CN2777228Y - Electric generator - Google Patents
Electric generator Download PDFInfo
- Publication number
- CN2777228Y CN2777228Y CNU2005200235978U CN200520023597U CN2777228Y CN 2777228 Y CN2777228 Y CN 2777228Y CN U2005200235978 U CNU2005200235978 U CN U2005200235978U CN 200520023597 U CN200520023597 U CN 200520023597U CN 2777228 Y CN2777228 Y CN 2777228Y
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- Prior art keywords
- water
- tower
- turbine
- afterbay
- overflow
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- Expired - Lifetime
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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 utility model relates to an electric generator which is composed of a water tower, an electric supply control device, etc., wherein the middle lower part of an inner pool of the water tower is provided with an interlayer. The upper part of the interlayer is provided with a water reservoir, and the lower part is provided with a control chamber. An annular water channel is positioned on the bottom part of the water tower, and the bottom part of the inner pool of the water tower is provided with a water outlet which is abutted with a water guiding pipeline outside the water tower. A boost pressure water supplying device is installed in a machinery room, and a water delivery pipeline is installed from the upper top part of the boost pressure water supplying device to the inside of the water reservoir. The water guiding pipeline is abutted with a water turbine of a No. 1 hydrogenerator, and a rotary wheel of a water turbine of a No. 2 hydrogenerator is abutted with the water guiding pipeline. A tail water pool is positioned on the tail part of the water turbine; a backfolding water channel and a water discharge channel are arranged in the tail water pool. A water overflow and delivery channel is connected with a downward return water channel of the No. 2 hydrogenerator and is abutted with the annular water channel. The device has the advantages of less occupation area, less investment for equipment and simple structure; no fuel is needed in the process of electricity generation, and no pollution is in working. The utility model does not consume external energy resources because of using circulating water to generate electricity.
Description
Technical field
The utility model relates to a kind of power generating equipment, particularly relates to a kind of electricity generating device that utilizes circulating water through the mechanical transfer generating.
Background technique
The generation current mode has hydroelectric power, thermal power generation, wind-power electricity generation and nuclear energy power generation etc., and all generation modes all need take a large amount of soils, and investment cost is higher, and energy-output ratio is big, and region is strong.
Summary of the invention
Problem to be solved in the utility model provides that a kind of land seizure amount is little, investment cost is low, with the electricity generating device of circulation water electricity generation.
The technological scheme that solves the problems of the technologies described above is:
A kind of electricity generating device is made of water tower, power supply control apparatus, lowering or hoisting gear, and the control machine room is positioned at the bottom of water tower, and the middle and lower part in pond has interlayer one in the water tower, and interlayer top is wet pit, and the bottom is the power supply control room, and its structure outline is,
A, water annulus 40 are positioned at the bottom of water tower 14, one is connected with wet pit 10, the other end is connected with pond 7 in the water tower, bottoms in the water tower in the pond 7 are provided with the water outlet 15 that docks with aqueduct 17 outside the water tower 14, regulating gate 16 is arranged in the water outlet 15, and regulating gate 16 is provided with halliard 13, and halliard 13 is connected with lifting pulley, lifting loop wheel machine 8 is connected with lifting pulley, is installed in the top of water tower 14;
B, pressurized water supply machine are installed in the machine room 34, and aqueduct 9 is installed in the upper top of pressurized water supply machine to wet pit 10;
The top that c, overflow water pipeline 1 are positioned at water tower 14 is connected with overflow fall way 2, and overflow pulley 6 is installed on the overflow water pipeline 1, and the top that overflow loop wheel machine 4 is installed in water tower 14 is connected with overflow pulley 6;
D, conduit pipe 17 dock with the turbine chamber 19 of No. 1 hydraulic turbine generator, its afterbay 21 is positioned at the afterbody of turbine chamber 19, the afterbody of afterbay (21) has the gate 25 of afterbay water outlet 26 and control water outlet, and the afterbay gate 25 that links together with halliard 24 and the loop wheel machine 23 of lifting effect are arranged in the water outlet 26;
The water turbine 28 of e, No. 2 hydraulic turbine generators docks with the conduit pipe 17 of I hydraulic turbine generator, its afterbay 30 is positioned at the afterbody of turbine chamber 28, turn back in the afterbay 28 water channel and sluice way, the aqueduct 32 that overflows is connected with the following water channel that returns of No. 2 hydraulic turbine generators, docks with water annulus 40.
