CN206433375U - A kind of liquid manure gas of the superior irrigation of crops is thermally integrated control system - Google Patents

Abstract

Control system is thermally integrated the utility model discloses a kind of liquid manure gas of the superior irrigation of crops, including human-computer dialogue device, teleterminal system, liquid manure gas are thermally integrated system, electric supply installation, on-site terminal system；Described liquid manure gas is thermally integrated the left end and human-computer dialogue device of system；The left end that described liquid manure gas is thermally integrated system is also connected by Internet network with teleterminal system；The right-hand member that described liquid manure gas is thermally integrated system is connected with electric supply installation, the power supply of system is thermally integrated for completing liquid manure gas, the right-hand member that described liquid manure gas is thermally integrated system is connected by Wifi, GPRS with on-site terminal system, realizes crops liquid manure gas is thermally integrated in day-light greenhouse precision irrigation and the fertilising Automated condtrol of intelligence.The utility model realizes the precision irrigation and the fertilising Automated condtrol of intelligence that crops liquid manure gas is thermally integrated in day-light greenhouse, saves manpower, improves production efficiency, can produce good economic benefit and social benefit.

Description

A kind of liquid manure gas of the superior irrigation of crops is thermally integrated control system

Technical field

The utility model is related to computer technology, sensing technology, Network Information technology, the management skill of Computerized intelligent Art, and in particular to the control system of the hot precision irrigation of crops liquid manure gas, in particular, is related to a kind of superior irrigation of crops Liquid manure gas be thermally integrated control system.

Background technology

It is a kind of irrigation method that fertilizer together enters field in company with irrigation water that liquid manure gas, which is thermally integrated irrigation, is fertilizer practice (Fertilization) it is and a new technology being combined of irrigation technique (Irrigation), Tree Precise Fertilization and precision irrigation The product being combined.That is irrigation, sub-irrigation etc. while pouring water, according to each stage of plant growth to the demand of nutrient and Weather conditions etc. accurately say that fertilizer is added and uniformly applied near root system, are directly absorbed by root system.Melted using liquid manure gas heat The concentration and quantity of nutriment in irrigation water can easily be adjusted by closing irrigation technique, increase substantially cost utilization rate； Such as the utilization rate of the hot fertigation nitrogen of sugarcane liquid manure gas is up to 75%~80%, and conventional fertilizer application only has 40% (Ng Kee and Deville)；The yield and quality of crop are improved, nutrient availability is improved, mitigates pollution of the fertilising to environment；May be used also simultaneously Significantly to save the expenses such as time, transport, labour and fuel, implement precision fertilizing.Liquid manure gas hot mixing automatically controls skill The development of art effectively promotes the development of modern agriculture.Either it is applied to still apply in field crop in facility cultivation Automatic irrigation control technology be even more influence modern agricultural development focus.Fertilising carries out water and fertilizer coupling, gas heat simultaneously with irrigating Coupling, not only has the advantages that water saving, section fertilizer, energy-conservation, saves manpower, but also can greatly improve crop yield and quality, Pollution of the fertilising to environment is alleviated simultaneously.Compared with other countries of the world such as U.S., Israel and country of Canada, China The automatic degree of water and fertilizer coupling irrigation system is relatively low, and the control technology that automatic fertilization is irrigated is also in conceptual phase, based on this, Subject study liquid manure gas thermal, based on traditional agricultural irrigation technology, fusion calculation machine technology, digitizing technique, network skill Art, intellectual technology and visualization technique etc. and cloud computing, Internet of Things, improve the utilization rate of irrigation water, make the benefit of water-saving irrigation Maximization is the basic demand that China develops Modern Water Saving Agriculture.Deepened continuously and related with to the theoretical research of agricultural water conservation Gradually stepping up for technical merit, has turned into what Water-saving agricultural technology developed using new and high technology with the mode that conventional art is combined Inexorable trend, Water-saving agricultural technology just increasingly moves towards precision and controllableization, should to irrigation system to meet modern agricultural development With it is flexible, accurate, quick the features such as requirement.Precise control irrigation is the cutting edge technology of modern water-saving irrigation development, to this The research of technology can not only effectively improve water using efficiency and crop yield and quality with application, can also increasing substantially The effective rate of utilization of fertilizer and agricultural chemicals, reduces the pollution brought to farmland ecological environment.Precise control irrigation technique system is ground Studying carefully just turns into the focus that domestic and international irrigation theory and technical research are expected to make a breakthrough.

Domestic irrigation control only accounts for the supply of the water demand of crop simultaneously, and that water, fertilizer consider simultaneously is few, not into The expanded application of ripe water-fertilizer precision control device, both at home and abroad existing liquid manure control is according to fertilizer ratio, fertilization time, applied Fertile total amount is controlled, and also has the macro-control to the whole conductivity EC of irrigation water, it is impossible to independent measurement single nutrient density, and Existing nutrient measuring instrument can not realize online measurement in real time, also not dense for irrigating solution nitrogen, phosphorus, potassium trace element The relevant device that degree carries out individually with integrated control emerges, and does not have also both at home and abroad to certain in irrigation system intellectual development Targeted system research pipe network is intelligently laid, and liquid manure flow is controlled in an optimal manner, financial cost is saved, to tackle digitlization The arrival in irrigation epoch.

Irrigation is to make up the deficiency of natural precipitation quantitatively timely and appropriately to meet lawn with the inequality on space-time, guarantee The important measures of moisture needed for growth.Conventional lawn greening engineering, much without well-equipped irrigation system, when pouring water only Can be using broad irrigation or artificial watering.Not only cause the waste of water, and often due to can not pour water in time, it is excessive pour water or Insufficient irrigation, it is difficult to the Controlled irrigation uniformity, harmful effect is produced to the normal growth on lawn.With the continuous hair of city-building Exhibition, urban population largely concentrates, and industry and domestic water increase sharply, travel, lie fallow, sports ground and residential area etc. it is various green Ground area is increasing, and the pressure of urban water supply becomes increasingly conspicuous.Traditional ground broad irrigation can not meet modern grass The requirement that level ground is irrigated, it is imperative using efficient irrigation method.

Data shows according to the study：Every kind of plant has the humidity of its suitable growth, 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.The humidity that optimum lawn growth is investigated through data is 50% -60% RH。

Water is irreplaceable fundamental during all life, and water resource is the weight of national economy and social development Want basic resource.China is one of 13 Ge Pin lands that abounds in rivers and lakes in the world, and 2300 cubic metres of water resources ownership per capita, the only world are per capita The 1/4 of level, occupies the 109th, the world.And spatial and temporal distributions are very uneven, Nan Duobei is few, and Dong Duoxi is few；Summer and autumn are more, and Winter-Spring is few； The water resources quantity for accounting for the North China, northwest, the Northeast of area more than 50% only accounts for 20% or so of national total amount.In recent years Come, increase with population, economic development and the raising of the level of urbanization, the contradiction of supply and demand for the water resource is becoming increasingly acute, and agricultural arid lacks Water and shortage of water resources turn into the important restriction factor of China's economy and social development, and exacerbate the evil of ecological environment Change.Tale quale water consumption statistics, the wherein national medium billion cubic meter of dry year water shortage 358,30,000,000,000 cubes of agricultural irrigation water shortage Rice.Since 1990s, the average annual area suffered from drought of China's agricultural has up to more than 20,000,000 hectares in national more than 660 city More than half occurs water crisis, becomes increasingly conspicuous the problem of northern Cut off, and water shortage spreads to southern many from the north Area.Because surface water resources deficiency causes groundwater mining, national areas property Trend of Groundwater Descent Funnel area is up to 8.2 ten thousand squares Kilometer.

The agricultural water proportion of developed country is generally 50% of total water consumption or so.At present, China's agricultural water proportion 88% from 1980 drops to current 70% or so, also may proceed to decline from now on, the situation of agricultural arid water shortage can not Reverse.Northern area water resource economics are very high, and the potentiality increased income are little.There is some potentialities to be exploited in south, But it is concentrated mainly on southwest.

China's agricultural irrigation water amount is big, and irrigation efficiency is low and generally existing the problem of water waste.The whole nation is filled at present It is about 43% to irrigate water use efficiency, and folk prescription water grain-production rate only has 10 kilograms or so, is significantly less than developed country's irrigation water use Rate 70-80%, more than 2.0 kilograms of folk prescription water grain-production rate level.Filled by using modern water-saving irrigation technological transformation tradition Agricultural is irrigate, " fine to irrigate " of timely and appropriate discovery is realized, has important practical significance and far-reaching historic significance.In irrigation system Automated condtrol is reasonably promoted, resource utilization can be not only improved, alleviates the contradiction being becoming tight water resource day, can also increase Plus the yield of crops, reduce the cost of agricultural product.

China is water shortage country, and agricultural is again to use water rich and influential family, therefore China advocates water-saving agriculture, is this Rational Irrigation and filling The important measures of China's agricultural sustainable development will be turned into by irrigating fertilising.It is China's chemical fertilizer to coordinate agricultural policy and agricultural technology development The new highlight of industrial fertilizer production.

