TW200413638A - Method and device for generating power using gravitational force in accompaniment with inertia - Google Patents

Abstract

A method and device for generating power using gravitational force in accompaniment with inertia and changes of center of gravitation between the an upper and lower fulcrums, with a mechanical efficiency greater than 1 and a permanent mechanical efficiency: Qe= Wout + Sum (Win) > 1. An integral body is pivoted and freely rotatable on a support rack and includes a pair of fly wheels. The acting active gear is each provided with a movable rod. The movable rod includes a set of flywheel, a counterweight that alternatively changes the angle with respect to the ground and the radial direction with respect to the rod. Moving the counterweight upwards or changing the angle with respect to the ground and the radial direction with respect to the rod serve as means for conversions. Accommodating with the action of the U-like gravitational force resulted from the suspending angle of the counterweight, a higher rotational torque is generated and applied to the active gear, for driving the active gear to rotate and generate power, so as to effectively utilizes energy on site.

Description

V. Description of the invention (1) 1. The technical field to which the invention belongs: World :: 'Due to the crisis of energy depletion of the earth's energy', the world is constantly actively developing and using "wind power" and "sun: i Let's slow it down: The method of generating electric energy, such as "three heat", has to control the rate at which this source is consumed. However, 'the above mentioned regardless of the use of "toilet", "wind", "solar power", "solar power", "hydraulic power", or system, etc., this summer, they are all limited by "area yi t: some parts of the region are perennial The wind is not strong, that is, it cannot be used; "^ 处 生 ^ I; Similarly, some regions have a year-round climate with rain, :::" naturally cannot be used; and "hydraulic" and "geothermal" are even more so; two = : There are regional parties. Therefore, energy cannot be effectively applied. ^ In view of the fact that the existing use of natural power to generate energy is limited by local areas and points, it is continuously refined research and development, and eventually invented a "machine" to find ways to generate energy, there are limitations. In the "regional" limit, "wind is more the type of power generating device w": machine i :: The main purpose is: to provide-a mechanical generation of ... and the wheelbase r tongue, its movable rod has- The group can change the angle of suspension with the ground :: == conversion, in conjunction with gravity as a rotating force to generate motion in situ, to achieve effective use of effective energy. Previous technology for this purpose, Chinese patent No. 0 9 1 1 2 040 1 Application for invention patent No. 200413638 V. Description of invention (2) Applicants who had previously filed the application on September 9, 91, in order to further refine the methods and devices, they actively conceived and experimented, making the The method and device can be smoother, the gravity output is more increased, and the space type is more reduced. In order to achieve the above-mentioned object, the present invention provides a method of utilizing gravity to cooperate with inertial movement, and generating power by switching between upper and lower pivot points. Method device The movable lever is mainly provided on an active gear which can be pivoted on the bracket and can rotate freely and has the function of a flywheel. The movable lever has a set of counterweights which can alternately change the angle and wheelbase suspended from the ground. The instantaneous displacement of the overhang angle and wheelbase of the group of weights can change and transform the action, and cooperate with the gravity of the overhang angle of one of the group of weights to produce a large rotation of the active gear. The force distance drives the driving gear to generate power to achieve the purpose of using effective energy to implement power generation on the spot. III. SUMMARY OF THE INVENTION The present invention relates to the use of gravity to cooperate with inertial motion and the conversion of the upper and lower pivot points. The mechanical efficiency of a power method device must be greater than 1, and the permanent mechanical efficiency: Q e = W out + and / W in> 1; in particular, a person who can make good use of effective energy and implement power plants on the spot. Generally speaking, the use of The principle of the lever, how much force is applied, how much resistance is, but never thought about it, in addition to force and resistance, there are reaction forces. For example, a ball from one meter The degree of fall to the ground in a free-fall manner, and rebounded 95% after the out-of-position energy. Everyone thinks that the impact on the ground is powerful and quantityless. If there is strength and quantity, there is no reaction force. In terms of mechanical efficiency Is less than 1, in fact the proof of the principle of permanent power

