CN205671110U - There is control device in the micro-nano oxygen bubbles that in a kind of essence amount agricultural, liquid manure gas merges - Google Patents
There is control device in the micro-nano oxygen bubbles that in a kind of essence amount agricultural, liquid manure gas merges Download PDFInfo
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- CN205671110U CN205671110U CN201620632949.8U CN201620632949U CN205671110U CN 205671110 U CN205671110 U CN 205671110U CN 201620632949 U CN201620632949 U CN 201620632949U CN 205671110 U CN205671110 U CN 205671110U
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
The utility model discloses the micro-nano oxygen bubbles that in a kind of essence amount agricultural, liquid manure gas merges and control device occurs, tubule, water supply electromagnetic valve, control circuit, cable, control system, oxygen generator, a micro-nano oxygen bubbles generating means including water supply installation, grid supply water；Throttle orifice, oxygen sensor, gas outlet are installed, upper installing submersible pump on the downside of micro-nano oxygen bubbles generating means on the left of micro-nano oxygen bubbles generating means；Micro-nano oxygen bubbles generating means is connected with water supply electromagnetic valve, control circuit, cable by drip irrigation；The upper end installation control system of micro-nano oxygen bubbles generating means, for controlling the precision irrigation of crops.The present invention realizes the fertilising Automated condtrol of the precision irrigation that crops liquid manure gas merges in day-light greenhouse, saves manpower, improves production efficiency, can produce good economic benefit and social benefit.
Description
Technical field
The utility model relates to the management skill of computer technology, sensing technology, Network Information technology, Computerized intelligent
Art, is specifically related to the control system of crops liquid manure gas precision irrigation, in particular, relates to liquid manure gas in a kind of essence amount agricultural
There is control device in the micro-nano oxygen bubbles merging.
Background technology
The spies such as micro-nano oxygen bubbles has that bubble volume is little, specific surface area is big, adsorption efficiency is high, the rate of climb is slow in water
Point.It is passed through micro-nano bubble in water, solid impurity in water can be efficiently separated, quick improve water body oxygen concentration, kill in water and have
Fall ill bacterium, reduce solid liquid interface coefficient of friction, thus at floating gas water purification technology, water oxygenation, the micro-nano gas of Ozone Water disinfection box
Application in the fields such as bubble building has higher efficiency than macroscopical bubble, and application prospect is also more wide.
It is to make up natural precipitation deficiency quantitatively to fit with the inequality on space-time, guarantee that micro-nano oxygen bubbles is irrigated in good time
Amount ground meets the important measures of moisture needed for lawn growth.Conventional lawn greening engineering, does not much have well-equipped irrigation
System, can only use broad irrigation or manually sprinkle water when pouring water.Not only cause the waste of water, and often due to can not fill in time
Water, excess are poured water or insufficient irrigation, it is difficult to the Controlled irrigation uniformity, produce harmful effect to the normal growth on lawn.With city
The development that town is built, urban population concentrates in a large number, and industry and domestic water increase sharply, and travels, lies fallow, sports ground and residence
The various greenery areas such as people's cell are increasing, and the pressure of urban water supply becomes increasingly conspicuous.Traditional ground broad irrigation is
The requirement of modern lawn irrigation can not be met, use efficient irrigation method imperative.
Data shows according to the study: every kind of plant has humidity of its growth applicable, and humidity is excessive, and the root system of plant will be
Soil rot, humidity is too small, is just insufficient for the moisture required for plant growth.Irrigation is exactly to meet soil to greatest extent
The humidity of earth is within the humidity range that suitable for plant grows.Humidity through data verification optimum lawn growth is 50%
60%RH.
China is a water resource famine, and bloods and droughts is national frequently.Although the total amount of water resource occupies the world the 6th
Position, but calculate by water resource of per capita, and occupancy volume per person only has 2500 cubic metres, and about the 1/4 of world's water yield per capita is alive
Boundary arranges 110, is classified as one of 13 poor-water countries by the United Nations.On the other hand, the not perfectly flat weighing apparatus of the distribution of China's water resource.North
The occupancy volume of some regional water of side is only 900 cubic metres, the water resource lower limit less than internationally recognized 1000 cubic metres.Have
The occupancy volume per person in a little areas is even below the Egyptian level with Israel of country of world's poor-water.China's Water Consumption in Agriculture is about
Account for about the 80% of total water consumption, owing to the utilization rate of agricultural irrigation water is generally low, for nationwide, the utilization of water
Rate is only 45%, and the high country of water utilization rate has reached 70% one 80%, thus, the problem solving agricultural irrigation water,
It is very important for alleviating the in short supply of water resource.Reasonably promote Automated condtrol in irrigation system, be possible not only to improve
Resource utilization, alleviates the contradiction being becoming tight water resource day, can also increase the yield of crops, reduces the cost of agricultural product.
