TW200537022A - Method and device for producing circular lever power - Google Patents

Abstract

The present invention provides a method and a device for producing a circular lever power. The invented device includes a power generation mechanism and an energy collection device, which is characterized in that: the power generation mechanism includes a rigid frame installed with two sets of lever, in which the two ends of the levers each is moveably installed with a slider box for maintaining balance of the levers, and in which the inside of the slider box is installed with a slider, and the outside thereof is moveably and pivotally connected to the frame. The sliders inside the two slider boxes perform a left-and-right reciprocating motion along a same direction. As a result, the slider boxes can evenly traverse on the frame through a curved chute. Furthermore, the lever can perform a perpetual 360-degree cyclic motion and produce energy, which can be effectively converted and transmitted to the energy collection device.

Description

200537022 V. Description of the invention (1) 1. Technical field to which the invention belongs The present invention relates to a method of using the principle of lever to move left and right, generating kinetic energy in cooperation with the movement of potential energy (weight), and then generating stable and effective energy. Power generation device and method for horizontal displacement and adjustment device operation. Second, the previous technique, close to the machine, so the world ’s solar energy ”,“ law, to limit the use of “wind” or “sex” to use “wind” rain, then “too hot” is more effectively applicable In the area where the invention of mechanical power technology can be implemented in the area of the present invention, the hydropower of various countries in the world "reduced irrespective of geothermal"; for example, to generate solar energy ". Etc., a certain energy naturally emerges uniquely, and it is related to the earth ’s “ground source”, which is part of the wind; there is no thick area. It is conducive to the continuous development of other energy sources that are about to face the danger of energy exhaustion and actively develop The speed at which power is consumed using "wind power", "too hot", etc. "Power", "solar energy", and "water-producing energy" are all limited by the "regional area where the wind is not strong all year round, that is, the same place cannot be used. In some areas, the climate is used for many years. Existence. Because it is unable to generate energy with natural forces, it is limited by the advanced research, development and improvement of the ground. Finally, a method is invented. III. SUMMARY OF THE INVENTION The main purpose of the present invention is to provide a left-right shift using the principle of leverage.

200537022 V. Description of the invention (2) Movement, which generates kinetic energy with potential energy (weight) displacement, and then generates stable and effective energy. Its mechanism is a power generation device and method for horizontal displacement of the weight and operation of the adjustment device. In order to achieve the above-mentioned object, a power generating device provided by the present invention includes a power generating mechanism and an energy collecting device. The stable energy generated by the power generating mechanism is effectively converted and transmitted to the energy collecting device. It is characterized in that the power generating mechanism includes: a rigid frame body provided with two sets of levers, and each end of each lever is combined with a slider box to maintain the balance of the levers. The slider is moved, and the outside is pivotally connected to the frame, so that when the slider inside the two slider boxes is reciprocated leftward and rightward in the same direction, the slider box can be rotated and balanced on the frame, and the The lever can continue to rotate in the axial direction to generate energy. The principle of the power generation device is as follows: (see the principle A ~ Η diagram) a. Let the slider A 1 and the slider A 2 in the two slider boxes be positioned at the right limit of the center of the box. B. Let the sliders B 1 and B 2 in the two slider boxes be positioned at the axis of the center of the box body; c. Let the sliders C 1 and C in the two slider boxes be 2 is positioned at the axis of the center of the box, d. The sliders D 1 and D 2 in the two slider boxes are positioned at the center of the box, e. One end of the lever (such as B 1, B 2) slide motor on the slider box to drive the slider inside the slider box to the right (L);

Page 6 200537022 V. Description of the invention (3) f. When the slider in step b moves to the axis farthest from the lever in the slider box, stop the sliding motor, and the right side of the circular mechanism group Due to the shift of the center of gravity, it rotates counterclockwise to the right, and the slider box also slides down due to the arc-shaped chute, while the slider box at the left end of the lever A slides upward due to the arc-shaped chute; g When the lever A moves to the left end and moves to the upper limit position at the same time, the slide motor in the slider box at the lower end of the lever B is started to rotate at the same time to drive the slider inside the slider box to move to the left until it moves to the slider. When the farthest part of the box is far from the axis of the lever B, stop the operation of the sliding motor; h. At the same time as step g, the sliding motor on the slider box at the left end of the lever A is also started at the same time to drive the inside of the slider box When the slider is shifted to the left, to the farthest position in the slider box from the axis of the lever, stop the operation of the sliding motor and position the slider so that the left side of the lever is downward due to the shift of the center of gravity. Swing, and the slider box also slides down according to the arc chute, The right end of the slide lever box due to the arc chute slides upward; i · repeated steps b through step h, and the resulting set of energy delivered to the energy means. In order to facilitate a deeper understanding of the present invention, an embodiment will be described in detail in the fourth embodiment. Please refer to the first figure for the implementation. The figure shows an embodiment of the power generating device of the present invention, which includes a power generating mechanism and A collection device. (1) The power generating mechanism includes a rigid frame 1 1 1 on which

