CN102338015A - Three-well combination telluric magnetic force power generation application system and combination working method thereof - Google Patents
Three-well combination telluric magnetic force power generation application system and combination working method thereof Download PDFInfo
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- CN102338015A CN102338015A CN201010228954XA CN201010228954A CN102338015A CN 102338015 A CN102338015 A CN 102338015A CN 201010228954X A CN201010228954X A CN 201010228954XA CN 201010228954 A CN201010228954 A CN 201010228954A CN 102338015 A CN102338015 A CN 102338015A
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Abstract
The invention relates to a three-well combination telluric magnetic force power generation application system which comprises an air compressor, an air storage tank and a generator and further comprises a multi-polar pump, a high-pressure water tank, a modular reversing valve and three circular vertical wells arranged underground. An outer annular pipe and an inner annular pipe are respectively arranged in each vertical well. The outer annular pipe is longer than the inner annular pipe. Sealing bottoms are respectively arranged at the lower ends of the outer annular pipe and the inner annular pipe. One-way valves are respectively arranged on the sealing bottoms. The water inflow end of the high-pressure water tank is connected with the inner annular pipe in parallel through a vertical well cover. By means of a combination working method, the organic combination of magnetic force power and compression air is realized; a water flow in the inner annular pipe can be continuously ejected out; furthermore, on the basis, the three vertical wells work alternatively; the water outflow pressure is uniform; the water yield is continuous and steady without cut-off and sloshing; the multi-polar pump is driven so that the generator is driven to generate electric energy; the system has the advantages of being convenient for maintenance, low in manufacture cost and operation cost and reliable and steady in performance; and the integral application efficiency and the working efficiency of the magnetic force power generation application system are increased.
Description
Technical field
The present invention relates to a kind of electricity generating device, particularly relate to a kind of Mitsui magnetic power generator application system and work in combination method thereof in combination.
Background technique
In the generating of existing technology system fills, no matter be thermoelectricity, or nuclear power does not all make full use of the various conditions that the earth itself possesses and generate electricity, complex equipments involves great expense, and energy consumption is big.
Summary of the invention
The object of the present invention is to provide a kind of Mitsui magnetic power generator application system and work in combination method thereof in combination; Through the present technique scheme, utilize pressurized air to be injected in the system, close through many well groups; Under the information Control of air pressure probe and level sensor; Realization produces the invention of high pressure water driving continuously equipment to the switching of the different pressure change of each well, has remedied existing defective in the existing technology.
The technological scheme that the present invention solves the problems of the technologies described above employing is: a kind of Mitsui is the magnetic power generator application system in combination; Include air compressor, gas holder and generator; Comprise that multipole pump, high pressure water pot, modular type selector valve and three are arranged on underground Circular Shaft; Said each vertical shaft sidewall is all-sealed, and each vertical shaft well head place is provided with the hermetically sealed well lid that is fixedly connected with vertical shaft respectively, is respectively arranged be made up of outer endless tube and interior endless tube two in said each vertical shaft with the core endless tube; Two are fixedly connected with well lid respectively with the outer endless tube of core endless tube and the upper end of interior endless tube; The outer shroud pipe range is in interior endless tube, and the lower end of outer endless tube and interior endless tube is respectively arranged with back cover, and on back cover, is respectively arranged with one-way valve; The air outlet of said air compressor through gas holder and modular type selector valve respectively with the well lid of each vertical shaft with outside endless tube be connected with space between the interior endless tube outer wall; The rotatingshaft of generator links to each other with the output shaft of multipole pump; The water intake end of said multipole pump links to each other with the high pressure water pot; The water intake end of high pressure water pot is in parallel with interior endless tube through the well lid of each vertical shaft, the waterexit end of said multipole pump through the well lid of each vertical shaft with each vertical shaft sidewall and outside space between the endless tube outer wall be in parallel.
Include relief holder, said air compressor air outlet and relief holder and gas holder are in parallel, and the outlet side of said relief holder and gas holder links to each other with the modular type selector valve respectively.
Be respectively arranged with baroceptor on the outlet side of the outlet side of said gas holder, the outlet side of relief holder and modular type selector valve, be provided with the level sensor that several are positioned at the different heights position in the space between endless tube and the interior endless tube outer wall outside.
The waterexit end of said multipole pump is provided with selector valve, and said selector valve is provided with three waterexit ends, and said three waterexit ends are respectively with being connected in the space between pairing vertical shaft sidewall and the outer endless tube outer wall.