Therefore, the irrigation system being thermally integrated using liquid manure gas is to the superior irrigation of crops carried out in heliogreenhouse and automatically The control system of the superior irrigation of crops and automation in the control of change, traditional heliogreenhouse has the following disadvantages：

（One）, the superior irrigation of crops and automation in traditional heliogreenhouse control system do not use liquid manure gas The irrigation system being thermally integrated is controlled, and control mode effect is not good for its, be not easy to realize that the crops in heliogreenhouse are superior Irrigate the control with automation；

（Two）, the superior irrigation of crops and automation in traditional heliogreenhouse control system do not use combined type Structure, it constitutes structure and is not thermally integrated system, human-computer dialogue device, electric supply installation, scene including teleterminal system, liquid manure gas Terminal system, its combining structure is more complicated, operation inconvenience；

（Three）, the superior irrigation of crops and automation in traditional heliogreenhouse control system do not use liquid manure one Body makeup is put, gas device, thermal, and liquid manure gas heat is merged to the precision irrigation for carrying out crops and intelligence is applied fertilizer, The control effect of crop irrigation is not good, also there is many potential safety hazards simultaneously, it is wasted time and energy, inefficiency；

（Four）, the superior irrigation of crops in traditional heliogreenhouse and automation control system not using including touch Screen, memory, keyboard, it is impossible to the irrigation information of convenient control crops essence amount；

（Five）, the superior irrigation of crops and automation in traditional heliogreenhouse control system sensed using EC Device, Ph sensors, oxygen sensor, nitrogen sensor, nitrogen dioxide sensor, heat sensor, its sensor gathered data It is indifferent；

（Six）, the superior irrigation of crops and automation in traditional heliogreenhouse control system do not use liquid manure Valve, water valve, fertilizer valve, gas Remote control valve, bubble Detonation Controller, solar water heater valve, PE thermal-arrest pipe networks valve, electric heating Crop irrigation effect in silk valve, deeper subsurface pipe network valve, heating pipe valve, heliogreenhouse is not good, it is impossible to realize crops Precision irrigation and grow on demand；

（Seven）, the superior irrigation of crops in traditional heliogreenhouse and automation control system using scene eventually End system, it is impossible to integrated and crops precision irrigation the information of field control heliogreenhouse liquid manure gas heat；Also not using remote Journey terminal system, can not realize the control of teleterminal system, it is impossible to save manpower, and production efficiency is relatively low, can not Produce good economic benefit and social benefit.

The content of the invention

The utility model is that the liquid manure gas for giving a kind of superior irrigation of crops is thermally integrated control in order to overcome above-mentioned deficiency System processed.

Technical scheme is as follows：

A kind of liquid manure gas of the superior irrigation of crops is thermally integrated control system, including human-computer dialogue device, remote terminal system System, liquid manure gas are thermally integrated system, electric supply installation, on-site terminal system；Described liquid manure gas, which is thermally integrated system, includes liquid manure gas heat Controller, liquid manure gas thermal, described liquid manure gas heat controller include controller, and described controller, which is used, to be based on The S3C2440 of ARM920T frameworks controller；Described liquid manure gas heat controller also include time block, interrupt module, Internet network interface module, Wifi transport modules, GPRS transmission module；Described electric supply installation includes power module, electricity Source adapter, mains charger, are thermally integrated control system for the liquid manure gas to a kind of superior irrigation of crops and power, it is ensured that one The liquid manure gas for planting the superior irrigation of crops is thermally integrated the normal operation of control system；Described liquid manure gas is thermally integrated the left end of system It is connected with human-computer dialogue device, the dialogue for man-machine interactive；The left end that described liquid manure gas is thermally integrated system also passes through Internet network is connected with teleterminal system；The right-hand member that described liquid manure gas is thermally integrated system is connected with electric supply installation, uses The power supply of system is thermally integrated in completion liquid manure gas, described liquid manure gas is thermally integrated the right-hand member of system also by Wifi, GPRS and showed Terminal system is connected, and realizes that crops liquid manure gas is thermally integrated in day-light greenhouse precision irrigation and intelligent fertilising are automatic Change control.

Described human-computer dialogue device includes touch-screen, memory, keyboard.

Further, described touch-screen, installed in the front of human-computer dialogue device, the liquid manure for man-machine interactive Gas heat dialogue, described touch-screen is using the color 7 cun touch-screen of Guangzhou pleasure.

Further, described touch-screen also includes control panel.

Further, described control panel clump left-to-right installs scram button, multiplying power button, liquid manure gas heat essence amount successively The button of irrigation.

Further, the button of the described hot precision irrigation of liquid manure gas include liquid manure button, fertilizer button, irrigate button, Gas supply button, heat button, directionkeys.

Further, described directionkeys includes lower page turning key, return key, right and left key, upper lower key.

Further, described memory includes TFT storage cards, SDRAM memory.

Further, described TFT storage cards are arranged on the Kato of TFT cards.

Further, described SDRAM memory is built in human-computer dialogue device.

Further, described keyboard is arranged in the keyboard case that can be stretched, without that can promote keyboard case during keyboard In.

Described liquid manure gas thermal includes water-fertilizer integral device, gas device, thermal.

Further, described water-fertilizer integral device includes liquid manure device, liquid manure sensor, liquid manure performs device.

Further, described liquid manure device includes bucket, fertilizer bucket, liquid manure ratio fertilizer applicator, liquid manure agitator, liquid manure Filter, water pipe, fertilizer pipe, liquid manure blending tank.

Further, described bucket be ellipsoid shape plastic bucket, described bucket, external water wheels head, water valve, Water inlet pipe, outlet pipe, for storing farmland irrigating water.

Further, described fertilizer bucket is the fertilizer bucket of cylindrical shape, and described fertilizer bucket is provided with liquid manure pipe, liquid manure Filter, liquid manure valve, for storing field irrigation fertilizer.

Further, described fertilizer bucket is the fertilizer bucket of cylindrical shape, and described fertilizer bucket is provided with fertilizer pipe, mistake Filter, liquid manure valve, for storing field irrigation fertilizer.

Further, described liquid manure ratio fertilizer applicator on the left of water pipe with bucket by being connected, described liquid manure ratio The right side fertilizer bucket of fertilizer applicator is connected.

Further, described liquid manure blending tank lower-left end is connected apart from the position of 20 centimetres of liquid manure blending tank by water pipe Bucket.

Further, described liquid manure blending tank bottom righthand side passes through liquid manure Guan Lian apart from the position of 40 centimetres of liquid manure blending tank Connect fertilizer bucket.

Further, liquid manure agitator is installed on the inside of described liquid manure blending tank.

Further, the upper right side of described liquid manure blending tank is from top to bottom apart from the position peace of 40 centimetres of liquid manure blending tank Fill liquid manure ratio fertilizer applicator.

Further, described liquid manure sensor includes EC sensors, Ph sensors.

Described EC sensors, installed in the left end of fertilizer bucket.

Further, described EC sensors, also the lower-left end installed in liquid manure blending tank.

Further, described Ph sensors, installed in the right-hand member of fertilizer bucket.

Further, described Ph sensors, the also upper right side installed in liquid manure blending tank.

Further, described liquid manure performs device includes liquid manure valve, water valve, fertilizer valve.

Further, described liquid manure valve, installed in the right-hand member of liquid manure blending tank.

Further, described water valve, installed in the right-hand member of bucket.

Further, described fertilizer valve, installed in the right-hand member of fertilizer bucket.

Further, described gas device occurs to perform dress including gas generating unit, gas generation sensor, gas Put.

Further, described gas generating unit includes micro-nano bubble generator, air accumulator, bubble blast device.

Further, described micro-nano bubble generator provided with gas generating unit, cylinder, pressure sensor, enter Gas port device, air-out apparatus.

Further, described cylinder left end installs air inlet device, and air-out apparatus, institute are installed in described cylinder lower end The cylinder right-hand member stated is provided with bubble blast device, and described pressure sensor includes pressure sensor 1, pressure sensor 2；It is described Pressure sensor 1 be arranged on the upper end of air inlet device, described pressure sensor 2 is arranged on the lower end of air-out apparatus.

Further, sensor, which occurs, for described gas includes oxygen sensor, nitrogen sensor, nitrogen dioxide sensing Device.

Further, described oxygen sensor, the left end for the device that exploded installed in bubble.

Further, described nitrogen sensor, installed in the lower end of cylinder.

Further, described nitrogen dioxide sensor, installed in the upper end of cylinder.

Further, performs device, which occurs, for described gas includes gas Remote control valve, bubble Detonation Controller.

Further, described gas Remote control valve is connected with air accumulator, and described gas Remote control valve is provided with Remote controllers, the gas-storing capacity for remote control air accumulator.

Further, described bubble Detonation Controller is connected with bubble blast device, for controlling micro-nano bubble Occur.

Further, described thermal includes heat generator, heat controller, heat sensor, heat execution System.

Further, described heat generator includes solar water heater, PE thermal-arrests pipe networks, heating wire, deep layer Lower pipe network, heating tube, heat accumulation bucket.

Further, described heat accumulation bucket is also connected with PE thermal-arrests pipe network, deeper subsurface pipe network, heating tube respectively.

Further, described heat execution system is opened including solar water heater valve, PE thermal-arrest pipe networks valve, heating wire Pass, deeper subsurface pipe network valve, heating pipe valve.

Further, described solar water heater valve is connected with solar water heater.

Further, described PE thermal-arrest pipe network valves are connected with PE thermal-arrest pipe networks.

Further, described heating wire switch is connected with heating wire.

Further, described deeper subsurface pipe network valve is connected with deeper subsurface pipe network.

Further, described heating pipe valve is connected with heating tube.

Further, described heat controller left end is connected with heat sensor, is adopted for receiving heat sensor Collect thermal data；

Further, described heat controller lower end is connected with heat generator.

Further, described heat controller right-hand member is connected with heat execution system for controlling heat execution system Motion.

Described teleterminal system includes server, Database Systems.

Further, described server includes host computer 1, control computer 2.

Further, described Database Systems are thermally integrated knowledge data base, liquid manure gas including liquid manure gas and are thermally integrated model Database.

Wherein：Host computer, control computer are thermally integrated knowledge data base, liquid manure gas with liquid manure gas respectively and are thermally integrated Model database carries out data exchange.

Further, described teleterminal system passes through the Internet network interface module on liquid manure gas heat controller System, which is thermally integrated, with liquid manure gas carries out data exchange.

Described on-site terminal system includes smart mobile phone, tablet personal computer.

Further, described on-site terminal system is provided with GPRS network STU signaling terminal unit, WiFi network Signal Terminal Device.

Further, described GPRS network STU signaling terminal unit is connected by GPRS with controller.

Further, described WiFi network STU signaling terminal unit is connected by WiFi with controller.

Further, described GPRS network STU signaling terminal unit, for receiving GPRS network signal.

Further, described WiFi network STU signaling terminal unit, for receiving WiFi network signal.

Further, described smart mobile phone has the liquid manure gas heat for the superior irrigation of crops for receiving GPRS network signal The smart mobile phone of integrated information.

Further, described smart mobile phone has the liquid manure gas heat collection for receiving the superior irrigation of WiFi network signal crops Into the smart mobile phone of information.

