CN202039414U - Storage hydraulic pumping irrigation device - Google Patents
Storage hydraulic pumping irrigation device Download PDFInfo
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- CN202039414U CN202039414U CN2011200609079U CN201120060907U CN202039414U CN 202039414 U CN202039414 U CN 202039414U CN 2011200609079 U CN2011200609079 U CN 2011200609079U CN 201120060907 U CN201120060907 U CN 201120060907U CN 202039414 U CN202039414 U CN 202039414U
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Abstract
The utility model relates to a storage hydraulic pumping irrigation device, which can converse water-flowing energy of rivers in plains into air pressure energy which is released to a pulsometer pump by a constant pressure after storage, and directly drives water-saving irrigation systems like drop irrigation, spray irrigation and the like with water provided by the pulsometer pump. Compared with a non-storage hydraulic pumping irrigation device, the storage hydraulic pumping irrigation device is advantageous in that the device has a large water supply and constant pressure, directly driving the water-saving irrigation systems having specific requirements on water supply and pressure like drop irrigation, spray irrigation and the like, and saving the trouble of building a water accumulation pool and a second pressurization; the construction of backwater buildings on a river channel is not required, and the basic function like flood discharge of the river channel will not be affected.
Description
Technical field:
The utility model relates to water can utilize the field, relates in particular to a kind of energy-storage type waterpower irrigation by pumping device.
Background technology:
Water can utilize the production technology of the energy that is meant that the development and use water body is contained.Water body in natural river course or the ocean has potential energy, pressure energy and three kinds of mechanical energy of kinetic energy.Water can utilize the utilization that mainly is meant potential energy part in the water body.Develop the potential energy of water, at first potential energy must be compiled a place, form the water-head of concentrating.The banked-up water level of for example building a dam on the river course is perhaps built mild derivation conduit and former interchannel and is constituted very big drop, perhaps utilizes natural waterfall etc.Then, by simple and mechanical work done or by the power station, can change water into electric energy.In addition, in the coastal area, the potential energy that is had in the time of can also utilizing the tiding of the bay water surface causes concentrated level difference generation.The another kind of mode that water can utilize is to pump up water by turbine pump or hydraulic ram.Its principle is with big flow and is directly changed into suitable with it than low discharge with than the energy of high water head than the energy that low water head forms.Though can the loss part energy in transfer process, carry out field irrigation, villages and small towns feedwater etc. in the remote mountain areas that has inconvenient traffic and lack electric power, still do not lose its using value.It is developed in China that play turbine pump the sixties in 20th century, also adopted by some developing countries.
Above-mentioned water can utilize method, must possess the orographic condition that the natural water body drop maybe can form the artificial water drop by the artificial structure, so, be difficult to the river of flat-bottomed land.The utility unit that the water in the river, flat-bottomed land that we can see can utilize is still ancient waterwheel so far, can not be used for directly driving drip irrigation and spray irrigation etc. have particular requirement to water supply flow and pressure water-saving irrigation system.
The process of the banked-up water level of on the river course, building a dam accumulation potential energy, be exactly a kind of accumulation of energy process in theory, savings water energy, a kind of method of accumulation potential energies such as banked-up water level not only is confined to build a dam, as long as we find the water in the higher river, suitable flat-bottomed land of efficient can savings method, can reach the purpose of focus utilization after the accumulation of energy equally.
The utility model content:
It is a kind of that the purpose of this utility model is to provide, the water flow dynamic energy in river, flat-bottomed land can be converted into the air pressure energy, after the accumulation of energy, discharge to pulsometer with constant compression force again, through the pulsometer water lift, directly driving drip irrigation and spray irrigation etc. has the water-saving irrigation system of particular requirement, energy-storage type waterpower irrigation by pumping device to water supply flow and pressure.