Adopt technique scheme, this device land occupation area is little, and the equipment investment amount is little, and is simple in structure.The Facilities Construction duration is short, and the construction capacity is with easily.Build the address and not limited by the region, power generation process is without fuel, and is pollution-free in the work.Because device is to use circulation water electricity generation, does not consume the outer energy substantially.
Description of drawings
Below in conjunction with the drawings and the specific embodiments the utility model is further described.
Fig. 1 is the utility model overall structure schematic representation.
Fig. 2 is the utility model pressurized water supply machine structural representation.
Fig. 3 is the overall structure schematic representation of cock.
Fig. 4 is the overall structure schematic representation of machine room chamber.
Embodiment
The utility model partly is made up of water tower part, power supply control section, lifting part, power generation part, pond water channel etc.Its overall structure is referring to accompanying drawing 1, and the effect of water tower 14 is to rise to needed water tower height with mechanical water with lower to get on, and makes water form drop.The middle and lower part in pond 7 has interlayer one in the water tower, is divided into two-part up and down, and the top of interlayer is wet pit 10, and the bottom is power supply control room 38.Water annulus 40 is positioned at the bottom of water tower 14, and one is connected with wet pit 10, and the other end is connected with pond 7 in the water tower.The effect of water annulus 40 is to provide water for oil hydraulic pump.Bottoms in the water tower in the pond 7 are provided with the water outlet 15 that docks with aqueduct 17 outside the water tower, regulating gate 16 is arranged in the water outlet 15, and regulating gate 16 is provided with halliard 13, and halliard 13 is connected with lifting pulley, lifting loop wheel machine 8 is connected with lifting pulley, is installed in the top of water tower 14.
Pressurized water supply machine 35 is installed in the machine room 34.Machine room 34 is positioned at the bottom of water tower 14 1 sides.Aqueduct 9 is installed in the upper top of pressurized water supply machine 35 to wet pit 10.Supply water toward water supply machine the inside by oil hydraulic pump, deliver on the water tower 14 from the special-purpose aqueduct of water supply machine again.Suction piping 36 is placed in the water annulus 40.The effect of suction piping 36 is, is the oil hydraulic pump water delivery from 40 li suctions of water annulus.
Referring to Fig. 2, the pressurized water supply machine is connected to form by A, B oil hydraulic cylinder, and its base 43 usefulness movable 44 are connected with lever 45, and two of lever 45 is connected with minute connecting rod 46 respectively, and branch connecting rod 46 is connected with master connecting rod 47 respectively.Master connecting rod 47 is being connected with piston 49 in the cylinder chamber 48 down.The effect of lever 45 is: by movable axis 44 another piston 49 is moved down when moving on the hydraulic cylinder piston 49, carry out reverse action when terminal point commutates.Outflow valve is installed on the piston 49, and outflow valve is connected with flow-stop valve 53, and its effect is to be cylinder chamber village water and draining.The bottom of master connecting rod 47 is equipped with operating arm, and the front end of operating arm is provided with and draws kelly 57, draws kelly 57 to be fixed on the shell of cock 56, and cock 56 places in the pressurized water supply machine 35.Each parts in cock 56 and the switch are used for through-flow between oil hydraulic pump and the oil hydraulic cylinder and close stream, by operating arm control liquid stream.Oil hydraulic pump 62 is connected with motor 61, is connected with suction piping 60, and suction piping 60 is placed in the water annulus, and its outlet conduit 63 is connected with oil hydraulic cylinder intake pipe 58.
One separation layer 51 is arranged at top, oil hydraulic cylinder cylinder chamber, it is divided into moves up and down the isolation ward 52 that upper cylinder half chamber 50 that piston uses and storage water delivery are used, flow-stop valve 53 is installed in the middle of the separation layer 51, when moving on the B piston, shift the water of upper cylinder half chamber 50 onto isolation ward 51 the insides through the valve port of flow-stop valve 53, the water of isolation ward 51 the insides flows to isolation ward the inside of A oil hydraulic cylinder from three-way pipeline 54, deliver to water tower 14 from aqueduct 55.
As Fig. 4, pressurized water supply machine 35 is placed in the pressurized water supply machine machine room 34, and machine room 34 has gateway 71.
