CN207574234U - Distributed intelligence plant factor - Google Patents
Distributed intelligence plant factor Download PDFInfo
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- CN207574234U CN207574234U CN201721597890.4U CN201721597890U CN207574234U CN 207574234 U CN207574234 U CN 207574234U CN 201721597890 U CN201721597890 U CN 201721597890U CN 207574234 U CN207574234 U CN 207574234U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
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Abstract
The utility model discloses a kind of distributed intelligence plant factors, include the babinet and the automation plantation frame mounted on box house, full artificial lighting system, ventilating system and central controller of a closing.Using the distributed intelligence plant factor of above technical scheme, it is that a kind of controlled by high-precision environment realizes crops anniversary quantity-produced agricultural system, it provides the suitable environment of growth and development for plant, it is integrated with the growth that full-automatic, complete intelligent environment simulation technique is plant and creates best artificial environment with development, a kind of fully controllable adjustable, production model for being managed according to the will of people is not only, but also is a kind of intensive highest mode of agriculture.The distributed intelligence plant factor can be not only used for supermarket, dining room is marketed one's own products various plants food；It is equally applicable under the express zone environmental condition such as plateau, desert, island, underground, south poles and space base, meets the continuous demand and supply of plant food under particular surroundings.
Description
Technical field
The utility model is related to agricultural modernization technology, more particularly to a kind of distributed intelligence plant factor.
Background technology
At present, the land use area in China gradually decreases, to meet it is self-sufficient in the case of, planting industry is faced with sternly
High challenge, professional of agriculture can only alleviate the pressure of soil anxiety by soilless culture.
Existing water culture technology is essentially all outdoor cultivation, and river is planted, and lake plantation etc. also can guarantee plant
Normal growth, but 8 hours or so the normal illumination time of sunlight was far from being enough, and was all real by natural environment
It is existing, therefore be difficult to determine in terms of the control of environment, the growth period of plant or vegetables still cannot access effective shortening.In order to
Mitigate heavy rural labor, agricultural planting is planted into automation plant factor is turned to.Land utilization ratio is improved into 100-200
Times, reduce water consumption to soil plant 1/50th, subtracted it is heavy plough, water, weeding, fertilising, laxative etc. it is numerous
The labour process of weight realizes the year plantation amount on 50 mu of ground of monomer labour, and far from haze, pesticide, separate insect pest, realizes peace
Entirely, green, nutrition, deliciousness Food Vegetable industrialized cultivation.
The theory of automation is applied to agriculture vegetable cultivation, heavy rural labor is evolved into the factory of modernization certainly
Dynamicization production form, and thoroughly solve the problems, such as that insect pest agriculture is residual, establish new mark post for following agricultural modernization plantation.
But cultivation technique without soil of the prior art still has many deficiencies in the process of running：
1) it is not high to space availability ratio, it is still desirable to larger floor space；
2) it is general using unified plantation and the pattern of unified harvest, to the coherence request ratio of environmental element in entire space
It is higher, and can not realize cultivation product, the especially sustainable supply of vegetables；
3) full artificial lighting system cannot be controlled accurately using direct irradiation, light application time, wavelength etc., it is caused to plant
During the different plants of kind, most suitable illumination condition can not be built；
4) lack corresponding air circulating system, the wind effect in nature can not be simulated, so that plant is growing
Leaf will not wave in the process, influence its rising effect, be unfavorable for growth；
Therefore, there is an urgent need to a kind of plant factor's system that can be solved the above problems, in order to extensive, industrialized
Plant is planted, to slow down the pressure to soil.
Utility model content
The purpose of this utility model is to provide a kind of distributed intelligence plant factor.