The purpose of this utility model is achieved in that
A kind of energy-storage type waterpower irrigation by pumping device, comprise: buoyancy aid (the Caes jar of holding concurrently), the buoyancy aid empennage, the hydrodynamic(al) impeller, transmission and speed change gear, air compressor, Caes jar (buoyancy aid of holding concurrently), pressure relief safety valve, the monolithic silicon rectification generator, junction box, battery, electro connecting pressure gauge, decompression venting valve, blowpipe, pulsometer air inlet electromagnetic valve, the pulsometer stack, the pulsometer exhaust solenoid valve, the pulsometer outlet pipe, pulsometer goes out Water Check Valve, the irrigation pipeline outlet valve, pulsometer water inlet and flap valve, pulsometer tank body and energy-storage type waterpower are irrigated by lifting water to a higher level with a water pump, etc. the control circuit of device, the upstream of buoyancy aid current is called front portion or head, the downstream of buoyancy aid current is called rear portion or afterbody, above the first half of buoyancy aid, settle one with the vertical vertical horizontal axis of buoyancy aid, horizontal axis is fixed on the buoyancy aid by the bearing and the support of bearing near the horizontal axis two ends, the two ends of horizontal axis, be positioned at the both sides of buoyancy aid, two hydrodynamic(al) impellers of installation of symmetry, be fixed with the belt pulley that transmission and speed change are used on the horizontal axis, the upstream face of buoyancy aid is the streamline chock shape of symmetry, the one, can reduce resistance to water-flow, the 2nd, adherent the streaming that chock shape produces still can be used for promoting the hydrodynamic(al) impeller of buoyancy aid both sides thereafter, has the effect that concentrated flow increases flow velocity, the front end of buoyancy aid is provided with the fixedly drag-line of buoyancy aid, below the afterbody of buoyancy aid, on the buoyancy aid longitudinal centre line, perpendicular to horizontal plane the buoyancy aid empennage is installed, after buoyancy aid is fixed by the front end drag-line of buoyancy aid, the buoyancy aid empennage of installing, the one, can avoid the buoyancy aid rollover, the 2nd, can make buoyancy aid vertically consistent with water (flow) direction all the time, reach the maximum maximum purpose of water flow dynamic energy that obtains of the upstream face that keeps the hydrodynamic(al) impeller, the hydrodynamic(al) impeller is connected with air compressor with speed change gear by transmission, air compressor is connected with the Caes jar, the Caes jar is provided with pressure relief safety valve, the hydrodynamic(al) impeller is connected with the monolithic silicon rectification generator with speed change gear by transmission, the monolithic silicon rectification generator, the terminal lead-out wire of battery connects by the prap in the line bank of junction box, the B terminal of monolithic silicon rectification generator is connected with direct current supply output head anode P+ with the positive pole of battery, the D-terminal of monolithic silicon rectification generator is connected with direct current supply negative pole of output end P-with the negative pole of battery, the D+ terminal of monolithic silicon rectification generator is connected with the B terminal of monolithic silicon rectification generator by charging indicator light ZD, direct current supply output head anode P+ and direct current supply negative pole of output end P-remove control circuit, electro connecting pressure gauge is installed on the Caes jar, the Caes jar is connected with blowpipe through decompression venting valve, blowpipe is connected with pulsometer tank body top through pulsometer air inlet electromagnetic valve, place the pulsometer stack of atmosphere to be connected with pulsometer tank body top by the pulsometer exhaust solenoid valve, the pulsometer outlet pipe that water inlet is positioned at the pulsometer tank base goes out Water Check Valve by pulsometer, irrigation pipeline outlet valve and sprinkling irrigation, water-saving irrigation systems such as drip irrigation connect, the irrigation pipeline outlet valve is installed in the peak of irrigation pipeline, the pulsometer tank base, be provided with pulsometer water inlet and flap valve, irrigate by lifting water to a higher level with a water pump, etc. in the control circuit of device in energy-storage type waterpower, the common junction B of electro connecting pressure gauge is connected with direct current supply is anodal, the lower limit contact L of electro connecting pressure gauge is by auxiliary reclay JZ1, second group of constant open contact JZ2-K2 of auxiliary reclay JZ2 is connected with the direct current supply negative pole, the upper limit contact H of electro connecting pressure gauge is divided into two-way, the first group of constant open contact JZ2-K1 of auxiliary reclay JZ2 of leading up to is connected with direct current supply is anodal, another road is by auxiliary reclay JZ2, first group of constant close contact JZ1-K1 of auxiliary reclay JZ1 is connected with the direct current supply negative pole, the end of relay DJ is connected with direct current supply is anodal, the other end is connected with the direct current supply negative pole by the 3rd group of constant open contact JZ2-K3 of auxiliary reclay JZ2, one end of pulsometer air inlet electromagnetic valve is connected with direct current supply is anodal, the other end is connected with the direct current supply negative pole by one group of constant open contact DJ-K1 of relay DJ, one end of pulsometer exhaust solenoid valve is connected with direct current supply is anodal, and the other end is connected with the direct current supply negative pole by another group constant close contact DJ-K2 of relay DJ.
