CN101749170A - Power generating device - Google Patents
Power generating device Download PDFInfo
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- CN101749170A CN101749170A CN200810229178A CN200810229178A CN101749170A CN 101749170 A CN101749170 A CN 101749170A CN 200810229178 A CN200810229178 A CN 200810229178A CN 200810229178 A CN200810229178 A CN 200810229178A CN 101749170 A CN101749170 A CN 101749170A
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- thallium
- transmission shaft
- generating device
- auxiliary axis
- infrared sensor
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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 discloses a power generating device. The power generating device comprises a vertical well filled with liquid, a transmission shaft horizontally placed is arranged above the vertical well, the bottom part of the vertical well is provided with a lower transmission shaft corresponding to the transmission shaft, the upper and lower transmission shafts are provided with upper and lower chain wheels respectively which correspond to each other, the upper and lower chain wheels are wound by chains connected with high-pressure air bags, and balance weights are arranged below the high-pressure air bags; the well wall is provided with gas charging and discharging devices which charge and discharge the high-pressure air bags respectively; and the transmission shaft is connected to a power generator by speed increasers. The power generating device uses terrestrial gravitation and liquid buoyancy as the energy to charge and discharge the air bags for making the air bags descend or ascend, so that the transmission shaft is driven to rotate to generate power. Contrary to the conventional power generating mode, the device only needs the initial start energy, other energy is unnecessarily supplied after the device is started, and the device can be self powered; and the device utilizes natural forces to generate power, so that the energy is saved, no pollution is caused, the device is unsusceptible to factors such as geographic positions, seasons, climates and the like and suitable for wide popularization and can replace the conventional power generating mode.
Description
One, technical field
The invention belongs to technical field of power generation, be specifically related to a kind of generation power device.
Two, background technique
At present, main power generation mode has thermal power generation, hydroelectric power, nuclear energy power generation etc.Along with human society constantly increases power requirement, worldwide electric energy phenomenon in short supply continues to take place, and China was successively having a lot of provincial power networks power cuts to limit consumption phenomenon in various degree to occur in recent years.Power shortages directly cause prices of industrial products rise, industrial production capacity to descend.Although above-mentioned power generation mode exists a lot of disputes and deficiency on problems such as environmental disruption and public hazards, people also have to continue to use these power generation modes, but still do not satisfy human wants.Along with the worry of people to the resource exhaustive exploitation, the international price of resources-type commodity increases year by year, is that the thermal power generation cost of the energy constantly rises with the coal, and electricity price one rises and rises again, and therefore, uses the cry of alternative energy source more and more higher.Along with the aggravation of resource scarcity, resources-type power generation mode ratio will progressively reduce, and utilizes elemental non-harmful power generation mode to be greatly developed.Began in recent years to popularize and caused that environmental disruption and few wind-power electricity generation, solar electrical energy generation, geothermal power generation and the tidal power generation etc. of public hazards utilized the pattern of generating electricity by natural energy.But these power generation modes are higher to environmental requirement, and it is bigger that generating efficiency is influenced by ambient conditions, thereby scale, capacity are less, are not enough to replace traditional power generation mode and remedy present electric power breach.
Three, summary of the invention
The purpose of this invention is to provide a kind of electricity generating device, utilize buoyancy and gravity, object is moved in circles up and down, drive transmission shaft and rotate generating.The technical solution used in the present invention is: electricity generating device comprises a vertical shaft, full of liquid in the vertical shaft, the transmission shaft that horizontal positioned is arranged above the vertical shaft, at silo bottom the lower drive shaft corresponding with transmission shaft arranged, on transmission shaft and lower drive shaft, upper and lower corresponding sprocket wheel is arranged, be wound with chain on the upper and lower sprocket wheel, be connected with high-pressure gasbag on the chain, the bob thallium is arranged below the high-pressure gasbag; On the borehole wall promising high-pressure gasbag fill, the inflator and the venting gas appliance of exhaust; Transmission shaft connects generator through speed increaser.
The present invention utilizes gas and density of liquid difference and the earth gravitation to object, the air bag that is full of gas is floated by liquid, and the air bag after the exhaust is descended by the gravitation of the earth because of itself and the weight of weighing down thallium, air bag and bob thallium drive the lifting of chain when rising and descending, drive transmission shaft so up and down repeatedly and rotate, drive generator for electricity generation by transmission shaft through speed increaser again.