The level of irrigation system automation is relatively low, and this is also the main cause of restriction China high-efficiency agriculture development.Israel, Japan, U.S.
Some countries such as state have used advanced Water Saving Irrigation System.Fully irrigated to insufficient irrigation development by traditional, irrigated area is used
Water is monitored forecast, actual dynamic management.Sensor is used to monitor the growth of soil tilth and crops, it is achieved water pipe
The automation of reason.High-efficiency agriculture and precision agriculture require that we must improve the utilization rate of water resource.Really to realize water resource
Efficient, only voucher item water-saving irrigation technique can not solve.Must be by water resources development, transmission & distribution water, irrigation technique and fall
The aspects such as rain, evaporation, soil moisture content and crops law of needing the water are unified to be considered.Accomplish rainfall, irrigation water, the soil water and underground water
Combine and call, it is achieved on schedule, on-demand, automatic water-supply according to quantity.
China's agricultural irrigation water amount is big, and low and water waste the problem of irrigation efficiency generally exists.The whole nation fills at present
Irrigating water use efficiency and being about 43%, folk prescription water grain-production rate only has about 10 kilograms, is significantly less than developed country's irrigation water and uses
Rate 70-80%, the level of folk prescription water grain-production rate more than 2.0 kilograms.By using modern water-saving irrigation technological transformation tradition
Irrigation farming, it is achieved " finely irrigating " of timely and appropriate discovery, has important practical significance and far-reaching historic significance.Irrigating system
System reasonably promotes Automated condtrol, is possible not only to improve resource utilization, alleviates the contradiction being becoming tight water resource day, all right
Increase the yield of crops, reduce the cost of agricultural product.
China is lack of water country, and agricultural is again to use water rich and influential family, and therefore China advocates water-saving agriculture, is this Rational Irrigation and filling
Irrigating fertilising will become the important measures of China's agricultural sustainable development.Agricultural policy and agricultural technology development is coordinated to be China's chemical fertilizer
The new highlight that industrial fertilizer produces.
Therefore, the superior irrigation of crops and the automation that the irrigation system using liquid manure gas to merge is fed in row heliogreenhouse
Control, the micro-nano bubble generation control system that traditional liquid manure gas merges to the crops in heliogreenhouse superior irrigate with
The control system of automation has the disadvantage in that
(1) the micro-nano oxygen bubbles that, traditional liquid manure gas merges occurs control device not use control system, oxygen
Generating means, micro-nano oxygen bubbles generating means are controlled, and its control mode poor effect, are not easy to realize in heliogreenhouse
Crops superior irrigate with automation control；
(2) the micro-nano oxygen bubbles that, traditional liquid manure gas merges occurs control device not use fabricated structure, its
Composition structure do not include water supply installation, grid supply water tubule, water supply electromagnetic valve, control circuit, cable, control system,
Oxygen generator, micro-nano oxygen bubbles generating means, a combination thereof complicated structure, operation inconvenience；
(3) the micro-nano oxygen bubbles that, traditional liquid manure gas merges occurs control device not use micro-nano oxygen bubbles to send out
Generating apparatus, is arranged on oxygen generator upper end, the control poor effect of crop irrigation, also there is many safety hidden simultaneously
Suffering from, it is wasted time and energy, inefficiency；
(4) the micro-nano oxygen bubbles that, traditional liquid manure gas merges occurs to be fitted without touching in control system in control device
Touch screen, memory, controller, control panel, it is impossible to the irrigation information of convenient control crops essence amount, it is impossible to save manpower,
Production efficiency is relatively low, more can not produce good economic benefit and social benefit；
(5) the micro-nano oxygen bubbles that, traditional liquid manure gas merges occurs control device not use oxygen sensor, its
Sensor gathers the indifferent of data.
Content of the invention
The utility model is to overcome above-mentioned deficiency, giving the micro-nano oxygen that in a kind of essence amount agricultural, liquid manure gas merges
There is control device in bubble.