The control circuit that energy-storage type waterpower of the present utility model is irrigated by lifting water to a higher level with a water pump, etc. device needs continual stable dc power supply, but the mechanical energy of hydrodynamic(al) impeller output, be that size with flow velocity changes, under the very large situation of the change in flow in river, need the energy-storage type electric supply installation, so that continual stable dc power supply to be provided, this device of the present invention is achieved in that and adopts Vehicular integral silicon rectification generator, junction box, battery to form the energy-storage type electric supply installation.The operating principle of Vehicular integral silicon rectification generator is as follows:
Because the rotor of alternator for vehicle directly drives rotation by motor by belt, and the speed ratio of motor and generator is 1.7～3, therefore the rotation speed change scope of generator amature is very big, bigger variation takes place in the output voltage that will cause generator like this, can't satisfy the job requirement of consumer in the car.In order to satisfy the requirement of consumer constant voltage, the necessary adapted voltage regulator of generator, make the basic maintenance under all operating modes of motor of its output voltage constant, automobile-used silicon rectification generator is divided into two kinds in external voltage regulator and built-in voltage adjuster (being called monolithic), and what the present invention adopted is the monolithic silicon rectification generator of built-in voltage adjuster.When car intrinsic motivation rotation speed change, voltage regulator is the size of regulator generator exciting current automatically, thereby makes generator output voltage keep constant.
Above-mentioned energy-storage type electric supply installation has satisfied the requirement of continual stable dc power supply that energy-storage type waterpower is irrigated by lifting water to a higher level with a water pump, etc. the control circuit needs of device, just make energy-storage type waterpower irrigate by lifting water to a higher level with a water pump, etc. device, reliability service can be irrigated by lifting water to a higher level with a water pump, etc. under the control of device control circuit in energy-storage type waterpower.
It is as follows that energy-storage type waterpower is irrigated by lifting water to a higher level with a water pump, etc. the device operational process:
In original state, because relay DJ dead electricity, one group of constant open contact DJ-K1 of relay DJ disconnects, pulsometer air inlet electromagnetic valve is in closed condition, another group constant close contact DJ-K2 closure of relay DJ, the pulsometer exhaust solenoid valve is opened, carry out exhaust by the pulsometer stack, water in the water source is under the effect of atmospheric pressure, by being located at the pulsometer water inlet and the flap valve of pulsometer tank base, enter the pulsometer tank interior, finished the moisturizing process of pulsometer, current promote the rotation of hydrodynamic(al) impeller, water can be changed into mechanical energy, drive air compressor work by transmission and speed change gear again, to be stored in after the air compression among the Caes jar, along with compressed-air actuated the increasing that is stored in the Caes jar, be installed in the pointer that is connected with common junction B of the electro connecting pressure gauge on the Caes jar, H moves to upper limit contact, up to contacting with upper limit contact H, auxiliary reclay JZ2 gets, first group of constant open contact JZ2-K1 closure of auxiliary reclay JZ2, auxiliary reclay JZ2 enters the self-sustaining state, second group of constant open contact JZ2-K2 closure of auxiliary reclay JZ2, the 3rd group of constant open contact JZ2-K3 of auxiliary reclay JZ2 is also closed, relay DJ gets, one group of constant open contact DJ-K1 closure of relay DJ, pulsometer air inlet electromagnetic valve is opened, be stored in the compressed air in the Caes jar, through decompression venting valve, blowpipe, the constant pressure that pulsometer air inlet electromagnetic valve is set with decompression venting valve enters the pulsometer tank body, relay DJ get electric in, another group constant close contact DJ-K2 of relay DJ disconnects, the pulsometer exhaust solenoid valve is closed, the pulsometer stack stops exhaust, enter the compressed