After the present invention only need make the device running with small part startup energy, the energy was saved in promptly available natural force generating, does not have pollution, is not subjected to factor affecting such as geographical position, season and weather, promotes on a large scale to replace traditional power generation mode.
Four, description of drawings
Fig. 1 is the structural representation of apparatus of the present invention;
Fig. 2 is positioned at the schematic representation of bottom for the high-pressure gasbag of apparatus of the present invention;
Fig. 3 is full of the schematic representation that rises to the top behind the gas for the high-pressure gasbag of apparatus of the present invention;
Fig. 4 is for dropping to the schematic representation of bottom after the high-pressure gasbag exhaust of apparatus of the present invention;
Fig. 5 is the substructure schematic representation of apparatus of the present invention;
Fig. 6 weighs down the structural representation of thallium for the present invention;
Fig. 7 is for weighing down the internal structure schematic representation of thallium;
Fig. 8 is for automatic butt is under water filled, the structural representation of venting gas appliance;
Fig. 9 is for weighing down the schematic representation that thallium is parked in the buffer place;
Figure 10 is for weighing down thallium and the schematic representation that fills, venting gas appliance docks.
Five, embodiment
Electricity generating device of the present invention is to build a vertical shaft 1, and the liquid 2 in the vertical shaft 1 is generally water, also can be other liquid that can improve generating efficiency.The horizontal plane of vertical shaft 1 is a rectangular, and the borehole wall 3 upright, waterproof are installed a plurality of electricity generating devices in vertical shaft 1, constitute generator set.When vertical shaft 1 length was very long, the electricity generating device of every fixed interval quantity was built a gate.Can increase simultaneously flowing of the interior liquid of well, alleviate resistance, improve generating efficiency air bag.The vertical shaft degree of depth is dark more, and working application time is long more, and generating efficiency is high more in the unit time.Transmission shaft 4 both sides of electricity generating device are supported on the ground by axle bed 5, are provided with seize brake protective system in the axle bed 5.Transmission shaft 4 connects generator 7 by speed increaser 6.
Electricity generating device of the present invention, auxiliary axis 8 and last auxiliary axis 9 on transmission shaft 4 both sides have, following auxiliary axis 11 and following auxiliary axis 12 are arranged in lower drive shaft 10 both sides, two groups of sprocket wheels are arranged respectively on transmission shaft 4 and lower drive shaft 10, one group of sprocket wheel is corresponding with the sprocket wheel on last auxiliary axis 8, the following auxiliary axis 11, another group sprocket wheel is corresponding with the sprocket wheel on last auxiliary axis 9, the following auxiliary axis 11, chain 13 is around transmission shaft 4, lower drive shaft 10, auxiliary axis 11, upward auxiliary axis 8 runnings down, and chain 14 is around transmission shaft 4, upward auxiliary axis 9, auxiliary axis 12, lower drive shaft 10 runnings down; Sprocket wheel on transmission shaft 4 and the lower drive shaft 10 is homodromous flywheel 15, and the sprocket wheel on the auxiliary axis 8,9,11,12 is fixed chain wheels 16.Two flywheel 15 forwards actings in the same way, oppositely idle running on the transmission shaft 4.The flywheel of two groups of chains 13,14 by separately drives transmission shaft 4 and rotates, and no matter how the chain movement direction changes, and the same time has only a flywheel to drive transmission shaft 4 actings.
Electricity generating device of the present invention is provided with metal frame 18 in the said high-pressure gasbag 17, and metal frame 18 connects chain 13,14 and weighs down thallium 19, and by weighing down thallium 19 to high-pressure gasbag 17 air feed, exhaust, it is oval pie that metal frame 18 shrinks the back at air bag.The quality that high-pressure gasbag 17 is full of institute's emptied of water behind the gas is for more than the twice of weighing down thallium 19 and high-pressure gasbag 17 gross masses under water.It is proportional that high-pressure gasbag 17 is full of behind the pressurized gas size and the generated energy of volume.Weigh down have on the thallium 19 fill, relief opening, fill, relief opening is communicated with high-pressure gasbag 17 by the pipelines that weigh down in the thallium 19; Inflator 20 and venting gas appliance 21 are devices of automatic butt under water, fill, venting gas appliance connects ground cylinder 22 and compressor 23 by pipeline.