The bottom of said gas holder, relief holder and high pressure water pot is provided with ball-valve.
Mitsui of the present invention is the work in combination method of magnetic power generator application system in combination, and employing Mitsui magnetic power generator application system is in combination operated by following method:
(1) air compressor starts; Respectively to gas holder and relief holder gas storage; Pressure between the outer endless tube of A vertical shaft and the interior endless tube outer wall is the pressure release state, and the baroceptor of A vertical shaft is a zero pressure, and begins to intake to space between the outer endless tube of A vertical shaft and the interior endless tube outer wall.
(2) baroceptor of A vertical shaft is a zero pressure; Space between the outer endless tube of A vertical shaft and the interior endless tube outer wall is 1/2 water level; Pressure between the outer endless tube of B vertical shaft and the interior endless tube outer wall is the pressure release state; The baroceptor of B vertical shaft is a zero pressure, and begins to intake to space between the outer endless tube of B vertical shaft and the interior endless tube outer wall.
(3) space between the outer endless tube of A vertical shaft and the interior endless tube outer wall is full water level; The work of modular type selector valve; The baroceptor of A vertical shaft is a working pressure; Pressurized air enters in the outer endless tube and the space between the interior endless tube outer wall of A vertical shaft, and water is squeezed into interior endless tube, and enters into multipole pump through interior endless tube, high pressure water pot and carry out generating work; The baroceptor of B vertical shaft is a zero pressure; Space between the outer endless tube of B vertical shaft and the interior endless tube outer wall is 1/2 water level; Pressure between the outer endless tube of C vertical shaft and the interior endless tube outer wall is the pressure release state; The baroceptor of C vertical shaft is a zero pressure, and begins to intake to space between the outer endless tube of C vertical shaft and the interior endless tube outer wall.
(4) modular type selector valve work, the pressure between the outer endless tube of A vertical shaft and the interior endless tube outer wall is the pressure release state, the baroceptor of A vertical shaft is a zero pressure, and begins to intake to space between the outer endless tube of A vertical shaft and the interior endless tube outer wall; Space between the outer endless tube of B vertical shaft and the interior endless tube outer wall is full water level; The baroceptor of B vertical shaft is a working pressure; Pressurized air enters in the outer endless tube and the space between the interior endless tube outer wall of B vertical shaft, and water is squeezed into interior endless tube, and enters into multipole pump through interior endless tube, high pressure water pot and carry out generating work; The baroceptor of C vertical shaft is a zero pressure, and the space between the outer endless tube of C vertical shaft and the interior endless tube outer wall is 1/2 water level.
(5) modular type selector valve work; The baroceptor of A vertical shaft is a zero pressure; Space between the outer endless tube of A vertical shaft and the interior endless tube outer wall is 1/2 water level, and the pressure between the outer endless tube of B vertical shaft and the interior endless tube outer wall is the pressure release state, and the baroceptor of B vertical shaft is a zero pressure; And begin to intake to space between the outer endless tube of B vertical shaft and the interior endless tube outer wall; Space between the outer endless tube of C vertical shaft and the interior endless tube outer wall is full water level, and the baroceptor of C vertical shaft is a working pressure, and pressurized air enters in the outer endless tube and the space between the interior endless tube outer wall of C vertical shaft; Water is squeezed into interior endless tube, and enters into multipole pump through interior endless tube, high pressure water pot and carry out generating work.
Mitsui of the present invention is the work in combination method of magnetic power generator application system in combination, and when a vertical shaft in three vertical shafts was inflated water outlet work, selector valve switched to this vertical shaft and carries out moisturizing work.
Mitsui of the present invention is the magnetic power generator application system in combination, and in use, the waterexit end Jiang Shui of multipole pump is back to the space between vertical shaft sidewall and the outer endless tube outer wall; And have under the situation of certain water level; Open the one-way valve on the outer endless tube back cover, current pour in the space of outer endless tube, outside pressurized air enters in the endless tube time; One-way valve in backing down on the endless tube back cover; The compressing current enter into the high pressure water pot through interior endless tube, and enter into multipole pump by the waterexit end of high pressure water pot, drive generator and rotate.
Mitsui of the present invention is magnetic power generator application system and work in combination method thereof in combination; Adopt the control of PRC circuit,, monitor water level situation in the space and vertical shaft work feelings portion between vertical shaft sidewall and the outer endless tube outer wall constantly through level sensor and baroceptor; Switch selector valve; And monitor the pressure condition of gas holder and relief holder constantly, the switching of adjusting module formula selector valve and unlatching situation realize the stable and additional of system's air pressure as the case may be.
