CN204126830U - Wind-light-electricity complementary pneumatic fluid power slide beam water pumping system and water elevator - Google Patents
Wind-light-electricity complementary pneumatic fluid power slide beam water pumping system and water elevator Download PDFInfo
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- CN204126830U CN204126830U CN201420422879.4U CN201420422879U CN204126830U CN 204126830 U CN204126830 U CN 204126830U CN 201420422879 U CN201420422879 U CN 201420422879U CN 204126830 U CN204126830 U CN 204126830U
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Abstract
The utility model provides a kind of wind-light-electricity complementary pneumatic fluid power slide beam water pumping system and water elevator, belongs to pump water technical field.Pneumatic fluid power slide beam water elevator comprises: walking beam, gas-liquid power device and first piston pump, wherein, the first end of walking beam is provided with the first horse head, gas-liquid power device comprises air container, pipeline, is arranged on the first container of pipeline first end and is arranged on the second container of pipeline second end, wherein, first container and second container by pipeline fluid connection, and are connected with air container with the second solenoid directional control valve respectively by the first solenoid directional control valve; First horse head is connected with first piston pump by steel wire.The pneumatic fluid power slide beam water elevator that the utility model provides, structure simplifies.In addition, the piston pump that the utility model provides is compared with oil well pump or submersible pump or centrifugal pump, and structure is more simple, and does not need electric power, does not need anticorrosion, more durable, more energy-conservation.
Description
Technical field
A kind of wind-light-electricity complementary pneumatic fluid power slide beam water pumping system and water elevator, belong to pump water technical field.
Background technique
Traditional to draw water or pumping unit is electricity consumption or internal combustion engine drive oil well pump or submersible pump or centrifugal pump is to reach the object of water lift oil pumping, expend the energy, not energy-conservation, device maintenance rate is high.
For overcoming traditional suction engine or pumping unit consume electric power, not energy-conservation shortcoming, inventor Liu Dian army have submitted to China national Department of Intellectual Property the Chinese invention patent application that application number is 201110424372.3 on December 19th, 2011, this application for a patent for invention provides a kind of Pneumatic oilfield pumping unit system, it comprises multiple stage pneumatic oil pump, every platform Pneumatic oilfield pumping unit comprises base 101, be arranged on the support on base, support is provided with bearing support 103, walking beam 104 is arranged on bearing support 103, horse head 105 is arranged on walking beam 104 one end, rope hanger 106 is arranged on horse head 105, walking beam 104 two ends are separately installed with fairshaped cavity 107, the pipeline of connection two cavity 107 is installed in walking beam 104, pipeline and cavity 107 are communicated with into a Seal cage, flowing material is full of in Seal cage, in each cavity 7, air bag is installed, air bag is provided with gas-entered passageway and outlet passageway, gas-entered passageway is connected with reversing slide valve 8 with outlet passageway, the suction port of reversing slide valve 8 is connected with source of the gas, being used for the air inlet of the air bag in the cavity of pilot line both sides and two reversing slide valves of giving vent to anger is arranged on the both sides of pipeline by paracentral position respectively, reversing slide valve is the stroke slide valve of cam production, its Stroke Control end is positioned at the outside of cam, it is characterized in that, support 102 is also provided with two arc-shaped cams, 109, two arc-shaped cams 109 circumferentially 225 ° and 315 ° of positions that to be arranged on bearing support 103 be respectively the center of circle, during work, source of compressed air accesses the suction port of two reversing slide valves of the 1st Pneumatic oilfield pumping unit respectively by tee union house steward, the arc-shaped cam of 315 ° of positions that the reversing slide valve being wherein in 315 ° of positions is installed in frame is opened, reversing slide valve action, gas-entered passageway is opened, outlet passageway is closed, pressurized air is filled with in the air bag in the cavity being in 315 ° of positions, air bag expands, flowing material is extruded in the cavity being in 135 ° of positions, meanwhile, the reversing slide valve of 135 ° of positions is in normally open, gas-entered passageway is closed, outlet passageway is opened, by corresponding pipeline, be recycled in the air bag in the cavity of 315 ° of positions in the 2nd Pneumatic oilfield pumping unit, the 3rd Pneumatic oilfield pumping unit is recycled to after 2nd Pneumatic oilfield pumping unit acting, by that analogy, downward circulation.