Technical scheme is as follows:
There is control device in the micro-nano oxygen bubbles that in a kind of essence amount agricultural, liquid manure gas merges, including water supply installation, water pipe
A net water supply tubule, water supply electromagnetic valve, control circuit, cable, control system, oxygen generator, micro-nano oxygen bubbles are sent out
Generating apparatus；Described water supply installation is provided with pond, the built-in screen pack in pond one, connects water pump, connect on the left of pond on the right side of pond
Water-accepting tank magnetic valve, completes the water and fertilizer irrigation of crops；Micro-nano oxygen bubbles generating means by grid supply water tubule with
Water supply installation is connected, and micro-nano oxygen bubbles generating means lower right side is provided with inlet duct, and inlet duct is installed screen pack two, mistake
Filter screen two is also connected with steam line, one end installation pressure sensor of steam line, the placement vane pump inside steam line,
Throttle orifice, oxygen sensor, gas outlet are installed, on the downside of micro-nano oxygen bubbles generating means on the left of micro-nano oxygen bubbles generating means
Upper installing submersible pump；Micro-nano oxygen bubbles generating means is connected with water supply electromagnetic valve, control circuit, cable by drip irrigation；Micro-
The upper end installation control system of nano oxygen bubble generator, control system is provided with touch-screen, memory, controller, control
Panel, for controlling the precision irrigation of crops；Oxygen generator is connected with control system by cable, and oxygen fills
Put and installed oxygen air accumulator, oxygen pump, complete the precision irrigation of crops and intelligentized fertilising control.
Further, described micro-nano oxygen bubbles generating means, is arranged on oxygen generator lower end.
The method of the superior irrigation of micro-nano oxygen bubbles crops is: first, and water pump extraction well water sends into air, oxygen, fertilizer
Liquid, liquid manure gas-liquid is entered promoting the circulation of qi solution and is tentatively mixed, in the micro-nano oxygen bubbles generating means of mixed liquor entrance of liquid manure gas-liquid, commonly
Oxygen bubbles explosion under pressure becomes micro-nano oxygen bubbles, oxygen bubbles with crops oxygen-supplying amount need supply oxygen,
For plant growth.
Described touch-screen is arranged on control system front end, the man-machine interactive pair merging for liquid manure gas in essence amount agricultural
Words.
Further, described memory includes CF card memory, RAM storage, USB flash disk memory.
Further, described CF card memory, is arranged on control system lower right side by the Kato of CF card.
Further, described RAM storage, is built in inside control system.
Further, described USB flash disk memory, connects USB flash disk memory by U mouth.
Further, described controller includes the controller of ARM7, timer module, clock module.
The controller of described ARM7, uses the microcontroller of the ARM7TDMI-S of 32 bit CPUs, is built in control system
In.
Further, the controller of described ARM7 includes following components:
(1), 4 UART；
(2), the FLASH of built-in 8MB；
(3), the RAM of built-in 64KB；
(4), 4 I2C EBIs；
(5), 10 ADC；
(6), 10 general purpose I/O Interface modules；
(7), the RC oscillator of 1 4MHz.
Further, described control panel include button, liquid manure gas shift switch, liquid manure gas supply multiplying power button key,
Liquid manure timing supply key, liquid manure gas timing supply key.
Further, described button include start key, stop key, liquid manure supply key, liquid manure gas supply key, directionkeys,
Page turning key, return key.
Further, described oxygen air accumulator is provided with large and small 2 oxygen air accumulators, is separately mounted to oxygen and fills
The lower end put.
Further, described oxygen pump is arranged on the left side of oxygen generator.
