WO2006128355A1

WO2006128355A1 - A power generating apparatus

Info

Publication number: WO2006128355A1
Application number: PCT/CN2006/001022
Authority: WO
Inventors: Chin-Ho Chiu
Original assignee: Chin-Ho Chiu
Priority date: 2005-06-03
Filing date: 2006-05-18
Publication date: 2006-12-07
Also published as: CN1873224A

Abstract

The present invention provides a power generating apparatus, it comprising: a rigid frame, on which is provided a main lever; two posts, which are located on the rigid frame at the two ends of the main lever; two sliding blocks, which are pivotally connected with the two ends of the main lever respectively and on which are located rollers so that said sliding blocks may movably engaged with slide rails, respectively, and while the two slide blocks move up and down on the two post, the main lever produces oscillation, additionally, two weights are provided on the two slide blocks, respectively; and two second levers, which are engaged with the two ends of the main lever, respectively, the end of the second lever is engaged with a pulling device, the other end of it is provided with a compression spring, the other end of which in turn is provided with a cord, the other end of which in turn is engaged with the above-mentioned weight, an abutting rod is provided between the compression spring and the weight on the main lever so that the cord may abut against it.

Description

Power generation device

The present invention relates to a power generating apparatus which is simple in structure, convenient in operation, and low in cost, and which utilizes the control swing of the two second levers to change the main lever torque, thereby oscillating to generate a smooth and effective energy. Background technique

In recent years, as the earth's energy is about to face the crisis of energy exhaustion, all countries in the world are actively developing ways to generate electricity by using "wind power", "solar energy", "hydropower", or "geothermal". Reduce the speed at which traditional energy is consumed.

However, the above-mentioned use of "wind power", "solar energy", "hydraulic", or "geothermal" to generate energy is limited by regional restrictions; for example, some parts of the region are not strong enough to be used all the year round. Wind power produces energy; Similarly, in some areas where the climate is perennial and rainy, solar energy is naturally unusable; and hydropower and geothermal heat are some of the unique areas that exist. Therefore, relying on natural conditions cannot be effectively applied to all regions of the world. Summary of the invention

SUMMARY OF THE INVENTION The main object of the present invention is to provide a power generating apparatus which is simple in structure, convenient in operation, and low in cost, in view of the existing disadvantages of utilizing natural forces to generate energy and being limited by regions.

The object of the present invention is achieved by the following technical solution. The power generating device provided by the present invention comprises: a steel frame body having upper and lower brackets, and a pressing rod is respectively disposed at two ends of the upper bracket. The lower bracket is provided with a main lever, and the two ends of the main lever are formed with a clamping mouth; the two cylinders are disposed on the steel frame body on one side of the two ends of the main lever, and the side edges of the two cylinders are provided a sliding block; a two-slider having a pulley thereon, wherein the two sliding blocks are respectively movably coupled to the sliding rails on the side of the two cylinders, and the two sliding blocks are provided with a fixing portion, and the fixing portion is just When the two sliders are moved up and down on the two cylinders, the main lever can simultaneously swing, and the two sliders are further provided with a weight; and the second levers are They are respectively coupled to the two ends of the main lever, one end of the second lever is combined with a pulling device, and the other end of the second lever is provided with a compression spring, the other end of the compression spring Further, a weight is provided; and two second levers are respectively coupled to the two ends of the main lever, the second lever is coupled with a pulling device at one end, and a compression spring is disposed at the other end of the second lever. a rope, and the other end of the rope is combined with the weight, and the main lever is further provided with an abutting rod between the compression spring and the weight for the rope to abut; When the two levers are oscillated, the force is shifted from the force arm to oscillate the main lever, thereby generating stable power.

In order to facilitate a better understanding of the present invention, the specific structure of the present invention will be described in detail below with reference to the accompanying drawings. DRAWINGS

1 is a schematic diagram of a stereoscopic appearance when an embodiment of the present invention has not been activated;

2 is a view showing a state in which a lever is tilted to the left before activation according to an embodiment of the present invention;

3 is a horizontal state diagram of a lever tilted to the right after activation according to an embodiment of the present invention;

4 is a state diagram of the lever tilted to the right after activation according to an embodiment of the present invention;

FIG. 5 is a schematic diagram of an operation state of an energy collecting device according to an embodiment of the present invention.