But the shortcoming of this application for a patent for invention be walking beam two ends cleanliness cavity in be provided with air bag, and in order to provide power, need to utilize pressurized air ceaselessly to airbag aeration, and need ceaselessly the pressurized air in air bag to be discharged, air bag is after repeatedly expanding and shrinking, elastic force reduces, the lost of life.
Summary of the invention
For overcoming the shortcoming existed in prior art, it is more simple that goal of the invention of the present utility model is to provide a kind of structure, constructs the pneumatic fluid power slide beam water elevator and wind-light-electricity complementary pneumatic fluid power slide beam water pumping system that are more prone to.
For realizing described goal of the invention, the utility model provides a kind of pneumatic fluid power slide beam water elevator, it is characterized in that, comprise walking beam, gas-liquid power device and first piston pump, wherein, the first end of walking beam is provided with the first horse head, gas-liquid power device comprises pipeline, be arranged on the first container of pipeline first end and be arranged on the second container of pipeline second end, wherein, first container and second container by pipeline fluid connection, and are connected with source of compressed air with the second solenoid directional control valve respectively by the first solenoid directional control valve; First horse head is connected with first piston pump by steel wire.
For realizing described goal of the invention, the utility model also provides a kind of pneumatic fluid power slide beam water elevator, it is characterized in that, comprise: walking beam, gas-liquid power device and first piston pump, wherein, the first end of walking beam is provided with the first horse head, and gas-liquid power device comprises 2 pipelines, 2 the first containers and 2 second containers, and the first container and second container are respectively by a pipeline fluid connection; First horse head is connected with first piston pump by steel wire; The one the first containers are connected with compressed gas source with the second electromagnetism respectively by the first solenoid directional control valve with the second second container; The two the first containers are connected by two selector valves with the first second container.
Preferably, pneumatic fluid power slide beam water elevator also comprises the second reciprocating pump, and the second end of walking beam is also provided with the second horse head, and the second horse head is connected with the second reciprocating pump by steel wire.
Preferably, reciprocating pump comprises the pump housing, piston and pull bar, and wherein, piston is placed in the pump housing, and the central authorities of piston are connected with pull bar, and pull bar is used for being connected with steel wire.
Preferably, steel wire is connected by pulley reciprocating pump.
For realizing described goal of the invention, the utility model also provides a kind of wind-light-electricity complementary pneumatic fluid power slide beam water pumping system, it comprises gas making device and Pneumatic Liquid power slide beam water elevator, wherein, gas making device can produce pressurized air by wind energy, solar energy and/or electricity, and pressurized air being supplied to pneumatic fluid power slide beam water elevator, described hydrodynamic power slide beam water elevator is above-mentioned arbitrary water elevator.
Preferably, wind-light-electricity complementary pneumatic fluid power slide beam water pumping system, also comprises pneumatic hydraulic potential electricity generating device, and described pneumatic hydraulic potential electricity generating device also utilizes pressurized air to generate electricity
Compared with prior art, do not arrange air bag in the container being arranged on walking beam two ends in the utility model, only utilize the liquid in compressed air-driven container, utilize the Gravity changer of two liquid in container thus provide power, constructions cost reduces greatly.In addition, the piston pump that the utility model provides is compared with oil well pump or submersible pump or centrifugal pump, and structure is more simple, and does not need electric power, does not need anticorrosion, more durable, more energy-conservation.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the wind light mutual complementing gas system that the utility model provides;
Fig. 2 is the schematic diagram of the pneumatic hydraulic potential power generation system that the utility model provides;
Fig. 3 is the schematic diagram of the pneumatic fluid power walking beam water pumping system that the utility model provides;
Fig. 4 is the schematic diagram of the Pneumatic oilfield pumping unit system provided in prior art.
Embodiment
The utility model is described in detail below in conjunction with accompanying drawing.