The present utility model compared with prior art, has the following advantages and high-lighting effect:
(1), there is control device, bag in the micro-nano oxygen bubbles that in a kind of essence amount agricultural that the present invention uses, liquid manure gas merges
Include water supply installation, grid supplies water tubule, water supply electromagnetic valve, control circuit, cable, control system, oxygen generator,
Micro-nano oxygen bubbles generating means；Described water supply installation is provided with pond, the built-in screen pack in pond one, connects water on the right side of pond
Pump, connects pond magnetic valve, completes the water and fertilizer irrigation of crops on the left of pond；Micro-nano oxygen bubbles generating means passes through grid
A tubule that supplies water is connected with water supply installation, and micro-nano oxygen bubbles generating means lower right side is provided with inlet duct, and inlet duct is pacified
Dress screen pack two, screen pack two is also connected with steam line, and pressure sensor is installed in one end of steam line, inside steam line
Placement vane pump, on the left of micro-nano oxygen bubbles generating means install throttle orifice, oxygen sensor, gas outlet, micro-nano oxygen
Upper installing submersible pump on the downside of bubble generating means；Micro-nano oxygen bubbles generating means by drip irrigation and water supply electromagnetic valve, control circuit,
Cable is connected；The upper end installation control system of micro-nano oxygen bubbles generating means, control system is provided with touch-screen, storage
Device, controller, control panel, for controlling the precision irrigation of crops；Oxygen generator passes through cable and control system
Being connected, oxygen generator has installed oxygen air accumulator, oxygen pump, completes the precision irrigation of crops and intelligentized fertilising
Control.Its simple in construction, easy to operate；
(2), the micro-nano oxygen bubbles generating means that the present invention uses, is arranged on oxygen generator lower end；Micro-nano oxygen
The method of the superior irrigation of bubble crops is: first, and water pump extraction well water sends into air, oxygen, solution, and liquid manure gas-liquid enters promoting the circulation of qi
Solution tentatively mixes, and the mixed liquor of liquid manure gas-liquid enters in micro-nano oxygen bubbles generating means 26, and common oxygen bubbles is made at pressure
Become micro-nano oxygen bubbles with lower explosion, oxygen bubbles with crops oxygen-supplying amount need supply oxygen, for plant growth；
(3), the control system that the present invention uses is provided with touch-screen, memory, controller, control panel, is used for controlling
The precision irrigation of crops；Described touch-screen is arranged on control system front end, the people merged for liquid manure gas in essence amount agricultural
Machine dialog interaction；Described memory includes CF card memory, RAM storage, USB flash disk memory；Described CF card memory is logical
The Kato crossing CF card is arranged on control system lower right side；Described RAM storage, is built in inside control system；Described USB flash disk is deposited
Reservoir, connects USB flash disk memory by U mouth；Described controller includes the controller of ARM7, timer module, clock module, institute
The controller of the ARM7 stating, uses the microcontroller of the ARM7TDMI-S of 32 bit CPUs, is built in control system；Described control
Panel includes that button, liquid manure gas shift switch, liquid manure gas supply multiplying power button key, liquid manure timing supply key, the timing of liquid manure gas supply
To key, described button includes start key, stop key, liquid manure supply key, liquid manure gas supply key, directionkeys, page turning key, return
Key；
(4), the oxygen air accumulator that the present invention uses is provided with large and small 2 oxygen air accumulators, is separately mounted to oxygen and fills
The lower end put；Described oxygen pump is arranged on the left side of oxygen generator；
Except the above, the present invention realizes the fertilising of the precision irrigation that crops liquid manure gas merges in day-light greenhouse
Automated condtrol, saves manpower, improves production efficiency, can produce good economic benefit and social benefit.
Further advantage of the present utility model, target and feature will be explained to a certain extent in the following description
State, and to a certain extent, will be apparent to those skilled in the art based on to investigating hereafter, or
Person can be instructed from practice of the present utility model.Target of the present utility model and further advantage can be said by following
Bright book and claims realize and obtain.
Brief description
Fig. 1 is that a kind of essence of the present invention measures the structure that the micro-nano oxygen bubbles that in agricultural, liquid manure gas merges occurs control device
Schematic diagram.
Mark in figure: the 1st, water pump, the 2nd, screen pack one, the 3rd, pond, the 4th, water supply installation, the 5th, pond magnetic valve, the 6th, grid
Supply water tubule, the 7th, inlet duct, the 8th, screen pack two, the 9th, pressure sensor, the 10th, water supply electromagnetic valve, the 11st, a water supply control apparatus,
12nd, cable, the 13rd, grid, the 14th, touch-screen, the 15th, memory, the 16th, controller, the 17th, control system, the 18th, panel, the 19th, oxygen
Air accumulator, the 20th, oxygen pump, the 21st, oxygen generator, the 22nd, vane pump, the 23rd, throttle orifice, the 24th, oxygen sensor, the 25th, gas outlet,
26th, micro-nano oxygen bubble generating means, the 27th, immersible pump.
Detailed description of the invention
Embodiment
In order to make those skilled in the art be more fully understood that technical scheme, and make the above-mentioned mesh of the present invention
, feature and advantage can become apparent from understandable, make to retouch in detail further to the present invention and embodiments thereof below in conjunction with the accompanying drawings
State.
