle; when the displacement of the paddle exceeds the vertical, the blade will also gradually descend, and the baffle will be stuck again. The paddle plate, and the fluid in the hollow pipe will flow downwards away from the baffle, the blade will slide in the chute with the hollow pipe, and the blade will be in a downward state and gradually enter the horizontal plane. According to the high energy flow water energy conversion device of claim 1, wherein a structure for drawing water flow energy is disposed on each side of the floating body, and the power generated by the structure of the water flow energy is output by the transmission shaft, and An air compressor is driven to generate compressed air energy that can be characterized by a gas pipe output.