Referring to Fig. 1, power supply control room 38 is positioned at 7 bottoms, water tower pond, and a side has gateway 72.Oil hydraulic pump 62 is connected with the power line 39 in power supply control room 38.Power line 39 is connected with No. 2 hydraulic generator machine controllers.Wet pit 10 is positioned at the outer ring in water tower pond 7, the inner lane in annular water in a canal road 12.One of annular water in a canal road 12 is connected with wet pit 10, and the other end is connected with the interior pond 7 of water tower.As accompanying drawing, 12 effects of annular water in a canal road are the gas in the discharge water, and water enters pond 7 in the water tower from wet pit 10 through annular water in a canal road 12.The pond is equipped with the overflow water pipeline support arm 3 that is used to control and regulate the water level height for 7 li in the water tower, and protection is stable, can rise the overflow water pipeline 1 that can fall and be used for the fall way 2 of lifting overflow water pipeline 1.Overflow pulley 6, the halliard 5 that is connected with overflow pulley 6, the overflow lifting loop wheel machine 4 that is connected with halliard 5 are installed on the overflow water pipeline 1.Their effect is to drive overflow water pipeline 1 and fall way 2 risings and decline, regulates the water level in pond 7 in the water tower.
Referring to Fig. 1, lifting loop wheel machine 8 and overflow lifting loop wheel machine 4 are installed on the bar shaped platform 11 at water tower top.7 bottoms, pond are provided with a water outlet 15 in the water tower, and conduit pipe 17 is connected with water outlet 15, and dock with turbine chamber 19 in No. 1 hydraulic generator unit the other end.The effect of conduit pipe 17 is that the water that pond in the water tower emits is transported to the water turbine in the hydraulic generator unit No. 1, makes the water turbine running.
The generator set part
Referring to Fig. 1, No. 1 the hydraulic generator unit is installed in the machine room 18, and No. 1 hydraulic generator unit and control system all adopt Complex of prior art.The effect of No. 1 hydraulic generator unit is, is subjected to carry the impact of drop water on the water tower and turns round, and the water turbine running has dragged the generator operation that dock with water turbine and generated electricity.The draft tube 20 of water turbine is connected with turbine chamber 19, is the pipeline for turbine chamber 19 drainings.The afterbay 21 of No. 1 hydraulic generator unit is positioned at the afterbody of turbine chamber 19, the draft tube 20 of water turbine is arranged in the afterbay 21, the afterbody of afterbay 21 has the gate 25 of water outlet 22 and the water outlet of control water outlet, has in the water outlet 22 and the link together loop wheel machine 23 of regulating gate lifting of halliard 24.Be provided with the water channel of turning back that discharging is contained in gas in the water about in the afterbay 21, the water channel of turning back center is and draft tube 20 straight right straight sluice ways that top cover is arranged at the top of straight sluice way.The effect of afterbay 21 is that No. 2 hydraulic turbine generators provide drop water.
The machine room 27 of No. 2 hydraulic turbine generators is lower than the machine room 18 of No. 1 hydraulic turbine generator, and hydraulic turbine generator and control system all adopt the complete sets of equipment of prior art, is installed in the machine room 27.Turbine chamber 28 docks No. 2 hydraulic turbine generators with the conduit pipe 33 of No. 1 hydraulic turbine generator afterbay 21 outsides afterbay 30 is positioned at the afterbody of turbine chamber 28, draft tube 29 is arranged in the afterbay 30, also turn back in the afterbay 30 water channel and sluice way, the aqueduct 32 that overflows is connected with the following water channel 31 that returns of No. 2 hydraulic turbine generators, from the bottom process of afterbay 21,30, dock with water annulus 40.Its effect is the water that return unit was used, and water is returned the back utilizing cycling use of water again.
Power supply operating console 41 is positioned at the bottom of device, and power supply line 39 is connected with power supply, and each separated time circuit 39 of powering is connected with power supply operating console 41 respectively.One side of device has gateway 42.
Working principle of the present utility model:
The water of capacity is rendered to the machinery the inside of Rong Shui position in the unit and various waters.
With setting up facilities such as transformation facility, networking and high-pressure delivery in No. 1 hydraulic generator unit in the unit, for preparing to sending electricity outside.
No. 2 hydraulic turbine generator places are installed transformation facility etc. makes voltage reach the needs of the motor on the oil hydraulic pump, then circuit is introduced on the controller in the control room, draw branch branch road circuitry lines again in the slave controller, the branch circuit line is installed in respectively on each hydraulic pressure pump motor.
