KR200262160Y1 - Power generator using wave force - Google Patents

Abstract

The present disclosure relates to a power generator using wave force for generating power using purely wave power without a separate driving source.

The present invention connects the ball and the drive gear so that the drive gear is rotated forward and backward about the axis of the drive gear when the ball is raised and lowered according to the wave height, and the driven gear is fitted with a driven gear having a smaller diameter than that of the drive gear. The driven gear causes the driven gear to rotate forward and backward faster than the driving gear, and forms a pinion gear with a larger diameter than the driven gear integrally with the driven gear, so that the pinion gear is driven according to the torque transmitted from the driven gear. To the pinion gear, and the gear is engaged by the gear. The gear is raised and lowered by the rotational force transmitted from the pinion gear, and the front end of the gear is connected to the drive shaft connected to the air compressor by the wire. Is rotated in only one direction to compress the air, compressed air through the air compressor It is stored in the compressed air storage container and drives the cylinder through this to generate power by turning the generator. The device is simple, which can reduce the manufacturing cost and can make full energy without loss of power. Therefore, even a small wave can generate a large amount of power.

Description

Power generator using wave force

The present invention relates to a power generator using a wave force, and more particularly to generate power using only the wave power without a separate drive source.

Generally, hydroelectric generation, thermal power generation, nuclear power generation, etc. are widely used as a method of generating power, and in some specific regions, wind power generation methods are used, except for wind power generation. In order to operate, a huge amount of resources must be supplied, and this huge amount of resources is limited, so many people study alternative energy, and wind power generation using solar power or solar heating using solar power have been developed. In addition, it was necessary to supply auxiliary fuel (auxiliary fuel) because they could not generate power or heat only by their own power to operate them, and high technology, installation cost and Local characteristics were required.

Accordingly, the present applicant has disclosed a device capable of generating power using wave force in Patent No. 104704 and Utility Model Registration No. 210126 to solve the above conventional problems.

By the way, the power generator using the wave force according to the patent 104704 and Utility Model Registration No. 210126 is not a structure that receives the power directly from the wave, but the power is generated through a number of steps, the device is complicated Since the manufacturing cost is increased and a lot of loss of power can be generated during the transfer of power, a power generator having a structure that can simplify the loss of power is required.

The present invention has been proposed in view of this point, and connects the ball and the drive gear through the connection to reverse the rotation of the drive gear around the axis of the drive gear when the ball is raised and lowered according to the wave height, and the rotational force of the drive gear Rather, it is transmitted to the driven gear which has a smaller diameter and forward and reverse rotation of the driven gear at high speed, and a pinion gear having a larger diameter than the driven gear is formed integrally with the driven gear to form a high speed according to the rotational force transmitted from the driven gear. The drive shaft and the rack connected to the air compressor are rotated forward and backward, and the rack gear is engaged with the pinion gear to raise and lower the gear gear at a high speed, so that the air compressor can always be rotated in the same direction regardless of the raising and lowering of the gear gear. It is configured by connecting the end side of the gear with a wire, the remaining configuration is Patent No. 104704 and Utility Model Its purpose is to provide a power generator using wave power, which has the simple structure and can directly use the wave power for power generation, so as to reduce the manufacturing cost and minimize the loss of power. have.

1 is a block diagram of a power generator using a wave force in accordance with the present invention.

2 is an explanatory view of the power generation according to Patent No. 104704 and Utility Model Registration No. 210126.

3 is a known pneumatic circuit diagram disclosed in Patent No. 104704.

Figure 4 is an explanatory view of the entire device provided with a plurality of driving units according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

1: Accessory 2: Drive Gear 3: Between Connections

4: driven gear 5: pinion gear 6: recreation gear

6a: projection 7: air compressor 8: drive shaft

9: wire 10: compressed air reservoir 11, 12: drum

13, 14: ratchet 15, 16: guide roller 17: rear guide roller

18: air supply side 19,19a: body 20: support

21: guide roller

Hereinafter, the present invention will be embodied by the examples presented.

The power generating device using the wave force according to the present invention is connected to the buckle 1 and the drive gear 2 through the connection (3) as shown in FIG. The drive gear 2 is rotated forward and backward about the axis of the gear 2, and the drive gear 2 is fitted with a driven gear 4 having a smaller diameter than this and the driven gear 2 is driven by the rotational force of the drive gear 2. (4) rotates forward and reverse at a higher speed than the drive gear (2), and forms a pinion gear (5) having a larger diameter than the driven gear (4) coaxially with the driven gear (4) to form a pinion gear ( 5) is rotated at a high speed in accordance with the rotational force transmitted from the driven gear (4), and the pinion gear (5) is engaged with the rack gear (6), the rotational force transmitted from the pinion gear (5) Is converted into a linear reciprocating motion so as to move up and down, and the front end of the recreation gear (6) and the air compressor (7) The drive shaft 8 to be connected is connected by a wire 9, and the configuration thereafter is the same as that described in Patent No. 104704 and Utility Model No. 210126, and the air compressor is moved in accordance with the lifting and lowering of the gear 6. Drive shaft (8) connected to the (7) is always able to rotate in only one direction, and is provided with a plurality of compressed air reservoir 10 for collecting the compressed air from the air compressor (7), compressed air reservoir (10) ) Is connected to the power generator disclosed in Patent No. 104704 and Utility Model No. 210126.