One side according to the present utility model provides a kind of distributed intelligence plant factor, is closed including one
Babinet,
And mounted on box house：
Plantation frame is automated, is put along babinet length direction, including multiple planting grooves being arranged in parallel, multiple planting grooves are set
It in a stent, and vertically stacks gradually, planting groove is connected by pipeline with a nutrition liquid pool, and nutrient solution exists
It is circulated between planting groove and nutrition liquid pool, planting groove one end is plantation end, along planting groove length direction far from plantation end
The other end is harvest end, multiple Planting boards is placed on planting groove, Planting board is on same planting groove from planting end to harvest
End is moved successively, plants the plant in Planting board and entire growth course is completed on planting groove；
Full artificial lighting system, it is main to include being set on the artificial light source at the top of Planting board, it is planted below artificial light source face
Plant in plate, planting groove are divided into multiple regions along its length, and each region is corresponded in growing process respectively successively
Different stages of growth, artificial light source is different in each region；
Ventilating system, is arranged in parallel with planting groove and face planting groove, exhaust fan include pipeline supercharging device and and pipeline
The discharge pipe that supercharging device is connected, multiple discharge pipes are corresponding with multiple planting grooves, and are set along planting groove length direction is parallel
It puts, air-flow blows to its corresponding plant by discharge pipe, is differed in the size of the different zones interior air-flow of planting groove；
Central controller, for controlling the working condition of artificial light source and pipeline supercharging device.
Further, ventilating system further includes the backwind tube set on top of the box, and air is in the effect of pipeline supercharging device
Under its corresponding plant is blowed to by discharge pipe after, then pipeline supercharging device is recycled to by backwind tube, thus formed in box house
The air-flow recycled in one.
Further, ventilating system further includes air interchanger, and air interchanger includes exhaust fan and is connected with exhaust fan
Air pipeline, it is outer and be connected with the external world that air pipeline outer end opening stretches out babinet, and the air-flow of an outer circulation is consequently formed,
At least one layer of filtering material is equipped in air pipeline, filtering material is used to filter out the dust and pest and disease damage in outside air, row
Gas is fanned by central controller controls time opening and closing.
Further, box house is additionally provided with air-conditioning, and air-conditioning is by its on off state of central controller controls, central controller
It is connected with one for detecting the temperature sensor of box interior temperature, when box interior temperature is higher than preset range
When, central controller sends out open signal to air-conditioning, and air-conditioning opens the temperature to reduce box house.
Further, box house is additionally provided with dehumidifier, and dehumidifier is by its on off state of central controller controls, center control
Device processed is connected with one for detecting the humidity sensor of box house humidity, when box house humidity is higher than preset
During range, central controller sends out open signal to dehumidifier, and dehumidifier opens the humidity to reduce box house.
Further, box house is additionally provided with moisture collection case, and moisture collection case produces for collecting air-conditioning and/or dehumidifier
Raw condensed water, moisture collection case are connected with nutrition liquid pool by pipeline, and the moisture collected as a result, can be used for being supplemented to battalion
In nutrient solution, so as to fulfill the recycling of moisture.
Further, nutrition liquid pool is additionally provided with automatic liquid supply system, and automatic liquid supply system includes one or more nutrition
Liquid storage tank stores the nutrient solution of concentration in nutrition liquid storage tank, and nutrition liquid storage tank is connected by pipeline with nutrition liquid pool, pipeline
On be also in series with infusion pump or electronic valve, EC sensors, infusion pump or electronic valve and EC are equipped in nutrition liquid pool
Sensor is connected respectively with central controller, and central controller in the nutrient solution in EC Sensor monitoring nutrition liquid pools by seeking
The concentration of element is supported, when one or more kinds of the concentrating of nutrients numerical value that EC sensors return are less than preset range
When, to infusion pump, either electronic valve sends out open signal infusion pump or electronic valve unlatching and will storage central controller
Concentrated nutrient solution in nutrition liquid storage tank is inputted by pipeline in nutrition liquid pool, the concentrating of nutrients in nutrition liquid pool by
Gradually rise, EC sensors synchronize the concentrating of nutrients numerical value during detection infusion adjustment, reach in concentration values and set in advance
During fixed range, central controller to infusion pump, either close by electronic valve output shutdown signal infusion pump or electronic valve,
The concentrating of nutrients maintains to stablize in nutrient solution.