Page 5 200413638 V. Description of the invention (3) It is powerful and has a reaction force greater than 1. Simply put, as long as it can be proved that "force (reaction force) plus resistance is greater than the original force or resistance", you can create eternal power, generate inexhaustible and infinite energy, and completely cut off humans' oil. And other energy sources. "Developing unlimited energy and creating eternal power" is a dream within reach. Permanent mechanical efficiency Q e two W out + and / W in > 1. As shown in Figure 17, the counterweights A and B are rotated 15 degrees to the left, and the counterclockwise rotation of A is permanent mechanical efficiency: Q e = W out + and / W in> 1 (W in = seventh) The figure outputs work in the counterclockwise direction to figure 18, W out = figure 18 turns to the work done in figure 19, and = figure 20 Figure C works downward as shown in figure 3) Better The machine is a device for generating power by utilizing gravity and inertial motion, and the conversion of upper and lower fulcrum points. The machine further includes a disc-shaped active toothed disc that can be pivoted on a bracket and can rotate freely and has a flywheel function. Below the toothed disc is coupled to drive at least one generator; a first movable pivot axis and a second movable pivot axis are fixed at a set distance from the vertical centerline of the active toothed disc on the disc surface of the active toothed disc, respectively; The first and second movable pivots can be protruded or retracted into the disk surface of the driving gear by electric control means. One is at the position of the disk surface of the active toothed disk relative to the first and second movable pivots. There is a movable rod with a weight block fixed at both ends. The movable rod system is provided with a movable rod at a position relative to the first and second movable pivots. The first shaft hole and a second shaft hole pivoted by the moving pivot shaft; the counterweight can move upwards; the aforementioned mechanical power generating device is mainly provided with a generally triangular frame, and a Large gear, with ratchet and ratchet on both sides of the gear

200413638 V. Description of the invention (4) The pinion gear is connected to the ratchet poles, and the sliders are reset at the two ends of the swing lever, and the bottom edge of the slider is used to lower the slider by the weight. Press, the camera generates power, and the swing lever swings the swing lever, so that the mechanical power is formed by the position where the active toothed disc is located at the position where the movable holding the movable lever is positioned for its horizontal centerline. Preferably, a disk surface side of the active gear is further fixed, and a weight with a set weight is set on the movable rail, and the weight can be positioned on the sliding upper device. Preferably, the two freedoms of the movable lever are better, and the first extension arms extending horizontally at the two free ends of the movable lever are preferably 'each pivot side of the lower side of the active gear disc'. The first generating gear set and the second generating generator can be used. When the first generating gear is used, another first generator can generate power and rotate; a connecting rod is used to connect the connecting rod to the U-shaped pendulum block. Adjacent to the center are racks respectively, so that when the swing lever swings, the driven gear can be driven by the rack to rotate the large gear to generate another power. A lever is provided on one side of the pivot toward the pivot; and a phase opposite to the edge of the active toothed disc, δ is provided with a stop of the movable stop and the other side is parallel to the position of one of the movable levers when positioned Sliding, the slide hammer 'fixes the two extreme ends of the slide rail, and the first positioning device and the second fixed end of the slide are respectively fixed with a weight block. It further includes one from the pivot side of the active chainring and the second extension arm. The bottom of the bracket, relative to the driving gear, forms a combined transmission with the driving gear, respectively. The motor, the second power generating gear set and its first gear set rotate counterclockwise on the driving gear, making the second power generating gear set empty.