air of pulsometer tank body, the water body in the compressing pulsometer tank body, the bottom water inlet that is positioned at the pulsometer tank body from the pulsometer outlet pipe enters, go out Water Check Valve through pulsometer and enter irrigation system, be installed in the irrigation pipeline outlet valve of irrigation pipeline peak, be used to get rid of that water body decompression back discharged is dissolved in air in the water, normal with the water delivery that guarantees irrigation pipeline, along with the compressed-air actuated release successively that is stored in the Caes jar, be installed in the pointer that is connected with common junction B of the electro connecting pressure gauge on the Caes jar, L moves to the lower limit contact, up to contacting with lower limit contact L, auxiliary reclay JZ1 gets, one group of constant close contact JZ1-K1 of auxiliary reclay JZ1 disconnects, auxiliary reclay JZ2 dead electricity, and first group of constant open contact JZ2-K1 of auxiliary reclay JZ2 recovers off-state, removed the self-sustaining state of auxiliary reclay JZ2, second group of constant open contact JZ2-K2 of auxiliary reclay JZ2 recovers off-state, and the 3rd group of constant open contact JZ2-K3 of auxiliary reclay JZ2 also recovered off-state, relay DJ dead electricity, one group of constant open contact DJ-K1 of relay DJ recovers off-state, pulsometer air inlet electromagnetic valve is closed, and the compressed air that is stored in the Caes jar stops to discharge, and another group constant close contact DJ-K2 of relay DJ recovers closure state, the pulsometer exhaust solenoid valve is opened, the pulsometer stack recovers exhaust, and the water in the water source is under the effect of atmospheric pressure, by being located at the pulsometer water inlet and the flap valve of pulsometer tank base, enter the pulsometer tank interior, finished the moisturizing process of pulsometer,, be installed in the pointer that is connected with common junction B of the electro connecting pressure gauge on the Caes jar along with compressed-air actuated the increasing that is stored in the Caes jar, H moves to upper limit contact, up to contacting with upper limit contact H, repeat the process that above-mentioned water lift enters irrigation system, pulsometer goes out the effect of Water Check Valve, be to prevent when the exhaust of pulsometer stack, water in pulsometer outlet pipe and the irrigation pipeline is back in the pulsometer tank body, and pressure release when pressure relief safety valve is used for improper superpressure is to guarantee the safety of pressure-containing member.
The utlity model has following good effect:
Energy-storage type waterpower of the present utility model is irrigated by lifting water to a higher level with a water pump, etc. device, though be intermittent water application, more non-energy-storage type waterpower picotan, water supply flow is big, constant pressure, can directly drive water-saving irrigation systems such as drip irrigation and spray irrigation, save the trouble of building reservoir and secondary pressurization;
Energy-storage type waterpower of the present utility model is irrigated by lifting water to a higher level with a water pump, etc. device, need not to build on the river course to choke water building, does not influence the basic function in river courses such as flood discharge;
Energy-storage type waterpower of the present utility model is irrigated by lifting water to a higher level with a water pump, etc. device, and the automaticity height need not staff on duty, and is rational in infrastructure, and cost is low, the efficient height.The universal component that adopts is many, and the threshold that irrigation equipment producer produces in batches is low.
Description of drawings:
Fig. 1 irrigates by lifting water to a higher level with a water pump, etc. the hydrodynamic(al) constant voltage output source of the gas generation device of device and the schematic diagram of hydrodynamic(al) energy-storage type electric supply installation for energy-storage type waterpower of the present utility model.
Fig. 2 irrigates by lifting water to a higher level with a water pump, etc. the pulsometer schematic diagram of device for energy-storage type waterpower of the present utility model.
Fig. 3 irrigates by lifting water to a higher level with a water pump, etc. the embodiment control circuit figure of device for energy-storage type waterpower of the present utility model.
