TW200525084A - Method and device for generating inertia power - Google Patents

Abstract

The mechanism uses the engagement and the different gear ratios of gears to generate stable energy for output/input operations. Furthermore, the movements of weight blocks enable the mechanism to shift its center of gravity (COG) rapidly. The mechanism can automatically operate rapidly and stably through the movement of the COG to generate efficient dynamic energy.

Description

200525084 Five invention descriptions (1) 1. The technical field to which the invention belongs 1. In recent years, due to the energy of the earth, all countries in the world have been facing the crisis of energy depletion, energy, water, or utilization. "Wind power" and "The sun to reduce the consumption of traditional energy sources to reduce the consumption of 4 temples to generate electrical energy, 2 · However, whether the above uses" wind power, speed. "Or" geothermal ", etc., to generate i," solar energy " , "Hydraulic", restrictions; for example, in some parts of Changbai, there is a "regional" force to generate energy; similarly, the wind is not strong, that is, the "wind" solar energy cannot be used naturally, nor can it be used; In some regions, the climate is rainy all year round. Some regions are uniquely endowed with "hydropower" and "geothermic heat" in various regions of the world. The child is here. Therefore, it cannot be effectively applied 3. In view of the shortcomings that can be implemented by using the existing self-iron, the inventors have continued to: "," the force generating device is limited by the regional mechanical power generating device. 、 Yuejin R & D and improvement, finally invented a machine 4 · Yes, the purpose of the present invention is to provide the main rotating power, use-coordination ★ + In: Provide a one-way rotation of the main body rotation device through the main body of the mechanical installation mechanism The displacement of the working mechanism reaches the wheel and the flywheel. The movement generated by the mechanism is 11 turns and the array is phased. 1 The teeth are combined for effective energy storage.

200525084 V. Description of the invention (2) 1. The technology of Pre-Rain is ^. The application for invention patent No. 09 1 1 2 040 1 in China is the applicant who filed earlier on September 9, 1991. Seeking for methods and devices, "advancement" is the active conception and experimentation, which makes the method and device even more: the output of gravity is more improved, and the space type is more reduced. To achieve the same Y ^ =. This mechanism makes use of the mutual coupling of gears and the constant speed ratio of gears to make Ιίϊ energy, output and input motions, and through the block displacement movement, make ί :: quickly move the center of gravity. Utilizing the center of gravity and kinetic energy, the mechanism can automatically and quickly run smoothly and smoothly.

200525084 V. Description of the invention (3) III. Summary of the content 1. When the mechanism is not running yet, (2a pneumatic type telescopic shaft A) and (2b pneumatic type telescopic shaft B) are both at the upper limit position, as shown in the first figure. (Shown) 2 · (6a 2 input motor) is in the horizontal position and (1 5 i compression spring i) is compressed to the lower limit 3. When the mechanism starts to run, (6 input motor) starts to run, and (5 active Gear) transmits power, drives (3 spindles), and runs at the same time. 4 · Because of (17a movable turntable a), (17b movable turntable b), (17c active

Rotary turntable c), (17d moveable turntable d), (17e moveable turntable e), (17f moveable turntable f), (17 moveable turntable g), (17h moveable turntable h), (17i moveable turntable I), (14 main body ), (12a link disk A), (12b link disk B) are coaxial co-moving mechanisms 5 · (11 compressor) are running at the same time, and (10 a auxiliary axis A) is quickly extended to the left, so that (1 7 i movable turntable I) uses (3 spindles) as the axis, and performs axial rotation positioning to the left, [as shown in the second figure]

6 · At this time (13 adjusting gear) immediately runs, so that (1 8 movable tip) is immediately extended (1 7 i movable turntable i), so that the original (1 7 i movable turntable i) that was originally separated from the main body is again with (1 7 i movable turntable i), [as shown in the third figure] 7 · After (1 7 i movable turntable i) and (1 7 i movable turntable i) are combined, (2a pneumatic telescopic shaft A) immediately Quickly extend downwards, [as shown in the fourth figure] 8. At the (2a pneumatic telescopic shaft A), project downward (16i weight i), and install it at (1 5 i compression spring i). Sensor, immediately released