Electricity generating device of the present invention has turnover panel 24 below the venting gas appliance 21 on vertical shaft top, turnover panel 24-side is along being hinged on the borehole wall 3, opposite side by chain 25 be connected in vertical shaft 1 above; Be provided with a pair of electric wire hoist 26 on vertical shaft 1 both sides, chain 25 is connected on the electric wire hoist 26 by the upper saw pulley 27 that is located on the hoistway wall 3.Electric wire hoist 26 lifting heights are setting value, and the turnover panel 24 that promotes, puts down by chain 25 is provided with limit stoper on the borehole wall 3.There is buffer 28 the corresponding position of weighing down thallium 19 in vertical shaft 1 bottom.Buffer 28 comprises buffer box 29, and buffer box 29 belows are damping devices such as spring 30 and hydraulic pressure, are fixed on the shaft bottom below by bearing 31.Buffer box 29 is peripheral to be magnetic stainless steel material not, as 1Cr18Ni9Ti etc.Buffer box 29 inner wall section are the magnetic stainless steel material, as 1Cr17Mn6Ni5N etc.Buffer box 29 internal layers are equipped with permanent magnet 32, and permanent magnet 32 is pressed the alternately corresponding layout of N, the S utmost point.Electromagnetic coil 33 is equipped with in buffer box 29 bottoms, is provided with every magnetosphere between permanent magnet 32 and the electromagnetic coil 33, is provided with every magnetosphere with buffer box 29 peripheries.Buffer box 29 is connected with chain with 31 of bearings.Turnover panel 24 of the present invention and buffer 28 are two fixed positions of stopping falling bob thallium 19, when high-pressure gasbag 17 when weighing down thallium 19 in the shaft bottom, by the fixing positions of weighing down thalliums 19 of buffer 28, in high-pressure gasbag 17, fill pressurized gas by weighing down thallium 19 by automatic butt inflator 20 under water; When high-pressure gasbag 17 with weigh down thallium 19 when aboveground, by on draw the fixing positions of weighing down thalliums 19 and high-pressure gasbag 17 of turnover panel 24, pressurized gas in the high-pressure gasbag 17 are discharged by weighing down thallium 19 by automatic butt venting gas appliance under water 21, bob thallium 19 is moved up and down repeatedly with high-pressure gasbag 17, be accompanied by and weigh down thallium 19 and chain 13, the 14 drive flywheels 15 that high-pressure gasbag 17 moves up and down, generator 7 is rotated and generating by transmission shaft 4, speed increaser 6.
Electricity generating device of the present invention, weighing down thallium 19 shells is stainless steel, inside is filled with heavy metal.The bottom and buffer 28 contact positions that weigh down thallium 19 are the magnetic stainless steel material, permanent magnet 34 is arranged on the contrary by polarity in permanent magnet 32 positions in the corresponding buffer in weighing down thallium 19, weigh down on the thallium 19 and impeller 35 is housed by symmetrical position, each impeller 35 weighs down in the thallium 19 permanent magnet generator 36 separately by the axle interlock, generator 36 sends electricity and charges into the storage battery 37 that weighs down in the thallium 19 through rectification, power to infrared sensor reception, launcher by storage battery 37 again, be arranged with air inlet, exhaust port on the bob thallium 19, antimagnetic mortor operated valve 48 and check valve are equipped with in interface pipeline place; Interface is magnetic stainless steel material, round speaker mouth shape, electromagnetic coil 40 is housed after the magnetic stainless steel, magnetic by coil turn to the pipeline opening layout that grows from weak to strong, magnetic pole is pressed the alternately corresponding layout of N, the S utmost point, jointing is equipped with multiple tracks water seal 47, except that the interface and bottom that weigh down thallium 19, other housing that weighs down thallium 19 is not magnetic stainless steel material.Electricity generating device of the present invention, said suction port place check valve is the breather cheek valve door.Described exhaust ports check valve is the one-way exhaust valve door.
Electricity generating device of the present invention, said permanent magnet generator 36 generatings charge into storage battery 37 behind rectifier rectification, and storage battery 37 is to infrared sensor reception, launcher, PLC program controller, mortor operated valve 48, electromagnetic coil 40 power supplies.Logical direct current in the described electromagnetic coil 40.