Page 7 200413638 V. Description of the invention (5) When the driving gear rotates clockwise, the first power generation gear set will idle, and the second power generation gear set will enable the second generator to generate power. Fourth, the method of implementation In order to achieve a more specific understanding of the above-mentioned objects, effects and characteristics of the present invention, and can be implemented based on it, the preferred embodiments are described with drawings and numbers as follows: First, please refer to the first, Figures two, fourteen, and fifteen. The present invention is mainly provided with a trapezoidal bracket (2 4). The bracket (2 4) can stand upright on the ground and center the trapezoidal top edge of the bracket with a pivot (9 ) A disc-shaped active toothed disc (1) is provided at the pivot; the first surface of the active toothed disc (1) is fixed at a predetermined distance from the vertical centerline of the active toothed disc (1), and a first activity is fixed respectively. The pivot (3) and the second movable pivot (4), the first and second movable pivots (3), (4) are controlled by external force (electromagnetic brake) to make these movable pivots It can protrude or retract into the front of the disc surface of the toothed disc (1); the rotation of the motor (11) drives the front wheel of the main body (1) to reverse 15 degrees, and the rear wheel rotates 15 degrees. The active toothed disc (1 ) At the position of the disk surface relative to the first and second movable pivots (3), (4), there is a movable rod (2), the movable rod 2) A position corresponding to the first and second movable pivots (3), (4) is provided with a first shaft hole (3) and a second shaft hole (4), so that the first and second shaft holes (4) (3), (4) can be the first and second movable pivots (3), (4) when protruding from the surface of the active toothed disc (1) to achieve the purpose of inserting the pivot, whereby the movable lever (2) Can be fixed vertically to the active chainring (1)

200413638 V. Description of the invention (6) (as shown in the second and third figures). It should be explained here that the movable rod (2) in this embodiment is a U-shaped arm as shown in the figure, but the movable rod (2) can also be a straight rod in actual use. The active gear (1) is located on one side of the movable rod (2) toward the pivot (9), and a positioning sensor (5) is fixedly fixed against the positioning of the movable rod (2); The two free ends of the rod (2) are respectively provided with the free ends of the first extension arm (2) extending horizontally, and the first weight block (2) and the second weight block (2) with a set weight are fixed respectively. ): A position of the edge of the driving gear (1) relative to its horizontal centerline is fixed with a first stopper (6) and a second stopper (6A), wherein the first stopper (6) The stop block (6) is when the first movable pivot (3) of the movable lever (2) is separated from the first shaft hole (3), and the movable lever (2) is deflected counterclockwise to form an upward and active gear (1) when the edge is inclined, stop it and locate it (as shown in the fourth figure); and the second stop block (6A) is the second movable pivot (4) and the first stop of the movable lever (2) Two-axis hole (4) When they are separated, the movable rod (2) is deflected in the clockwise direction, and it is stopped and positioned. Please refer to the first and second figures. The pivot is provided with the bottom of the bracket (2 4) of the driving gear (1). Compared with the two sides below the driving gear (1), each pivot is provided with a set of (2) A first power generation gear set (23) and a first power generator (23) and a second power generation gear set (23-1) and a second power generator (23-1) forming a coupling transmission; The first power generation gear set (23) includes a first gear (20A) coupled with the driving gear (1), a second gear (21A) coupled with the first gear (20A), and a The third gear with the second gear (21A) combined

Page 9 200413638 V. Description of the invention (7) (22A), a pulley (30) and a driving belt (23A) which are the same as the third gear (22A), and the second power generation gear set (23A) includes A first gear (20) connected to the driving gear (1), a second gear (21A) connected to the first gear (20A), and a second gear (21A) The third gear (22A), a pulley (30) and a driving belt (2 3A) which are the same as the third gear (2 2A), etc., because the second gear (21A) and (21-1A) are ratchets, Therefore, when the active toothed disc (1) rotates counterclockwise, the first generator (2 3) can be driven to generate electricity through the first power generation gear set (2 3); while the active toothed disc (1) rotates clockwise At this time, the first power generation gear set (2 3) will idle; and the second power generation gear set (2 3 -1) can drive the second generator (2 3) when the driving gear (1) rotates clockwise. A) Power generation. Conversely, when the driving gear (1) rotates counterclockwise, the second power generation gear set (23-1) will also idle. Therefore, when the present invention is actuated (as shown in Figs. 3 to 6), it can be controlled by external force (electrical electromagnetic force) and will be inserted into the movable rod (2) and the first shaft hole (3). A movable pivot (1 1) is retracted toward the active gear (1), so that the upper half of the movable rod (2) is released (as shown in the third figure). At this time, the movable rod (2) will The static balance is lost and the second movable pivot (1 2) in the upper half is the axis, so that the movable lever (2) is turned toward the stopper (6) side, that is, the first of the movable lever (2) The side of the extension arm (23) together with the first weight (2) can be deflected in the direction of the stopper (6) with the second movable pivot (1 2) as the axis. Thus forming a counterclockwise pivot (as shown by arrow R1 in the fourth figure): when the movable lever