Page 7 200537022 V. Description of the invention (4) There are two sets of levers: Lever A (1 2 1) and Lever B (1 2 1). A set of slider boxes 2 are combined at each end of the two sets of levers. 1 1, 2 1 4, and keep lever A (1 2 1) horizontal, while lever B (1 2 2) is vertical, and the two sets of levers also output the main gear 4 1 and the energy collecting device in the middle. 5 1 connection, when the lever A (1 2 1), lever B (1 2 2) swings counterclockwise to the right, it can drive the output main gear (4 1), so that energy is transmitted to the energy collection Device 5 1. The four sets of slider boxes 2 1 1, 2 1 2, 2 1 3, and 2 1 4 are pivotally connected to the frame body 1 1 1, and each of them has sliders 2 4 1, 2 4 8 and sliders. 2 5 1, 2 5 8, and slide® motors 231, 238 on the outside. (2) When it is initially started, the input device 6 2 drives the input gear 6 1 to start running the output main gear 41 of the mechanism, and then the mechanism starts to operate. (3) Start to start, after the slide motors 2 3 3 and 2 3 4 can drive the sliders 2 4 3 and 2 4 4 to move on the slide rail 2 5 3 and make the slide motors 2 3 3 and 2 3 4 wait The sliders 2 4 3 and 2 4 4 stop sliding immediately after positioning smoothly. The steel frame 1 1 1 is provided with two side-by-side arc-shaped sliding grooves 1 5 1 and 1 5 4 on the two outer edges, and the four sets of slider boxes 2 1 1 and 2 1 4 are adjusted by steel cables. 3 1 2 and the complex adjustable telescopic adjustment pulley φ and the movable pivot is arranged on the lever B (1 2 2), and the adjustment pulley is combined with the arc-shaped chute, so that the slider box 2 1 1, 2 1 When the inner sliders 2 4 1 and 2 4 8 are reciprocated leftward and rightward in one direction, the slider box 2 1 1 and 2 1 4 can be pivoted according to the circular arc of the curved chute 1 5 1 and 1 5 4 Move towards the balance on the frame 1 1 1 and the retractable adjustment

Page 8 200537022 V. Description of the invention (5) The pulley can be adjusted according to the arc of the arc-shaped chute 1 5 1, 1 5 4 to maintain the slider box 2 1 1, 2 1 4 level. (4) In addition, the slider box 2 1 1, 2 1 4 and the frame body 1 1 1 are combined with a finely adjustable adjusting motor 3 3 1 to maintain the slider box 2 1 1, 2 1 4 level. .

The energy collecting device 51 is composed of a plurality of output gears A 4 3 1, output gear B432, output gear C433, output gear D 432, flywheel A441, belt A451, flywheel B442 and energy collecting device 51. The energy generated by the power generating mechanism is transmitted to the energy collector 51 through the output gear A43 1, output gear B432, output gear C433, output gear D432, flywheel A441, belt A 45 1, and flywheel B442. With this, the sliders 2 4 3 and 2 4 4 inside the upper slider box B 2 1 2 are shifted to the right in the same direction, and the sliders 2 4 7 and 2 4 8 inside the lower slider box D 2 1 4 are in the same direction. Left displacement, the slider box 2 1 2 、

2 1 4 can move up and down in the frame 1 1 1 in balance, and the lever A 1 2 1 and the lever B 1 2 2 can continuously perform axial rotation to generate energy, and can be effectively converted and transmitted to the energy collecting device 5 1 . (5) During implementation, the two slider boxes 2 1 1 and 2 1 3 on the rigid frame 1 1 1 are at the horizontal position, and the sliders 2 4 1 and 2 4 2 in the slider box 2 1 1 It is fixed to the slider box 2 1 1 at the outermost axis of rotation. The sliders 2 4 5 and 2 4 6 in the slider box 2 1 3 are fixed to the slider box 2 1 3. The slider box balance shaft 1 4 3 At the position, the two slider boxes 2 1 1 and 2 1 3 are in the horizontal position, and the slider 2 2 3 in the slider box 2 1 2