Further, described tablet personal computer has the liquid manure gas heat for the superior irrigation of crops for receiving GPRS network signal The tablet personal computer of detection information.

Further, described tablet personal computer has the liquid manure gas heat of the superior irrigation of WiFi network signal crops received The tablet personal computer of detection information.

Wherein：Smart mobile phone, tablet personal computer exchange information with liquid manure gas integrated system respectively, realize what liquid manure gas was thermally integrated The field control of superior irrigation.

The present utility model compared with prior art, with advantages below and high-lighting effect：

（1）, a kind of liquid manure gas of the superior irrigation of crops that uses of the present invention be thermally integrated control system, including human-computer dialogue Device, teleterminal system, liquid manure gas are thermally integrated system, electric supply installation, on-site terminal system；Described liquid manure gas, which is thermally integrated, is System includes liquid manure gas heat controller, liquid manure gas thermal, and described liquid manure gas heat controller includes controller, described controller Use the controller of the S3C2440 based on ARM920T frameworks；Described liquid manure gas heat controller also include time block, Interrupt module, Internet network interface module, Wifi transport modules, GPRS transmission module；Described electric supply installation includes electricity Source module, power supply adaptor, mains charger, are thermally integrated control system for the liquid manure gas to a kind of superior irrigation of crops and supply Electricity, it is ensured that a kind of liquid manure gas of the superior irrigation of crops is thermally integrated the normal operation of control system；Described liquid manure gas is thermally integrated The left end of system is connected with human-computer dialogue device, the dialogue for man-machine interactive；Described liquid manure gas is thermally integrated a left side for system End is also connected by Internet network with teleterminal system；Described liquid manure gas is thermally integrated the right-hand member and electric supply installation of system Be connected, be thermally integrated the power supply of system for completing liquid manure gas, described liquid manure gas be thermally integrated the right-hand member of system also by Wifi, GPRS is connected with on-site terminal system, realizes crops liquid manure gas is thermally integrated in day-light greenhouse precision irrigation and intelligence Apply fertilizer Automated condtrol, and its is simple in construction, easy to operate；

（2）, the present invention touch-screen, memory, keyboard are included using human-computer dialogue device；Described touch-screen, is arranged on The front of human-computer dialogue device, for the liquid manure gas heat dialogue of man-machine interactive, described touch-screen is color 7 cun using Guangzhou pleasure Touch-screen；Described touch-screen also includes control panel；Described control panel clump left-to-right install successively scram button, times The button of rate button, the hot precision irrigation of liquid manure gas；The button of the described hot precision irrigation of liquid manure gas includes liquid manure button, fertilizer and pressed Key, irrigation button, gas supply button, heat button, directionkeys；Described directionkeys includes lower page turning key, return key, left and right Key, upper lower key；Described memory includes TFT storage cards, SDRAM memory；Described TFT storage cards are arranged on TFT cards On Kato；Described SDRAM memory is built in human-computer dialogue device；Described keyboard is arranged on the keyboard case that can be stretched In, without that can be promoted during keyboard in keyboard case；

（3）, the water-fertilizer integral device that uses of the present invention include liquid manure device, liquid manure sensor, liquid manure performs device；Institute The liquid manure device stated includes bucket, fertilizer bucket, liquid manure ratio fertilizer applicator, liquid manure agitator, liquid manure filter, water pipe, fertilizer Pipe, liquid manure blending tank；Described bucket be ellipsoid shape plastic bucket, described bucket, external water wheels head, water valve, Water inlet pipe, outlet pipe, for storing farmland irrigating water；Described fertilizer bucket is the fertilizer bucket of cylindrical shape, described fertilizer Bucket is provided with liquid manure pipe, liquid manure filter, liquid manure valve, for storing field irrigation fertilizer；Described fertilizer bucket is cylindrical shape Fertilizer bucket, described fertilizer bucket is provided with fertilizer pipe, filter, liquid manure valve, for storing field irrigation fertilizer；Described water Fertile ratio fertilizer applicator on the left of water pipe with bucket by being connected, and the right side fertilizer bucket of described liquid manure ratio fertilizer applicator is connected, Described liquid manure blending tank lower-left end connects bucket apart from the position of 20 centimetres of liquid manure blending tank by water pipe；Described liquid manure is mixed Close tank bottom righthand side and pass through liquid manure pipe apart from the position of 40 centimetres of liquid manure blending tank and connect fertilizer bucket；Described liquid manure blending tank it is interior Side is provided with liquid manure agitator；The upper right side of described liquid manure blending tank is from top to bottom apart from the position of 40 centimetres of liquid manure blending tank Liquid manure ratio fertilizer applicator is installed；Described liquid manure sensor includes EC sensors, Ph sensors；Described EC sensors, are installed In the left end of fertilizer bucket；Described EC sensors, also the lower-left end installed in liquid manure blending tank；Described Ph sensors, are installed In the right-hand member of fertilizer bucket；Described Ph sensors, the also upper right side installed in liquid manure blending tank；Described liquid manure performs device bag Include liquid manure valve, water valve, fertilizer valve；Described liquid manure valve, installed in the right-hand member of liquid manure blending tank；Described water valve, installed in water The right-hand member of bucket；Described fertilizer valve, installed in the right-hand member of fertilizer bucket；

（4）, the gas device that uses of the present invention includes gas generating unit, gas and occurs sensor, gas performing Device；Described gas generating unit includes micro-nano bubble generator, air accumulator, bubble blast device；Described is micro-nano Bubble generator is provided with gas generating unit, cylinder, pressure sensor, air inlet device, air-out apparatus；Described cylinder Left end installs air inlet device, and air-out apparatus is installed in described cylinder lower end, and described cylinder right-hand member is provided with bubble blast Device, described pressure sensor includes pressure sensor 1, pressure sensor 2；Described pressure sensor 1 is arranged on air inlet The upper end of device, described pressure sensor 2 is arranged on the lower end of air-out apparatus；Sensor, which occurs, for described gas includes oxygen Gas sensor, nitrogen sensor, nitrogen dioxide sensor；Described oxygen sensor, the left end for the device that exploded installed in bubble；Institute The nitrogen sensor stated, installed in the lower end of cylinder；Described nitrogen dioxide sensor, installed in the upper end of cylinder；Described Performs device, which occurs, for gas includes gas Remote control valve, bubble Detonation Controller；Described gas Remote control valve and gas storage Tank is connected, and described gas Remote control valve is provided with remote controllers, the gas-storing capacity for remote control air accumulator；Described Bubble Detonation Controller is connected with bubble blast device, the generation for controlling micro-nano bubble；

（5）, the thermal that uses of the present invention includes heat generator, heat controller, heat sensor, heat and performs System；Described heat generator includes solar water heater, PE thermal-arrests pipe network, heating wire, deeper subsurface pipe network, heating Pipe, heat accumulation bucket；Described heat accumulation bucket is also connected with PE thermal-arrests pipe network, deeper subsurface pipe network, heating tube respectively；Described heat Execution system includes solar water heater valve, PE thermal-arrest pipe networks valve, heating wire switch, deeper subsurface pipe network valve, heating pipe valve；Institute The solar water heater valve stated is connected with solar water heater；Described PE thermal-arrest pipe network valves are connected with PE thermal-arrest pipe networks； Described heating wire switch is connected with heating wire；Described deeper subsurface pipe network valve is connected with deeper subsurface pipe network；It is described Heating pipe valve be connected with heating tube；Described heat controller left end is connected with heat sensor, for receiving heat Sensor collects thermal data；Described heat controller lower end is connected with heat generator；Described heat control Device right-hand member is connected for the motion for controlling heat execution system with heat execution system；

（6）, the teleterminal system that uses of the present invention include server, Database Systems；Described server includes master Control computer 1, control computer 2；Described Database Systems are thermally integrated knowledge data base, liquid manure gas including liquid manure gas It is thermally integrated model database；Wherein：Host computer, control computer are thermally integrated knowledge data base, water with liquid manure gas respectively Fat gas is thermally integrated model database and carries out data exchange；Described teleterminal system passes through on liquid manure gas heat controller Internet network interface module is thermally integrated system with liquid manure gas and carries out data exchange；

（7）, the on-site terminal system that uses of the present invention include smart mobile phone, tablet personal computer；Described on-site terminal system Provided with GPRS network STU signaling terminal unit, WiFi network STU signaling terminal unit；Described GPRS network STU signaling terminal unit passes through GPRS is connected with controller；Described WiFi network STU signaling terminal unit is connected by WiFi with controller；Described GPRS network STU signaling terminal unit, for receiving GPRS network signal；Described WiFi network STU signaling terminal unit, for receiving WiFi network signal；The liquid manure gas that described smart mobile phone has the superior irrigation of crops for receiving GPRS network signal is thermally integrated The smart mobile phone of information；There is described smart mobile phone the liquid manure gas for receiving the superior irrigation of WiFi network signal crops to be thermally integrated The smart mobile phone of information；Described tablet personal computer has the liquid manure gas heat inspection for the superior irrigation of crops for receiving GPRS network signal The tablet personal computer of measurement information；Described tablet personal computer has the liquid manure gas heat of the superior irrigation of WiFi network signal crops received The tablet personal computer of detection information；Wherein：Smart mobile phone, tablet personal computer exchange information with liquid manure gas integrated system respectively, realize water The field control for the superior irrigation that fat gas is thermally integrated.

Except the above, the present invention realizes the precision irrigation and intelligence that crops liquid manure gas is thermally integrated in day-light greenhouse The fertilising Automated condtrol of energy, saves manpower, improves production efficiency, can produce good economic benefit and society imitates Benefit.

Further advantage of the present utility model, target and feature will be explained in the following description to a certain extent State, and to a certain extent, based on will be apparent to those skilled in the art to investigating hereafter, or Person can be instructed from practice of the present utility model.Target and further advantage of the present utility model can be said by following Bright book and claims are realized and obtained.