The Mitsui of the present invention beneficial effect of magnetic power generator application system and work in combination method thereof in combination is: through the present technique scheme, realize telluric magnetic force and compressed-air actuated combination, the ejection that the current in the interior endless tube can be continuous; And on this basis, three vertical shaft alternations, discharge pressure is even; The water yield successively flows, and the water yield does not steadily have impulse, and with more stable delivery pressure multipole pump is pushed the work forward as required; Drive generator and send the stable HQ high quality electric energy of power supply cycle, supply with compressed-air actuated equipment and be arranged on ground, need not to place various critical facilitys and equipment in the vertical shaft; Not only easy to maintenance, low cost of manufacture, and compared with prior art; Greatly reduce the operating cost of system, reliable performance is stable, has improved the whole utilization efficiency and the working efficiency of magnetic power generator application system.
Description of drawings
Fig. 1 is an overall structure schematic representation of the present invention.
Among the figure, endless tube, 15 level sensors, 16 back covers, 17 one-way valves, 18 vertical shaft sidewalls, 19A vertical shaft, 20B vertical shaft, 21C vertical shaft in 1 generator, 2 multipole pumps, 3 selector valves, 4 high pressure water pots, 5 barometers, 6 baroceptors, 7 modular type selector valves, 8 relief holders, 9 gas holder, 10 ball-valves, 11 air compressors, 12 well lids, the 13 outer endless tubes, 14.
Embodiment
Below in conjunction with accompanying drawing the present invention is done further description.
Shown in figure; The Mitsui that the present invention relates to is the magnetic power generator application system in combination; Include air compressor 11, gas holder 9 and generator 1, comprise that also multipole pump 2, high pressure water pot 4, modular type selector valve 7 and three are arranged on underground Circular Shaft 19,20,21, said each vertical shaft sidewall is all-sealed; Each vertical shaft well head place is provided with the hermetically sealed well lid 12 that is fixedly connected with vertical shaft respectively; Be respectively arranged be made up of outer endless tube 13 and interior endless tube 14 two in said each vertical shaft with the core endless tube, two are fixedly connected with well lid 12 respectively with the outer endless tube 13 of core endless tube and the upper end of interior endless tube 14, and outer endless tube 13 is longer than interior endless tube 14; The lower end of outer endless tube 13 and interior endless tube 14 is respectively arranged with back cover 16, and on back cover 16, is respectively arranged with one-way valve 17; The air outlet of said air compressor 11 through gas holder 9 and modular type selector valve 7 respectively with the well lid 12 of each vertical shaft with outside endless tube 13 be connected with space between interior endless tube 14 outer walls; The rotatingshaft of generator 1 links to each other with the output shaft of multipole pump 2; The water intake end of said multipole pump 2 links to each other with high pressure water pot 4; The water intake end of high pressure water pot 4 is in parallel with interior endless tube 14 through the well lid 12 of each vertical shaft, the waterexit end of said multipole pump 2 through the well lid 12 of each vertical shaft with each vertical shaft sidewall 18 and outside space between endless tube 13 outer walls be in parallel.
Include relief holder 8, said air compressor 11 air outlets and relief holder 8 are in parallel with gas holder 9, and the outlet side of said relief holder 8 and gas holder 9 links to each other with modular type selector valve 7 respectively.
Be respectively arranged with baroceptor 6 on the outlet side of the outlet side of the outlet side of said gas holder 9, relief holder 8 and modular type selector valve 7, be provided with several level sensors that is positioned at the different heights position 15 in the space between endless tube 13 and interior endless tube 14 outer walls outside.
The waterexit end of said multipole pump 2 is provided with selector valve 3, and said selector valve 3 is provided with three waterexit ends, and said three waterexit ends are respectively with being connected in the space between pairing vertical shaft sidewall 18 and outer endless tube 13 outer walls.
The bottom of said gas holder 9, relief holder 8 and high pressure water pot 4 is provided with ball-valve 10, but gas holder 9 and relief holder 8 are provided with the barometer 5 of direct observation.。
Mitsui of the present invention is the work in combination method of magnetic power generator application system in combination, and employing Mitsui magnetic power generator application system is in combination operated by following method:
(1) air compressor 11 starts; Respectively to gas holder 9 and relief holder 8 gas storage; Pressure between the outer endless tube 13 of A vertical shaft 19 and interior endless tube 14 outer walls is the pressure release state; The baroceptor 6 of A vertical shaft 19 is a zero pressure, and begins to intake to space between the outer endless tube 13 of A vertical shaft 19 and interior endless tube 14 outer walls.