Fig. 1 is the schematic diagram of the wind light mutual complementing gas system that the utility model provides.As shown in Figure 1, the wind light mutual complementing gas system that the utility model provides comprises: photovoltaic gas making device, wind energy gas making device and/or low tension gas making device and air container, wherein, photovoltaic gas making device comprises solar panel 1 and air compressor 2, luminous energy is converted to electric energy to drive air compressor 2 by described solar panel 1, atmospheric air compresses by air compressor 2, be stored in air container through one-way valve 3 by gas circuit, described air container is gas storage well 5 or gas holder 6.Wind energy gas making device comprises support 8, wind energy conversion system 7 and wind power air compressor, wind energy conversion system is arranged on support 8, it is that maneuver energy is to drive wind power air compressor that wind energy conversion system is used for Wind resource change, atmospheric air compresses by wind power air compressor, is stored in air container by gas circuit through one-way valve 17.Low tension gas making device comprises electricabsorption air compressor 15, and it is connected to electrical network 9 through A.C. contactor 12 by cable 10; Atmospheric air compresses by electricabsorption air compressor 15, is stored in air container by gas circuit through one-way valve 16.Air container, by one-way valve 19, outwards provides pressurized air through tracheae 20.
The wind light mutual complementing gas system that the utility model provides also comprises control PLC controller 14, pressure transducer 18 is provided with in air container, air pressure signal for detecting the air pressure of air container, and is converted to electrical signal and then sends PLC 14 to by pressure transducer 18.The output terminal of photovoltaic battery panel is provided with Current Voltage detector (not shown), and it is for detecting electric current and the voltage of photovoltaic battery panel output; And send this current and voltage signals to photovoltaic cell controller (not shown).Wind energy gas making device also comprises wind direction and air velocity transducer (not shown), with the wind speed and direction of environment residing for detection system, and wind speed and direction signal is converted to electrical signal then sends wind energy conversion system controller to.When the blast that pressure transducer detects in air container is less than setting value, PLC first to photovoltaic cell controller, wind energy conversion system to control to provide instruction, if the power that the bright photovoltaic cell of signal list of photovoltaic cell controller feedback exports is lower than setting value, then control to provide instruction to wind energy conversion system, if the signal of wind energy conversion system controller feedback shows that wind speed is less than setting value, then provide instruction to A.C. contactor, A.C. contactor makes electricabsorption air compressor and electrical network connect, to be carried out by atmospheric air compressing to make the pressure in air container reach setting value.In addition, electrical network is returned PLC, photovoltaic cell controller and wind energy conversion system controller through transformer and is provided electric energy, normally works to maintain them.
Fig. 2 is the schematic diagram of the pneumatic hydraulic potential power generation system that the utility model provides.As shown in Figure 2, the overall structure of pneumatic hydraulic potential power generation system is by air bag type water pump 25, hydraulic turbine generator 33 and the container 49 for holding water, wherein air bag type water pump 25 comprises water storage tank and air bag, hydraulic turbine generator 33 comprises the first impeller 34, second impeller 39, holds the spiral case 40 of the spiral case 41 of the first impeller and accommodation the second impeller, and air bag is connected with source of compressed air by solenoid directional control valve 22; Water storage tank is connected with the water intake of the spiral case 40 holding the second impeller 39 with the water outlet of the spiral case 41 of accommodation first impeller 34 respectively; Container 49 is connected with the water outlet of the spiral case 40 holding the second impeller 39 with the water intake of the spiral case 41 of accommodation first impeller 34 respectively.When pneumatic hydraulic potential operation of electric power system, PLC38 control system is according to the program of write, control solenoid directional control valve 22 by control cable 37 to open, open upper water mortor operated valve 35 by controlling cable 36 again, inside gas holder 6, the pressurized air of 0.8 MPa is linked into inside air bag water pump 25 by solenoid