Brief description of the drawings

Fig. 1 is that the structure that a kind of liquid manure gas of the superior irrigation of crops of the present utility model is thermally integrated control system is shown It is intended to；

Fig. 2 is that a kind of liquid manure gas of the superior irrigation of crops of the present utility model is thermally integrated control system reclaimed water fat gas The structure diagram of thermal；

Fig. 3 is that a kind of liquid manure gas of the superior irrigation of crops of the present utility model is thermally integrated liquid manure one in control system The structure diagram that body makeup is put；

Fig. 4 is that a kind of liquid manure gas of the superior irrigation of crops of the present utility model is thermally integrated gas dress in control system The structure diagram put；

Fig. 5 is thermally integrated micro-nano in control system for a kind of liquid manure gas of the superior irrigation of crops of the present utility model The structure diagram of bubble generator；

Fig. 6 is that a kind of liquid manure gas of the superior irrigation of crops of the present utility model is thermally integrated thermal in control system Structure diagram；

Fig. 7 is that a kind of liquid manure gas of the superior irrigation of crops of the present utility model is thermally integrated sensing in control system The annexation structure diagram of performs device, heat execution system and controller occurs for device, liquid manure performs device, gas；

Fig. 8 is thermally integrated control system for a kind of liquid manure gas of the superior irrigation of crops of the present utility model and realizes daylight The precision irrigation that crops liquid manure gas is thermally integrated in warmhouse booth and the flow chart of the fertilising Automated condtrol process of intelligence.

Embodiment

Embodiment

In order that those skilled in the art will better understand the technical solution of the present invention, and make the present invention above-mentioned mesh , feature and advantage can be more obvious understandable, below in conjunction with the accompanying drawings to the present invention and embodiments thereof make further retouch in detail State.

As shown in figure 1, a kind of liquid manure gas of the superior irrigation of crops is thermally integrated control system, including human-computer dialogue device, Teleterminal system, liquid manure gas are thermally integrated system, electric supply installation, on-site terminal system；Described liquid manure gas is thermally integrated system bag Liquid manure gas heat controller, liquid manure gas thermal are included, described liquid manure gas heat controller includes controller, and described controller is used Be the S3C2440 based on ARM920T frameworks controller；Described liquid manure gas heat controller also includes time block, interrupted Module, Internet network interface module, Wifi transport modules, GPRS transmission module；Described electric supply installation includes power supply mould Block, power supply adaptor, mains charger, are thermally integrated control system for the liquid manure gas to a kind of superior irrigation of crops and power, Ensure that a kind of liquid manure gas of the superior irrigation of crops is thermally integrated the normal operation of control system；Described liquid manure gas is thermally integrated system Left end be connected with human-computer dialogue device, the dialogue for man-machine interactive；Described liquid manure gas is thermally integrated the left end of system also It is connected by Internet network with teleterminal system；Described liquid manure gas is thermally integrated the right-hand member and electric supply installation phase of system Even, the power supply of system is thermally integrated for completing liquid manure gas, described liquid manure gas is thermally integrated the right-hand member of system also by Wifi, GPRS It is connected with on-site terminal system, realizes crops liquid manure gas is thermally integrated in day-light greenhouse precision irrigation and the fertilising of intelligence Automated condtrol.

Also, a kind of liquid manure gas for the superior irrigation of crops that the present invention is used is thermally integrated control system, including human-computer dialogue Device, teleterminal system, liquid manure gas are thermally integrated system, electric supply installation, on-site terminal system；Described liquid manure gas, which is thermally integrated, is System includes liquid manure gas heat controller, liquid manure gas thermal, and described liquid manure gas heat controller includes controller, described controller Use the controller of the S3C2440 based on ARM920T frameworks；Described liquid manure gas heat controller also include time block, Interrupt module, Internet network interface module, Wifi transport modules, GPRS transmission module；Described electric supply installation includes electricity Source module, power supply adaptor, mains charger, are thermally integrated control system for the liquid manure gas to a kind of superior irrigation of crops and supply Electricity, it is ensured that a kind of liquid manure gas of the superior irrigation of crops is thermally integrated the normal operation of control system；Described liquid manure gas is thermally integrated The left end of system is connected with human-computer dialogue device, the dialogue for man-machine interactive；Described liquid manure gas is thermally integrated a left side for system End is also connected by Internet network with teleterminal system；Described liquid manure gas is thermally integrated the right-hand member and electric supply installation of system Be connected, be thermally integrated the power supply of system for completing liquid manure gas, described liquid manure gas be thermally integrated the right-hand member of system also by Wifi, GPRS is connected with on-site terminal system, realizes crops liquid manure gas is thermally integrated in day-light greenhouse precision irrigation and intelligence Apply fertilizer Automated condtrol, and its is simple in construction, easy to operate, is a distinguishing feature of the invention.

Described human-computer dialogue device includes touch-screen, memory, keyboard；

It is further used as preferred embodiment, described touch-screen, installed in the front of human-computer dialogue device, is used for The liquid manure gas heat dialogue of man-machine interactive, described touch-screen is using the color 7 cun touch-screen of Guangzhou pleasure.

It is further used as preferred embodiment, described touch-screen also includes control panel.

It is further used as preferred embodiment, described control panel clump left-to-right installs scram button, multiplying power successively The button of button, the hot precision irrigation of liquid manure gas.

It is further used as preferred embodiment, the button of the described hot precision irrigation of liquid manure gas includes liquid manure button, fertilizer Expect button, irrigate button, gas supply button, heat button, directionkeys.

It is further used as preferred embodiment, described directionkeys includes lower page turning key, return key, right and left key, up and down Key.

It is further used as preferred embodiment, described memory includes TFT storage cards, SDRAM memory.

It is further used as preferred embodiment, described TFT storage cards are arranged on the Kato of TFT cards.

It is further used as preferred embodiment, described SDRAM memory is built in human-computer dialogue device.

It is further used as preferred embodiment, described keyboard is arranged in the keyboard case that can be stretched, without keyboard When can promote in keyboard case.

Also, the present invention includes touch-screen, memory, keyboard using human-computer dialogue device；Described touch-screen, installed in people The front of machine Interface, for the liquid manure gas heat dialogue of man-machine interactive, described touch-screen uses 7 cun of Guangzhou pleasure coloured silk Touch-screen；Described touch-screen also includes control panel；Described control panel clump left-to-right installs scram button, multiplying power successively The button of button, the hot precision irrigation of liquid manure gas；The button of the described hot precision irrigation of liquid manure gas includes liquid manure button, fertilizer and pressed Key, irrigation button, gas supply button, heat button, directionkeys；Described directionkeys includes lower page turning key, return key, left and right Key, upper lower key；Described memory includes TFT storage cards, SDRAM memory；Described TFT storage cards are arranged on TFT cards On Kato；Described SDRAM memory is built in human-computer dialogue device；Described keyboard is arranged on the keyboard case that can be stretched In, it is a distinguishing feature of the invention again without that can be promoted during keyboard in keyboard case.

As shown in Fig. 2 a kind of liquid manure gas of the superior irrigation of crops is thermally integrated the knot of control system reclaimed water fat gas thermal Structure sketch.

It is further used as preferred embodiment, described liquid manure gas thermal includes water-fertilizer integral device, gas and filled Put, thermal.

It is further used as preferred embodiment, described liquid manure gas thermal is provided with connection house steward, connecting tube 1, connection Pipe 2, connecting tube 3.

It is further used as preferred embodiment, the lower end of described water-fertilizer integral device is provided with connecting tube 1.

It is further used as preferred embodiment, the lower end of described gas device is provided with connecting tube 2.

It is further used as preferred embodiment, the lower end of described thermal is provided with connecting tube 3.

It is further used as preferred embodiment, the lower end of described water-fertilizer integral device is by connecting tube 1 with being connected House steward is connected.

It is further used as preferred embodiment, the lower end of described gas device is by connecting tube 2 with being connected house steward's phase Connection.

It is further used as preferred embodiment, the lower end of described thermal is connected by connecting tube 3 with being connected house steward Connect.

As shown in figure 3, a kind of liquid manure gas of the superior irrigation of crops is thermally integrated liquid manure integrated apparatus in control system Structure diagram.

Described water-fertilizer integral device, clump left-to-right is sequentially provided with liquid manure sensor, liquid manure device, liquid manure and performs dress Put.

Described water-fertilizer integral device includes liquid manure device, liquid manure sensor, liquid manure performs device.

It is further used as preferred embodiment, described liquid manure device includes bucket, fertilizer bucket, the fertilising of liquid manure ratio Machine, liquid manure agitator, liquid manure filter, water pipe, fertilizer pipe, liquid manure blending tank.

It is further used as preferred embodiment, described bucket is the plastic bucket of ellipsoid shape, described bucket, External water wheels head, water valve, water inlet pipe, outlet pipe, for storing farmland irrigating water.

It is further used as preferred embodiment, described fertilizer bucket is the fertilizer bucket of cylindrical shape, described fertilizer Bucket is provided with liquid manure pipe, liquid manure filter, liquid manure valve, for storing field irrigation fertilizer.

It is further used as preferred embodiment, described fertilizer bucket is the fertilizer bucket of cylindrical shape, described fertilizer Bucket is provided with fertilizer pipe, filter, liquid manure valve, for storing field irrigation fertilizer.

It is further used as preferred embodiment, described liquid manure ratio fertilizer applicator on the left of water pipe with bucket by being connected Connect, the right side fertilizer bucket of described liquid manure ratio fertilizer applicator is connected.

It is further used as preferred embodiment, described liquid manure blending tank lower-left end is apart from 20 centimetres of liquid manure blending tank Position connects bucket by water pipe.

It is further used as preferred embodiment, described liquid manure blending tank bottom righthand side is apart from 40 centimetres of liquid manure blending tank Position connects fertilizer bucket by liquid manure pipe.

It is further used as preferred embodiment, liquid manure agitator is installed on the inside of described liquid manure blending tank.

It is further used as preferred embodiment, the upper right side of described liquid manure blending tank is mixed apart from liquid manure from top to bottom The position that 40 centimetres of tank is installed by liquid manure ratio fertilizer applicator.

It is further used as preferred embodiment, described liquid manure sensor includes EC sensors, Ph sensors.

It is further used as preferred embodiment, described EC sensors, installed in the left end of fertilizer bucket.

It is further used as preferred embodiment, described EC sensors, also the lower-left end installed in liquid manure blending tank.