The specific embodiment:
A kind of energy-storage type waterpower irrigation by pumping device, as Fig. 1, Fig. 2, shown in Figure 3, comprise: can be as the Caes jar (1) of buoyancy aid, buoyancy aid empennage 2, hydrodynamic(al) impeller 3, transmission and speed change gear 4, air compressor 5, pressure relief safety valve 6, monolithic silicon rectification generator 7, junction box 8, battery 9, electro connecting pressure gauge 10, decompression venting valve 11, blowpipe 12, pulsometer air inlet electromagnetic valve 13, pulsometer stack 14, pulsometer exhaust solenoid valve 15, pulsometer outlet pipe 16, pulsometer goes out Water Check Valve 17, irrigation pipeline outlet valve 18, pulsometer water inlet and flap valve 19, pulsometer tank body 20 and energy-storage type waterpower are irrigated by lifting water to a higher level with a water pump, etc. the control circuit of device, the upstream of buoyancy aid current is called front portion or head, the downstream of buoyancy aid current is called rear portion or afterbody, above the first half of buoyancy aid, settle one with the vertical vertical horizontal axis of buoyancy aid, horizontal axis is fixed on the buoyancy aid by the bearing and the support of bearing near the horizontal axis two ends, the two ends of horizontal axis, be positioned at the both sides of buoyancy aid, two hydrodynamic(al) impellers 3 of installation of symmetry, be fixed with the belt pulley that transmission and speed change are used on the horizontal axis, the upstream face of buoyancy aid is the streamline chock shape of symmetry, the one, can reduce resistance to water-flow, the 2nd, adherent the streaming that chock shape produces still can be used for promoting the hydrodynamic(al) impeller 3 of buoyancy aid both sides thereafter, has the effect that concentrated flow increases flow velocity, the front end of buoyancy aid is provided with the fixedly drag-line of buoyancy aid, below the afterbody of buoyancy aid, on the buoyancy aid longitudinal centre line, perpendicular to horizontal plane buoyancy aid empennage 2 is installed, after buoyancy aid is fixed by the front end drag-line of buoyancy aid, the buoyancy aid empennage of installing 2, the one, can avoid the buoyancy aid rollover, the 2nd, can make buoyancy aid vertically consistent with water (flow) direction all the time, reach the maximum maximum purpose of water flow dynamic energy that obtains of the upstream face that keeps hydrodynamic(al) impeller 3, hydrodynamic(al) impeller 3 is connected with air compressor 5 with speed change gear 4 by transmission, air compressor 5 is connected with Caes jar 1, Caes jar 1 is provided with pressure relief safety valve 6, hydrodynamic(al) impeller 3 is connected with monolithic silicon rectification generator 7 with speed change gear 4 by transmission, monolithic silicon rectification generator 7, the terminal lead-out wire of battery 9 connects by the prap in the line bank of junction box 8, the B terminal of monolithic silicon rectification generator 7 is connected with direct current supply output head anode P+ with the positive pole of battery 9, the D-terminal of monolithic silicon rectification generator 7 is connected with direct current supply negative pole of output end P-with the negative pole of battery 9, the D+ terminal of monolithic silicon rectification generator 7 is connected with the B terminal of monolithic silicon rectification generator 7 by charging indicator light ZD, direct current supply output head anode P+ and direct current supply negative pole of output end P-remove control circuit, electro connecting pressure gauge 10 is installed on the Caes jar 1, Caes jar 1 is connected with blowpipe 12 through decompression venting valve 11, blowpipe 12 is connected with pulsometer tank body 20 tops through pulsometer air inlet electromagnetic valve 13, place the pulsometer stack 14 of atmosphere to be connected with pulsometer tank body 20 tops by pulsometer exhaust solenoid valve 15, the pulsometer outlet pipe 16 that water inlet is positioned at pulsometer tank body 20 bottoms goes out Water Check Valve 17 by pulsometer, irrigation pipeline outlet valve 18 and sprinkling irrigation, water-saving irrigation systems such as drip irrigation connect, irrigation pipeline outlet valve 18 is installed in the peak of irrigation pipeline, pulsometer tank body 20 bottoms, be provided with pulsometer water inlet and flap valve 19, irrigate by lifting water to a higher level with a water pump, etc. in the control circuit of device in energy-storage type waterpower, the common junction B of electro connecting pressure gauge 10 is connected with direct current supply is anodal, the lower limit contact L of electro connecting pressure gauge 10 is by auxiliary reclay JZ1, second group of constant open contact JZ2-K2 of auxiliary reclay JZ2 is connected with the direct current supply negative pole, the upper limit contact H of electro connecting pressure gauge 10 is divided into two-way, the first group of constant open contact JZ2-K1 of auxiliary reclay JZ2 of leading up to is connected with direct current supply is anodal, another road is by auxiliary reclay JZ2, first group of constant close contact JZ1-K1 of auxiliary reclay JZ1 is connected with the direct current supply negative pole, the end of relay DJ is connected with direct current supply is anodal, the other end is connected with the direct current supply negative pole by the 3rd group of constant open contact JZ2-K3 of auxiliary reclay JZ2, one end of pulsometer air inlet electromagnetic valve 13 is connected with direct current supply is anodal, the other end is connected with the direct current supply negative pole by one group of constant open contact DJ-K1 of relay DJ, one end of pulsometer exhaust solenoid valve 15 is connected with direct current supply is anodal, and the other end is connected with the direct current supply negative pole by another group constant close contact DJ-K2 of relay DJ.