Page 6 200525084 V. Explanation of the invention (4) (1 5 \ Pressing the thin bullet more 1) Compression limit position, instantly ejected 9 · At this time, C 1 6 i ·, / • Heavy block 0 due to (2a pneumatic type telescopic The impact card of the axis A) and the ejection card of / r fi fi · mu) are rotated 90 degrees to the left instantaneously. Type telescopic shaft a /, / rotates to the left at the same time, and extends downward (2a air pressure: ϊ = heavy t stretch) out = shown in the fifth figure] 0 while rotating, the two will not contradict each other [such as 1 0 · When (1 6 i weight block + also turns due to the effect of center of gravity shift; ν 'at the same time, the center of gravity shift of this mechanism is formed, and the direction is effectively structured, and it can automatically and smoothly turn-the fixed position is rotated to a horizontal position. [As shown in the seventh figure] Immediately Tian Tian's bookkeeping;) Fang Yan turned to this position at the same time, (7a telescopic motor A) moved and moved (8a telescopic gear A), which promoted (9a telescopic shaft A) ^ . (17h · movable turntable h) Perform extension and combination actions. Use (9 & 纩, axis A) and (17h movable turntable h) to make (18h movable tip ^ = extend, (17h movable turntable h) can be released

[As shown in the sixth figure] I 12. Similarly, when the remaining weights are in a fixed position, do horizontal operation to achieve the effective displacement of the center of gravity of the mechanism to generate effective energy. At the same time of free running, the mechanism is equipped with an array of cogwheel gears for energy transmission and conversion, and through the flywheel device, the device produced by Xia can stably and effectively generate effective energy.

Page 7 200525084 V. Description of the invention (5) IV. Implementation mode 1 · This mechanism is a group of three groups with the same elements and different angular positions. Each block has an average block at each angle, a total of 12 blocks. And set 'the weight will automatically rotate 90 degrees every time the mechanism rotates 30 degrees in doubt, so that the center of gravity of the mechanism is shifted by a solid & direction' so that the mechanism will run smoothly in a fixed direction 2 · [as shown in Figure A] (6di) The weight D1 is in a horizontal position, that is, the spring under the weight D1 at this time is at the compression limit position and fixed. § (6dl) When the spring under the weight D1 springs off instantly, the (6dl) weight D1 ejects the (6dl) weight D1 upward due to the spring's spring force. As shown in group A in [Figure B], when (6 d 1) When the weight D 1 is ejected upward to the vertical position, the fixture of the device at this position immediately acts, and ^ 6 d 1 +) the weight D1 is fixed. Make the mechanism complete the consolidation of the same day at (6 d 1) weight D1. The center of gravity is shifted to the left. Because the center of gravity is shifted to the left, the mechanism will automatically run to the left. When the mechanism runs as shown in Figure [C] In group B, when (6cl) is about horizontal position (that is, rotated by 30 degrees), similarly, the device compresses the spring under the weight C1 of the cl). The compression spring, which is locked and in the compression limit position, shoots upwards instantaneously to make the (6cl) weight C1 vertical. 5 turns: "This figure is also due to the (6cl) weight C1." The automatic mechanism is again The center of gravity shifts to the left, so that the mechanism can rotate smoothly to the left.

6 好 ί r [f 图] * _, group (6c " when the weight π is rotated about 30 degrees, α 疋 ’Ε graph] group C (6b2) weight β2 rotates to a horizontal position

200525084 V. Description of the invention (6) Similarly, the sensor installed under the weight B2 of (6b2), when rotated to this position, the compression impulse that was originally locked and completely compressed is immediately released and released instantly. The (6b2) weight B2 is immediately rotated upward to a vertical position due to the elastic force of the compression spring, so that the center of gravity of the mechanism is shifted to the left side of the mechanism again. Because the center of gravity shifts to the left, this mechanism can automatically move to the left. 7 · As shown in group C in [figure F], when the (6b2) weight B2 is about 30 degrees, the C then runs to the horizontal position at the same time. The mechanism is to use multiple pieces of heavy hanging device in 2-3 sets of discs to make an even distribution and place them in $, and the heavy pieces installed in it must be of uniform weight and flat Y , In a space of 3 to 60 degrees. The number of discs can be set as a series of discs, which can be used to connect the discs in series, that is, to enable the mechanism to smoothly and continuously produce 9 'and the amount-the first is the dynamic power 8. Calculation instructions: Assume that the weight of the heavy block B1 is 500KG The steel body as shown in Figure 1-1. The weight B1 is rotated from the horizontal position to the left. Ask how much work (joules) is needed for the weight B1 minus the cage copy.

Page 9 200525084 V. Description of the invention (7) V. Part name 1. Bracket, 2a. Pneumatic telescopic shaft A, 2b. Pneumatic telescopic shaft B, 2-1. Compressor, 3. Spindle, 4 Palin , 5 driving gear, 6 · input motor, 7 a. Telescopic motor A, 7b. Telescopic motor B, 8a. Telescopic gear A, 8b. Telescopic gear B, 9 a. Telescopic shaft A, 9 b · telescopic shaft B, 1 0 a. Auxiliary shaft A, 1 0 b. Auxiliary shaft B, 11. Compressor, 12a. Link disk A, 13. Adjustment gear, 14. Main body, 15a. Compression spring a, 15b. Compression spring b, 15c. Compression springs c, 15d.