It is further used as preferred embodiment, described Ph sensors, installed in the right-hand member of fertilizer bucket.

It is further used as preferred embodiment, described Ph sensors, the also upper right side installed in liquid manure blending tank.

It is further used as preferred embodiment, described liquid manure performs device includes liquid manure valve, water valve, fertilizer valve.

It is further used as preferred embodiment, described liquid manure valve, installed in the right-hand member of liquid manure blending tank.

It is further used as preferred embodiment, described water valve, installed in the right-hand member of bucket.

It is further used as preferred embodiment, described fertilizer valve, installed in the right-hand member of fertilizer bucket.

Also, the water-fertilizer integral device that the present invention is used includes liquid manure device, liquid manure sensor, liquid manure performs device；Institute The liquid manure device stated includes bucket, fertilizer bucket, liquid manure ratio fertilizer applicator, liquid manure agitator, liquid manure filter, water pipe, fertilizer Pipe, liquid manure blending tank；Described bucket be ellipsoid shape plastic bucket, described bucket, external water wheels head, water valve, Water inlet pipe, outlet pipe, for storing farmland irrigating water；Described fertilizer bucket is the fertilizer bucket of cylindrical shape, described fertilizer Bucket is provided with liquid manure pipe, liquid manure filter, liquid manure valve, for storing field irrigation fertilizer；Described fertilizer bucket is cylindrical shape Fertilizer bucket, described fertilizer bucket is provided with fertilizer pipe, filter, liquid manure valve, for storing field irrigation fertilizer；Described water Fertile ratio fertilizer applicator on the left of water pipe with bucket by being connected, and the right side fertilizer bucket of described liquid manure ratio fertilizer applicator is connected, Described liquid manure blending tank lower-left end connects bucket apart from the position of 20 centimetres of liquid manure blending tank by water pipe；Described liquid manure is mixed Close tank bottom righthand side and pass through liquid manure pipe apart from the position of 40 centimetres of liquid manure blending tank and connect fertilizer bucket；Described liquid manure blending tank it is interior Side is provided with liquid manure agitator；The upper right side of described liquid manure blending tank is from top to bottom apart from the position of 40 centimetres of liquid manure blending tank Liquid manure ratio fertilizer applicator is installed；Described liquid manure sensor includes EC sensors, Ph sensors；Described EC sensors, are installed In the left end of fertilizer bucket；Described EC sensors, also the lower-left end installed in liquid manure blending tank；Described Ph sensors, are installed In the right-hand member of fertilizer bucket；Described Ph sensors, the also upper right side installed in liquid manure blending tank；Described liquid manure performs device bag Include liquid manure valve, water valve, fertilizer valve；Described liquid manure valve, installed in the right-hand member of liquid manure blending tank；Described water valve, installed in water The right-hand member of bucket；Described fertilizer valve, is a distinguishing feature of the invention again installed in the right-hand member of fertilizer bucket.

As shown in figure 4, a kind of liquid manure gas of the superior irrigation of crops is thermally integrated the structure letter of gas device in control system Figure.

Described gas device left end is provided with gas and occurs sensor, and centre is provided with gas generating unit, right-hand member peace Occurs performs device equipped with gas.

Micro-nano bubble generator is installed topmost in described gas generating unit, and centre is provided with air accumulator, under End is provided with bubble blast device.

Described gas device includes gas generating unit, gas and occurs sensor, gas generation performs device.

It is further used as preferred embodiment, described gas generating unit includes micro-nano bubble generator, storage Gas tank, bubble blast device.

As shown in figure 5, a kind of liquid manure gas of the superior irrigation of crops is thermally integrated micro-nano bubble in control system and filled The structure diagram put.

It is further used as preferred embodiment, described micro-nano bubble generator is provided with gas generating unit, gas Cylinder, pressure sensor, air inlet device, air-out apparatus.

It is further used as preferred embodiment, described cylinder left end installs air inlet device, described cylinder lower end Air-out apparatus is installed, described cylinder right-hand member is provided with bubble blast device, and described pressure sensor includes pressure sensor 1st, pressure sensor 2；Described pressure sensor 1 is arranged on the upper end of air inlet device, and described pressure sensor 2 is arranged on The lower end of air-out apparatus.

It is further used as preferred embodiment, sensor, which occurs, for described gas includes oxygen sensor, nitrogen sensing Device, nitrogen dioxide sensor.

It is further used as preferred embodiment, described oxygen sensor, the left end for the device that exploded installed in bubble.

It is further used as preferred embodiment, described nitrogen sensor, installed in the lower end of cylinder.

It is further used as preferred embodiment, described nitrogen dioxide sensor, installed in the upper end of cylinder.

It is further used as preferred embodiment, performs device, which occurs, for described gas includes gas Remote control valve, gas Steep Detonation Controller.

It is further used as preferred embodiment, described gas Remote control valve is connected with air accumulator, described gas Body Remote control valve is provided with remote controllers, the gas-storing capacity for remote control air accumulator.

It is further used as preferred embodiment, described bubble Detonation Controller is connected with bubble blast device, is used for Control the generation of micro-nano bubble.

Specifically, the mechanism that described micro-nano bubble generator occurs：

First, gas enters gas generating unit；

Secondly, gas enters gas in gas generating unit and entered by air inlet device in cylinder；

Secondly, gas produces micro/nano level bubble by bubble blast device compressed gas blast in the cylinder；

Again, oxygen sensor detects the oxygen bubbles of micro/nano level；

Again, nitrogen sensor detects the nitrogen bubble of micro/nano level；

Finally, nitrogen dioxide sensor detects the nitrogen dioxide bubble of micro/nano level.

Occur to perform dress also, the gas device that the present invention is used includes gas generating unit, gas generation sensor, gas Put；Described gas generating unit includes micro-nano bubble generator, air accumulator, bubble blast device；Described micro-nano gas The generating apparatus that is soaked is provided with gas generating unit, cylinder, pressure sensor, air inlet device, air-out apparatus；Described cylinder is left Air inlet device is installed at end, and air-out apparatus is installed in described cylinder lower end, and described cylinder right-hand member is provided with bubble blast device, Described pressure sensor includes pressure sensor 1, pressure sensor 2；Described pressure sensor 1 is arranged on air inlet device Upper end, described pressure sensor 2 is arranged on the lower end of air-out apparatus；Described gas occurs sensor and passed including oxygen Sensor, nitrogen sensor, nitrogen dioxide sensor；Described oxygen sensor, the left end for the device that exploded installed in bubble；Described Nitrogen sensor, installed in the lower end of cylinder；Described nitrogen dioxide sensor, installed in the upper end of cylinder；Described gas Generation performs device includes gas Remote control valve, bubble Detonation Controller；Described gas Remote control valve and air accumulator phase Connection, described gas Remote control valve is provided with remote controllers, the gas-storing capacity for remote control air accumulator；Described bubble Detonation Controller is connected with bubble blast device, the generation for controlling micro-nano bubble, is a distinguishing feature of the invention again.

As shown in fig. 6, a kind of liquid manure gas of the superior irrigation of crops is thermally integrated the structure diagram of thermal in control system.

Specifically, the left end of described thermal, is provided with heat sensor.

Specifically, the centre of described thermal, is provided with right-hand member and installs heat generator.

Specifically, the upper end of described thermal, is provided with heat controller.

It is further used as preferred embodiment, described thermal includes heat generator, heat controller, heat Sensor, heat execution system.

It is further used as preferred embodiment, described heat generator includes solar water heater, PE thermal-collecting tubes Net, heating wire, deeper subsurface pipe network, heating tube, heat accumulation bucket.

Be further used as preferred embodiment, described heat accumulation bucket also respectively with PE thermal-arrests pipe network, deeper subsurface pipe network, Heating tube is connected.

It is further used as preferred embodiment, described heat execution system includes solar water heater valve, PE thermal-arrests Pipe network valve, heating wire switch, deeper subsurface pipe network valve, heating pipe valve.

It is further used as preferred embodiment, described solar water heater valve is connected with solar water heater.

It is further used as preferred embodiment, described PE thermal-arrest pipe network valves are connected with PE thermal-arrest pipe networks.

It is further used as preferred embodiment, described heating wire switch is connected with heating wire.

It is further used as preferred embodiment, described deeper subsurface pipe network valve is connected with deeper subsurface pipe network.

It is further used as preferred embodiment, described heating pipe valve is connected with heating tube.

It is further used as preferred embodiment, described heat controller left end is connected with heat sensor, is used for Receive heat sensor and collect thermal data.

It is further used as preferred embodiment, described heat controller lower end is connected with heat generator.

It is further used as preferred embodiment, described heat controller right-hand member is connected with heat execution system and is used for Control the motion of heat execution system.

Performed also, the thermal that the present invention is used includes heat generator, heat controller, heat sensor, heat System；Described heat generator includes solar water heater, PE thermal-arrests pipe network, heating wire, deeper subsurface pipe network, heating Pipe, heat accumulation bucket；Described heat accumulation bucket is also connected with PE thermal-arrests pipe network, deeper subsurface pipe network, heating tube respectively；Described heat Execution system includes solar water heater valve, PE thermal-arrest pipe networks valve, heating wire switch, deeper subsurface pipe network valve, heating pipe valve；Institute The solar water heater valve stated is connected with solar water heater；Described PE thermal-arrest pipe network valves are connected with PE thermal-arrest pipe networks； Described heating wire switch is connected with heating wire；Described deeper subsurface pipe network valve is connected with deeper subsurface pipe network；It is described Heating pipe valve be connected with heating tube；Described heat controller left end is connected with heat sensor, for receiving heat Sensor collects thermal data；Described heat controller lower end is connected with heat generator；Described heat control Device right-hand member is connected with heat execution system for the motion for controlling heat execution system, is a distinguishing feature of the invention again.

Described teleterminal system includes server, Database Systems.

It is further used as preferred embodiment, described server includes host computer 1, control computer 2 Platform.

Be further used as preferred embodiment, described Database Systems including liquid manure gas be thermally integrated knowledge data base, Liquid manure gas is thermally integrated model database.

Wherein：Host computer, control computer are thermally integrated knowledge data base, liquid manure gas with liquid manure gas respectively and are thermally integrated Model database carries out data exchange.