The control circuit that energy-storage type waterpower of the present utility model is irrigated by lifting water to a higher level with a water pump, etc. device needs continual stable dc power supply, but the mechanical energy of hydrodynamic(al) impeller 3 outputs, be that size with flow velocity changes, under the very large situation of the change in flow in river, need the energy-storage type electric supply installation, so that continual stable dc power supply to be provided, this device of the present invention is achieved in that and adopts Vehicular integral silicon rectification generator 7, junction box 8, battery 9 to form the energy-storage type electric supply installation.The operating principle of Vehicular integral silicon rectification generator is as follows:
Because the rotor of alternator for vehicle directly drives rotation by motor by belt, and the speed ratio of motor and generator is 1.7～3, therefore the rotation speed change scope of generator amature is very big, bigger variation takes place in the output voltage that will cause generator like this, can't satisfy the job requirement of consumer in the car.In order to satisfy the requirement of consumer constant voltage, the necessary adapted voltage regulator of generator, make the basic maintenance under all operating modes of motor of its output voltage constant, automobile-used silicon rectification generator is divided into two kinds in external voltage regulator and built-in voltage adjuster (being called monolithic), and what the present invention adopted is the monolithic silicon rectification generator of built-in voltage adjuster.When car intrinsic motivation rotation speed change, voltage regulator is the size of regulator generator exciting current automatically, thereby makes generator output voltage keep constant.
Above-mentioned energy-storage type electric supply installation has satisfied the requirement of continual stable dc power supply that energy-storage type waterpower is irrigated by lifting water to a higher level with a water pump, etc. the control circuit needs of device, just make energy-storage type waterpower irrigate by lifting water to a higher level with a water pump, etc. device, reliability service can be irrigated by lifting water to a higher level with a water pump, etc. under the control of device control circuit in energy-storage type waterpower.
It is as follows that energy-storage type waterpower is irrigated by lifting water to a higher level with a water pump, etc. the device operational process:
In original state, because relay DJ dead electricity, one group of constant open contact DJ-K1 of relay DJ disconnects, pulsometer air inlet electromagnetic valve 13 is in closed condition, another group constant close contact DJ-K2 closure of relay DJ, pulsometer exhaust solenoid valve 15 is opened, carry out exhaust by pulsometer stack 14, water in the water source is under the effect of atmospheric pressure, by pulsometer water inlet and the flap valve 19 that is located at pulsometer tank body 20 bottoms, enter pulsometer tank body 20 inside, finished the moisturizing process of pulsometer, current promote 3 rotations of hydrodynamic(al) impeller, water can be changed into mechanical energy, drive air compressor 5 work by transmission and speed change gear 4 again, to be stored in after the air compression among the Caes jar 1, along with compressed-air actuated the increasing that is stored in the Caes jar 1, be installed in the pointer that is connected with common junction B of the electro connecting pressure gauge 10 on the Caes jar, H moves to upper limit contact, up to contacting with upper limit contact H, auxiliary reclay JZ2 gets, first group of constant open contact JZ2-K1 closure of auxiliary reclay JZ2, auxiliary reclay JZ2 enters the self-sustaining state, second group of constant open contact JZ2-K2 closure of auxiliary reclay JZ2, the 3rd group of constant open contact JZ2-K3 of auxiliary reclay JZ2 is also closed, relay DJ gets, one group of constant open contact DJ-K1 closure of relay DJ, pulsometer air inlet electromagnetic valve 13 is opened, be stored in the compressed air in the Caes jar 1, through decompression venting valve 11, blowpipe 12, the constant pressure that pulsometer air inlet electromagnetic valve 13 is set with decompression venting valve 11 enters pulsometer tank body 20, relay DJ get electric in, another group constant close contact DJ-K2 of relay DJ disconnects, pulsometer exhaust solenoid valve 15 is closed, pulsometer stack 14 stops exhaust, enter the compressed air of pulsometer tank body 20, the water body in the compressing pulsometer tank body 20, the bottom water inlet that is positioned at pulsometer tank body 20 from pulsometer outlet pipe 16 enters, go out Water Check Valve 17 through pulsometer and enter irrigation system, be installed in the irrigation pipeline outlet valve 18 of irrigation pipeline peak, be used to get rid of that water body decompression