Further, also be provided with connecting with central controller on the pipeline that moisture collection case is connected with nutrition liquid pool and by
Its infusion pump or electronic valve for controlling, when one or more kinds of the concentrating of nutrients numerical value that EC sensors return are higher than
During preset range, central controller judges that nutrient solution is in exsiccosis, and controls infusion pump or electronic valve will
It is stored in the water in moisture collection case to input in nutrition liquid pool by pipeline, to keep the skin wet and reduce nutrient in nutrient solution
Concentration.
Further, the pH sensors being connected with central controller are additionally provided in nutrition liquid pool, pH sensors are used to examine
The acid-base value of nutrient solution is surveyed, nutrition liquid pool is connected by pipeline with acid-base balance liquid storage tank, and infusion pump is also in series on pipeline
Or electronic valve.It is possible thereby to acid-base balance liquid is added by control to maintain the acid-base value of nutrient solution.
It is that a kind of controlled by high-precision environment realizes farming using the distributed intelligence plant factor of above technical scheme
The object anniversary quantity-produced agricultural system, i.e., the rings such as temperature, humidity, illumination and the nutrient solution given birth to using computer to plant
Border condition carries out automatically controlling, make the fertility of facility implants not by or the effort-saving production that is seldom restricted by natural conditions.Plant
Factory can realize the productions such as vegetables, flowers, fruit, medicinal material, edible mushroom and a part of cereal crops, be knowledge with it is technology-intensive
The intensive three-dimensional agriculture mode of production.The distributed intelligence plant factor is the tidemark of plant culture, it is carried for plant
The suitable environment of growth and development has been supplied, the growth that full-automatic, complete intelligent environment simulation technique is plant has been integrated with and is created with development
Best artificial environment is produced, is not only a kind of fully controllable adjustable, production model for being managed according to the will of people, and
Or a kind of intensive highest mode of agriculture using the production model of complete batch production procedural style operation, has been evaded outer
All interference of boundary's climatic factor, realize the accurate simulation of planting environment, and the quality of vegetable produced is high, yield is good, has
The incomparable advantage of traditional cultivation pattern.It is a variety of that the distributed intelligence plant factor can be not only used for supermarket, dining room is marketed one's own products
Plant food；It is equally applicable for the express zone environmental condition such as plateau, desert, island, underground, south poles and space base
Under, meet the plant food of long term activity of earthquake personnel under particular surroundings continuously for giving air purification demand, it may also be used for family
Autonomous production fresh vegetables.
Description of the drawings
Fig. 1 is a kind of structure diagram of the distributed intelligence plant factor of embodiment of the utility model.
Fig. 2 is the structure diagram of the automation plantation frame of distributed intelligence plant factor shown in Fig. 1.
Fig. 3 is the structure diagram of the artificial light source of distributed intelligence plant factor shown in Fig. 1.
Fig. 4 is each region distribution schematic diagram of planting groove shown in Fig. 1.
Fig. 5 is the structure diagram of the exhaust fan of distributed intelligence plant factor shown in Fig. 1.
Fig. 6 is the structure diagram of the air interchanger of distributed intelligence plant factor shown in Fig. 1.
Fig. 7 is the internal structure schematic diagram of babinet shown in Fig. 1.
Fig. 8 is the circuit control schematic diagram of distributed intelligence plant factor shown in Fig. 1.
Specific embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
Fig. 1 to Fig. 8 schematically shows that a kind of a kind of distributed intelligence of embodiment according to the present utility model is planted
Object factory.As shown in the figure, the device include closing babinet 1 and automation plantation frame 2 inside babinet 1,
Full artificial lighting system, ventilating system 4 and central controller 5.
Wherein, the babinet 1 of closing is TEU (Twenty-foot Equivalent Unit).