Page 9 200537022 V. Description of the invention (6) 2 4 4 1J fixed place, slider box 2 box 2 1 1 outermost (6) Please refer to the input gear out of the main gear 4 1 (7) Please refer to the sliding motor 2 Move the motor 2 3 3 2 4 3, 2 4 2 1 2 The other end 2 1 The slider is in position. When the input structure is opened, when 3 4 drives 12 the same transit 2 1 Parallel and the lever clock rotates simultaneously. 2 4 4 5 7, 2 4, 2 3, 2 4 4, 2 4 4 1 1 The principle of the lever effect 2 slide 2 4 Place the moving gear to start the movement The movement starts the slide 2 to the right; move within 4 to move The axis of rotation inside the slider box 1 4 (fifth picture) 6 2 drives the machine (second picture) 3 3, 2, 2 3 4 4 to the lever limit. 238 starts to run and drives the slider box D to balance the axis D 1 4 4 at the end of the shaft center side. (8) In step (3), move the mechanism to the right to reverse (9) Wait for the slider 2 4 3, hold 253, 254, 2 slide motor 2 3 3, 2 3 turn, and turn the slider 2 4 3 Hold. When the slider 2 4 3 is completed, the rigid frame body is in a heavy state at this time. As a result, the balance box position 1, 2, 7 and 2 4 8 of the block box are fixed to the slider, which is the state when they are not in motion. When the force input device starts to run, 6 1 starts to run the output of the mechanism. When the force generating device starts to operate, it moves to the slider box B in parallel through the slider side in the slider box B 2 1 2 in operation. The slide motor 2 3 7, the slide motor 2 3 7, the slide Blocks 2 4 7 and 2 4 8 go to the slider box B 2 1 2 The other B and lever A are deviated to the right due to the center of gravity 2 4 7, 2 4 8 After sliding and positioning by sliding through 8 8, the 7, 238 immediately Stop operation, 247, 248 is fully fixed, 247, 248 is fixed. A 1 2 1 is on the right side, which makes the bar fast and stable.

Page 10 200537022 h The rod groove 2 extends the first C. The wheel will move out 4 and it can be produced as a body 2 pieces. Description of invention (7) A 1 2 1 Slide box 2 1 1 at the outer end, 2 1 4 It can slide down according to the arc of 1 5 1 and 1 5 4 and slide in the slider box 2 1 1 and 1 4 according to the arc of 1 5 1 and 1 5 4 When adjusting the pulley, adjust the shrinkage according to the radian of the arc-shaped chute 1 5 1 and 1 5 4 so that the slider box 2 1 1 and 2 1 4 can be horizontal. (As shown in Figures 2 and 4) 0) Therefore, the lever of the lever is used to cause the center of gravity of the mechanism to shift to a certain end, and the output gear 41 is rotated to the right (as shown in Figure 5). The energy is efficiently converted and transmitted to the energy collecting device 5 through the output gear A431, output gear B432, output gear C433, output gear D432, flywheel A441, belt A451, flywheel B 4 2 at the other end of the output gear 4 1 , And be an effective force generation mechanism. 1) In addition, since the adjustment motor 3 3 1 can be finely adjusted smoothly, the slider box 2 1 1, 2 1 4 can be used in every level in every movement of the device. The smallest kinetic energy is used for horizontal displacement, which results in a great up-and-down displacement movement, which in turn generates a great effective kinetic energy. Therefore, from the above, it can be known that the implementation steps of the power generating device of the present invention are: the slider 2 3 1 and the slider 2 3 2 in the slider box are positioned at the right limit of the center of the box; let the slider box The inner slider 2 3 3 and the slider 3 4 are positioned at the axis of the center of the box; the slider 2 3 5 and the slider 2 3 6 are positioned at the center of the box. Heart position; order i Page 11 200537022 V. Description of the invention (8) The sliders 2 3 7 and 2 3 8 in the slider box are positioned at the axis of the center of the box body, b. The slide motors 2 3 3 and 2 3 4 on the lever B-end slider box B 2 1 2 drive the sliders 2 3 3 and 2 3 4 inside the slider box to the right; c. When the slider 2 3 3 and the slider 2 3 4 in step b are moved to the axis farthest from the lever in the box B 2 1 2, the sliding motor is stopped, and the right side of the circular mechanism group is biased by the center of gravity. Move to the right and rotate counterclockwise, and the slider box also slides down due to the arc-shaped chute, and the slider box at the left end of the lever A slides upward due to the arc-shaped chute; d. When the lever A 1 2 1 At the same time in the extreme position, the lever B 1 2 2 at the lower end of the slider box 2 1 4 is activated at the same time. The slide motors 2 3 7 and 2 3 8 run in reverse to drive the slider 2 3 7 inside the slider box 2 1 4 、 2 3 8 Displace to the left until it moves into the slider box 2 1 4 and stops at the axis of lever B.