directional control valve 22 through one-way valve 19, total inlet pipe 20.The pressurized air of 0.8 MPa is filled in the air bag of the 1st receptacle, air bag expands, the water of the first receptacle is passed through total outlet pipe 26 water inlet 27 by air sac pressing, the upper water mortor operated valve 35 opened impacts the second impeller 39 inside spiral case 40, second impeller 39 drives the rotating of wheel of hydraulic turbine generator 33, then sends electric energy; Then being entered by upper water one-way valve 44 is positioned at inside 60 meters of containers exceeded 49; Time water inside air bag water pump 25 is all extruded to inside container 49, solenoid directional control valve 22 commutates, upper water mortor operated valve 35 cuts out, PLC38 opens lower water mortor operated valve 42 by controlling cable 45, water will impact the first impeller 34 inside spiral case 41, first impeller 34 drives the rotating of wheel of hydraulic turbine generator 33, then sends electric energy; Then flow back into inside air bag water pump 25 by drainage pipeline 43, lower water one-way valve 28, because container 49 is higher than air pocket pump 60 meters, so water inside container 49 just can pressurized air inside pressurised airbag to 0.6 MPa, and then pass through the bleeder port of solenoid directional control valve 22, be filled into inside gas holder 29 through outgassing nonreturn valve 23, and then supply pneumatic fluid power walking beam water pumping system through one-way valve 30 steam outlet pipe 31 and carry out water lift operation.And then repeating above-mentioned process, hydraulic turbine generator 33 just can send electricity endlessly to be come.Flywheel 32 on hydraulic turbine generator is energy storage speed stabilizings, and solar panel 48 accumulators 47 charges, and storage battery 47 powers to PLC38 control system.
Fig. 3 is the schematic diagram of the pneumatic fluid power walking beam water pumping system that the utility model provides.As shown in Figure 3, pneumatic fluid power walking beam water pumping system comprises support 100, walking beam 83, gas-liquid power device and first piston pump and the second reciprocating pump, wherein, the core of walking beam 83 is designed with main shaft, main shaft both sides are fixedly mounted on bearing liner seat 86 on the platform on support 100 top respectively, two design and installation of walking beam 83 has the horse head 82 and 87 of equivalent specifications, equivalent weight, horse head is all designed with hang to draw wire rope 91 and 99.Gas-liquid power device comprises the pipeline 80 and 81 that 2 settings are arranged on the both sides of walking beam 83, is vertically set on container 79 and the container 90 at pipeline 80 two with flange plate; Container 78 and the container 89 at pipeline 81 two is vertically set on flange plate; Container 79 upper design has air inlet/outlet, and air inlet/outlet is connected with the inflation inlet of three two electric change valves 63 by air inlet pipeline 77; Container 78 upper design has air inlet/outlet, and air inlet/outlet is connected with the inflation inlet of three two electric change valves 64 by air inlet pipeline 75; Container 90 upper design has air inlet/outlet, and air inlet/outlet is connected with the inflation inlet of three two electric change valves 65 by air inlet pipeline 73; Container 89 upper design has air inlet/outlet, and air inlet/outlet is connected with the inflation inlet of three two electric change valves 66 by air inlet pipeline 71; The suction port of three two electric change valves 63 is connected with source of the gas with by pipeline 31, and relief opening successively by the road 59, one-way valve 58, pipeline 56 be connected with air container 55.The suction port of three two electric change valves 64 is connected by the relief opening of pipeline 61 with three two electric change valves 65, and relief opening is connected with the suction port of three two electric change valves 65 by pipeline 62.The suction port of three two electric change valves 65 is connected by the relief opening of pipeline 62 with three two electric change valves 64, and relief opening is connected with the suction port of three two electric change valves 64 by pipeline 61.The suction port of three two electric change valves 66 is connected with source of the gas by pipeline 31, and relief opening successively by the road 60, one-way valve 58 passes through pipeline 56, pipeline 56 is connected with air container 55.Air container 55 is connected to suction booster 67, and air container 55 overbottom pressure gas is continued supercharging and is stored in gas holder 29 by pipeline 69 by suction booster 67.Four containers 78,79,89 and 90 are cylindrical shape, and can be also other shape, their weight, volume be identical with shape.