Automation plantation frame 2 is put along 1 length direction of babinet, including multiple planting grooves 21 being arranged in parallel.
Multiple planting grooves 21 are set in a stent 22, and are vertically stacked gradually.
Planting groove 21 is connected by pipeline with a nutrition liquid pool 24.
One 23 pumping nutrient solution of water pump circulates between planting groove 21 and nutrition liquid pool 24.
21 one end of planting groove is plantation end, is harvest end along the other end of 21 length direction of planting groove far from plantation end.
Multiple Planting boards 25 are placed on planting groove 21.
Planting board 25 is moved successively on same planting groove 21 from plantation end to harvest end, is planted in Planting board 25
Plant completes entire growth course on planting groove 21；
Full artificial lighting system mainly includes being set on the artificial light source 3 at 25 top of Planting board.
Plant below 3 face of artificial light source in Planting board 25.
Planting groove 21 is divided into seedling region 21a, growth district 21b, maturation region 21c and picking region along its length
21d, plant therein are respectively at Seedling Stage, growth period, maturity period and collecting period.
Each region corresponds to the different stages of growth in growing process respectively successively, artificial light source 3 in each region
Intensity of illumination and colour temperature it is different.
Specifically,
Along seedling region 21a to picking region 21d, the ratio of feux rouges gradually increases in the light that artificial light source 3 is sent out；
Along seedling region 21a to picking region 21d, the ratio of blue light continuously decreases in the light that artificial light source 3 is sent out；
Along seedling region 21a to picking region 21d, the ratio of blue light continuously decreases in the light that artificial light source 3 is sent out；
The light that artificial light source 3 is sent out mainly is made of feux rouges, blue light and near infrared ray, red light wavelength 650-660nm,
Blue light wavelength is 450-460nm, and near infrared ray wavelength is 700-800nm.
In the present embodiment, the arrange parameter of light that artificial light source 3 is sent out in each different zones is as shown in table 1 below.
The arrange parameter table of 1 artificial light source of table, 3 light
| Feux rouges and blue light relative scale | Near infrared ray ratio | |
| Seedling region 21a | 5:1 | 6%； |
| Growth district 21b | 4:1 | 4%； |
| Ripe region 21c | 8:3 | 3%； |
| Pick region 21d | 3:1 | 1%. |
Ventilating system 4 is arranged in parallel with planting groove and face planting groove.
Exhaust fan 4 includes pipeline supercharging device 41 and the discharge pipe 42 being connected with pipeline supercharging device 41.、
Multiple discharge pipes 42 are corresponding with multiple planting grooves 21, and are arranged in parallel along 21 length direction of planting groove.
Air-flow blows to its corresponding plant by discharge pipe 42.
It is differed in the size of the different zones interior air-flow of planting groove 21.
Central controller 5, for controlling the working condition of artificial light source 3 and pipeline supercharging device 41.
In the present embodiment, ventilating system 4 further includes the backwind tube 43 set on 1 top of babinet.
Backwind tube 43 is connected with pipeline supercharging device 41.
After air blows to its corresponding plant under the action of pipeline supercharging device 41 by discharge pipe 42, then by backwind tube 43
Pipeline supercharging device 41 is recycled to, the air-flow recycled in one is thus formed inside babinet 1.
In the present embodiment, ventilating system 4 further includes air interchanger, and air interchanger includes exhaust fan 44 and and exhaust fan
44 air pipelines 45 being connected.
45 outer end opening of air pipeline is stretched out outside babinet 1 and is connected with the external world.The air-flow of an outer circulation is consequently formed.
At least one layer of filtering material 46 is equipped in air pipeline 45.
Filtering material 46 is used to filter out the dust and pest and disease damage in outside air.
Exhaust fan 44 controls time opening and closing by central controller 5.
Air-conditioning 6 is additionally provided with inside babinet 1.
Air-conditioning 6 is controlled its on off state by central controller 5.