Referring to accompanying drawing 1, Fig. 2, Fig. 3, Fig. 4
Start pressurized water supply machine 35 with external power earlier, the water of water annulus 40 is delivered into water in the waterpipe 58 by the suction piping of pressurized water supply machine 35, the end of intake pipe 58 is installed a cover cock 56 respectively, no matter this two covers switch when, open for one, another is closed.If the A switch cuts out, the current direction B oil hydraulic cylinder of intake pipe 58 so, enter 48 li of the following cylinder chambers of B oil hydraulic cylinder, the ascending rapid rising of the pressure of water, the piston 49 in the cylinder chamber also constantly is pushed and moves up, on move the weight that piston is subjected to top water, and the pressure of hydraulic pressure is produced by the extruding of load, therefore, just occurred surpassing the power of oil hydraulic pump 62 working power several times on the piston 49, piston 49 promotes to overweight the waterborne of oil hydraulic pump several times and moves.When the piston 49 of B oil hydraulic cylinder during last moving, water in the upper cylinder half chamber of piston top is advanced isolation ward 52 through flow-stop valve 53 by piston, through behind the isolation ward 52 again after three-way pipeline 54, flow out by pushing up on the A oil hydraulic cylinder isolation ward to the aqueduct 9 of the wet pit 10 on water tower upper strata, when moving on to terminal point on the B piston, the A piston also moves down into the push rod of outflow valve below and the bottom position of oil hydraulic cylinder, the card that draws kelly 57 on the switching manipulation arm 64 of master connecting rod 47 bottoms also just touches the eye of cock, when the piston 49 of B oil hydraulic cylinder upwards moved up the superior displacement of a part again, the depression bar on the B piston had been depressed into terminal point.Cock 56 also is depressed into terminal point by depression bar 65.Cock 56 is in closes, and the water of intake pipe is stopped.The A piston moves on on the B piston in the process of terminal point and has also moved down into terminal point through lever 45, draws kelly also to drive the Tuo Kala bar to move down into terminal point on the operating arm of A connecting rod bottom.To take off card and pull out from plain hook and the plain hook dislocation, plain hook and connecting rod 69 be up displacement together under the effect of peripheral spring 67, connects a sheet frame 68 with both sides spring 67 below button 66, and sheet frame 68 promotes plunger 70 and moves down, and cock 56 is open-minded.In the cylinder chamber of current direction A oil hydraulic cylinder, the push rod of the outflow valve of the piston of A oil hydraulic cylinder below contacts with following cylinder chamber, and outflow valve is sealed outlet.Be exactly reverse lifting subsequently.
When moving on the piston in the A oil hydraulic cylinder cylinder chamber, the water of the inside, upper cylinder half chamber is pushed into isolation ward the inside, from isolation ward, water is transported to 10 li of the wet pits on water tower upper strata through aqueduct 9, flow in the annular water in a canal road 13,13 the insides, annular water in a canal road turn back flow through several circles after, being contained in gas in the water is discharged from water and flows to pond 7 in the water tower from annular water in a canal road 13, in water enters water tower behind the pond 7, earlier water is transported to afterbay 21 No. 1 with overflow water pipeline 1, in No. 1 afterbay 21, gas is discharged, when treating that water level is suitable the water outlet gate 25 of No. 1 afterbay 21 is opened, water flows into the water turbine of No. 2 hydraulic generator units by aqueduct, water turbine under the compression shock of water with regard to drawing generator running generating.When No. 2 hydraulic generator unit runnings are generated electricity just often, with the electric transmission line on the controller the ready prepd transmission-line control room 41 from the transformation facility to the water tower bottom.The electricity that No. 2 hydraulic generator units send is delivered on the controller, and then electricity is delivered on the controller of separated time circuit 37 of each oil hydraulic pump.Progressively flow to the oil hydraulic pump of No. 2 generator set, the oil hydraulic pump for the treatment of No. 2 units moves just often, the water outlet gate in pond in the water tower is risen out, water is from the conduit pipe of the water turbine of No. 1 generator set, enter No. 1 generator set generating, after treating that every index all reaches standard, with the electricity that sends, through control system, power distribution unit, the external transmission of electric energy of transformation facility.
The water that No. 1 water turbine was used, be discharged into afterbay 21 from the runner envelope 18 of water turbine No. 1 through draft tube 20, the water of water that No. 1 afterbay is 21 li and discharging in overflow water pipeline 1 all is that the hydraulic generator unit is choked water generating for No. 2, after No. 2 hydraulic turbine generator running generatings, water enters No. 2 afterbays 30 from the runner envelope 27 of water turbine through draft tube 29 and flows to down and return the water channel, aqueduct 32 returns water annulus 40 through overflowing, the water of water annulus 40 is extracted by oil hydraulic pump once more, be transported in the mechanism of water tower upper strata through hydraulic jack, enter 7 the insides, pond in the water tower then, the conduit pipe of water outlets outside, 7 bottom, pond is transported to again No. 1 in the water tower, No. 2 hydraulic generator unit operation generatings, and so forth.In time replenish when water is not enough.