Both sides, support 100 top are provided with pneumatic spring 96 and 92, be used for realizing walking beam 83 descending time the energy storage of potential energy and buffering.The both sides in the platform place more on the lower on support 100 top are separately installed with induction switch 88 and 95, be used for the position of uplink and downlink of perception walking beam 83 to output signal to PLC50, then PLC50 controls the opening and closing of solenoid directional control valve respectively by control wiring, container is inflated or venting, pneumatic fluid power walking beam type water pump is run and draws water.
Air inside pneumatic spring 92 and 96, can be compressed respectively when each walking beam is descending, wherein can be imported pipeline 101 by pipeline 93 and one-way valve 94 by the pressurized air compressed inside pneumatic spring 92, wherein also can be imported pipeline 101 by pipeline 97 and one-way valve 98 by the pressurized air compressed inside pneumatic spring 96, and then be also filled in the middle of gas holder 29 by main pipe rail 69, to reach the object that pressurized air recycles.Two piston pumps 104 and 111 have two kinds of mounting types, there is the place of water in the first well that can be installed vertically on the below of horse head 82 and 87 or river, river, lakes etc., if the position of the two horse head 82 and 87 of the Distance geometry of well head is not corresponding, just can select the second mounting type, change the distance of well head with pulley, be applicable to the operation of two horse head.
The top of piston pump 104 is containers 103 of dress water, bottom is the cylinder type pump housing 104, inside the pump housing, design and installation has piston 106, piston 106 upper design has one-way valve 105, piston 106 shadoof 102 draws, the pump housing 104 bottom is provided with water feeding one-way valve 107, the structure and 104 of piston pump 111 is the same, top is the container 109 of dress water, bottom is the cylinder type pump housing 111, inside the pump housing, design and installation has piston 113, piston 113 upper design has one-way valve 112, piston 113 shadoof 109 draws, the pump housing 111 bottom is provided with water feeding one-way valve 114.
The working procedure of pneumatic fluid power walking beam water pumping system is as follows:
Be full of water or other liquid first to container 89,90 and pipeline 81,80, now the container 78,79 on the both sides of walking beam water elevator does not have water, 89, water is had inside 90, center of gravity inversion, container 89,90 due to water gravity drive walking beam 83 deflect, horse head 87 is descending, and now reciprocating pump 111 is when entering in water, because buoyancy of water makes water feeding one-way valve 114 open, water enters the pump housing.When horse head 87 is descending, the piston 113 inside reciprocating pump 111 down slides along the pump housing due to the deadweight of shadoof 109, and the water feeding one-way valve 114 of pump housing bottom is closed, and the one-way valve 112 of upper piston area is opened due to the impulse force of water, and water enters into piston 113 top.Start water elevator, pressurized air inside gas holder 29 is linked into the air inlet port of solenoid directional control valve 63 and solenoid directional control valve 66 by one-way valve 30 and tracheae 31, when walking beam 83 drive horse head 87 descending near induction switch 88 time, induction switch 88 outputs signal to PLC50 by controlling cable 85, PLC50 gives three two way selected valves 63, three two way selected valves 64, three two way selected valves 65 and three two way selected valves 66 provide signal, the suction port of three two way selected valves 66 and inflation inlet are connected, the suction port of three two way selected valves 65 and inflation inlet are connected, the relief opening of three two way selected valves 63 and inflation inlet are connected, the relief opening of three two way selected valves 64 and inflation inlet are connected, pressurized air is filled into inside container 89 by pipeline 71, water inside container 89 is expressed to inside the container 78 of opposite up direction by pipeline 81 instantaneously, air simultaneously inside container 78 is pressurizeed by water, then successively by pipeline 75, by solenoid directional control valve 64, pipeline 62 accesses the air inlet port of solenoid directional control valve 65, and then be filled with inside container 90 through pipeline 73, water inside container 90 is expressed to inside the container 79 of opposite up direction by pipeline 80 instantaneously, air simultaneously inside container 79 is extruded successively by pipeline 77 by water, selector valve 63, pipeline 59, outgassing nonreturn valve 57, total steam outlet pipe 56 is filled into and reclaims inside gas holder 55, now container 89, water inside 90 has all been extruded to the container 78 on opposite, inside 79, center of gravity inversion, walking beam 83 drives horse head 82 descending from eminence, horse head 87 then becomes up, the wire rope 91 be fixed on horse head just can draw shadoof 109 and pull piston 113 up in water extraction, while water