As it is shown in figure 1, there is control device, including supply water in the micro-nano oxygen bubbles that in a kind of essence amount agricultural, liquid manure gas merges
Device the 4th, grid supplies water and props up the generation of tubule the 6th, water supply electromagnetic valve the 10th, control circuit the 11st, cable the 12nd, control system the 17th, oxygen
Device the 21st, micro-nano oxygen bubbles generating means 26；Described water supply installation 4 is provided with pond the 3rd, the built-in screen pack in pond 31,
Connect water pump 1 on the right side of pond 3, connect pond magnetic valve 5 on the left of pond 3, complete the water and fertilizer irrigation of crops；Micro-nano oxygen bubbles
Generating means 26 is connected with water supply installation 4 by a grid water supply tubule 6, and micro-nano oxygen bubbles generating means 26 lower right side sets
Having inlet duct 7, inlet duct 7 being installed screen pack 28, screen pack 28 is also connected with steam line, one end of steam line
Pressure sensor 9, the placement vane pump 22 inside steam line are installed, throttling is installed on the left of micro-nano oxygen bubbles generating means 26
The 23rd, oxygen sensor the 24th, gas outlet 25, hole, upper installing submersible pump 27 on the downside of micro-nano oxygen bubbles generating means 26；Micro-nano oxygen
Bubble generator 26 is connected with water supply electromagnetic valve the 10th, control circuit the 11st, cable 12 by drip irrigation；Micro-nano oxygen bubbles occurs
The upper end installation control system 17 of device 26, control system 17 is provided with touch-screen the 14th, memory the 15th, controller the 16th, chain of command
Plate 18, for controlling the precision irrigation of crops；Oxygen generator 21 is connected with control system 17 by cable 12, oxygen
Generating means 21 has installed oxygen air accumulator the 19th, oxygen pump 20, completes the precision irrigation of crops and intelligentized fertilising control
System.
Also, a kind of essence that the present invention uses measures the micro-nano oxygen bubbles that in agricultural, liquid manure gas merges, and control device occurs, wrap
Include water supply installation, grid supplies water tubule, water supply electromagnetic valve, control circuit, cable, control system, oxygen generator,
Micro-nano oxygen bubbles generating means；Described water supply installation is provided with pond, the built-in screen pack in pond one, connects water on the right side of pond
Pump, connects pond magnetic valve, completes the water and fertilizer irrigation of crops on the left of pond；Micro-nano oxygen bubbles generating means passes through grid
A tubule that supplies water is connected with water supply installation, and micro-nano oxygen bubbles generating means lower right side is provided with inlet duct, and inlet duct is pacified
Dress screen pack two, screen pack two is also connected with steam line, and pressure sensor is installed in one end of steam line, inside steam line
Placement vane pump, on the left of micro-nano oxygen bubbles generating means install throttle orifice, oxygen sensor, gas outlet, micro-nano oxygen
Upper installing submersible pump on the downside of bubble generating means；Micro-nano oxygen bubbles generating means by drip irrigation and water supply electromagnetic valve, control circuit,
Cable is connected；The upper end installation control system of micro-nano oxygen bubbles generating means, control system is provided with touch-screen, storage
Device, controller, control panel, for controlling the precision irrigation of crops；Oxygen generator passes through cable and control system
Being connected, oxygen generator has installed oxygen air accumulator, oxygen pump, completes the precision irrigation of crops and intelligentized fertilising
Control.Its simple in construction, easy to operate, it is one distinguishing feature of the present invention.
It is further used as preferred embodiment, described micro-nano oxygen bubbles generating means 26, it is arranged on oxygen and occur
Device 21 lower end.
Being further used as preferred embodiment, the method for the superior irrigation of micro-nano oxygen bubbles crops is: first, water pump
Extraction well water sends into air, oxygen, solution, and liquid manure gas-liquid is entered promoting the circulation of qi solution and tentatively mixed, and the mixed liquor of liquid manure gas-liquid enters in a subtle way
In nano oxygen bubble generator 26, the explosion under pressure of common oxygen bubbles becomes micro-nano oxygen bubbles, and oxygen bubbles is with agriculture
The oxygen-supplying amount of crop need supply oxygen, for plant growth.
It also, the micro-nano oxygen bubbles generating means that the present invention uses, is arranged on oxygen generator lower end；Micro-nano oxygen
The method of the bubble superior irrigation of crops is: first, and water pump extraction well water sends into air, oxygen, solution, and it is fertile that liquid manure gas-liquid enters promoting the circulation of qi
Liquid tentatively mixes, and the mixed liquor of liquid manure gas-liquid enters in micro-nano oxygen bubbles generating means 26, and common oxygen bubbles is in pressure effect
Lower explosion becomes micro-nano oxygen bubbles, oxygen bubbles with crops oxygen-supplying amount need supply oxygen, for plant growth, be this
A bright distinguishing feature.
Being further used as preferred embodiment, described touch-screen 14 is arranged on control system 17 front end, for essence amount
The man-machine interactive dialogue that in Nong Ye, liquid manure gas merges.