That is, one end of the wire 9 is connected to the distal end of the recreation gear 6 such that the drive shaft 8 connected with the air compressor 7 rotates only in one direction when the recreation gear 6 rises or descends. The other end of the wire 9 is connected to the protrusion 6a formed in the middle of the recreation gear 6, and these wires 9 are two drums 11 installed on the drive shaft 8 connected to the air compressor 7. Each of the two drums 11 and 12 is provided with a ratchet 13 and 14 for preventing reverse rotation, and the wire 9 is connected to one drum from the distal end of the recreation gear 6. 11)-Guide roller (15)-Guide roller (16)-The other side drum (12)-Rear guide roller (17)-Winding through the projection (6a) of the recreation gear (6), the recreation gear (6) is raised When descending, it is configured to rotate the drive shaft 8 connected to the air compressor 7 only in one direction.

In addition, the compressed air from the air compressor (7) is stored in a plurality of compressed air reservoir 10 and configured to generate power by supplying it to the power generator through the air supply valve 18, the power generation The apparatus operates the cylinder 41 forward and backward as the compressed air stored in the compressed air reservoir 10 turns the air supply valve 18 on and off, as shown in FIG. By the guide device 43 installed, the rotary pulley 48 is capable of generating power by driving the generator 55 while rotating only in one direction when the cylinder 41 is moved forward and backward. The piston rod 42 of the cylinder 41 It is possible to connect a well-known pneumatic circuit so that it can be haunted continuously, such a pneumatic circuit can be alternately supplied to the cylinder 41, compressed air to the cylinder 41 front and rear positions as shown in FIG. So that the cylinder (41) The two mechanical valves (57, 57a) for switching the direction of fluid (including air) at the molten position are connected to the pneumatic circuit, respectively, and the circuit is connected to the master valve (58) for adjusting the air flow direction of the pneumatic circuit. When the piston rod 42 is immersed, air is introduced in the immersing direction, and then, at the point where the immersion is completed, the blotting rod 42a mounted at the tip of the piston rod 42 is the mechanical valve 57. To reverse the direction of the air flow, and thus air is supplied to the first opposite side by the master valve 58 to the cylinder 41 in the squeezed direction to press the piston of the cylinder 41 to immerse the piston rod 42. The piston rod 42 is pulled out from the closed state and the piston rod 42 pulled out to the predetermined length again presses the mechanical valve 57a to stop the piston rod 42 from being pulled out and at the same time in the air flow direction. As the piston rod 42 is immersed, the ejecting and alternating movements are continuously repeated as long as the compressed air is supplied, and the reciprocating movement of the piston rod 42 is changed to the rotational movement. 1, one end of the wire 47 is connected to the piston rod 42 in the axial direction so that the rotary pulley 48 rotates only in one direction when the cylinder 41 moves forward or backward. The other end of the wire 47 is connected to the protruding portion 53, and these wires 47 are respectively wound on two drums 49 and 49a provided on the shaft 48a of the rotary pulley 48, and two drums ( 49 and 49a are respectively provided with a ratchet 50 for preventing reverse rotation, and the wire 47 is connected to one side drum 49-guide roller 51-guide roller 51a from the axial end of the piston rod 42. -Other drum 49a-rear guide roller 52-wound through protrusion 53 of piston rod 42, not shown Only the guide device 43, it is obvious doemeun in structure to the guide so that the piston rod 42 can be always in the retracting position.

In addition, the drive unit consisting of the sub-ball (1), the drive gear (2), the driven gear (4), the pinion gear (5), the recreation gear (6) for generating the first power source using the wave force, as shown in FIG. It is connected to the driving shaft 8 connected to the air compressor 7 installed in the vertical direction between the 19) (19a) to generate a large amount of power even in the small waves, the air compressor (7) is also a body A plurality of (19) (19a) is arranged side by side at equal intervals, the overall shape becomes a rectangular, and a plurality of compressed air reservoirs 10 formed gradually narrower in the upper and lower portions of the body 19 (19a) by a hose It is formed to maintain the overall level of the device, the four corners of the body 19 (19a), the support 20 to support the elastically so that the entire device is not released from its original position when the height is high, such as a typhoon It is connected.

Reference numeral 21 in the drawing denotes a guide roller that supports the recreation gear 6 to be raised and lowered at the same position at all times.