(2) baroceptor 6 of A vertical shaft is a zero pressure; Space between the outer endless tube 13 of A vertical shaft 19 and interior endless tube 14 outer walls is 1/2 water level; Pressure between the outer endless tube 13 of B vertical shaft 20 and interior endless tube 14 outer walls is the pressure release state; The baroceptor 6 of B vertical shaft 20 is a zero pressure, and begins to intake to space between the outer endless tube 13 of B vertical shaft 20 and interior endless tube 14 outer walls.
(3) space between the outer endless tube 13 of A vertical shaft 19 and interior endless tube 14 outer walls is full water level; 7 work of modular type selector valve; The baroceptor 6 of A vertical shaft 19 is a working pressure; Pressurized air enters in the outer endless tube 13 and the space between interior endless tube 14 outer walls of A vertical shaft 19, endless tube 14 in water is squeezed into, and enter into multipole pump 2 and carry out generating work through interior endless tube 14, high pressure water pot 4; The baroceptor 6 of B vertical shaft 20 is a zero pressure; Space between the outer endless tube 13 of B vertical shaft 20 and interior endless tube 14 outer walls is 1/2 water level; Pressure between the outer endless tube 13 of C vertical shaft 21 and interior endless tube 14 outer walls is the pressure release state; The baroceptor 6 of C vertical shaft 21 is a zero pressure, and begins to intake to space between the outer endless tube 13 of C vertical shaft 21 and interior endless tube 14 outer walls.
(4) modular type selector valve 7 work, the pressure between the outer endless tube 13 of A vertical shaft 19 and interior endless tube 14 outer walls is the pressure release state, the baroceptor 6 of A vertical shaft 19 is a zero pressure, and begins to intake to space between the outer endless tube 13 of A vertical shaft 19 and interior endless tube 14 outer walls; Space between the outer endless tube 13 of B vertical shaft 20 and interior endless tube 14 outer walls is full water level; The baroceptor 6 of B vertical shaft 20 is a working pressure; Pressurized air enters in the outer endless tube 13 and the space between interior endless tube 14 outer walls of B vertical shaft 20, endless tube 14 in water is squeezed into, and enter into multipole pump 2 and carry out generating work through interior endless tube 14, high pressure water pot 4; The baroceptor 6 of C vertical shaft 21 is a zero pressure, and the space between the outer endless tube 13 of C vertical shaft 21 and interior endless tube 14 outer walls is 1/2 water level.
(5) modular type selector valve 7 work; The baroceptor 6 of A vertical shaft 19 is a zero pressure; Space between the outer endless tube 13 of A vertical shaft and interior endless tube 14 outer walls is 1/2 water level, and the pressure between the outer endless tube 13 of B vertical shaft 20 and interior endless tube 14 outer walls is the pressure release state, and the baroceptor 6 of B vertical shaft 20 is a zero pressure; And begin to intake to space between the outer endless tube 13 of B vertical shaft 20 and interior endless tube 14 outer walls; Space between the outer endless tube 13 of C vertical shaft 21 and interior endless tube 14 outer walls is full water level, and the baroceptor 6 of C vertical shaft 21 is a working pressure, and pressurized air enters in the outer endless tube 13 and the space between interior endless tube 14 outer walls of C vertical shaft 21; Endless tube 14 in water is squeezed into, and enter into multipole pump 2 and carry out generating work through interior endless tube 14, high pressure water pot 4.
Above-mentioned steps 2, no longer repeats to give unnecessary details at this to realize the normal power generation work of telluric magnetic force power generation applications system to the work that constantly repeats of step 5.
Mitsui of the present invention is the work in combination method of magnetic power generator application system in combination, and when a vertical shaft in three vertical shafts was inflated water outlet work, selector valve 3 switched to this vertical shaft and carries out moisturizing work.
Mitsui of the present invention is in combination in magnetic power generator application system and the work in combination method thereof; Adopt the control of PRC circuit,, realize that control is accomplished automatically through level sensor 15, baroceptor 6 and control module formula selector valve 7; This technology is an existing technology, gives unnecessary details no longer in detail at this.
The bottom of said gas holder 9, relief holder 8 and high pressure water pot 4 is provided with ball-valve 10.
Mitsui of the present invention in magnetic power generator application system and the work in combination method thereof, utilizes the multipole pump 2 of existing product to come the place of water turbine generator in combination.