Claims (3)
1, a kind of electricity generating device is made of water tower, power supply control apparatus, lowering or hoisting gear, and the control machine room is positioned at the bottom of water tower, and the middle and lower part in pond has interlayer one in the water tower, and interlayer top is wet pit, and the bottom is the power supply control room, it is characterized in that,
A, water annulus (40) are positioned at the bottom of water tower (14), one is connected with wet pit (10), the other end is connected with pond (7) in the water tower, bottom in the water tower in the pond (7) is provided with the water outlet (15) that docks with aqueduct (17) outside the water tower (14), regulating gate (16) is arranged in the water outlet (15), and regulating gate (16) is provided with halliard (13), and halliard (13) is connected with lifting pulley, lifting loop wheel machine (8) is connected with lifting pulley, is installed in the top of water tower (14);
B, pressurized water supply machine are installed in the machine room (34), and aqueduct (9) is installed in the upper top of pressurized water supply machine to wet pit (10);
The top that c, overflow water pipeline (1) are positioned at water tower (14) is connected with overflow fall way (2), and overflow pulley (6) is installed on the overflow water pipeline (1), and the top that overflow loop wheel machine (4) is installed in water tower (14) is connected with overflow pulley (6);
D, conduit pipe (17) dock with the water turbine (19) of No. 1 hydraulic turbine generator, its afterbay (21) is positioned at the afterbody of turbine chamber (19), the afterbody of afterbay (21) has the gate (25) of afterbay water outlet (26) and control water outlet, has in the water outlet (26) and the link together loop wheel machine (23) of afterbay gate (25) and lifting effect of halliard (24);
The turbine chamber of e, No. 2 hydraulic turbine generators (28) docks with the conduit pipe (17) of I hydraulic turbine generator, its afterbay (30) is positioned at the afterbody of water turbine (28), turn back in the afterbay (28) water channel and sluice way, the following water channel that returns of excessive (32) No. 2 hydraulic turbine generators of aqueduct connects, and docks with water annulus (40).
2, electricity generating device according to claim 1, it is characterized in that, described pressurized water supply machine is connected to form by A, B oil hydraulic cylinder, its base (43) is connected with lever (45), two of lever (45) is connected with a minute connecting rod (46) respectively, divide connecting rod (46) to be connected with master connecting rod (47), outflow valve is connected with master connecting rod (47), the bottom of master connecting rod (47) is equipped with operating arm, the front end of operating arm is provided with and draws kelly (57), draw kelly (57) to be fixed on the shell of cock (56), cock (56) places in the pressurized water supply machine.
3, electricity generating device according to claim 1 is characterized in that, oil hydraulic pump is connected with motor, is connected with suction piping, and suction piping is placed on water annulus (40) lining, and its outlet conduit is connected with the oil hydraulic cylinder intake pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2005200235978U CN2777228Y (en) | 2005-03-11 | 2005-03-11 | Electric generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2005200235978U CN2777228Y (en) | 2005-03-11 | 2005-03-11 | Electric generator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2777228Y true CN2777228Y (en) | 2006-05-03 |
Family
ID=36744613
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2005200235978U Expired - Lifetime CN2777228Y (en) | 2005-03-11 | 2005-03-11 | Electric generator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2777228Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104696179A (en) * | 2015-03-10 | 2015-06-10 | 王贺清 | Green power generation system without energy source consumption and pollution |
| CN109653940A (en) * | 2018-12-17 | 2019-04-19 | 周更新 | Hydrostatic based on jet pump rises cycle generating system |
| CN111255606A (en) * | 2019-08-30 | 2020-06-09 | 重庆晓铭节能科技有限公司 | Water energy recovery power generation system of water cooling tower |
| US11118558B2 (en) | 2016-09-20 | 2021-09-14 | Daikin Industries, Ltd. | Hydroelectric power generation system |
-
2005
- 2005-03-11 CN CNU2005200235978U patent/CN2777228Y/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104696179A (en) * | 2015-03-10 | 2015-06-10 | 王贺清 | Green power generation system without energy source consumption and pollution |
| US11118558B2 (en) | 2016-09-20 | 2021-09-14 | Daikin Industries, Ltd. | Hydroelectric power generation system |
| CN109653940A (en) * | 2018-12-17 | 2019-04-19 | 周更新 | Hydrostatic based on jet pump rises cycle generating system |
| CN111255606A (en) * | 2019-08-30 | 2020-06-09 | 重庆晓铭节能科技有限公司 | Water energy recovery power generation system of water cooling tower |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CX01 | Expiry of patent term |
Expiration termination date: 20150311 Granted publication date: 20060503 |