Main component symbol description: 1 steel frame; 11 upper bracket; 12 lower bracket; 13 pressing lever; 14 pressing lever; 15 main lever; 151 jaw; 152 jaw; 153 abutting rod; 154 abutting rod 155 pocket; 156 pocket; 16 elastic device; 2 cylinder; 21 slide rail; 3 cylinder; 31 slide rail; 4 slider; 41 pulley; 42 fixed part; 43 weight; Block; 51 pulley; 52 fixed part; 53 weight; 54 support; 6 second lever; 61 traction device; 611 motor; 612 rope; 62 compression spring; 621 rope; 7 second lever; 71 traction device; ; 712 rope; 72 compression spring; 721 rope. detailed description

Referring to FIG. 1 , an embodiment of the power generating device of the present invention is composed of a steel frame 1, two cylinders 2, 3, two sliders 4, 5 and two second levers 6, 7 Composed of.

The steel frame 1 has upper and lower brackets 11, 12, and a pressing lever 13 and 14 are respectively disposed at two ends of the upper bracket 11, and a main lever 15 is disposed on the lower bracket 12, and the main lever 15 is The end is formed with a clip 1 = 151, 152.

The two cylinders 2, 3 are provided on the steel frame body 1 on one side of the two ends of the main lever 15, and the side rails of the two columns 2, 3 are provided with slide rails 21, 31. The two sliders 4, 5 are provided with pulleys 41, 51, so that the two sliders 4, 5 can be movably coupled to the slide rails 21, 31 on the side of the two cylinders 2, 3, respectively. 4, 5 is provided with a fixing portion 42, 52, and the fixing portions 42, 52 can be accommodated in the clamping 151, 152 at both ends of the main lever 15, so that the two sliders 4, 5 move up and down in the two cylinders 2, 3, the main lever 15 can simultaneously swing, between the two sliders 4, 5 and the lower bracket 12 of the rigid frame body 1 is provided with an elastic device 16, the elastic device 16 is a spring. A pair of weights 43, 53 are further disposed on the two sliders 4, 5.

The two second levers 6, 7 are respectively coupled to the two ends of the main lever 15, and the second levers 6, 7 are coupled to a traction device 61, 71 at one end, and the traction devices 61, 71 comprise a motor 611, 711 The ropes 612, 712 interlocking with the motors 611, 711, the other ends of the ropes 612, 712 are coupled to one end of the second levers 6, 7. The other ends of the second levers 6, 7 are provided with a compression spring 62, 72. The compression springs 62, 73 are provided with a rope 621, 721 at the other end, and the other ends of the ropes 621, 721 and the weights 43, 53 In combination, the main lever 15 is further provided with an abutting rod 153, 154 between the compression springs 62, 72 and the weights 43, 53 for the ropes 621, 721 to abut, and the main lever 15 Pockets 155, 156 are provided for the bottom of the abutment bars 153, 154, and the sliders 4, 5 are provided with support members 44, 54 for holding the bars 153, 154 upright.

When implementing, please refer to Figures 1~5, firstly, the main lever 15 is inclined, that is, the left end is at the highest point, the right end is at the lowest point, and the left end of the second lever 6 at the left end of the main lever 15 is just offset by the pressing rod 13. Pressing, and the traction device 61 is coupled to the lower end of the second lever 6. The rope 612 of the traction device 61 is in a state of being wound by the motor 611, so that the left end of the second lever 6 is pulled downward. In the state, the compression spring 62 at the right end of the second lever 6 is in a normally uncompressed state; and the right end of the second lever 7 at the right end of the main lever 15 is also coupled with a traction device 71, and the rope 712 of the traction device 71 is a motor The state of the 711 retraction is such that the right end of the second lever 7 is in a state of being pulled downward, and the compression spring 62 at the left end of the second lever 6 is in a compressed state, and the rope 621 at one end thereof just abuts Abuts against the rod 153.