It is further used as preferred embodiment, as shown in figure 1, described teleterminal system passes through liquid manure gas thermal control Internet network interface module on device is thermally integrated system with liquid manure gas and carries out data exchange.

Also, the teleterminal system that the present invention is used includes server, Database Systems；Described server includes master control 1, computer processed, control computer 2；Described Database Systems are thermally integrated knowledge data base, liquid manure gas heat including liquid manure gas Integrated model database；Wherein：Host computer, control computer are thermally integrated knowledge data base, liquid manure with liquid manure gas respectively Gas is thermally integrated model database and carries out data exchange；Described teleterminal system passes through on liquid manure gas heat controller Internet network interface module is thermally integrated system with liquid manure gas and carries out data exchange, is a distinguishing feature of the invention again.

Described on-site terminal system includes smart mobile phone, tablet personal computer.

Be further used as preferred embodiment, described on-site terminal system provided with GPRS network STU signaling terminal unit, WiFi network STU signaling terminal unit.

It is further used as preferred embodiment, described GPRS network STU signaling terminal unit passes through GPRS and controller phase Connection.

It is further used as preferred embodiment, described WiFi network STU signaling terminal unit passes through WiFi and controller phase Connection.

It is further used as preferred embodiment, described GPRS network STU signaling terminal unit, for receiving GPRS network Signal.

It is further used as preferred embodiment, described WiFi network STU signaling terminal unit, for receiving WiFi network Signal.

It is further used as preferred embodiment, described smart mobile phone has the crops essence for receiving GPRS network signal The liquid manure gas of good irrigation is thermally integrated the smart mobile phone of information.

It is further used as preferred embodiment, described smart mobile phone has reception WiFi network signal crops superior The liquid manure gas of irrigation is thermally integrated the smart mobile phone of information.

Described tablet personal computer has the hot detection information of liquid manure gas for the superior irrigation of crops for receiving GPRS network signal Tablet personal computer.

It is further used as preferred embodiment, described tablet personal computer has the WiFi network signal crops essence received The tablet personal computer of the hot detection information of liquid manure gas of good irrigation.

Wherein：Smart mobile phone, tablet personal computer exchange information with liquid manure gas integrated system respectively, realize what liquid manure gas was thermally integrated The field control of superior irrigation.

Also, the described on-site terminal system that the present invention is used includes smart mobile phone, tablet personal computer；Described on-site terminal System is provided with GPRS network STU signaling terminal unit, WiFi network STU signaling terminal unit；Described GPRS network STU signaling terminal unit It is connected by GPRS with controller；Described WiFi network STU signaling terminal unit is connected by WiFi with controller；It is described GPRS network STU signaling terminal unit, for receiving GPRS network signal；Described WiFi network STU signaling terminal unit, for connecing Receive WiFi network signal；Described smart mobile phone has the liquid manure gas heat collection for the superior irrigation of crops for receiving GPRS network signal Into the smart mobile phone of information；Described smart mobile phone has the liquid manure gas heat collection for receiving the superior irrigation of WiFi network signal crops Into the smart mobile phone of information；Described tablet personal computer has the liquid manure gas heat for the superior irrigation of crops for receiving GPRS network signal The tablet personal computer of detection information；Described tablet personal computer has the liquid manure gas of the superior irrigation of WiFi network signal crops received The tablet personal computer of hot detection information；Wherein：Smart mobile phone, tablet personal computer exchange information with liquid manure gas integrated system respectively, realize The field control for the superior irrigation that liquid manure gas is thermally integrated, is a distinguishing feature of the invention again.

Specifically, a kind of liquid manure gas of the superior irrigation of crops be thermally integrated sensor in control system, liquid manure performs device, The annexation structure diagram of performs device, heat execution system and controller occurs for gas, as shown in Figure 7：

It is further used as preferred embodiment, described EC sensors, right-hand member is connected with controller.

It is further used as preferred embodiment, described Ph sensors, right-hand member is connected with controller.

It is further used as preferred embodiment, described oxygen sensor, right-hand member is connected with controller.

It is further used as preferred embodiment, described nitrogen sensor, right-hand member is connected with controller.

It is further used as preferred embodiment, described nitrogen dioxide sensor, right-hand member is connected with controller.

It is further used as preferred embodiment, described liquid manure valve, left end is connected with controller.

It is further used as preferred embodiment, described water valve, left end is connected with controller.

It is further used as preferred embodiment, described fertilizer valve, left end is connected with controller.

It is further used as preferred embodiment, described gas Remote control valve, left end is connected with controller.

It is further used as preferred embodiment, described bubble Detonation Controller, left end is connected with controller.

It is further used as preferred embodiment, described heat execution system, left end is connected with controller.

Embodiment 2

A kind of liquid manure gas of the superior irrigation of crops is thermally integrated control system and realizes crops liquid manure in day-light greenhouse The precision irrigation that gas is thermally integrated and the fertilising Automated condtrol process of intelligence, as shown in figure 8, a kind of based on the superior irrigation of crops Liquid manure gas be thermally integrated control system, initialize；Electric supply installation is powered；The hot fused controlling system work of liquid manure gas；Remote terminal System works；Field control terminal system works；Judge whether to complete the precision irrigation that crops liquid manure gas is thermally integrated；It is man-machine right Talk about the following steps such as the information of the device processing integrated superior irrigation of liquid manure heat supply：

Step one：A kind of liquid manure gas based on the superior irrigation of crops is thermally integrated control system, initialization；

Step 2：Electric supply installation is powered；

Step 3：Liquid manure gas is thermally integrated system work, including following 2 steps：

1）, liquid manure gas heat controller work；

2）, liquid manure gas thermal work, specifically include following steps：

A), water-fertilizer integral device works：

First, liquid manure device works：

1., liquid manure device bucket water storage；

2., fertilizer bucket storage fertilizer；

3., liquid manure ratio fertilizer applicator applies fertilizer；

4., liquid manure agitator is stirred；

5., liquid manure filter impurity screening；

6., the sub- water flowing of water pipe；

7., liquid manure blending tank fills liquid manure.

2nd, liquid manure sensor gathered data；

1., EC sensors gathered data；

2., Ph sensors gathered data.

3rd, liquid manure performs device works；

1., liquid manure valve works；

2., water valve works；

3., fertilizer valve works；

B), gas device works；

First, gas generating unit works；

1., micro-nano bubble generator work；

2., air accumulator works；

3., bubble blast device work.

2nd, working sensor occurs for gas；

1., oxygen sensor works；

2., nitrogen sensor works；

3., nitrogen dioxide sensor works.

3rd, performs device work occurs for gas；

1., gas Remote control valve works；

2., bubble Detonation Controller works.

C), thermal works；

First, heat generator

1., solar water heater works；

2., PE thermal-arrests pipe network works；

3., heating wire works；

4., deeper subsurface pipe network works；

5., heating tube is heated；

6., heat accumulation bucket heat accumulation.

2nd, heat controller；

3rd, heat sensor；

4th, heat execution system；

1., solar water heater valve works；

2., PE thermal-arrests pipe network valve works；

3., heating wire valve works；

4., deeper subsurface pipe network valve works；

5., heating pipe valve work.

Step 4：Teleterminal system works；

1., host computer and liquid manure gas, which are thermally integrated knowledge data base, liquid manure gas and are thermally integrated model database, enters line number According to exchange；

2., control computer is thermally integrated knowledge data base, liquid manure gas with liquid manure gas and is thermally integrated model database progress respectively Data exchange.

Step 5：Field control terminal system works；

1., the liquid manure gas of the smart mobile phone reception superior irrigation of GPRS network signal crops is thermally integrated information；

2., tablet personal computer receives GPRS network signal, the liquid manure gas heat detection of the superior irrigation of WiFi network signal crops Information.

Step 6：Judge whether to complete the precision irrigation that crops liquid manure gas is thermally integrated；

Situation one：If not completing the precision irrigation and Automated condtrol of liquid manure gas heat fusion, return to step two, PC Work；

Situation two：If completing the precision irrigation and Automated condtrol of liquid manure gas heat fusion, step 7 is performed；

Step 7：Human-computer dialogue device handles the information of the integrated superior irrigation of liquid manure heat supply；

（1）, smart mobile phone receives GPRS network signal, the liquid manure gas of the superior irrigation of WiFi network signal crops and is thermally integrated Information；

（2）, tablet personal computer receive Internet network signal, the liquid manure gas heat of the superior irrigation of WiFi network signal crops Integrated information.

Step 8：The precision irrigation and the fertilising of intelligence that crops liquid manure gas is thermally integrated in completion day-light greenhouse are automatic Change control.

Outstanding feature of the present invention：

1）, a kind of liquid manure gas of the superior irrigation of crops that uses of the present invention be thermally integrated control system, including human-computer dialogue Device, teleterminal system, liquid manure gas are thermally integrated system, electric supply installation, on-site terminal system；Described liquid manure gas, which is thermally integrated, is System includes liquid manure gas heat controller, liquid manure gas thermal, and described liquid manure gas heat controller includes controller, described controller Use the controller of the S3C2440 based on ARM920T frameworks；Described liquid manure gas heat controller also include time block, Interrupt module, Internet network interface module, Wifi transport modules, GPRS transmission module；Described electric supply installation includes electricity Source module, power supply adaptor, mains charger, are thermally integrated control system for the liquid manure gas to a kind of superior irrigation of crops and supply Electricity, it is ensured that a kind of liquid manure gas of the superior irrigation of crops is thermally integrated the normal operation of control system；Described liquid manure gas is thermally integrated The left end of system is connected with human-computer dialogue device, the dialogue for man-machine interactive；Described liquid manure gas is thermally integrated a left side for system End is also connected by Internet network with teleterminal system；Described liquid manure gas is thermally integrated the right-hand member and electric supply installation of system Be connected, be thermally integrated the power supply of system for completing liquid manure gas, described liquid manure gas be thermally integrated the right-hand member of system also by Wifi, GPRS is connected with on-site terminal system, realizes crops liquid manure gas is thermally integrated in day-light greenhouse precision irrigation and intelligence Apply fertilizer Automated condtrol, and its is simple in construction, easy to operate；