Electricity generating device of the present invention, permanent magnet 33 is corresponding with bob thallium 19 bottom permanent magnets 34 positions in said buffer 28 internal layers, polarity is opposite, after magnetic field suction was designed to high-pressure gasbag 17 and is full of gas, the buoyancy that high-pressure gasbag 17 produces deducted and weighs down 75% to 85% of last buoyancy after thallium 19 and high-pressure gasbag 17 quality.After magnetic field, buffer 28 bottom electrical magnetic coils 33 energising back suction was designed to high-pressure gasbag 17 and is full of gas, the buoyancy that high-pressure gasbag 17 produces deducted and weighs down 30% of last buoyancy after thallium 19 and high-pressure gasbag 17 quality.Utilize between permanent magnet to attract each other, cooperate a small amount of electromagnetism to control, drop into little energy, improve generating efficiency.
Electricity generating device of the present invention, the said inflator of automatic butt under water 20, venting gas appliance 21 constitute by waterproof direct current generator 43, electric pushrod 44, infrared sensor reception, launcher, PLC program controller, the first-class several parts of butt joint.Automatic butt inflator 20 is connected with cylinder 22 by pipeline under water, and electric pushrod 44 is hollow, and interior logical high pressure hose is connected with pipeline from cylinder 22, and infrared sensor receives, launcher 41 is positioned at automatic butt inflator 20 front portions under water; Infrared sensor receives, launcher 42 is positioned at automatic butt venting gas appliance 21 front portions under water, the pipeline of butt joint place is equipped with antimagnetic mortor operated valve and check valve, butt joint is the magnetic stainless steel material, electromagnetic coil is housed after the magnetic stainless steel, magnetic by coil turn to the pipeline opening layout that grows from weak to strong, the position with weigh down thallium 19 on the electromagnetic coil 40 of jointing corresponding, magnetic pole is opposite with jointing electromagnetic coil 40 magnetic poles on the bob thallium 19, press N, the S utmost point is alternately corresponding to be arranged, butt joint is connected with the spring of electric pushrod 44 by certain intensity, and spring is surrounded by the rubber waterproof of certain flexible ability outward.
Electricity generating device of the present invention, said generator 7 axle heads are connected with storage battery 45 and inverter 46, and device connects electrical network by inverter 46.Storage battery 45 provides energy for the consumer of device proper.The waterproof direct current generator 43 of automatic butt air inlet under water, venting gas appliance, infrared sensor reception, launcher, PLC program controller, electromagnetic coil are by aboveground storage battery 45 power supplies.
Electricity generating device of the present invention, said pressurized gas are generally pressurized air, also can be other pressurized gas that can improve generating efficiency.Pressurized gas in the high-pressure gasbag 17 are collected by compressor 23 and cylinder 22 through automatic butt venting gas appliance under water 21, charge into high-pressure gasbag 17 by cylinder 22 through automatic butt inflator 20 under water again, recycle repeatedly.
Electricity generating device of the present invention, said infrared sensor receives, launcher has two groups: the infrared sensor that weighs down suction port top on the thallium 19 receives, launcher 38 receives with infrared sensor on the automatic butt air inlet system under water, launcher 41 is one group; The infrared sensor that weighs down relief opening top on the thallium 19 receives, launcher 39 receives with infrared sensor on the automatic butt venting gas appliance under water, launcher 42 is one group.Two groups of infrared sensor receptions, launchers are equipped with corresponding logical circuit, the transmission setting command.Be connected with separately PLC program controller respectively, have the programmed sequence of operations of setting in the PLC program controller.The infrared senor that weighs down suction port top on the thallium 19 receives, launcher 38 and PLC programmed control system receive with infrared sensor on the automatic butt air inlet system under water, launcher 41 and PLC programmed control system, descend along with weighing down thallium 19, weighing down thallium 19 pressures increases, weigh down and start after thallium 19 upward pressure sensors reach predetermined pressure, signal imports the PLC program controller into, PLC opens the infrared sensor launcher 38 that weighs down suction port top on the thallium 19 by setup program, when weighing down thallium 19 and dropping to the shaft bottom and fall into buffer 28, infrared sensor reception unit on the automatic butt air inlet system connects 41 and receives the infrared rays command signal under water, start the waterproof direct current generator 43 of automatic butt air inlet system 20 under water by setup program through the PLC program controller, electric pushrod 44 promotes butt joint and outwards moves, logical direct current of electromagnetic