When activated, the second lever 7 of the right end of the main lever 15 is first, and the motor 711 thereof releases the retracted rope 712, so that the right end of the second lever 7 is previously released by the downward pulling force of the rope 712, so that the second lever 7 is tilted to the left, and at the same time, the compression spring 72, which is originally compressed at the left end, is reverted, thereby causing the rope 721 to contract and slightly grip the weight 53. When the right end of the main lever 15 is swung by the second lever 7, the right end of the main lever 15 is swung upward, and the left end of the main lever 15 is oscillated downward. When the left end of the main lever 15 is swung downward, the compression spring of the right end of the second lever 6 is compressed. 62 due to the downward swing of the right end of the main lever 15, and The left end motor 611 is a retracting pair of the rope 612 so that the compression spring 62 gradually forms a compressed state, and when the compression spring 62 is compressed, the rope 621 at one end thereof can be pulled back to slightly pull the weight 43, and When the left end of the main lever 15 swings downward, the rope 621 just abuts against the abutment lever 153. When the main lever 15 is swung, the two sliders 4, 5 are simultaneously moved on the slide rails 21, 31.

When the left end of the main lever 15 is tilted downward to the lowest point, the motor 611 at the left end of the second lever 6 releases the reel of the rope 612, so that the left end of the second lever 6 is swung upward, and the compression spring 62 whose right end is compressed can be Gradually return, and then swing the right end down. On the other hand, when the right end of the main lever 15 is swung to the highest point, the right end of the second lever 7 swinging upward is just pressed downward by the pressing lever 14, and the motor 711 at the right end immediately winds up the rope 712, so that the second lever 7 is made The right end is inclined downward, and likewise, the compression spring 72 at its left end is returned to the uncompressed state.

Therefore, it can be known from the above actions that when either end of the main lever 15 swings to the lowest point, the motors 611, 711 to which the second levers 6, 7 of the end are connected release the tension of the second lever 6, 7-end. And causing the second levers 6, 7 to form a swing, thereby driving the main lever 15 and the sliders 4, 5 to be displaced, and similarly, when the main lever 15 end is driven by the other end and swings to the highest point, the second levers 6, 7 The corresponding motors 611, 711 immediately wind up the ropes 612, 712, so that the second lever 6, 7 - end forms a downward pulling force, so that the end of the main lever 15 swings downward, so the motor 611 at both ends of the main lever 15 711, in conjunction with the position of the main lever 15 swinging at both ends, timelyly retract or release the pulling of the second lever 6, 7-end, so that the force is shifted from the force arm, so that the main lever 15 is formed to swing, thereby effectively generating power.

The above description is only for the purpose of revealing the scope of the present invention, and it is obvious that those skilled in the art can make changes and modifications, such as changing the horizontal setting of the present invention. In the case of vertical, it should be considered that the substance of the invention is not deviated.

In summary, the present invention can achieve the intended purpose of the invention, and provides a power generating device which is simple in structure, convenient in operation and low in cost, and has great industrial utilization value.

Claims

Rights request

A power generating apparatus, comprising: a steel frame body, two cylinders, two sliders, and two second levers;

The steel frame body has upper and lower brackets, and a pressing lever is respectively disposed at two ends of the upper bracket, and a main lever is disposed on the lower bracket, and a clamping port is formed at both ends of the main lever;

The two cylinders are disposed on a steel frame on one side of the two ends of the main lever, and the side edges of the two columns are provided with slide rails;

The two sliders are provided with pulleys, so that the two sliders can be respectively movably coupled to the slide rails on the sides of the two cylinders, and the two sliders are provided with a fixing portion, and the fixing portion is just When the two sliders are moved up and down on the two cylinders, the main levers can simultaneously swing, and the two sliders are further provided with a weight;

The two second levers are respectively coupled to the two ends of the main lever, the second lever end is coupled with a traction device, and the other end of the second lever is provided with a compression spring, and the compression spring is provided with a compression end. The rope, and the other end of the rope is combined with the weight, and the main lever is further provided with an abutting rod between the compression spring and the weight for the rope to abut.

The power generating device according to claim 1, wherein a resilient means is disposed between the lower portion of the slider and the lower bracket of the rigid frame body.

The power generating device according to claim 2, wherein the elastic means is a spring.

The power generating apparatus according to claim 1, wherein the traction means comprises a motor and a motor coupled to the motor, and the other end of the rope is coupled to one end of the second lever.

The power generating device according to claim 1, wherein the main lever is provided with a recess for placing against the bottom of the rod, and the slider is provided with a support member for holding the rod upright. .