Being further used as preferred embodiment, described memory 15 includes CF card memory, RAM storage, USB flash disk storage
Device.
It is further used as preferred embodiment, described CF card memory, it is arranged on control system by the Kato of CF card
Unite 17 lower right sides.
It is further used as preferred embodiment, described RAM storage, it is built in inside control system 17.
It is further used as preferred embodiment, described USB flash disk memory, connect USB flash disk memory by U mouth.
Be further used as preferred embodiment, described controller 16 include the controller of ARM7, timer module, when
Clock module.
It is further used as preferred embodiment, the controller of described ARM7, use the ARM7TDMI-S's of 32 bit CPUs
Microcontroller, built-in in the controls.
Being further used as preferred embodiment, the controller of described ARM7 includes following components:
(1), 4 UART；
(2), the FLASH of built-in 8MB；
(3), the RAM of built-in 64KB；
(4), 4 I2C EBIs；
(5), 10 ADC；
(6), 10 general purpose I/O Interface modules；
(7), the RC oscillator of 1 4MHz.
Being further used as preferred embodiment, described control panel 18 includes button, liquid manure gas shift switch, liquid manure
Gas supply multiplying power button key, liquid manure timing supply key, liquid manure gas timing supply key.
Being further used as preferred embodiment, described button includes start key, stop key, liquid manure supply key, liquid manure
Gas supply key, directionkeys, page turning key, return key.
It also, the control system that the present invention uses is provided with touch-screen, memory, controller, control panel, is used for controlling agriculture
The precision irrigation of crop；Described touch-screen is arranged on control system front end, for essence amount agricultural in liquid manure gas merge man-machine
Dialog interaction；Described memory includes CF card memory, RAM storage, USB flash disk memory；Described CF card memory, passes through
The Kato of CF card is arranged on control system lower right side；Described RAM storage, is built in inside control system；Described USB flash disk storage
Device, connects USB flash disk memory by U mouth；Described controller includes the controller of ARM7, timer module, clock module, described
The controller of ARM7, use the microcontroller of the ARM7TDMI-S of 32 bit CPUs, be built in control system；Described chain of command
Plate includes button, liquid manure gas shift switch, liquid manure gas supply multiplying power button key, liquid manure timing supply key, the timing supply of liquid manure gas
Key, described button includes start key, stop key, liquid manure supply key, liquid manure gas supply key, directionkeys, page turning key, return key,
It is again one distinguishing feature of the present invention.
Described oxygen air accumulator 19 is provided with large and small 2 oxygen air accumulators, is separately mounted under oxygen generator 21
End.
Being further used as preferred embodiment, described oxygen pump 20 is arranged on the left side of oxygen generator 21.
It also, the oxygen air accumulator that the present invention uses is provided with large and small 2 oxygen air accumulators, is separately mounted to oxygen and fills
The lower end put；Described oxygen pump is arranged on the left side of oxygen generator, is again one distinguishing feature of the present invention.
Outstanding feature of the present invention:
1), there is control device, bag in the micro-nano oxygen bubbles that in a kind of essence amount agricultural that the present invention uses, liquid manure gas merges
Include water supply installation, grid supplies water tubule, water supply electromagnetic valve, control circuit, cable, control system, oxygen generator,
Micro-nano oxygen bubbles generating means；Described water supply installation is provided with pond, the built-in screen pack in pond one, connects water on the right side of pond
Pump, connects pond magnetic valve, completes the water and fertilizer irrigation of crops on the left of pond；Micro-nano oxygen bubbles generating means passes through grid
A tubule that supplies water is connected with water supply installation, and micro-nano oxygen bubbles generating means lower right side is provided with inlet duct, and inlet duct is pacified
Dress screen pack two, screen pack two is also connected with steam line, and pressure sensor is installed in one end of steam line, inside steam line
Placement vane pump, on the left of micro-nano oxygen bubbles generating means install throttle orifice, oxygen sensor, gas outlet, micro-nano oxygen
Upper installing submersible pump on the downside of bubble generating means；Micro-nano oxygen bubbles generating means by drip irrigation and water supply electromagnetic valve, control circuit,
Cable is connected；The upper end installation control system of micro-nano oxygen bubbles generating means, control system is provided with touch-screen, storage
Device, controller, control panel, for controlling the precision irrigation of crops；Oxygen generator passes through cable and control system
Being connected, oxygen generator has installed oxygen air accumulator, oxygen pump, completes the precision irrigation of crops and intelligentized fertilising
Control.Its simple in construction, easy to operate.
