CN101498274A - Output machine for converting buoyancy into rotating force - Google Patents
Output machine for converting buoyancy into rotating force Download PDFInfo
- Publication number
- CN101498274A CN101498274A CNA2008100142134A CN200810014213A CN101498274A CN 101498274 A CN101498274 A CN 101498274A CN A2008100142134 A CNA2008100142134 A CN A2008100142134A CN 200810014213 A CN200810014213 A CN 200810014213A CN 101498274 A CN101498274 A CN 101498274A
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- cylinder body
- piston
- buoyancy
- main shaft
- rotating power
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
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Abstract
The invention relates to an output unit for rotating power converted from buoyancy, which adopts the structure that a container pond is filled with liquid, a plurality of cylinder bodies are uniformly distributed and arranged on a salver, the buoyancy of liquid for the largest volume formed by a communicating pipe arranged at one equal distributing side of the section of a main shaft, a single cylinder body and a piston is larger than the total weight of a piston and a sealing ring inside the single cylinder body and the connection of the piston and the sealing ring, but the buoyancy is less than the total weight of two symmetrical pistons and the sealing ring and the connection of the two symmetrical pistons and the sealing ring, the cylinder body which has largest volume and is parallel to the ground is pushed by the buoyancy to move upwards moves, the total volume of the cylinder body can be decreased and increased, other symmetrical cylinder bodies also continuously rotate to convert the great energy of the buoyancy to rotating power under the premise of no energy consumption to be output and used. In addition, the larger the volume of the output unit, the higher the power, and the more the cylinder bodies are more, the larger the power. Furthermore, the output unit has no environment pollution, solves the problems of resource shortage and environment pollution of current society, and is a real perpetual motion device utilizing new energy.
Description
Affiliated technical field
The present invention relates to a kind of buoyancy and be converted into the rotating power output unit, especially buoyancy of liquid can be changed into rotating power output, not consumes energy.
Technical background
At present, the known energy changes into power take-off gas engine, fuel engine, steam turbine, motor etc., and they all are the devices of outputting power again after a kind of consumes energy, produces and pollutes, and consumes social resources.Known power take-off is consumes energy not, can not produce environmental pollution for society.
Summary of the invention
In order to overcome available dynamic output unit consumes energy and produce the deficiency of polluting when the outputting power, the invention provides a kind of buoyancy and be converted into rotating power output machine, this device can not only change into buoyancy huge rotating power output, and consumes energy not, not producing social environmental pollution, is real in the world perpetuum mobile.
The technological scheme that technical solution problem of the present invention is adopted is: many liquid are housed in container cell, critical piece is immersed in the liquid, supporting base is installed in container cell, break is installed on supporting base, connect with bolt, break is used for the control brake dish, external Brake pipe is arranged on the break, main shaft is installed on supporting base, between bearing is arranged, one at main shaft is equipped with drive wheel, between use bolton, drive wheel is used for transferring power, this end of main shaft is equipped with snubber, be used for limiting the axial position of main shaft, other end at main shaft is equipped with brake disc, between use bolton, simultaneously a plurality of pallets can be installed on the main shaft, pallet and main shaft are used bolton equally, the AnchorPoint of main shaft aligns with the centre point of pallet, a plurality of same cylinder bodies are installed on