Among a kind of embodiment in magnetic power generator application system and the work in combination method thereof, the degree of depth of outer endless tube 13 is 30 meters to Mitsui of the present invention, adopts the prior standard steel pipe in combination, and diameter is 219 millimeters, and the degree of depth of interior endless tube 14 is 25 meters, and diameter is 100 millimeters.
Mitsui of the present invention is in combination among the embodiment of magnetic power generator application system and work in combination method thereof; Be the Mitsui combined type; Also can be a plurality of vertical shafts according to the situation of diverse geographic location and different being equipped with of actual hole diameter and well depth, the present invention is that odd number is an optimal number according to the number of practical experience vertical shaft.
The above is merely preferable possible embodiments of the present invention, is not in order to limit protection scope of the present invention.
Claims (7)
1. Mitsui magnetic power generator application system in combination; Include air compressor, gas holder and generator; It is characterized in that comprise that multipole pump, high pressure water pot, modular type selector valve and three are arranged on underground Circular Shaft, said each vertical shaft sidewall is all-sealed; Each vertical shaft well head place is provided with the hermetically sealed well lid that is fixedly connected with vertical shaft respectively; Be respectively arranged be made up of outer endless tube and interior endless tube two in said each vertical shaft with the core endless tube, two are fixedly connected with well lid respectively with the outer endless tube of core endless tube and the upper end of interior endless tube, and the outer shroud pipe range is in interior endless tube; The lower end of outer endless tube and interior endless tube is respectively arranged with back cover, and on back cover, is respectively arranged with one-way valve; The air outlet of said air compressor through gas holder and modular type selector valve respectively with the well lid of each vertical shaft with outside endless tube be connected with space between the interior endless tube outer wall; The rotatingshaft of generator links to each other with the output shaft of multipole pump; The water intake end of said multipole pump links to each other with the high pressure water pot; The water intake end of high pressure water pot is in parallel with interior endless tube through the well lid of each vertical shaft, the waterexit end of said multipole pump through the well lid of each vertical shaft with each vertical shaft sidewall and outside space between the endless tube outer wall be in parallel.
2. Mitsui according to claim 1 is the magnetic power generator application system in combination; It is characterized in that; Include relief holder, said air compressor air outlet and relief holder and gas holder are in parallel, and the outlet side of said relief holder and gas holder links to each other with the modular type selector valve respectively.
3. Mitsui according to claim 1 and 2 is the magnetic power generator application system in combination; It is characterized in that; Be respectively arranged with baroceptor on the outlet side of the outlet side of said gas holder, the outlet side of relief holder and modular type selector valve, be provided with the level sensor that several are positioned at the different heights position in the space between endless tube and the interior endless tube outer wall outside.
4. Mitsui according to claim 1 is the magnetic power generator application system in combination; It is characterized in that; The waterexit end of said multipole pump is provided with selector valve; Said selector valve is provided with three waterexit ends, and said three waterexit ends are respectively with being connected in the space between pairing vertical shaft sidewall and the outer endless tube outer wall.
5. Mitsui according to claim 1 is the magnetic power generator application system in combination, it is characterized in that, the bottom of said gas holder, relief holder and high pressure water pot is provided with ball-valve.
6. the Mitsui work in combination method of magnetic power generator application system in combination is characterized in that, adopt Mitsui in combination the magnetic power generator application system operate by following method:
(1) air compressor starts; Respectively to gas holder and relief holder gas storage; Pressure between the outer endless tube of A vertical shaft and the interior endless tube outer wall is the pressure release state, and the baroceptor of A vertical shaft is a zero pressure, and begins to intake to space between the outer endless tube of A vertical shaft and the interior endless tube outer wall.
(2) baroceptor of A vertical shaft is a zero pressure; Space between the outer endless tube of A vertical shaft and the interior endless tube outer wall is 1/2 water level; Pressure between the outer endless tube of B vertical shaft and the interior endless tube outer wall is the pressure release state; The baroceptor of B vertical shaft is a zero pressure, and begins to intake to space between the outer endless tube of B vertical shaft and the interior endless tube outer wall.
(3) space between the outer endless tube of A vertical shaft and the interior endless tube outer wall is full water level; The work of modular type selector valve; The baroceptor of A vertical shaft is a working pressure; Pressurized air enters in the outer endless tube and the space between the interior endless tube outer wall of A vertical shaft, and water is squeezed into interior endless tube, and enters into multipole pump through interior endless tube, high pressure water pot and carry out generating work; The baroceptor of B vertical shaft is a zero pressure; Space between the outer endless tube of B vertical shaft and the interior endless tube outer wall is 1/2 water level; Pressure between the outer endless tube of C vertical shaft and the interior endless tube outer wall is the pressure release state; The baroceptor of C vertical shaft is a zero pressure, and begins to intake to space between the outer endless tube of C vertical shaft and the interior endless tube outer wall.