lift, bottom water feeding one-way valve 114 is opened, water enters the pump housing again, for next water lift is ready.Time horse head 82 is descending, now reciprocating pump 104 is when entering in water, and because buoyancy of water makes water feeding one-way valve 107 open, water enters the pump housing.Piston 106 inside reciprocating pump 104 down slides along the pump housing 104 due to the deadweight of shadoof 102, and the water feeding one-way valve 107 of pump housing bottom is closed, and the one-way valve 105 on piston 106 top is opened due to the impulse force of water, and water enters into piston 106 top.When walking beam 83 descending near induction switch 95 time, induction switch 95 outputs signal to PLC50 by controlling cable 84, PLC50 gives three two way selected valves 63, three two way selected valves 64, three two way selected valves 65 and three two way selected valves 66 provide signal, the relief opening of three two way selected valves 66 and inflation inlet are connected, the relief opening of three two way selected valves 65 and inflation inlet are connected, the suction port of three two way selected valves 63 and inflation inlet are connected, the suction port of three two way selected valves 64 and inflation inlet are connected, pressurized air is filled into inside container 79 by air inlet pipeline 77, water inside container 79 is expressed to inside the container 90 of opposite up direction by pipeline 80 instantaneously, air simultaneously inside container 90 is pressurizeed by water, then successively by pipe 73, solenoid directional control valve 65 pipeline 61 accesses the air inlet port of solenoid directional control valve 64, and then be filled with inside container 78 through pipeline 75, water inside container 81 is expressed to inside the container 89 of opposite up direction by pipeline 81 instantaneously, air simultaneously inside container 89 is pressed through pipe 71 by water, solenoid directional control valve 66, pipeline 60, outgassing nonreturn valve 58, total steam outlet pipe 56 is filled into and reclaims inside gas holder 55, reclaim the pressurized air with overbottom pressure inside gas holder 55, inside steam outlet pipe access air booster 67, be filled into inside high pressure tank 29 by one-way valve 68 and tracheae 69 after supercharging.Water now inside container 79,78 has all been extruded to inside the container 90,89 on opposite, center of gravity inversion, walking beam 83 drives horse head 87 descending from eminence, horse head 82 then becomes up, the wire rope 99 be fixed on horse head 82 just can draw shadoof 102 and pull piston 106 up in water extraction, while water lift, bottom water feeding one-way valve 107 is opened, and water enters the pump housing 104 again, for next water lift is ready.Go round and begin again, two horse head water elevator just can by the pressurized air that is filled with in a steady stream constantly in water extraction, and energy-efficient like this.
Although the gas-liquid power device of the pneumatic fluid power slide beam water pumping system that the utility model provides is to have two pipelines and four containers are illustrated, the utility model also can to have a pipeline and two containers realize, gas-liquid power device comprises pipeline, be arranged on the first container of pipeline first end and the first horse head and be arranged on the second container of pipeline second end, wherein, first container and second container by pipeline fluid connection, and are connected with source of high pressure air with the second solenoid directional control valve respectively by the first solenoid directional control valve; First horse head is connected with first piston pump by steel wire.
In addition, also can only make a horse head intake by driving a piston pump, and another horse head weight replace.
The two horse head water elevator of this wind that the utility model provides, the pneumatic fluid power slide beam of optical, electrical complementation also can be put forward oil machine as oil field and use.This wind is installed in the oil field that some are remote, the complementary pneumatic fluid power slide beam water elevator of light does not just need erection electrical network, only need to install wind-force gas system and solar energy gas system in oil field to produce pressurized air, then gas holder is used, with some the not fuel-displaced abandoned wells left over during probing oil well, as gas storage well storing compressed air, just can form a pressurized air supply station, pneumatic fluid power slide beam of giving that just can be stable carries oil machine supply pressurized air, reaches the object carrying oil.
More than be described with reference to the accompanying drawings working principle of the present utility model, but embodiment is only, for demonstration, the utility model is described.Specification is only for explaining claims.But protection domain of the present utility model is not limited to specification.Any those skilled in the art of being familiar with are in the technical scope that the utility model discloses, and the change that can expect easily or replacement, all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claims.