2）, the present invention touch-screen, memory, keyboard are included using human-computer dialogue device；Described touch-screen, installed in people The front of machine Interface, for the liquid manure gas heat dialogue of man-machine interactive, described touch-screen uses 7 cun of Guangzhou pleasure coloured silk Touch-screen；Described touch-screen also includes control panel；Described control panel clump left-to-right installs scram button, multiplying power successively The button of button, the hot precision irrigation of liquid manure gas；The button of the described hot precision irrigation of liquid manure gas includes liquid manure button, fertilizer and pressed Key, irrigation button, gas supply button, heat button, directionkeys；Described directionkeys includes lower page turning key, return key, left and right Key, upper lower key；Described memory includes TFT storage cards, SDRAM memory；Described TFT storage cards are arranged on TFT cards On Kato；Described SDRAM memory is built in human-computer dialogue device；Described keyboard is arranged on the keyboard case that can be stretched In, without that can be promoted during keyboard in keyboard case；

3）, the device that uses of the present invention include solar water heater, PE thermal-arrest pipe networks, heating wire, deeper subsurface pipe network plus Heat pipe, heat accumulation bucket；The liquid manure gas thermal that the described present invention is used includes water-fertilizer integral device, gas device, thermal； Described water-fertilizer integral device includes liquid manure device, liquid manure sensor, liquid manure performs device；Described liquid manure device includes water Fertile device bucket, fertilizer bucket, liquid manure ratio fertilizer applicator, liquid manure agitator, liquid manure filter, water pipe, fertilizer pipe, liquid manure are mixed Close tank；Described liquid manure sensor includes EC sensors, Ph sensors；Described liquid manure performs device include liquid manure valve, water valve, Fertilizer valve；Described gas device includes gas generating unit, gas and occurs sensor, gas generation performs device；Described Gas generating unit includes micro-nano bubble generator, air accumulator, bubble blast device；Sensor, which occurs, for described gas includes Oxygen sensor, nitrogen sensor, nitrogen dioxide sensor；Performs device, which occurs, for described gas includes gas remote control Valve, bubble Detonation Controller；Described thermal includes heat generator, heat controller, heat sensor, heat and performed Heat described in system produces heat execution system with including solar water heater valve, PE thermal-arrest pipe networks valve, heating wire valve, deep layer Lower pipe network valve, heating pipe valve；

4）, the teleterminal system that uses of the present invention include server, Database Systems；Described server includes master control 1, computer processed, control computer 2, described Database Systems are thermally integrated knowledge data base, liquid manure gas heat including liquid manure gas Integrated model database；Wherein：Host computer, control computer are thermally integrated knowledge data base, liquid manure with liquid manure gas respectively Gas is thermally integrated model database and carries out data exchange；

5）, the on-site terminal system that uses of the present invention include smart mobile phone, tablet personal computer；Described smart mobile phone, which has, to be connect The liquid manure gas for receiving the superior irrigation of GPRS network signal crops is thermally integrated the smart mobile phone of information；Described tablet personal computer, which has, to be connect Receive GPRS network signal, the tablet personal computer of the hot detection information of liquid manure gas of the superior irrigation of WiFi network signal crops；Wherein：Intelligence Energy mobile phone, tablet personal computer exchange information with liquid manure gas integrated system respectively, realize the scene for the superior irrigation that liquid manure gas is thermally integrated Control；

6）, the present invention realize the fertilising of crops liquid manure gas is thermally integrated in day-light greenhouse precision irrigation and intelligence from Dynamicization is controlled, and is saved manpower, is improved production efficiency, can produce good economic benefit and social benefit.

In addition to the implementation, the present invention can also have other embodiment.What all equivalent substitutions or equivalent transformation were deformed Technical scheme, in the claimed scope of the invention.The present invention's is that many features and advantage of embodiment are retouched in detail according to this It is clear to state, therefore it is that falling into for embodiment is all in its true spirit and scope that appended claims, which are intended to cover these, These feature and advantage.Further, since those skilled in the art is readily apparent that many modifications and changes, therefore it is not meant to this Invention is that embodiment is limited to illustrated and description precision architecture and operation, but can cover and fall into owning in the range of it Suitable modifications and equivalent.

Unspecified part of the present invention is technology known to the engineers and technicians of this area.

Claims (8)

1. a kind of liquid manure gas of the superior irrigation of crops is thermally integrated control system, it is characterised in that：Including human-computer dialogue device, far Journey terminal system, liquid manure gas are thermally integrated system, electric supply installation, on-site terminal system；Described liquid manure gas, which is thermally integrated system, to be included Liquid manure gas heat controller, liquid manure gas thermal, described liquid manure gas heat controller include controller, what described controller was used It is the controller of the S3C2440 based on ARM920T frameworks；Described liquid manure gas heat controller also includes time block, interrupts mould Block, Internet network interface module, Wifi transport modules, GPRS transmission module；Described electric supply installation include power module, Power supply adaptor, mains charger, are thermally integrated control system for the liquid manure gas to a kind of superior irrigation of crops and power, it is ensured that A kind of liquid manure gas of the superior irrigation of crops is thermally integrated the normal operation of control system；Described liquid manure gas is thermally integrated a left side for system End is connected with human-computer dialogue device, the dialogue for man-machine interactive；The left end that described liquid manure gas is thermally integrated system also passes through Internet network is connected with teleterminal system；The right-hand member that described liquid manure gas is thermally integrated system is connected with electric supply installation, uses The power supply of system is thermally integrated in completion liquid manure gas, described liquid manure gas is thermally integrated the right-hand member of system also by Wifi, GPRS and showed Terminal system is connected, and realizes that crops liquid manure gas is thermally integrated in day-light greenhouse precision irrigation and intelligent fertilising are automatic Change control.

2. a kind of liquid manure gas of the superior irrigation of crops according to claim 1 is thermally integrated control system, it is characterised in that：

Described human-computer dialogue device includes touch-screen, memory, keyboard；

（1）, described touch-screen, installed in the front of human-computer dialogue device, for the liquid manure gas heat dialogue of man-machine interactive, Described touch-screen is using the color 7 cun touch-screen of Guangzhou pleasure；

Described touch-screen also includes control panel；

Described control panel clump left-to-right installs scram button, multiplying power button, the button of the hot precision irrigation of liquid manure gas successively；

The button of the described hot precision irrigation of liquid manure gas include liquid manure button, fertilizer button, irrigate button, gas supply button, Heat button, directionkeys；

Described directionkeys includes lower page turning key, return key, right and left key, upper lower key；

（2）, described memory include TFT storage cards, SDRAM memory；

Described TFT storage cards are arranged on the Kato of TFT cards；

Described SDRAM memory is built in human-computer dialogue device；

（3）, described keyboard be arranged in the keyboard case that can be stretched, without that can be promoted during keyboard in keyboard case.

3. a kind of liquid manure gas of the superior irrigation of crops according to claim 1 is thermally integrated control system, it is characterised in that：

Described liquid manure gas thermal includes water-fertilizer integral device, gas device, thermal；

（1）, described water-fertilizer integral device include liquid manure device, liquid manure sensor, liquid manure performs device；

Described liquid manure device includes bucket, fertilizer bucket, liquid manure ratio fertilizer applicator, liquid manure agitator, liquid manure filter, water pipe Son, fertilizer pipe, liquid manure blending tank；

Described bucket is the plastic bucket of ellipsoid shape, described bucket, external water wheels head, water valve, water inlet pipe, water outlet Pipe, for storing farmland irrigating water；

Described fertilizer bucket is the fertilizer bucket of cylindrical shape, and described fertilizer bucket is provided with liquid manure pipe, liquid manure filter, liquid manure Valve, for storing field irrigation fertilizer；

Described fertilizer bucket is the fertilizer bucket of cylindrical shape, and described fertilizer bucket is provided with fertilizer pipe, filter, liquid manure valve, For storing field irrigation fertilizer；

Described liquid manure ratio fertilizer applicator on the left of water pipe with bucket by being connected, and the right side of described liquid manure ratio fertilizer applicator is fertile Charging basket is connected,

Described liquid manure blending tank lower-left end connects bucket apart from the position of 20 centimetres of liquid manure blending tank by water pipe；

Described liquid manure blending tank bottom righthand side passes through liquid manure pipe apart from the position of 40 centimetres of liquid manure blending tank and connects fertilizer bucket；

Liquid manure agitator is installed on the inside of described liquid manure blending tank；

The upper right side of described liquid manure blending tank is installed liquid manure ratio apart from the position of 40 centimetres of liquid manure blending tank from top to bottom and applied Fertile machine；

Described liquid manure sensor includes EC sensors, Ph sensors；

Described EC sensors, installed in the left end of fertilizer bucket；

Described EC sensors, also the lower-left end installed in liquid manure blending tank；

Described Ph sensors, installed in the right-hand member of fertilizer bucket；

Described Ph sensors, the also upper right side installed in liquid manure blending tank；

Described liquid manure performs device includes liquid manure valve, water valve, fertilizer valve；

Described liquid manure valve, installed in the right-hand member of liquid manure blending tank；

Described water valve, installed in the right-hand member of bucket；

Described fertilizer valve, installed in the right-hand member of fertilizer bucket；

（2）, described gas device includes gas generating unit, gas and occurs sensor, gas occurring performs device；

Described gas generating unit includes micro-nano bubble generator, air accumulator, bubble blast device；

Described micro-nano bubble generator is provided with gas generating unit, cylinder, pressure sensor, air inlet device, outlet Mouth device；

Described cylinder left end installs air inlet device, and air-out apparatus, described cylinder right-hand member are installed in described cylinder lower end Bubble blast device is installed, described pressure sensor includes pressure sensor 1, pressure sensor 2；Described pressure sensor 1 is arranged on the upper end of air inlet device, and described pressure sensor 2 is arranged on the lower end of air-out apparatus；

Sensor, which occurs, for described gas includes oxygen sensor, nitrogen sensor, nitrogen dioxide sensor；

Described oxygen sensor, the left end for the device that exploded installed in bubble；

Described nitrogen sensor, installed in the lower end of cylinder；

Described nitrogen dioxide sensor, installed in the upper end of cylinder；

Performs device, which occurs, for described gas includes gas Remote control valve, bubble Detonation Controller；

Described gas Remote control valve is connected with air accumulator, and described gas Remote control valve is provided with remote controllers, uses In the gas-storing capacity of remote control air accumulator；

Described bubble Detonation Controller is connected with bubble blast device, the generation for controlling micro-nano bubble；

（3）, described thermal include heat generator, heat controller, heat sensor, heat execution system；

Described heat generator include solar water heater, PE thermal-arrests pipe network, heating wire, deeper subsurface pipe network, heating tube, Heat accumulation bucket；

Described heat accumulation bucket is also connected with PE thermal-arrests pipe network, deeper subsurface pipe network, heating tube respectively；

Described heat execution system includes solar water heater valve, PE thermal-arrest pipe networks valve, heating wire switch, deeper subsurface pipe network Valve, heating pipe valve；

Described solar water heater valve is connected with solar water heater；

Described PE thermal-arrest pipe network valves are connected with PE thermal-arrest pipe networks；

Described heating wire switch is connected with heating wire；

Described deeper subsurface pipe network valve is connected with deeper subsurface pipe network；

Described heating pipe valve is connected with heating tube；

Described heat controller left end is connected with heat sensor, and thermal data is collected for receiving heat sensor；

Described heat controller lower end is connected with heat generator；

Described heat controller right-hand member is connected for the motion for controlling heat execution system with heat execution system.