2), the micro-nano oxygen bubbles generating means that the present invention uses, is arranged on oxygen generator lower end；Micro-nano oxygen
The method of the bubble superior irrigation of crops is: first, and water pump extraction well water sends into air, oxygen, solution, and it is fertile that liquid manure gas-liquid enters promoting the circulation of qi
Liquid tentatively mixes, and the mixed liquor of liquid manure gas-liquid enters in micro-nano oxygen bubbles generating means 26, and common oxygen bubbles is in pressure effect
Lower explosion becomes micro-nano oxygen bubbles, oxygen bubbles with crops oxygen-supplying amount need supply oxygen, for plant growth.
3), the control system that the present invention uses is provided with touch-screen, memory, controller, control panel, is used for controlling agriculture
The precision irrigation of crop；Described touch-screen is arranged on control system front end, for essence amount agricultural in liquid manure gas merge man-machine
Dialog interaction；Described memory includes CF card memory, RAM storage, USB flash disk memory；Described CF card memory, passes through
The Kato of CF card is arranged on control system lower right side；Described RAM storage, is built in inside control system；Described USB flash disk storage
Device, connects USB flash disk memory by U mouth；Described controller includes the controller of ARM7, timer module, clock module, described
The controller of ARM7, use the microcontroller of the ARM7TDMI-S of 32 bit CPUs, be built in control system；Described chain of command
Plate includes button, liquid manure gas shift switch, liquid manure gas supply multiplying power button key, liquid manure timing supply key, the timing supply of liquid manure gas
Key, described button includes start key, stop key, liquid manure supply key, liquid manure gas supply key, directionkeys, page turning key, return key.
4), the oxygen air accumulator that the present invention uses is provided with large and small 2 oxygen air accumulators, is separately mounted to oxygen and fills
The lower end put；Described oxygen pump is arranged on the left side of oxygen generator.
5), the present invention realizes the fertilising automation control of the precision irrigation that crops liquid manure gas merges in day-light greenhouse
System, saves manpower, improves production efficiency, can produce good economic benefit and social benefit.
In addition to the implementation, the present invention can also have other embodiments.All equivalents or equivalent transformation deform
Technical scheme, all in claimed scope.The present invention's is that many feature and advantage of embodiment are retouched in detail according to this
Stating is clearly, therefore claims be intended to cover these be embodiment fall in its true spirit and scope all
These feature and advantage.It further, since those skilled in the art is readily apparent that a lot of modifications and changes, is therefore not meant to this
Invention is that embodiment is limited to precision architecture that is illustrated and that describe and operation, but all in the range of can covering to fall into it
Suitable modifications and equivalent.
The unspecified part of the present invention is technology known to the engineers and technicians of this area.
Claims (4)
1. there is control device in the micro-nano oxygen bubbles that in an essence amount agricultural, liquid manure gas merges, it is characterised in that: include supplying water
Device (4), grid supply water and prop up tubule (6), water supply electromagnetic valve (10), control circuit (11), cable (12), a control system
(17), oxygen generator (21), micro-nano oxygen bubbles generating means (26)；Described water supply installation (4) is provided with pond
(3), pond (3) built-in screen pack one (2), pond (3) right side connects water pump (1), and pond (3) left side connects pond magnetic valve
(5) water and fertilizer irrigation of crops, is completed；Micro-nano oxygen bubbles generating means (26) is supplied water a tubule (6) by grid and supplies
Water device (4) is connected, and micro-nano oxygen bubbles generating means (26) lower right side is provided with inlet duct (7), and inlet duct (7) is upper to be installed
Screen pack two (8), screen pack two (8) is also connected with steam line, and pressure sensor (9), supply are installed in one end of steam line
The placement vane pump (22) of insides of pipes, throttle orifice (23), oxygen sensor are installed in micro-nano oxygen bubbles generating means (26) left side
Device (24), gas outlet (25), installing submersible pump (27) on micro-nano oxygen bubbles generating means (26) downside；Micro-nano oxygen bubbles is sent out
Generating apparatus (26) is connected with water supply electromagnetic valve (10), control circuit (11), cable (12) by drip irrigation；Micro-nano oxygen bubbles is sent out
The upper end installation control system (17) of generating apparatus (26), control system (17) is provided with touch-screen (14), memory (15), control
Device (16), control panel (18), for controlling the precision irrigation of crops；Oxygen generator (21) by cable (12) with
Control system (17) is connected, and oxygen generator (21) has installed oxygen air accumulator (19), oxygen pump (20), completes crops
Precision irrigation with intelligentized fertilising control.