Page 10 200413638 V. Description of the invention (8) (2) When swinging against the stopper (6), the movable rod (2) forms a vertical centerline with the movable toothed disc (1 0) The preset angle of inclination (as shown in the fifth figure), and makes the first and second weight blocks (2), (2) originally located on the same staggered top and bottom, respectively, formed with the movable rod (2) as The rotation state shown in the five pictures makes the first weight block (2) project from the outer edge of the active toothed disc (1), and the second weight block (2) is placed on the active toothed disc (1) Inside, since the movable lever (2) is centered on the second movable pivot (1 2) at this time, the rotation moment of the first weight block (2) is significantly larger than that of the second weight block (2). At this time, the weight of the first counterweight (2) will be applied to the stopper (6), and together with the flywheel active driving gear (1) will produce a large counterclockwise rotation Moment; therefore, the weight of the first counterweight (2) will be applied to the stopper (6) at this time, and together with the active toothed disc (1) with a flywheel function will produce a large counterclockwise Rotating torque (as shown by the arrow R 2 in the sixth figure), and the first power generation gear set (23) is driven by the driving gear (1), and the first generator (2 3) is operated to generate power, and at this time, The second power generation gear set (23-1) is idling so that the second generator (23) does not generate power. Please also refer to the figures from the seventh to the eleventh, when the first counterweight (2) of the movable rod (2) continues to drive the active gear (1) to rotate counterclockwise as described above, due to this, The driving gear (1) with a flywheel function has formed a continuous rotational inertia, so the inertia moment formed by the first weight block (2) applied to the driving gear (1) will cause the driving gear (1) Together with the first and second counterweights (2), the second counterweights (2) are formed to rotate above the other side of the vertical centerline of the lead of the active toothed disc (1).