Page 12 200537022

The first figure is a preferred embodiment of the present invention. The second figure is a preferred embodiment of the present invention. The diagram is the second three-dimensional schematic diagram of the preferred embodiment of the present invention. The diagram is the preferred embodiment of the invention. The second diagram is the preferred embodiment of the invention:-The schematic diagram of the operating state. The third diagram is the preferred embodiment of the invention. One operation state is not intended. The fourth diagram is a schematic diagram of the preferred embodiment 2 of the present invention.

The sixth diagram is the 52 of the preferred embodiment of the present invention and the input mechanism. The diagram A is the state of the ghost device of the preferred embodiment of the present invention. The diagram B is the original of the preferred embodiment of the present invention. Figure C is the original example of the preferred embodiment of the present invention = No Figure B Figure D is the original example of the preferred embodiment of the present invention = Second Figure c Figure E is the original example of the preferred embodiment of the present invention, Second Figure D Figure F The original of the preferred embodiment of the present invention = illustration E FIG. G The original of the preferred embodiment of the present invention = not illustrated F The second illustration is of the preferred embodiment of the present invention = not illustrated; [Parts Name] 111 Frame 1 31 Spindle 14 3 Slider Box Balancing Shaft 1 5 2 Curved Sliding Box 211 Slider Box 1 2 1 Lever A141 Slider Box Balancing Shaft C14 4 Slider Box Balancing Shaft B1 5 3 Arc Chute A 2 1 2 Slide box

A 1 2 2 Lever A A142 Slider box balance shaft B D 1 5 1 Solitary chute a C 1 5 4 Curved chute d B213 Slider box C

Page 13 200537022 Brief description of the diagram 2 1 4 Slider box D 2 2 1 Slider A 2 2 2 Slider B 2 2 3 Slider C 2 2 4 Slider D 2 2 5 Slider E 2 2 6 Sliding gear F 2 2 7 Sliding gear G 2 2 8 Sliding gear teeth 2 3 1 Sliding motor A 2 3 2 Sliding motor B 2 3 3 Sliding motor C 2 3 4 Sliding motor D 2 3 5 Sliding motor Ε 2 3 6 Slide motor F 2 3 7 Slide motor G 2 3 8 Slide motor Η 241 Slider A 2 4 2 Slider B 2 4 3 Slider C 2 4 4 Slider D 2 4 5 Slider E 2 4 6 Slide Block F24 7 Slider G 2 4 8 Slider H251 Slider A 2 5 2 Slider B 2 5 3 Slider C 2 5 4 Slider D 2 5 5 Slider E 2 5 6 Slider F 2 5 7 Slider G 2 5 8 Slide spring 2 6 1 Buffer spring A 2 6 2 Buffer spring B 2 6 3 Buffer spring C 2 6 4 Buffer spring D2 6 5 Buffer spring E 2 6 6 Buffer spring F 2 6 7 Buffer spring G 2 6 8 Buffer spring Η 3 1 1 Adjust the cable A 3 1 2 Adjust the cable B 3 1 3 Adjust the cable C314 Adjust the cable D 3 3 1 Adjust the motor 3 3 2 Adjust the gear 3 3 3 Adjust the chain 4 1 Output the main gear 42 Output gear rack 431 output gear A 4 3 2 output gear B 4 3 3 output gear C 4 34 output gear D 4 4 1 44 2 flywheel adjusting flywheel 451 Belt Belt A 4 5 2 B 6 2 input device 51 can set the input gear means 61 _

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Claims (1)