Claims (10)
1. a pneumatic fluid power slide beam water elevator, it is characterized in that, comprise walking beam, gas-liquid power device and first piston pump, wherein, the first end of walking beam is provided with the first horse head, and gas-liquid power device comprises pipeline, be arranged on the first container of pipeline first end and be arranged on the second container of pipeline second end, wherein, first container and second container by pipeline fluid connection, and are connected with source of compressed air with the second solenoid directional control valve respectively by the first solenoid directional control valve; First horse head is connected with first piston pump by steel wire.
2. pneumatic fluid power slide beam water elevator according to claim 1, it is characterized in that, also comprise the second reciprocating pump, the second end of walking beam is also provided with the second horse head, and the second horse head is connected with the second reciprocating pump by steel wire.
3. pneumatic fluid power slide beam water elevator according to claim 2, it is characterized in that, reciprocating pump comprises the pump housing, piston and pull bar, and wherein, piston is placed in the pump housing, and the central authorities of piston are connected with pull bar, and pull bar is used for being connected with steel wire.
4., according to the arbitrary described pneumatic fluid power slide beam water elevator of claim 1-3, it is characterized in that, steel wire is connected by pulley reciprocating pump.
5. a pneumatic fluid power slide beam water elevator, it is characterized in that, comprise: walking beam, gas-liquid power device and first piston pump, wherein, the first end of walking beam is provided with the first horse head, gas-liquid power device comprises 2 pipelines, 2 the first containers and 2 second containers, and the first container and second container are respectively by a pipeline fluid connection; First horse head is connected with first piston pump by steel wire; The one the first containers are connected with compressed gas source with the second electromagnetism respectively by the first solenoid directional control valve with the second second container; The two the first containers are connected by two selector valves with the first second container.
6. pneumatic fluid power slide beam water elevator according to claim 5, it is characterized in that, also comprise the second reciprocating pump, the second end of walking beam is also provided with the second horse head, and the second horse head is connected with the second reciprocating pump by steel wire.
7. pneumatic fluid power slide beam water elevator according to claim 6, it is characterized in that, reciprocating pump comprises the pump housing, piston and pull bar, and wherein, the central authorities of piston are connected with pull bar, and pull bar is used for being connected with steel wire.
8., according to the arbitrary described pneumatic fluid power slide beam water elevator of claim 5-7, it is characterized in that, steel wire is connected with reciprocating pump by pulley.
9. a wind-light-electricity complementary pneumatic fluid power slide beam water pumping system, it comprises gas making device and Pneumatic Liquid power slide beam water elevator, wherein, gas making device can produce pressurized air by wind energy, solar energy and/or electricity, and pressurized air being supplied to pneumatic fluid power slide beam water elevator, described pneumatic fluid power slide beam water elevator is the arbitrary described water elevator of claim 1-8.
10. will obtain wind-light-electricity complementary according to claim 9 pneumatic fluid power slide beam water pumping system, also comprise pneumatic hydraulic potential electricity generating device, described pneumatic hydraulic potential electricity generating device also utilizes pressurized air to generate electricity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420422879.4U CN204126830U (en) | 2014-07-30 | 2014-07-30 | Wind-light-electricity complementary pneumatic fluid power slide beam water pumping system and water elevator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420422879.4U CN204126830U (en) | 2014-07-30 | 2014-07-30 | Wind-light-electricity complementary pneumatic fluid power slide beam water pumping system and water elevator |
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| CN204126830U true CN204126830U (en) | 2015-01-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104141597A (en) * | 2014-07-30 | 2014-11-12 | 刘典军 | Wind-solar-electricity compensatory pneumatic hydraulic walking beam type water lifting system and water lift |
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2014
- 2014-07-30 CN CN201420422879.4U patent/CN204126830U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104141597A (en) * | 2014-07-30 | 2014-11-12 | 刘典军 | Wind-solar-electricity compensatory pneumatic hydraulic walking beam type water lifting system and water lift |
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