Central controller 5 is connected with one for detecting the temperature sensor 51 of 1 internal temperature of babinet.
When box interior temperature is higher than preset range, central controller 5 sends out open signal to air-conditioning 6, empty
6 are adjusted to open to reduce the temperature inside babinet 1.
Dehumidifier 7 is additionally provided with inside babinet 1.
Dehumidifier 7 is equally also controlled its on off state by central controller 5.
Central controller 5 is connected with one for detecting the humidity sensor 52 of 1 interior humidity of babinet.
When 1 interior humidity of babinet is higher than preset range, central controller 5 sends out open signal to dehumidifier 7,
Dehumidifier 7 is opened to reduce the humidity inside babinet 1.
Moisture collection case 8 is additionally provided with inside babinet 1.
Moisture collection case 8 is used to collect the condensed water that air-conditioning 6 and dehumidifier 7 generate.
Moisture collection case 8 is connected with nutrition liquid pool 24 by pipeline, and the moisture collected as a result, can be used for being supplemented to battalion
In nutrient solution, so as to fulfill the recycling of moisture.
Nutrition liquid pool 24 is additionally provided with automatic liquid supply system.
Automatic liquid supply system includes multiple nutrition liquid storage tanks 9.
The nutrient solution of concentration is stored in nutrition liquid storage tank 9.
Nutrition liquid storage tank 9 is connected by pipeline with nutrition liquid pool 24.
Infusion pump 91 is also in series on pipeline.
EC sensors 53 are equipped in nutrition liquid pool 24.
Infusion pump 91 and EC sensors 53 are connected respectively with central controller 5.
Central controller 5 monitors the concentrating of nutrients in the nutrient solution in nutrition liquid pool 24 by EC sensors 53.
When one or more kinds of the concentrating of nutrients numerical value that EC sensors 53 return are less than preset range,
Central controller 5 sends out open signal to infusion pump 91, and infusion pump 91 is opened and seeks the concentration being stored in nutrition liquid storage tank 9
Nutrient solution is inputted by pipeline in nutrition liquid pool 24, and the concentrating of nutrients in nutrition liquid pool 24 is gradually increasing.
EC sensors 53 synchronize the concentrating of nutrients numerical value during detection infusion adjustment, reach advance in concentration values
During the range of setting, central controller 5 exports shutdown signal to infusion pump 91, and infusion pump 91 is closed, nutrient in nutrient solution
Concentration maintain stablize.
Meanwhile also be provided with connecting with central controller 5 on the pipeline that is connected with nutrition liquid pool 24 of moisture collection case 8 and by
Its infusion pump 91 controlled is preset when one or more kinds of the concentrating of nutrients numerical value that EC sensors 53 return are higher than
Range when, central controller 5 judges that nutrient solution is in exsiccosis, and controls infusion pump 91 that will be stored in moisture collection case 8
In water inputted in nutrition liquid pool 24 by pipeline, to keep the skin wet and reduce the concentrating of nutrients in nutrient solution.
In other examples, the pH sensors being connected with central controller, pH sensings are additionally provided in nutrition liquid pool
Device is used to detect the acid-base value of nutrient solution, and nutrition liquid pool is connected with acid-base balance liquid storage tank by pipeline, also connected on pipeline
There are infusion pump or electronic valve.It is possible thereby to acid-base balance liquid is added by control to maintain the acid-base value of nutrient solution.