pallet, cylinder body on average is symmetrically distributed in the periphery of pallet, the cylinder body of symmetry is tightly connected with siphunculus, make the cylinder body of symmetry form a cavity that communicates, same piston all is equipped with in the inside at each cylinder body, the top seal ring that all is equipped with of piston, between the piston of symmetry connection is installed, contacting with liquid of piston towards the outer end, set liquid divides the siphunculus of a side and single cylinder body and the maximum volume of piston formation equally to the main shaft section buoyancy greater than this cylinder body inner carrier and seal ring and the gross weight that is connected, but this buoyancy is less than these two symmetrical pistons and seal ring and the gross weight that is connected, when two cylinder bodies of symmetry are parallel to ground, when two symmetrical cylinder bodies are perpendicular to ground in addition, inner terminal that is positioned at cylinder body of piston in two symmetrical cylinder bodies on parallel ground, during an outermost end that is positioned at cylinder body, the cylinder body inner carrier is positioned at the inner terminal of cylinder body above the piston in two cylinder bodies of vertical ground, piston in the following cylinder body is positioned at the outermost end of cylinder body, because siphunculus and single cylinder body that liquid is divided a side equally to the main shaft section form the weight sum of the buoyancy of maximum volume greater than this cylinder body inner carrier and seal ring, buoyancy promotes parallel ground maximum volume cylinder body and moves upward, when these two the symmetrical cylinder bodies that are parallel to ground run to perpendicular to ground, because liquid is divided the siphunculus of a side and single cylinder body and the maximum volume of piston formation equally to the main shaft section buoyancy is less than these two symmetrical pistons and seal ring and the gross weight that is connected, piston is by landing from top to bottom in the cylinder body of these two symmetries, piston in the top cylinder body is limited to stop landing when falling top cylinder body bottom most position, piston in the following cylinder body is connected and buoyancy restriction also stopping landing, this moment, the cavity perpendicular to this cylinder body above two symmetrical cylinder bodies on ground became minimum, the cavity of following cylinder body becomes maximum, this moment, two cylinder bodies of vertical ground were parallel to the ground, equally, because siphunculus and single cylinder body that liquid is divided a side equally to the main shaft section form the weight sum of the buoyancy of maximum volume greater than this cylinder body inner carrier and seal ring, buoyancy promotes parallel ground maximum volume cylinder body and moves upward, form a kind of continuous running, reach buoyancy and be converted into the rotating power purpose, the volume of this device is big more, power is big more, cylinder body is evenly distributed many more on pallet, power is big more, and the many more power of pallet and cylinder body axially-aligned are big more.
The invention has the beneficial effects as follows: can under the prerequisite of consumes energy not, the huge energy of buoyancy of liquid be changed into rotating power output and utilize, there is not environmental pollution, solving current social resource shortage and environmental pollution problem, is a kind of new energy treasure utilized device.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is a structure principle chart of the present invention.
Fig. 2 is side surface configurations figure of the present invention.
1. main shafts among the figure, 2. siphunculus A, 3. siphunculus B, 4. cylinder body A, 5. cylinder body B, 6. cylinder C, 7. cylinder body D 8. connects A, 9. connects B, 10. piston A, 11. piston B, 12. piston C, 13. piston D, 14. seal ring, 15. pallets, 16. brake discs, 17. breaks, 18. bearing, 19. snubbers, 20. drive wheels, 21. bolts, 22. supporting base, 23. Brake pipes, 24. liquid, 25 container cell.