coil in butt joint and infrared sensor reception unit 38 emission infrared rays instructions on bob thallium 19 simultaneously, butt joint is outwards moved, and cylinder 22 feeds pressurized gas in pipeline.After infrared sensor reception unit 38 is received the infrared rays command signal on the bob thallium 19, through the PLC program controller by setup program the electromagnetic coil in weighing down thallium 19 intake interfaces feed direct current, electric pushrod 44 moves the back enable switch sensor that puts in place by setting, signal instructs through the infrared sensor 41 launchers emission infrared rays that PLC program controller on the docking adapter starts on the automatic butt air inlet system by setup program, after infrared sensor reception unit 38 is received the infrared rays instruction on the bob thallium 19, open the antimagnetic mortor operated valve at intake interface pipeline place by setup program through the PLC program controller, mortor operated valve is opened back enable switch sensor, signal imports the PLC program controller into, PLC opens and weighs down infrared sensor launcher 38 emission infrared rays instructions on the thallium by setup program, infrared sensor reception unit 41 on the automatic butt air inlet system receives that the infrared rays instruction is after the PLC program controller is opened the antimagnetic mortor operated valve at joint pipeline place by setup program under water, mortor operated valve is opened back enable switch sensor, signal imports the PLC program controller into, and PLC starts the electric pushrod promotion piston inflation of cylinder 22 by setup program, electromagnetic coil in buffer 28 33 energisings simultaneously.After finishing, cylinder 22 work start switch sensor on the cylinder 22, signal imports the PLC program controller of docking adapter into, PLC closes the antimagnetic mortor operated valve of automatic butt device by setup program, mortor operated valve cuts out back enable switch sensor, signal imports the PLC program controller into, retains pressurized gas in the PLC startup cylinder 22 work collecting pipes by setup program.Start infrared sensor launcher 41 simultaneously to weighing down infrared sensor reception unit 38 emission infrared rays instructions on the thallium 19, infrared sensor reception unit 38 receives that the infrared rays instruction is after the PLC program controller is closed the antimagnetic mortor operated valve at intake interface pipeline place by setup program on the bob thallium 19.Antimagnetic mortor operated valve cuts out back enable switch sensor, and signal imports the PLC program controller into, and infrared sensor launcher 38 instructs to automatic butt device emission infrared rays on the PLC startup bob thallium 19 by setup program.Simultaneously after adding the backward voltage demagnetization, suction port place electromagnetic coil moment stops electromagnetic coil being powered.Automatic butt device infrared sensor reception unit is received infrared rays instruction after the PLC program controller stops electromagnetic coil being powered by setup program after butt joint place electromagnetic coil moment adds the backward voltage demagnetization, start the waterproof direct current generator 43 of automatic butt air inlet system simultaneously, retract electric pushrod 44.By after setting timing electric pushrod 44 and retracting 3 seconds of operation, start the instruction of docking adapter infrared sensor launcher emission infrared rays through the PLC program controller, stop electromagnetic coil 33 power supplies in buffer 28 simultaneously, cylinder 22 pipelines are switched on the exhaust duct.Suction port top infrared sensor reception unit 38 is received the infrared rays instruction after the PLC program controller is opened bob thallium 19 upward pressure sensors by setup program on the bob thallium 19.
The program control setting of infrared rays emission, reception and PLC and the inflator 20 of venting gas appliance 21 are basic identical, are that program control instruction is distinguished to some extent.
Claims (10)
1. electricity generating device, it is characterized in that: it comprises a vertical shaft (1), the interior full of liquid of vertical shaft (1) (2), the transmission shaft (4) that horizontal positioned is arranged above the vertical shaft (1), the lower drive shaft (10) corresponding with transmission shaft (4) arranged in vertical shaft (1) bottom, on transmission shaft (4) and lower drive shaft (10), upper and lower corresponding sprocket wheel is arranged, be wound with chain on the upper and lower sprocket wheel, be connected with high-pressure gasbag (17) on the chain, bob thallium (19) arranged below the high-pressure gasbag (17); Go up at the borehole wall (3) that promising high-pressure gasbag (17) fills, the inflator (20) and the venting gas appliance (21) of exhaust; Transmission shaft (4) connects generator (7) through speed increaser (6).
2. electricity generating device according to claim 1 is characterized in that: the horizontal plane of said vertical shaft (1) is a rectangular, and a plurality of electricity generating devices are installed in vertical shaft (1), constitutes generator set.