It is that a kind of controlled by high-precision environment realizes farming using the distributed intelligence plant factor of above technical scheme
The object anniversary quantity-produced agricultural system, i.e., the rings such as temperature, humidity, illumination and the nutrient solution given birth to using computer to plant
Border condition carries out automatically controlling, make the fertility of facility implants not by or the effort-saving production that is seldom restricted by natural conditions.Plant
Factory can realize the productions such as vegetables, flowers, fruit, medicinal material, edible mushroom and a part of cereal crops, be knowledge with it is technology-intensive
The intensive three-dimensional agriculture mode of production.The distributed intelligence plant factor is the tidemark of plant culture, it is carried for plant
The suitable environment of growth and development has been supplied, the growth that full-automatic, complete intelligent environment simulation technique is plant has been integrated with and is created with development
Best artificial environment is produced, is not only a kind of fully controllable adjustable, production model for being managed according to the will of people, and
Still it is a kind of intensive highest mode of agriculture, using the production model of complete batch production procedural style operation, evades
All interference of the outside climatic factor, realize the accurate simulation of planting environment, and the quality of vegetable produced is high, yield is good, tool
The advantage for having traditional cultivation pattern incomparable.It is more that the distributed intelligence plant factor can be not only used for supermarket, dining room is marketed one's own products
Kind plant food；It is equally applicable for the express zone environmental condition such as plateau, desert, island, underground, south poles and space base
Under, meet the plant food of long term activity of earthquake personnel under particular surroundings continuously for giving air purification demand, it may also be used for family
Autonomous production fresh vegetables.
Above-described is only some embodiments of the utility model.For those of ordinary skill in the art,
Under the premise of not departing from the utility model and creating design, various modifications and improvements can be made, these belong to this practicality
Novel protection domain.
Claims (9)
1. distributed intelligence plant factor, which is characterized in that including one closing babinet and mounted on the box house
's：
Plantation frame is automated, is put along the babinet length direction, including multiple planting grooves being arranged in parallel, multiple plantations
Slot is set in a stent, and is vertically stacked gradually, and the planting groove is connected by pipeline with a nutrition liquid pool,
Nutrient solution circulates between the planting groove and the nutrition liquid pool, and described planting groove one end is plantation end, along described kind
It is harvest end to plant the other end of the slot length direction far from the plantation end, and multiple Planting boards are placed on the planting groove, described
Planting board is moved successively on same planting groove from plantation end to harvest end, plants the plant in the Planting board described
Entire growth course is completed on planting groove；
Full artificial lighting system, it is main to include being set on the artificial light source at the top of the Planting board, the artificial light source face lower section
Plant in the Planting board, the planting groove are divided into multiple regions along its length, and each region corresponds to plant respectively successively
Different stages of growth in growth course, the artificial light source is different in each region；
Ventilating system, with the planting groove be arranged in parallel and face described in planting groove, exhaust fan include pipeline supercharging device and with
The discharge pipe that the pipeline supercharging device is connected, multiple discharge pipes are corresponding with multiple planting grooves, and along described
Planting groove length direction is arranged in parallel, and air-flow blows to its corresponding plant by the discharge pipe, in the not same district of the planting groove
The size of domain interior air-flow differs；
Central controller, for controlling the working condition of the artificial light source and the pipeline supercharging device.
2. distributed intelligence plant factor according to claim 1, which is characterized in that the ventilating system, which further includes, to be set on
The backwind tube of the top of the box, the backwind tube are connected with the pipeline supercharging device, and air is filled in the pipeline supercharging
After blowing to its corresponding plant by the discharge pipe under the action of putting, then the pipeline supercharging is recycled to by the backwind tube and is filled
It puts, the air-flow recycled in one is thus formed in the box house.
3. distributed intelligence plant factor according to claim 1, which is characterized in that the ventilating system further includes ventilation
Device, the air interchanger include exhaust fan and the air pipeline being connected with the exhaust fan, the air pipeline outer end
Opening is stretched out outside the babinet and is connected with the external world, and the air-flow of an outer circulation is consequently formed, is equipped in the air pipeline
At least one layer of filtering material, the filtering material are used to filtering out dust and pest and disease damage in outside air, the exhaust fan by
The central controller controls time opening and closing.
4. distributed intelligence plant factor according to claim 1, which is characterized in that the box house is additionally provided with sky
It adjusts, by its on off state of the central controller controls, the central controller is used to detect the case with one the air-conditioning
The temperature sensor of body internal temperature is connected, when the box interior temperature is higher than preset range, the center
Controller sends out open signal to the air-conditioning, and the air-conditioning opens the temperature to reduce the box house.