The power generator using the wave force according to the present invention configured as described above operates as follows.

First, when a wave strikes, the float 1 located on the side where the wave rises among a myriad of driving parts is lifted by the wave, and the float 1 rotates around the axis of the drive gear 2 according to the lifting force. (2) is rotated, the drive gear (2) is to rotate the driven gear (4) at a higher speed than that.

Then, the pinion gear 5 having a larger diameter than the driven gear 4 and formed coaxially with the driven gear 4 rotates at the same speed as the driven gear 4 while raising the reggear 6. As the gear 6 is lifted, the wire 9 connected to the protrusion 6a of the gear 6 is pulled and the drum installed in the drive shaft 8 connected to the air compressor 7. 12 rotates to drive the drive shaft 8 forward, and the drum 11 on its upper side idles in the opposite direction.

On the contrary, when the wave is lowered, the raised float 1 descends and rotates the drive gear 2 by its own weight, and this rotational force is driven by the drive gear 2-driven gear 4-pinion gear 5 Drive shaft connected to the air compressor (7) while pulling the one end of the wire (9) connected to the front end of the gear gear 6 is transferred to the rack gear (6) in order to lower the rack gear (6) The drum (11) installed in the (8) is rotated to rotate the drive shaft (8) forward, and the drum (12) of the lower side is idling in the opposite direction, the wave is raised or lowered as described above When (1) is raised and lowered, the drive shaft (8) connected to the air compressor (7) is always rotated in only one direction irrespective of its direction, so that the air can be compressed smoothly, such compressed air into the compressed air reservoir (10) Gathered in turn.

At this time, the driving unit consisting of the sub-ball (1), the drive gear (2), the driven gear (4), the pinion gear (5), the rack gear (6) for generating the first power by using the wave force is provided in the whole device In addition, since a plurality of air compressors (7) for compressing air by receiving a driving force from these are also provided, a large amount of air can be compressed even in the small waves, and a certain amount of air gathers in the compressed air storage tank (10). When the pressure exceeds the set pressure, the air supply valve 18 is opened. When the air supply valve 18 is opened, the compressed air is supplied to the cylinder 41, and the cylinder 41 is driven by the pneumatic circuit to make the piston rod 42. ) Is continuously coming and going movement, by rotating the rotary pulley 48 in one direction by the forward and backward movement of the piston rod 42 to drive the generator 55 connected to the shaft 48a of the rotary pulley 48 Being powered to be.

As described above, the present invention rotates while the ball rises and falls when the wave is raised or lowered, and the rotational force is transmitted to the driven gear, the pinion gear, and the leg gear directly to generate power. It is possible to save energy as well as to reduce the amount of power without losing power, and because the device has a myriad of driving parts, it is very useful to generate a large amount of power even by a small wave.

Claims (1)

Buoy (1) to move up and down according to the height, and the air compressor (7) is connected to the buoy (1) via a wire (9) to compress air while rotating in one direction only in accordance with the elevation of the buoy (1) And a compressed air storage tank (10) for storing the compressed air through the air compressor (7), a cylinder (41) for advancing back and forth through the compressed air collected in the compressed air storage container (10), and the cylinder (41). In the power generator using a wave force including a generator 55 for generating power while rotating in one direction only in accordance with the forward and backward movement of the piston rod 42 of The drive gear 2 is connected to the axis of the drive gear 2 when the sub-ball 1 is moved up and down according to the height by connecting the sub-ball 1 and the drive gear 2 through the connection 3. The drive gear (2) is driven to the forward and reverse rotation, and the driven gear (4) having a smaller diameter is fitted to the drive gear (2) so that the driven gear (4) is driven by the rotational force of the drive gear (2). The pinion gear 5 has a larger diameter than the driven gear 4 on the same coaxial axis as the driven gear 4 so as to be rotated forward and backward at a high speed. 4) to rotate at a high speed in accordance with the rotational force transmitted from the pinion gear (5) to the pinion gear (5) is meshed with the rack gear (6) to the reciprocating force transmitted from the pinion gear (5) linearly reciprocating Converting to movement to raise and lower the air, and the gears 6 and the air compression (9) drums (11) (12) having wires (9) connected between the drive shafts (8), the drive shafts (8) of the air compressor (7) each having a reverse rotation preventing ratchet (13) (14). And the guide rollers 15 and 16 and 17 are respectively provided at the front side of the drums 11 and 12 and at the rear of the rack gear 6, respectively. The front end of the gear 6-one side drum 11-the drum front side guide rollers 15 and 16-the other side drum 12-the recreation gear rear side guide roller 17-the side of the recreation gear 6 It is characterized in that the drive shaft 8 of the air compressor (7) is rotated by the reverse rotation preventing ratchet (13) 14 only in one direction at all times as it is wound and moved forward and backward of the recreation gear (6). Power generator using wave force.