Compression spring d, 15e. Compression spring e, 15f. Compression spring f, 15g. Compression spring g, 15h. Compression spring h, 15i. Compression spring i, 16a. Weight a, 16b. Weight b, 16c. Weight c, 16d. Heavy block d, 16e. Heavy block e, 16f. Heavy block f, 16g. Heavy block g, 16h. Heavy block h, 16i. Heavy block i, 17a. Active turntable a, 17b. Active turntable b, 17c. Active turntable c, 17d. Active turntable d, 17e. Active turntable e, 17f. Active turntable f, 17g. Active turntable g, 17 h. Active turntable h, 1 7 i · Active turntable i, 1 8 a · Active tip a, 1 8 b. Active tip b, 1 8 c. Active tip c, 1 8 d. Active tip d, 1 8 e. Active tip e,

1 8 f. Movable pin f, 1 8 g. Movable pin g, 1 8 h. Movable pin h, 1 8 i. Movable pin, 19. output gear A (ratchet), 20. belt A, 21. output gear B 22. Output gear C, 23. Output gear D, 24. Output gear E, 25. Flywheel A, 26. Belt B, 27. Energy collecting device

Page 10 200525084 Schematic description

The first figure is a schematic perspective view before the preferred embodiment of the present invention. The second figure is a schematic perspective view after the preferred embodiment of the present invention. The reference figure is a schematic plan view of the preferred embodiment of the present invention. The first figure is a preferred embodiment of the present invention. The first diagram of the first operating state The second diagram is a diagram of the second operating state of the preferred embodiment of the present invention The third diagram is the third diagram of the third operating state of the preferred embodiment of the present invention The fourth diagram is the fourth diagram of the preferred embodiment of the present invention The fifth diagram is a schematic diagram of the fifth action state of the preferred embodiment of the present invention. The sixth diagram is the schematic diagram of the plane action state of the preferred embodiment of the present invention. The seventh diagram is the sixth action state diagram of the preferred embodiment of the present invention. Figure A is a schematic diagram of the first operating state of the principle of the preferred embodiment of the present invention. Figure B is a schematic diagram of the second operating state of the principle of the preferred embodiment of the present invention. Figure C is a third operating state of the principle of the preferred embodiment of the present invention. Schematic diagram D is a schematic diagram of the fourth operating state of the principle of a preferred embodiment of the present invention. Diagram E is a schematic diagram of the fifth operating state of the principles of a preferred embodiment of the present invention.

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Claims (1)

200525084 VI. Scope of patent application 1 · A kind of one-way coaxial operation utilizing the law of inertia to cooperate with flying privates, which is mainly based on the mechanical mechanical use of gravity and elastic force and lever action. Offset the center of gravity of the rotation axis and the mechanism, that is, the force of shifting the force of the center of gravity. As described in the first item of the scope of the patent application, using the power type, the devices belong to each other on the mechanism. ^ Value = the transfer device J ω wheel to move f and transfer energy 3. As in the first application of the patent scope, the use of the gravity of the shoulders to make mechanical axial rotation with free compression and shrinkage It can effectively use the spring device in the mechanism. 4: Please: When the mechanical axial rotation described in the first item of the range 1 is used, J also uses ~ gravity to automatically compress the spring to the limit. ^ Such as I :! Patent As mentioned in the third item of the scope, the use of gravity and spring features £ = a fixed position device in the mechanism, the spring-loaded ejection is used and the lever principle is used to eject the item 1 = as described in the first item of the patent scope, _ mechanical axial Rotation produces k Motion, in conjunction with this inertial force to effectively move the center of gravity. 7. This mechanism can be pivoted into several circular ::: r 'cube arrays and the principle of damage bar principle', r weight :: 8 turns :: please As described above, the mechanism is pivoted with an array of circular rotating mechanisms in series. The blocks are evenly distributed in the mechanism. 'Using this principle, the mechanism is provided with the same number of air pressure extensions as the circular steel body above the mechanism. 200525084 The scope of the patent application is shrinking, and the mechanism is assisted by instantaneous extension and contraction. 10. The mechanism is pivoted at a fixed end. The group can perform rapid expansion and contraction through translation by using air pressure. 11. As described in the first item of the scope of patent application, each of the weights pivoted on the outer edge of the circular steel in this mechanism has the principle of leverage. When the weights run to a fixed position, the device uses external forces to hit the weights. The other end has a leverage effect, allowing the mechanism to perform an effective center of gravity displacement action Page 13