3. electricity generating device according to claim 1, it is characterized in that: last auxiliary axis (8) and last auxiliary axis (9) are arranged in transmission shaft (4) both sides, in lower drive shaft (10) both sides following auxiliary axis (11) and following auxiliary axis (12) are arranged, on transmission shaft (4) and lower drive shaft (10), two groups of sprocket wheels are arranged respectively, one group of sprocket wheel and last auxiliary axis (8), sprocket wheel on the following auxiliary axis (11) is corresponding, another group sprocket wheel and last auxiliary axis (9), sprocket wheel on the following auxiliary axis (12) is corresponding, chain (13) is around transmission shaft (4), lower drive shaft (10), following auxiliary axis (11), last auxiliary axis (8) running, chain (14) is around transmission shaft (4), last auxiliary axis (9), following auxiliary axis (12), lower drive shaft (10) running; Sprocket wheel on transmission shaft (4) and the lower drive shaft (10) is homodromous flywheel (15), and the sprocket wheel on auxiliary axis (8), (9), (11), (12) is fixed chain wheels (16).
4. electricity generating device according to claim 1, it is characterized in that: be provided with metal frame (18) in the said high-pressure gasbag (17), metal frame (18) connects chain (13), (14) and weighs down thallium (19), it be oval pie that metal frame (18) shrinks the back at air bag, and high-pressure gasbag (17) is full of the quality of institute's emptied of water behind the gas for more than the twice of weighing down thallium (19) and high-pressure gasbag (17) gross mass under water.
5. electricity generating device according to claim 1 is characterized in that: have on the said bob thallium (19) fill, relief opening, fill, relief opening is communicated with high-pressure gasbag (17) by the pipeline that weighs down in the thallium (19); Inflator (20) and venting gas appliance (21) are the devices of automatic butt under water, fill, venting gas appliance connects ground cylinder (22) and compressor (23) by pipeline.
6. electricity generating device according to claim 1 or 5, it is characterized in that: below the venting gas appliance (21) on vertical shaft (1) top turnover panel (24) is arranged, turnover panel (24) one sides are hinged on the borehole wall (3), opposite side by chain (25) be connected in vertical shaft (1) above; Be provided with a pair of electric wire hoist (26) on vertical shaft (1) both sides, chain (25) is connected on the electric wire hoist (26) by the upper saw pulley (27) that is located on the hoistway wall (3).
7. electricity generating device according to claim 1, it is characterized in that: buffer (28) is arranged in the corresponding position of weighing down thallium (19), vertical shaft (1) bottom, buffer (28) comprises buffer box (29), buffer box (29) below is damping devices such as spring (30) and hydraulic pressure, be fixed on the shaft bottom below by bearing (31), buffer box (29) is peripheral to be magnetic stainless steel material not, buffer box (29) inner wall section is the magnetic stainless steel material, buffer box (29) internal layer is equipped with permanent magnet (32), and permanent magnet (32) is pressed the alternately corresponding layout of N, the S utmost point; Electromagnetic coil (33) is equipped with in buffer box (29) bottom, is provided with every magnetosphere between permanent magnet (32) and the electromagnetic coil (33), is provided with every magnetosphere with buffer box (29) periphery, is connected with chain between buffer box (29) and bearing (31).
8. electricity generating device according to claim 1 or 5, it is characterized in that: weighing down thallium (19) shell is stainless steel, inside is filled with heavy metal, the bottom and buffer (28) contact position that weigh down thallium (19) are the magnetic stainless steel material, permanent magnet (34) is arranged on the contrary by polarity in permanent magnet (32) position in the corresponding buffer in weighing down thallium (19), weigh down thallium (19) and upward impeller (35) is housed by symmetrical position, each impeller (35) weighs down in the thallium (19) permanent magnet generator (36) separately by the axle interlock, generator (36) sends electricity and charges into the storage battery (37) that weighs down in the thallium through rectification, receive to infrared sensor by storage battery (37) again, the launcher power supply, weigh down on the thallium (19) and be arranged with air inlet, exhaust port, antimagnetic mortor operated valve (48) and check valve are equipped with in interface pipeline place; Interface is magnetic stainless steel material, round speaker mouth shape, electromagnetic coil (40) is housed after the magnetic stainless steel, magnetic by coil turn to the pipeline opening layout that grows from weak to strong, magnetic pole is pressed the alternately corresponding layout of N, the S utmost point, jointing is equipped with multiple tracks water seal (47), except that the interface and bottom that weigh down thallium (19), other housing that weighs down thallium (19) is not magnetic stainless steel material.