Embodiment
In Fig. 1, many liquid (24) are housed in container cell (25), critical piece is immersed in the liquid (24), supporting base (22) is installed in container cell (25), main shaft (1) is installed on the supporting base (22), pallet (15) is installed on main shaft (1), the AnchorPoint of main shaft (1) aligns with the centre point of pallet (15), cylinder body A (4) is installed on pallet, cylinder body B (5), cylinder C (6), cylinder body D (7), each cylinder body is evenly distributed in the periphery on the pallet (15), the cylinder body A (4) of symmetry is tightly connected with siphunculus A (2) with cylinder C (6), form the cavity that sealing communicates, the cylinder body B (5) of symmetry and cylinder body D (7) are tightly connected with siphunculus B (3), form the cavity that sealing communicates, in cylinder body A (4), cylinder body B (5), cylinder C (6), the inside of cylinder body D (7) is equipped with piston A (10) respectively, piston B (11), piston C (12), piston D (13), the top seal ring (14) that all is equipped with of each piston, be equipped with between piston A (10) and the piston C (12) and be connected A (8), be equipped with between piston B (11) and the piston D (13) and be connected B (9), piston A (10), piston B (11), piston C (12), piston D (13) contacts with liquid (24) towards the outer end, set liquid (24) divides the siphunculus A (2) on right side and cylinder body A (4) and piston A (10) formation equally to main shaft (1) cross section perpendicular the buoyancy of maximum volume greater than piston A (10) and seal ring (14) and be connected the gross weight of A (8), but this buoyancy adds that less than piston A (10) seal ring (14) adds upper piston C (12) and adds that seal ring (14) adds the gross weight that connects A (8), set liquid (24) to the buoyancy of the maximum volume of the parallel siphunculus B (3) that divides downside equally of main shaft (1) section and cylinder body D (7) and piston D (13) formation greater than piston D (13) and seal ring (14) and be connected the gross weight of B (9), but this buoyancy adds that less than piston B (11) seal ring (14) adds upper piston D (13) and adds that seal ring (14) adds the gross weight that connects B (9), when cylinder body A (4) and cylinder C (6) when being parallel to ground, cylinder body B (5) and cylinder body D (7) are during perpendicular to ground, piston B (11) is positioned at cylinder body B (5) bottom, piston D (13) is positioned at cylinder body D (7) bottom, piston C (12) is positioned at the inner terminal of cylinder C (6), when piston A (10) is positioned at the outermost end of cylinder body A (4), because liquid (24) is divided the siphunculus A (2) of a side and cylinder body A (4) piston A (10) formation maximum volume equally to main shaft (1) cross section perpendicular buoyancy is greater than piston A (10) and seal ring (14) and be connected the gross weight of A (8), this buoyancy promotes cylinder body A (4) and moves upward, driving pallet (15) main shaft (1) drive wheel (20) rotates, when cylinder body A (4) runs to perpendicular to ground, because liquid (24) is divided the siphunculus A (2) on right side equally to main shaft (1) cross section perpendicular and the buoyancy of the maximum volume of cylinder body A (4) and piston A (10) formation adds that less than piston A (10) seal ring (14) adds upper piston C (12) and adds that seal ring (14) adds the gross weight that is connected A (8), piston A (10) piston C (12) landing under cylinder body A (4) cylinder C (6) is introversive, slide under the piston A (10) cylinder body A (4) bottom the time stop to slide, slide under the piston C (12) cylinder C (6) bottom the time connected A (8) and buoyancy restriction stop to slide, the cavity of cylinder body A (4) becomes minimum, the cavity of cylinder C (6) becomes maximum, cylinder body B (5) cylinder body D this moment (7) turns round into parallel to the ground, since set liquid (24) to the buoyancy of the maximum volume of the parallel siphunculus B (3) that divides downside equally of main shaft (1) section and cylinder body D (7) and piston D (13) formation greater than piston D (13) and seal ring (14) and be connected the gross weight of B (9), this buoyancy makes upwards running of cylinder body D (7) equally, thereby form a kind of continuous running, reach buoyancy and be converted into the rotating power purpose
In Fig. 2, break (17) is installed on supporting base (22), connect with bolt (21), break (17) is used for control brake dish (16), external Brake pipe (23) is arranged on the break (17), main shaft (1) is installed on supporting base (22), between bearing (18) is arranged, one at main shaft (1) is equipped with drive wheel (20), between with bolt (21) fastening, drive wheel (20) is used for transferring power, this end of main shaft (1) is equipped with snubber (19), is used for limiting the axial position of main shaft (1), in the other end of main shaft (1) brake disc (17) is installed, between with bolt (21) fastening, be equipped with on the main shaft (1) pallet (15) with bolt (21) fastening.