Page 11 200413638 V. Description of the invention (9) is at the top, while the first weight block (2) is at the bottom and slightly tilted up, as shown in the seventh to ninth figures, because The counterclockwise rotation torque exerted by the weight (2) on the active toothed disc (1) has caused the active toothed disc (1) to rotate at an angle of almost 180 degrees, which is gradually offset by the effect of gravity, and therefore disappears. When the rotation angle of the lever (2) exceeds 180 degrees, as shown in the tenth figure, it will disengage from the stop block (6) to form a clockwise rotation (as shown by the arrow R3 in the tenth figure), thereby resisting the positioning feeling. The measuring device (1 3) stops afterwards, and at the same time, the first shaft hole (3) on the movable rod (2 0) is re-aligned with the first movable pivot (1 1) of the active toothed disc (1). An electronically controlled positioning sensor (1 3) can be automatically used to instantly trigger the first movable pivot (11) to be protruded and inserted into the first shaft hole (3), so that the movable rod (2) is positioned relatively actively. On the other side of the toothed disc (1 0) (as shown in the eleventh figure), at the same time, the second movable polar axis (1 2) also uses an electrically controlled positioning sensor (1 3) The second movable pivot (12) is automatically retracted and separated from the second pivot hole (4), that is, the pivotal relationship between the second movable pivot (12) and the second pivot hole (4) is released. , So that the upper half of the positioning state of the movable rod (2) is released (similar to the reverse rotation shown in the third figure), thus completing one cycle of power generation operation, and also the beginning of the next cycle of power generation operation, At this time, the movable lever (2) will be turned toward the stopper (6 A), so that the side of the first extension arm (2 3) of the movable lever (2) together with the first weight (2), The two movable pivots (1 2) are pivots and deflect toward the stopper (6A) to form a clockwise rotation, and at the same time, the movable lever (2) can be pressed against the stopper (6A) to drive the active teeth. The disk (1 0) rotates clockwise, and then drives the second power generation gear set (2 3 -1) to drive the __1gang wake up_ ____ I 1 1 ill page 12 200413638 V. Description of the invention (ίο) Second round The electric motor (2 3 A) generates electricity, and such repeated operation achieves the effect of effectively generating electric energy. The second embodiment of the present invention is shown in FIG. 12 to FIG. 14. The main creative spirit is substantially the same as that of the above-mentioned first embodiment, but on the back of the disk surface of the active toothed disk (1), It is located on one side of the movable rod (2), and a slide rail (16) parallel to the positioning of the movable rod (2) is provided. As shown in Figure 12, the slide rail (1 6) is slid A weight (1 5) with a set weight is set, and the two ends of the slide rail (1 6) are each set to a position where the weight (1 5) can slide on the slide rail (1 6). A positioning device (1 5 -1 A) and a second positioning device (1 9) (wherein the positioning device can be implemented as an electric latch or a tenon), and the clockwise direction of the driving gear (1) In the initial state of rotation, the weight (1 5) is locked by the first positioning device (1 5-1 A) and positioned at the first position (upper) of the slide rail (16). (1) When the counterclockwise rotation is started, the weight (1 5) is locked by the second positioning device (1 9) to position the second position of the slide rail (1 6). Lower side), thereby constituting a second preferred embodiment of the present invention. Therefore, when the second embodiment of the present invention is actuated (as shown in FIG. 12), the first movable pivot (3) can be released at the same time when it is electromagnetically actuated without any external force intervention. The pivotal relationship with the first shaft hole (3) also synchronously touches the first positioning device (1 5-1 A) on the slider (1 6) to release the weight (1 5), so that the weight The hammer (1 5) is affected by gravity, and falls on the other end of the slider (1 6), and is positioned by the second positioning device (1 9) to be positioned on the other side of the slider (1 6)

Page 13 200413638 V. Description of the invention (ll) end, and the weight (1 5) is dropped-a counterclockwise rotation is generated on the driving force (shown in the driving gear (1) R4), and then as described above : = The moment (as shown in the fourteenth arrow of the first counterweight (2) to drive the main spirit ^ said driving torque of the movable rod (2) can be driven, and the next action > (1) to form a The counterclockwise direction will not be described in detail any more; and when the movable lever (/ is the same as the previous embodiment, so when it is to the other side, the slide (^) drives the active gear (1 〇) to rotate to the slide The top weight of (丨 6), the weight (1 5) on it is again driven by the falling gravity of the phase, and the driving force is then used to release the clockwise rotation of the weight (丨 5) to drive Zhenqian ( 2) The active toothed disc (1) -shaped two generator (W) is used to generate electricity, and the second one is driven by the younger, which is composed of 3 sliding J (i 6) and a heavy clock (the second embodiment of the invention), which can be driven by the effect of the chirp. In order to achieve the need of no external force, as described above, the "machining change and ground-hanging angle sound j-type power generating device" of the present invention is utilized-in a simple and harmonic way: : Guang further can be in the unpowered state 2 Master :: The master produces electricity, which is convenient for each to produce electricity, and indeed has the following: true,-a very good invention, the improvement of poor efficacy, indeed the content of f ::, only This is the best of the invention * :: invention patent; but the changes extended by the technical means of the Ming Dynasty, = known examples, where the true brake of the present invention is replaced by 4 ornaments or effect-seeking, I Biguang's patent application Within the scope, Shi Fu Ren Li Wu / Yi should fall into Yang Fu oral reason, I hereby declare.