2. there is control device in the micro-nano oxygen bubbles that in a kind of essence amount agricultural according to claim 1, liquid manure gas merges,
It is characterized in that:
Described micro-nano oxygen bubbles generating means (26), is arranged on oxygen generator (21) lower end；
The method of the superior irrigation of micro-nano oxygen bubbles crops is: first, and water pump extraction well water sends into air, oxygen, solution, water
Fat gas liquid enters promoting the circulation of qi solution and tentatively mixes, and the mixed liquor of liquid manure gas-liquid enters in micro-nano oxygen bubbles generating means (26), commonly
Oxygen bubbles explosion under pressure becomes micro-nano oxygen bubbles, oxygen bubbles with crops oxygen-supplying amount need supply oxygen,
For plant growth.
3. there is control device in the micro-nano oxygen bubbles that in a kind of essence amount agricultural according to claim 1, liquid manure gas merges,
It is characterized in that:
Described touch-screen (14) is arranged on control system (17) front end, the man-machine interaction merged for liquid manure gas in essence amount agricultural
Formula is talked with；
Described memory (15) includes CF card memory, RAM storage, USB flash disk memory；
Described CF card memory, is arranged on control system (17) lower right side by the Kato of CF card；
Described RAM storage, is built in control system (17) inner side；
Described USB flash disk memory, connects USB flash disk memory by U mouth；
Described controller (16) includes the controller of ARM7, timer module, clock module；
The controller of described ARM7, uses the microcontroller of the ARM7TDMI-S of 32 bit CPUs, is built in control system (17)
In；
Described control panel (18) includes that button, liquid manure gas shift switch, liquid manure gas supply multiplying power button key, liquid manure timing supply
To key, liquid manure gas timing supply key；
Described button includes start key, stop key, liquid manure supply key, liquid manure gas supply key, directionkeys, page turning key, return key.
4. there is control device in the micro-nano oxygen bubbles that in a kind of essence amount agricultural according to claim 1, liquid manure gas merges,
It is characterized in that: described oxygen air accumulator (19) is provided with large and small 2 oxygen air accumulators, is separately mounted to oxygen generator
(21) lower end；
Described oxygen pump (20) is arranged on the left side of oxygen generator (21).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620632949.8U CN205671110U (en) | 2016-06-24 | 2016-06-24 | There is control device in the micro-nano oxygen bubbles that in a kind of essence amount agricultural, liquid manure gas merges |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620632949.8U CN205671110U (en) | 2016-06-24 | 2016-06-24 | There is control device in the micro-nano oxygen bubbles that in a kind of essence amount agricultural, liquid manure gas merges |
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| CN205671110U true CN205671110U (en) | 2016-11-09 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107125102A (en) * | 2017-06-21 | 2017-09-05 | 南京灏晨瀚泽环保科技有限公司 | The irrigation method and system of crops and the irrigation system of fruit sweetness can be increased |
| CN107683759A (en) * | 2017-10-10 | 2018-02-13 | 中国农业大学 | A kind of Mobile drip-irrigation liquid manure gas all-in-one |
| CN108901498A (en) * | 2018-09-07 | 2018-11-30 | 合肥名华教育科技有限公司 | A kind of afforestation seedling culture case |
| CN109511350A (en) * | 2019-01-03 | 2019-03-26 | 南京瑞吾电气有限公司 | A kind of nano bubble liquid manure coordination irrigation system |
-
2016
- 2016-06-24 CN CN201620632949.8U patent/CN205671110U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107125102A (en) * | 2017-06-21 | 2017-09-05 | 南京灏晨瀚泽环保科技有限公司 | The irrigation method and system of crops and the irrigation system of fruit sweetness can be increased |
| CN107683759A (en) * | 2017-10-10 | 2018-02-13 | 中国农业大学 | A kind of Mobile drip-irrigation liquid manure gas all-in-one |
| CN108901498A (en) * | 2018-09-07 | 2018-11-30 | 合肥名华教育科技有限公司 | A kind of afforestation seedling culture case |
| CN109511350A (en) * | 2019-01-03 | 2019-03-26 | 南京瑞吾电气有限公司 | A kind of nano bubble liquid manure coordination irrigation system |
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Address after: Beilin District Xianning road Shaanxi city Xi'an province No. 28 box 1784 Patentee after: Zhang Wanjun Address before: 730000 Gansu Province Chengguan District of Lanzhou city Weiyuan Road Subdistrict Donggang West Road No. 99 Patentee before: Zhang Wanjun |
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Granted publication date: 20161109 Termination date: 20170624 |