back discharged is dissolved in air in the water, normal with the water delivery that guarantees irrigation pipeline, along with the compressed-air actuated release successively that is stored in the Caes jar 1, be installed in the pointer that is connected with common junction B of the electro connecting pressure gauge 10 on the Caes jar 1, L moves to the lower limit contact, up to contacting with lower limit contact L, auxiliary reclay JZ1 gets, one group of constant close contact JZ1-K1 of auxiliary reclay JZ1 disconnects, auxiliary reclay JZ2 dead electricity, and first group of constant open contact JZ2-K1 of auxiliary reclay JZ2 recovers off-state, removed the self-sustaining state of auxiliary reclay JZ2, second group of constant open contact JZ2-K2 of auxiliary reclay JZ2 recovers off-state, and the 3rd group of constant open contact JZ2-K3 of auxiliary reclay JZ2 also recovered off-state, relay DJ dead electricity, one group of constant open contact DJ-K1 of relay DJ recovers off-state, pulsometer air inlet electromagnetic valve 13 is closed, and the compressed air that is stored in the Caes jar 1 stops to discharge, and another group constant close contact DJ-K2 of relay DJ recovers closure state, pulsometer exhaust solenoid valve 15 is opened, pulsometer stack 14 recovers exhaust, and the water in the water source is under the effect of atmospheric pressure, by pulsometer water inlet and the flap valve 19 that is located at pulsometer tank body 20 bottoms, enter pulsometer tank body 20 inside, finished the moisturizing process of pulsometer,, be installed in the pointer that is connected with common junction B of the electro connecting pressure gauge 10 on the Caes jar 1 along with compressed-air actuated the increasing that is stored in the Caes jar 1, H moves to upper limit contact, up to contacting with upper limit contact H, repeat the process that above-mentioned water lift enters irrigation system, pulsometer goes out the effect of Water Check Valve 17, be to prevent when 14 exhausts of pulsometer stack, water in pulsometer outlet pipe 16 and the irrigation pipeline is back in the pulsometer tank body 20, and pressure release when pressure relief safety valve 6 is used for improper superpressure is to guarantee the safety of pressure-containing member.
Among the embodiment, the monolithic silicon rectification generator 7 of energy-storage type electric supply installation, having selected power for use is the monolithic nine pipe silicon rectifier alternator for vehicle of the built-in voltage adjuster of JFZ121A for the 200W model, make this energy-storage type electric supply installation become the 12V DC power-supply system, accordingly, it is the battery of 12V that battery 9 needs to adopt rated voltage, and it is the DC electromagnetic valve of 12V that pulsometer air inlet electromagnetic valve 13, pulsometer exhaust solenoid valve 15 need to adopt rated voltage.
Claims (1)
1. an energy-storage type waterpower is irrigated by lifting water to a higher level with a water pump, etc. device, it is characterized in that: comprising can be as the Caes jar (1) of buoyancy aid, buoyancy aid empennage (2), hydrodynamic(al) impeller (3), transmission and speed change gear (4), air compressor (5), pressure relief safety valve (6), monolithic silicon rectification generator (7), junction box (8), battery (9), electro connecting pressure gauge (10), decompression venting valve (11), blowpipe (12), pulsometer air inlet electromagnetic valve (13), pulsometer stack (14), pulsometer exhaust solenoid valve (15), pulsometer outlet pipe (16), pulsometer goes out Water Check Valve (17), irrigation pipeline outlet valve (18), pulsometer water inlet and flap valve (19), pulsometer tank body (20) and energy-storage type waterpower are irrigated by lifting water to a higher level with a water pump, etc. the control circuit of device, above the first half of buoyancy aid, settle one with the vertical vertical horizontal axis of buoyancy aid, horizontal axis is fixed on the buoyancy aid by the bearing and the support of bearing near the horizontal axis two ends, the two ends of horizontal axis, be positioned at the both sides of buoyancy aid, two hydrodynamic(al) impellers of installation (3) of symmetry, be fixed with the belt pulley that transmission and speed change are used on the horizontal axis, the upstream face of buoyancy aid is the streamline chock shape of symmetry, the front end of buoyancy aid is provided with the fixedly drag-line of buoyancy aid, below the afterbody of buoyancy aid, on the buoyancy aid longitudinal centre line, perpendicular to horizontal plane buoyancy aid empennage (2) is installed, hydrodynamic(al) impeller (3) is connected with air compressor (5) with speed change gear (4) by transmission, air compressor (5) is connected with Caes jar (1), Caes jar (1) is provided with pressure relief safety valve (6), hydrodynamic(al) impeller (3) is connected with monolithic silicon rectification