200537022 VI. Scope of patent application A power plant, by which and transmission to the following: 1. A steel movable knot slider, the slider rotates flat to produce 2 · Such as the wheel of the energy-saving device, ratchet 3 · For example, the rack used for transmission is transmitted with a lever source. 4 If the rack is in the block of the Shen group and the 5 is set. From the main to the special case system, the sliding equipment can be generated on both sides, which includes a power generation mechanism and a stable energy generation device to effectively convert the energy collection device; it is characterized by the power The generating mechanism is a body with two or more sets of damaged rods on it. The slider bar has two slider boxes at each end and maintains the lever balance. The slider box has internal parts that are pivotally connected to the frame body, thereby When the inside of the two slider boxes is reciprocated leftward and rightward in one direction, the slider box can be axially curved on the frame body, and the lever can continuously reciprocate axially. The power generating device described in item 1 of the profit range Where the episodes are mutually compatible Gear, ratchet, flywheel, belt, and two sets, so that the energy generated by the power generation mechanism is transmitted to the collector through the tooth flywheel and belt. The power generating device according to item 1 of the utility model, wherein the pivot is provided with an output gear whose gear is connected to the energy-saving mechanism. When the beneficial shaft rotates, it can drive the output main gear to rotate and enable the energy-gathering device. The power generating device described in item 1 of the profit range, wherein the four include a sliding motor and a sliding handle respectively, wherein the sliding handle is arranged on the sliding motor and can drive the slider to move on the slide rail, and the motor waits for the slider to stabilize Stop operation immediately after sliding positioning. The power generating device according to the first item of the utility model, wherein the steel system is provided with two side-by-side arc-shaped chute, and the two sliders Page 15 200537022 VI. The scope of the patent application is to adjust the arc of the frame by turning the lever on the steel frame to make the telescopic arc. 6. If you apply for a special structure, the center slides in this arc. 7. If you apply for a special box and frame When the body is flat, if you apply for a steel cable and a telescopic adjustable pulley, you can move it, and make the adjustment pulley combined with the arc-shaped chute. When the turn, the slider box can follow the arc. The arc of the chute is on the shaft, and the retractable adjustment pulley can be adjusted according to the arc chute to keep the slider box horizontal. The power generating device described in the first item of the utility model, wherein the machine is provided with two sets of arc-shaped slide grooves, so that the slider box can function as a permanent circulation system of 360 degrees through the telescopic pulley grooves. The power generating device according to the first item of the profit range, wherein the sliding room is additionally combined with a finely adjustable adjustment motor to maintain the power generating device according to the first item of the profit range of the slider box. A. Set one of the levers to a horizontal state and the other to a vertical state. B. Set the pivots to a set of slider boxes at both ends of the levers in the horizontal and vertical states. C. Start-set at The upper end of the vertical lever group slides the motor to drive the slider inside the slider box to move to the right. D. Start-Set the vertical motor at the lower end of the vertical lever set to drive the slider inside the slider box to move to the left. e. While the sliding motor is running, two horizontal and vertical levers are rotated counterclockwise with the spindle A as the axis. f. When the lower end of the vertical lever is moved to the vertical lower limit position, the sliding motor in the slider box at the lower end of the lever is started to reverse Run to drive the inside of the slider box Page 16 200537022 6. The slider with patent application scope is shifted towards the balance axis D of the slider box, until it moves to the center of the slider box balance axis D in the slider box, stop the operation of the slide motor; g. When the upper end of the vertical lever is moved to the vertical upper limit position, the sliding motor in the slider box at the upper end of the lever is started to rotate in the reverse direction to drive the slider inside the slider box to move toward the balance axis B of the slider box until it moves to When the center of the slider box balance axis B in the slider box is at the axis of the slider motor, h. When the slider inside the slider box above and below the vertical lever moves towards the slider box balance car, The vertical crossbar and horizontal product bar rotate counterclockwise with the main axis as the center; i. When the slider in step h moves to the axis farthest from the lever in the slider box, stop the sliding motor. The right side of the lever swings downward due to the shift of the center of gravity, and the slider box also moves downward due to the arc-shaped chute, while the slider box at the left end of the lever slides upward due to the arc-shaped chute; j Rotate the device in the frame while rotating in step i A main gear for axial rotation. K. Step b repeatedly to step j, to the collector and the resulting energy transfer means it can. Page 17