Page 15 200413638 Brief Description of Drawings The first drawing is a schematic perspective view of a preferred embodiment of the present invention. The second figure is a schematic plan view of a preferred embodiment of the present invention. The fourth diagram is a schematic diagram of the first operating state of the preferred embodiment of the present invention. The fifth diagram is a schematic diagram of the second operating state of the preferred embodiment of the present invention. The sixth diagram is a schematic diagram of the third operating state of the preferred embodiment of the present invention. The seventh diagram is a schematic diagram of the fourth operating state of the preferred embodiment of the present invention. The eighth diagram is a fifth operation state diagram of the preferred embodiment of the present invention. The ninth figure is a schematic diagram of the sixth operating state of the preferred embodiment of the present invention. The tenth figure is a schematic diagram of the seventh operating state of the preferred embodiment of the present invention. The eleventh figure is a schematic diagram of the eighth operating state of the preferred embodiment of the present invention. The twelfth figure is a schematic plan view of another preferred embodiment of the present invention. The thirteenth figure is a schematic diagram of the first operating state of another preferred embodiment of the present invention. Fourteenth figure is a schematic diagram of the second operating state of another preferred embodiment of the present invention. The fifteenth figure is a schematic diagram of the third operating state of another preferred embodiment of the present invention. The sixteenth figure is a schematic diagram of parts of the present invention. The seventeenth figure is a schematic diagram of the fifth operating state of another preferred embodiment of the present invention. The eighteenth figure is a schematic diagram of the sixth operating state of another preferred embodiment of the present invention. The nineteenth figure is a schematic diagram of the seventh operating state of another preferred embodiment of the present invention. Figure 20 is a schematic diagram of the eighth operating state of another preferred embodiment of the present invention. The twenty-first figure is a schematic diagram of the ninth operating state of another preferred embodiment of the present invention.

Claims (1)

200413638 VI. Scope of patent application 1 · A mechanical device that uses gravity to cooperate with inertial movement and the conversion of upper and lower fulcrum points must have a mechanical efficiency greater than 1, permanent mechanical efficiency: Qe = W 出 + and / W 入 >1; It is mainly connected to a freely rotatable pivot frame, which has a double flywheel combined into an integrated flywheel. Each active gear is provided with a movable rod, which has one group for each flywheel and can be changed alternately. A counterweight block with an angle and a wheelbase suspended from the ground can be changed and converted by using the group of counterweight blocks that are moved upward or the angle and the wheelbase are momentarily suspended. The gravity U-shaped effect of angle generates a large rotational torque to the driving gear, which drives the driving gear to rotate to generate power, so as to achieve the purpose of utilizing effective energy to implement power generation on the spot. 2. As described in item 1 of the scope of patent application, the use of gravity and coordinated inertial movement, and the conversion of the upper and lower fulcrum to generate a power method device, further comprising a pivotingly mounted on the bracket and a dual flywheel combined into an integrated flywheel A disc-shaped active toothed disc that acts, at least one generator is coupled under the active toothed disc; one is fixed on the disk surface of the active toothed disc at a set distance from the vertical centerline of the active toothed disc, respectively The movable pivot and the second movable pivot, the first and second movable pivots can be protruded or retracted into the disk surface of the driving gear by electric control means; a disk surface of the driving gear is opposite to the first At the position of the first and second movable pivots, there is a movable rod with a weight block fixed at both ends. The movable rod is provided with a first movable pivot at a position relative to the first and second movable pivot positions. A shaft hole and a second shaft hole; 3.-a positioning sensor is provided on the side of the movable lever facing the pivot axis, and a positioning sensor can be positioned against the movable lever; and edge Page 17 200413638 Page 18 200413638 Page 19