4. a kind of liquid manure gas of the superior irrigation of crops according to claim 1 is thermally integrated control system, it is characterised in that：

Described teleterminal system includes server, Database Systems；

Described server includes host computer 1, control computer 2；

Described Database Systems are thermally integrated knowledge data base, liquid manure gas including liquid manure gas and are thermally integrated model database；

Wherein：Host computer, control computer are thermally integrated knowledge data base, liquid manure gas with liquid manure gas respectively and are thermally integrated model Database carries out data exchange；

Described teleterminal system is collected by the Internet network interface module on liquid manure gas heat controller and liquid manure gas heat Data exchange is carried out into system.

5. a kind of liquid manure gas of the superior irrigation of crops according to claim 1 is thermally integrated control system, it is characterised in that：

Described on-site terminal system includes smart mobile phone, tablet personal computer；

Described on-site terminal system is provided with GPRS network STU signaling terminal unit, WiFi network STU signaling terminal unit；

Described GPRS network STU signaling terminal unit is connected by GPRS with controller；

Described WiFi network STU signaling terminal unit is connected by WiFi with controller；

Described GPRS network STU signaling terminal unit, for receiving GPRS network signal；

Described WiFi network STU signaling terminal unit, for receiving WiFi network signal；

Liquid manure gas of the described smart mobile phone with the superior irrigation of crops for receiving GPRS network signal is thermally integrated the intelligence of information Can mobile phone；

Described smart mobile phone is thermally integrated the intelligence of information with the liquid manure gas for receiving the superior irrigation of WiFi network signal crops Mobile phone；

Described tablet personal computer has the flat of the hot detection information of liquid manure gas for the superior irrigation of crops for receiving GPRS network signal Plate computer；

Described tablet personal computer has the flat of the hot detection information of liquid manure gas of the superior irrigation of WiFi network signal crops received Plate computer；

Wherein：Smart mobile phone, tablet personal computer exchange information with liquid manure gas integrated system respectively, realize that liquid manure gas is thermally integrated superior The field control of irrigation.

6. a kind of liquid manure gas of the superior irrigation of crops according to claim 1 is thermally integrated control system, it is characterised in that：

Described liquid manure gas thermal includes water-fertilizer integral device, gas device, thermal；

（1）, described water-fertilizer integral device include liquid manure device, liquid manure sensor, liquid manure performs device；

Described liquid manure device includes bucket, fertilizer bucket, liquid manure ratio fertilizer applicator, liquid manure agitator, liquid manure filter, water pipe Son, fertilizer pipe, liquid manure blending tank；

Described bucket is the plastic bucket of ellipsoid shape, described bucket, external water wheels head, water valve, water inlet pipe, water outlet Pipe, for storing farmland irrigating water；

Described fertilizer bucket is the fertilizer bucket of cylindrical shape, and described fertilizer bucket is provided with liquid manure pipe, liquid manure filter, liquid manure Valve, for storing field irrigation fertilizer；

Described fertilizer bucket is the fertilizer bucket of cylindrical shape, and described fertilizer bucket is provided with fertilizer pipe, filter, liquid manure valve, For storing field irrigation fertilizer；

Described liquid manure ratio fertilizer applicator on the left of water pipe with bucket by being connected, and the right side of described liquid manure ratio fertilizer applicator is fertile Charging basket is connected,

Described liquid manure blending tank lower-left end connects bucket apart from the position of 20 centimetres of liquid manure blending tank by water pipe；

Described liquid manure blending tank bottom righthand side passes through liquid manure pipe apart from the position of 40 centimetres of liquid manure blending tank and connects fertilizer bucket；

Liquid manure agitator is installed on the inside of described liquid manure blending tank；

The upper right side of described liquid manure blending tank is installed liquid manure ratio apart from the position of 40 centimetres of liquid manure blending tank from top to bottom and applied Fertile machine；

Described liquid manure sensor includes EC sensors, Ph sensors；

Described EC sensors, installed in the left end of fertilizer bucket；

Described EC sensors, also the lower-left end installed in liquid manure blending tank；

Described Ph sensors, installed in the right-hand member of fertilizer bucket；

Described Ph sensors, the also upper right side installed in liquid manure blending tank；

Described liquid manure performs device includes liquid manure valve, water valve, fertilizer valve；

Described liquid manure valve, installed in the right-hand member of liquid manure blending tank；

Described water valve, installed in the right-hand member of bucket；

Described fertilizer valve, installed in the right-hand member of fertilizer bucket；

（2）, described gas device includes gas generating unit, gas and occurs sensor, gas occurring performs device；

Described gas generating unit includes micro-nano bubble generator, air accumulator, bubble blast device；

Described micro-nano bubble generator is provided with gas generating unit, cylinder, pressure sensor, air inlet device, outlet Mouth device；

Described cylinder left end installs air inlet device, and air-out apparatus, described cylinder right-hand member are installed in described cylinder lower end Bubble blast device is installed, described pressure sensor includes pressure sensor 1, pressure sensor 2；Described pressure sensor 1 is arranged on the upper end of air inlet device, and described pressure sensor 2 is arranged on the lower end of air-out apparatus；

Sensor, which occurs, for described gas includes oxygen sensor, nitrogen sensor, nitrogen dioxide sensor；

Described oxygen sensor, the left end for the device that exploded installed in bubble；

Described nitrogen sensor, installed in the lower end of cylinder；

Described nitrogen dioxide sensor, installed in the upper end of cylinder；

Performs device, which occurs, for described gas includes gas Remote control valve, bubble Detonation Controller；

Described gas Remote control valve is connected with air accumulator, and described gas Remote control valve is provided with remote controllers, uses In the gas-storing capacity of remote control air accumulator；

Described bubble Detonation Controller is connected with bubble blast device, the generation for controlling micro-nano bubble；

（3）, described thermal include heat generator, heat controller, heat sensor, heat execution system；

Described heat generator include solar water heater, PE thermal-arrests pipe network, heating wire, deeper subsurface pipe network, heating tube, Heat accumulation bucket；

Described heat accumulation bucket is also connected with PE thermal-arrests pipe network, deeper subsurface pipe network, heating tube respectively；

Described heat execution system includes solar water heater valve, PE thermal-arrest pipe networks valve, heating wire switch, deeper subsurface pipe network Valve, heating pipe valve；

Described solar water heater valve is connected with solar water heater；

Described PE thermal-arrest pipe network valves are connected with PE thermal-arrest pipe networks；

Described heating wire switch is connected with heating wire；

Described deeper subsurface pipe network valve is connected with deeper subsurface pipe network；

Described heating pipe valve is connected with heating tube；

Described heat controller left end is connected with heat sensor, and thermal data is collected for receiving heat sensor；

Described heat controller lower end is connected with heat generator；

Described heat controller right-hand member is connected for the motion for controlling heat execution system with heat execution system.

7. a kind of liquid manure gas of the superior irrigation of crops according to claim 1 is thermally integrated control system, it is characterised in that：

Described teleterminal system includes server, Database Systems；

Described server includes host computer 1, control computer 2；

Described Database Systems are thermally integrated knowledge data base, liquid manure gas including liquid manure gas and are thermally integrated model database；

Wherein：Host computer, control computer are thermally integrated knowledge data base, liquid manure gas with liquid manure gas respectively and are thermally integrated model Database carries out data exchange；

Described teleterminal system is collected by the Internet network interface module on liquid manure gas heat controller and liquid manure gas heat Data exchange is carried out into system.

8. a kind of liquid manure gas of the superior irrigation of crops according to claim 1 is thermally integrated control system, it is characterised in that：

Described on-site terminal system includes smart mobile phone, tablet personal computer；

Described on-site terminal system is provided with GPRS network STU signaling terminal unit, WiFi network STU signaling terminal unit；

Described GPRS network STU signaling terminal unit is connected by GPRS with controller；

Described WiFi network STU signaling terminal unit is connected by WiFi with controller；

Described GPRS network STU signaling terminal unit, for receiving GPRS network signal；

Described WiFi network STU signaling terminal unit, for receiving WiFi network signal；

Liquid manure gas of the described smart mobile phone with the superior irrigation of crops for receiving GPRS network signal is thermally integrated the intelligence of information Can mobile phone；

Described smart mobile phone is thermally integrated the intelligence of information with the liquid manure gas for receiving the superior irrigation of WiFi network signal crops Mobile phone；

Described tablet personal computer has the flat of the hot detection information of liquid manure gas for the superior irrigation of crops for receiving GPRS network signal Plate computer；

Described tablet personal computer has the flat of the hot detection information of liquid manure gas of the superior irrigation of WiFi network signal crops received Plate computer；

Wherein：Smart mobile phone, tablet personal computer exchange information with liquid manure gas integrated system respectively, realize that liquid manure gas is thermally integrated superior The field control of irrigation.