generator (7) with speed change gear (4) by transmission, monolithic silicon rectification generator (7), the terminal lead-out wire of battery (9) connects by the prap in the line bank of junction box (8), (B) terminal of monolithic silicon rectification generator (7) is connected with direct current supply output head anode (P+) with the positive pole of battery (9), (D-) terminal of monolithic silicon rectification generator (7) is connected with direct current supply negative pole of output end (P-) with the negative pole of battery (9), (D+) terminal of monolithic silicon rectification generator (7) is connected with (B) terminal of monolithic silicon rectification generator (7) by charging indicator light (ZD), direct current supply output head anode (P+) and direct current supply negative pole of output end (P-) remove control circuit, electro connecting pressure gauge (10) is installed on the Caes jar (1), Caes jar (1) is connected with blowpipe (12) through decompression venting valve (11), blowpipe (12) is connected with pulsometer tank body (20) top through pulsometer air inlet electromagnetic valve (13), place the pulsometer stack (14) of atmosphere to be connected with pulsometer tank body (20) top by pulsometer exhaust solenoid valve (15), the pulsometer outlet pipe (16) that water inlet is positioned at pulsometer tank body (20) bottom goes out Water Check Valve (17) by pulsometer, irrigation pipeline outlet valve (18) and sprinkling irrigation, water-saving irrigation systems such as drip irrigation connect, irrigation pipeline outlet valve (18) is installed in the peak of irrigation pipeline, pulsometer tank body (20) bottom, be provided with pulsometer water inlet and flap valve (19), irrigate by lifting water to a higher level with a water pump, etc. in the control circuit of device in energy-storage type waterpower, the common junction (B) of electro connecting pressure gauge (10) is connected with direct current supply is anodal, the lower limit contact (L) of electro connecting pressure gauge (10) is by auxiliary reclay (JZ1), second group of constant open contact (JZ2-K2) of auxiliary reclay (JZ2) is connected with the direct current supply negative pole, the upper limit contact (H) of electro connecting pressure gauge (10) is divided into two-way, lead up to anodal connection of first group of constant open contact (JZ2-K1) and direct current supply of auxiliary reclay (JZ2), another road is by auxiliary reclay (JZ2), first group of constant close contact (JZ1-K1) of auxiliary reclay (JZ1) is connected with the direct current supply negative pole, one end of relay (DJ) is connected with direct current supply is anodal, the other end is connected with the direct current supply negative pole by the 3rd group of constant open contact (JZ2-K3) of auxiliary reclay (JZ2), one end of pulsometer air inlet electromagnetic valve (13) is connected with direct current supply is anodal, the other end is connected with the direct current supply negative pole by one group of constant open contact (DJ-K1) of relay (DJ), one end of pulsometer exhaust solenoid valve (15) is connected with direct current supply is anodal, and the other end is connected with the direct current supply negative pole by another group constant close contact (DJ-K2) of relay (DJ).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200609079U CN202039414U (en) | 2011-03-10 | 2011-03-10 | Storage hydraulic pumping irrigation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200609079U CN202039414U (en) | 2011-03-10 | 2011-03-10 | Storage hydraulic pumping irrigation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202039414U true CN202039414U (en) | 2011-11-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200609079U Expired - Lifetime CN202039414U (en) | 2011-03-10 | 2011-03-10 | Storage hydraulic pumping irrigation device |
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| Country | Link |
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| CN (1) | CN202039414U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102102379A (en) * | 2011-03-10 | 2011-06-22 | 中国农业科学院农田灌溉研究所 | Energy accumulation type waterpower water-raising and irrigation device |
| CN110686163A (en) * | 2019-10-12 | 2020-01-14 | 江西省水利厅工程建设稽察事务中心 | Hydraulic device capable of automatically taking and delivering water and use method thereof |
-
2011
- 2011-03-10 CN CN2011200609079U patent/CN202039414U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102102379A (en) * | 2011-03-10 | 2011-06-22 | 中国农业科学院农田灌溉研究所 | Energy accumulation type waterpower water-raising and irrigation device |
| CN110686163A (en) * | 2019-10-12 | 2020-01-14 | 江西省水利厅工程建设稽察事务中心 | Hydraulic device capable of automatically taking and delivering water and use method thereof |
| CN110686163B (en) * | 2019-10-12 | 2021-11-26 | 江西省水利厅工程建设稽察事务中心 | Hydraulic device capable of automatically taking and delivering water and use method thereof |
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