9. electricity generating device according to claim 8 is characterized in that: said infrared sensor receives, launcher has two groups: weigh down that thallium (19) goes up that the infrared sensor of suction port top receives, launcher (38) receives with infrared sensor on the automatic butt air inlet system under water, launcher (41) is one group; Weigh down that thallium (19) goes up that the infrared sensor of relief opening top receives, launcher (39) receives with infrared sensor on the automatic butt venting gas appliance under water, launcher (42) is one group; Two groups of infrared sensors receive, launchers are equipped with corresponding logical circuit, and the transmission setting command is connected with separately PLC program controller respectively, has the programmed sequence of operations of setting in the PLC program controller.
10. electricity generating device according to claim 5, it is characterized in that: automatic butt inflator (20) under water, venting gas appliance (21) is by waterproof direct current generator (43), electric pushrod (44), infrared sensor receives, launcher, the PLC program controller, docking first-class a few part constitutes, electric pushrod (44) is hollow, in logical high pressure hose be connected with pipeline from cylinder (22), infrared sensor receives, launcher (41) is positioned at automatic butt inflator (20) front portion under water, infrared sensor receives, launcher (42) is positioned at automatic butt venting gas appliance (21) front portion under water, the pipeline of butt joint place is equipped with antimagnetic mortor operated valve and check valve, butt joint is the magnetic stainless steel material, electromagnetic coil is housed after the magnetic stainless steel, magnetic by coil turn to the pipeline opening layout that grows from weak to strong, the position is corresponding with the electromagnetic coil (40) that bob thallium (19) is gone up jointing, upward jointing electromagnetic coil (40) magnetic pole is opposite with weighing down thallium (19) for magnetic pole, press N, the S utmost point is alternately corresponding to be arranged, butt joint is connected with the spring of electric pushrod (44) by certain intensity, and spring is surrounded by the rubber waterproof of certain flexible ability outward.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810229178A CN101749170A (en) | 2008-11-28 | 2008-11-28 | Power generating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810229178A CN101749170A (en) | 2008-11-28 | 2008-11-28 | Power generating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101749170A true CN101749170A (en) | 2010-06-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200810229178A Pending CN101749170A (en) | 2008-11-28 | 2008-11-28 | Power generating device |
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| Country | Link |
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| CN (1) | CN101749170A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102797620A (en) * | 2012-09-05 | 2012-11-28 | 杨振荣 | Excited buoyancy power generation device |
| CN103982370A (en) * | 2014-06-06 | 2014-08-13 | 王仪靖 | Perpendicular buoyancy lifting and inclined lowering power output device |
| CN104919126A (en) * | 2012-12-28 | 2015-09-16 | 哈利伯顿能源服务公司 | Downhole bladeless generator |
| CN104948382A (en) * | 2015-07-06 | 2015-09-30 | 国网山东庆云县供电公司 | Gravity compressed air buoyancy force and wind power generation device |
| CN117128128A (en) * | 2023-09-28 | 2023-11-28 | 青岛大学 | Air bag type buoyancy power generation device |
-
2008
- 2008-11-28 CN CN200810229178A patent/CN101749170A/en active Pending
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102797620A (en) * | 2012-09-05 | 2012-11-28 | 杨振荣 | Excited buoyancy power generation device |
| CN102797620B (en) * | 2012-09-05 | 2016-04-06 | 杨振荣 | A kind of excitation buoyancy generating set |
| CN104919126A (en) * | 2012-12-28 | 2015-09-16 | 哈利伯顿能源服务公司 | Downhole bladeless generator |
| CN104919126B (en) * | 2012-12-28 | 2017-05-17 | 哈利伯顿能源服务公司 | downhole Bladeless generator |
| CN103982370A (en) * | 2014-06-06 | 2014-08-13 | 王仪靖 | Perpendicular buoyancy lifting and inclined lowering power output device |
| CN103982370B (en) * | 2014-06-06 | 2016-05-18 | 王仪靖 | A kind of vertical buoyance lift-tiltedly heavy formula PTO |
| CN104948382A (en) * | 2015-07-06 | 2015-09-30 | 国网山东庆云县供电公司 | Gravity compressed air buoyancy force and wind power generation device |
| CN104948382B (en) * | 2015-07-06 | 2018-01-05 | 国网山东庆云县供电公司 | A kind of gravity compressed aerostatic buoyancy, wind power generation plant |
| CN117128128A (en) * | 2023-09-28 | 2023-11-28 | 青岛大学 | Air bag type buoyancy power generation device |
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Application publication date: 20100623 |