(4) modular type selector valve work, the pressure between the outer endless tube of A vertical shaft and the interior endless tube outer wall is the pressure release state, the baroceptor of A vertical shaft is a zero pressure, and begins to intake to space between the outer endless tube of A vertical shaft and the interior endless tube outer wall; Space between the outer endless tube of B vertical shaft and the interior endless tube outer wall is full water level; The baroceptor of B vertical shaft is a working pressure; Pressurized air enters in the outer endless tube and the space between the interior endless tube outer wall of B vertical shaft, and water is squeezed into interior endless tube, and enters into multipole pump through interior endless tube, high pressure water pot and carry out generating work; The baroceptor of C vertical shaft is a zero pressure, and the space between the outer endless tube of C vertical shaft and the interior endless tube outer wall is 1/2 water level.
(5) modular type selector valve work; The baroceptor of A vertical shaft is a zero pressure; Space between the outer endless tube of A vertical shaft and the interior endless tube outer wall is 1/2 water level, and the pressure between the outer endless tube of B vertical shaft and the interior endless tube outer wall is the pressure release state, and the baroceptor of B vertical shaft is a zero pressure; And begin to intake to space between the outer endless tube of B vertical shaft and the interior endless tube outer wall; Space between the outer endless tube of C vertical shaft and the interior endless tube outer wall is full water level, and the baroceptor of C vertical shaft is a working pressure, and pressurized air enters in the outer endless tube and the space between the interior endless tube outer wall of C vertical shaft; Water is squeezed into interior endless tube, and enters into multipole pump through interior endless tube, high pressure water pot and carry out generating work.
7. Mitsui according to claim 6 is the work in combination method of magnetic power generator application system in combination, it is characterized in that, when a vertical shaft in three vertical shafts was inflated water outlet work, selector valve switched to this vertical shaft and carries out moisturizing work.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010228954XA CN102338015A (en) | 2010-07-19 | 2010-07-19 | Three-well combination telluric magnetic force power generation application system and combination working method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010228954XA CN102338015A (en) | 2010-07-19 | 2010-07-19 | Three-well combination telluric magnetic force power generation application system and combination working method thereof |
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| CN102338015A true CN102338015A (en) | 2012-02-01 |
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| CN201010228954XA Pending CN102338015A (en) | 2010-07-19 | 2010-07-19 | Three-well combination telluric magnetic force power generation application system and combination working method thereof |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3413617A1 (en) * | 1984-04-11 | 1985-10-24 | Heinrich 4740 Oelde Flaskamp | Device for the operation of a fluid-flow turbo machine |
| JPH11351118A (en) * | 1998-06-10 | 1999-12-21 | Masao Shinozaki | Generator using water located at low position without dropping from high position and using wind force, air pressure and water pressure in combination |
| US7281371B1 (en) * | 2006-08-23 | 2007-10-16 | Ebo Group, Inc. | Compressed air pumped hydro energy storage and distribution system |
| CN101520018A (en) * | 2008-02-29 | 2009-09-02 | 付国校 | Multistage water circulation generating equipment |
| CN101639026A (en) * | 2008-07-30 | 2010-02-03 | 蒋明兴 | Underground hydroelectric power generation system for plain regions |
-
2010
- 2010-07-19 CN CN201010228954XA patent/CN102338015A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3413617A1 (en) * | 1984-04-11 | 1985-10-24 | Heinrich 4740 Oelde Flaskamp | Device for the operation of a fluid-flow turbo machine |
| JPH11351118A (en) * | 1998-06-10 | 1999-12-21 | Masao Shinozaki | Generator using water located at low position without dropping from high position and using wind force, air pressure and water pressure in combination |
| US7281371B1 (en) * | 2006-08-23 | 2007-10-16 | Ebo Group, Inc. | Compressed air pumped hydro energy storage and distribution system |
| CN101520018A (en) * | 2008-02-29 | 2009-09-02 | 付国校 | Multistage water circulation generating equipment |
| CN101639026A (en) * | 2008-07-30 | 2010-02-03 | 蒋明兴 | Underground hydroelectric power generation system for plain regions |
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Application publication date: 20120201 |