5. distributed intelligence plant factor according to claim 4, which is characterized in that the box house is additionally provided with dehumidifying
Device, the dehumidifier by its on off state of the central controller controls, the central controller and one it is described for detecting
The humidity sensor of box house humidity is connected, when the box house humidity is higher than preset range, in described
Centre controller sends out open signal to the dehumidifier, and the dehumidifier opens the humidity to reduce the box house.
6. distributed intelligence plant factor according to claim 5, which is characterized in that the box house is additionally provided with moisture
Collecting box, the moisture collection case are used to collect the condensed water that the air-conditioning and the dehumidifier generate, the moisture collection case
It is connected with the nutrition liquid pool by pipeline, the moisture collected as a result, can be used for being supplemented in nutrient solution, so as to fulfill water
The recycling divided.
7. distributed intelligence plant factor according to claim 6, which is characterized in that the nutrition liquid pool is additionally provided with automatically
Fluid infusion system, the automatic liquid supply system include one or more nutrition liquid storage tank, are stored in the nutrition liquid storage tank dense
The nutrient solution of contracting, the nutrition liquid storage tank are connected by pipeline with the nutrition liquid pool, be also in series on pipeline infusion pump or
Person's electronic valve, the nutrition liquid pool is interior to be equipped with EC sensors, the infusion pump or electronic valve and the EC sensors
It is connected respectively with the central controller, the central controller passes through in nutrition liquid pool described in the EC Sensor monitorings
The concentrating of nutrients in nutrient solution, when one or more kinds of the concentrating of nutrients numerical value that the EC sensors return are less than
During preset range, the central controller sends out open signal, the infusion to the infusion pump or electronic valve
Pump or electronic valve are opened and the concentrated nutrient solution being stored in the nutrition liquid storage tank are inputted the nutrition by pipeline
In liquid pool, the concentrating of nutrients in the nutrition liquid pool is gradually increasing, and the EC sensors synchronize detection infusion and adjusted
The concentrating of nutrients numerical value in journey, when concentration values reach preset range, the central controller is to described defeated
Liquid pump either close by the electronic valve output shutdown signal infusion pump or electronic valve, and nutrient is dense in nutrient solution
Degree maintains to stablize.
8. distributed intelligence plant factor according to claim 7, which is characterized in that the moisture collection case and the battalion
The infusion pump or electronic valve that connect and be controlled by it with the central controller also are provided on the pipeline that nutrient solution pond is connected,
When one or more kinds of the concentrating of nutrients numerical value that the EC sensors return are higher than preset range, in described
Centre controller judges that nutrient solution is in exsiccosis, and controls the infusion pump or electronic valve that will be stored in the moisture and receive
Water in header is inputted by pipeline in the nutrition liquid pool, to keep the skin wet and reduce the concentrating of nutrients in nutrient solution.
9. distributed intelligence plant factor according to claim 7, which is characterized in that be additionally provided in the nutrition liquid pool with
The pH sensors that central controller is connected, pH sensors are used to detect the acid-base value of nutrient solution, and the nutrition liquid pool passes through pipe
Road is connected with acid-base balance liquid storage tank, and infusion pump or electronic valve are also in series on pipeline.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721597890.4U CN207574234U (en) | 2017-11-23 | 2017-11-23 | Distributed intelligence plant factor |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721597890.4U CN207574234U (en) | 2017-11-23 | 2017-11-23 | Distributed intelligence plant factor |
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| CN207574234U true CN207574234U (en) | 2018-07-06 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107896970A (en) * | 2017-11-23 | 2018-04-13 | 中实创科技（广东）有限公司 | Distributed intelligence plant factor |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107896970A (en) * | 2017-11-23 | 2018-04-13 | 中实创科技（广东）有限公司 | Distributed intelligence plant factor |
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