Claims (10)
1. a buoyancy is converted into rotating power output machine, can under the prerequisite of consumes energy not the huge energy of buoyancy of liquid be changed into rotating power output utilizes, by main shaft, siphunculus A, siphunculus B, cylinder body A, cylinder body B, cylinder C, cylinder body D, connect A, connect B, piston A, piston B, piston C, piston D, oil sealing, pallet, brake disc, break, bearing, snubber, drive wheel, bolt, supporting base, Brake pipe, liquid, parts such as container cell are formed, and it is characterized in that: filled with fluid in container cell, critical piece all is immersed in the interior liquid of container cell, break and main shaft are installed on the supporting base in container cell, snubber and drive wheel are installed, brake disc and pallet are installed in the other end of main shaft of main shaft, on pallet, be evenly distributed the same cylinder body of a plurality of symmetries is installed, the cylinder body of each two symmetry is tightly connected with siphunculus and communicates, and in the inside of each cylinder body same piston is housed respectively, is equipped with between symmetrical piston and the piston to be connected, two symmetrical pistons make two cylinder bodies of symmetry form the cavity of a sealing, contacting with liquid towards the outer end of each piston, liquid are divided the siphunculus of a side equally to the main shaft section and the buoyancy of the maximum volume of cylinder body and piston formation adds the gross weight that is connected greater than this cylinder body inner carrier with seal ring, but this buoyancy adds that less than two symmetrical pistons in this symmetrical cylinder body seal ring adds the gross weight of connection.
2. buoyancy according to claim 1 is converted into rotating power output machine, it is characterized in that: seal ring all is installed on the piston.
3. buoyancy according to claim 1 is converted into rotating power output machine, it is characterized in that: the distance of two symmetrical pistons is inner terminals that a piston is positioned at its cylinder body with respect to the position of two symmetrical cylinder bodies, and another piston is positioned at the outermost end of its cylinder body.
4. buoyancy according to claim 1 is converted into rotating power output machine, and it is characterized in that: the AnchorPoint of main shaft aligns with the center of circle of pallet.
5. buoyancy according to claim 1 is converted into rotating power output machine, it is characterized in that: on main shaft a plurality of pallets can be installed.
6. buoyancy according to claim 1 is converted into rotating power output machine, it is characterized in that: between supporting base and main shaft bearing is installed.
7. buoyancy according to claim 1 is converted into rotating power output machine, it is characterized in that: the power size of this device is directly proportional with the quantity and the volume of cylinder body.
8. buoyancy according to claim 1 is converted into rotating power output machine, and it is characterized in that: break is connected with brake disc.
9. buoyancy according to claim 1 is converted into rotating power output machine, it is characterized in that: the fastening bolton of leaning on of associated components.
10. buoyancy according to claim 1 is converted into rotating power output machine, it is characterized in that: be connected with the external Brake pipe of using on the break.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100142134A CN101498274A (en) | 2008-01-28 | 2008-01-28 | Output machine for converting buoyancy into rotating force |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100142134A CN101498274A (en) | 2008-01-28 | 2008-01-28 | Output machine for converting buoyancy into rotating force |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101498274A true CN101498274A (en) | 2009-08-05 |
Family
ID=40945507
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2008100142134A Pending CN101498274A (en) | 2008-01-28 | 2008-01-28 | Output machine for converting buoyancy into rotating force |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101498274A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2013143082A1 (en) * | 2012-03-28 | 2013-10-03 | Ju Shiqiang | Energy conversion device and energy conversion method |
| CN106929361A (en) * | 2017-04-24 | 2017-07-07 | 贵州省仁怀市茅台镇永泰酒业股份有限公司 | The processing method of Chinese chestnut wine |
-
2008
- 2008-01-28 CN CNA2008100142134A patent/CN101498274A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2013143082A1 (en) * | 2012-03-28 | 2013-10-03 | Ju Shiqiang | Energy conversion device and energy conversion method |
| CN106929361A (en) * | 2017-04-24 | 2017-07-07 | 贵州省仁怀市茅台镇永泰酒业股份有限公司 | The processing method of Chinese chestnut wine |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Open date: 20090805 |