CN106332672A - Organic green radish three-dimensional planting farm - Google Patents
Organic green radish three-dimensional planting farm Download PDFInfo
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- CN106332672A CN106332672A CN201610731931.8A CN201610731931A CN106332672A CN 106332672 A CN106332672 A CN 106332672A CN 201610731931 A CN201610731931 A CN 201610731931A CN 106332672 A CN106332672 A CN 106332672A
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- radish
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Classifications
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/02—Receptacles, e.g. flower-pots or boxes; Glasses for cultivating flowers
- A01G9/022—Pots for vertical horticulture
- A01G9/023—Multi-tiered planters
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G29/00—Root feeders; Injecting fertilisers into the roots
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G7/00—Botany in general
- A01G7/04—Electric or magnetic or acoustic treatment of plants for promoting growth
- A01G7/045—Electric or magnetic or acoustic treatment of plants for promoting growth with electric lighting
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
- A61L2/00—Methods or apparatus for disinfecting or sterilising materials or objects other than foodstuffs or contact lenses; Accessories therefor
- A61L2/16—Methods or apparatus for disinfecting or sterilising materials or objects other than foodstuffs or contact lenses; Accessories therefor using chemical substances
- A61L2/18—Liquid substances or solutions comprising solids or dissolved gases
-
- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05B—PHOSPHATIC FERTILISERS
- C05B1/00—Superphosphates, i.e. fertilisers produced by reacting rock or bone phosphates with sulfuric or phosphoric acid in such amounts and concentrations as to yield solid products directly
- C05B1/02—Superphosphates
-
- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05D—INORGANIC FERTILISERS NOT COVERED BY SUBCLASSES C05B, C05C; FERTILISERS PRODUCING CARBON DIOXIDE
- C05D1/00—Fertilisers containing potassium
-
- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05F—ORGANIC FERTILISERS NOT COVERED BY SUBCLASSES C05B, C05C, e.g. FERTILISERS FROM WASTE OR REFUSE
- C05F17/00—Preparation of fertilisers characterised by biological or biochemical treatment steps, e.g. composting or fermentation
-
- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05G—MIXTURES OF FERTILISERS COVERED INDIVIDUALLY BY DIFFERENT SUBCLASSES OF CLASS C05; MIXTURES OF ONE OR MORE FERTILISERS WITH MATERIALS NOT HAVING A SPECIFIC FERTILISING ACTIVITY, e.g. PESTICIDES, SOIL-CONDITIONERS, WETTING AGENTS; FERTILISERS CHARACTERISED BY THEIR FORM
- C05G5/00—Fertilisers characterised by their form
- C05G5/20—Liquid fertilisers
- C05G5/27—Dispersions, e.g. suspensions or emulsions
-
- 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
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/40—Bio-organic fraction processing; Production of fertilisers from the organic fraction of waste or refuse
Abstract
The invention provides an organic green radish three-dimensional planting farm, and belongs to the field of three-dimensional agriculture and the field of organic planting. A plurality of planting layers are formed through support post insertion on a ground isolation layer and a floor separation plate; planting devices are uniformly put on the ground isolation layer and the floor separation plate; a planting nutrition layer is laid on each planting device; the end part of each planting device is provided with a nutrition conveying hole which is connected with a five-way pipe; each pipe-way pipe is also connected with pipelines of a clean water tank, a disinfectant tank, a nutrition liquid storage tank and an air pressure storage tank. The organic green radish three-dimensional planting farm has the advantages that the structure is simple, compact and reasonable, and is suitable for the planting environment of radishes; the radish planting is convenient; the operation is easy; the large-scale and industrialized radish planting is convenient to realize; hull, vinasse and mushroom dreg are subjected to environment-friendly treatment in the planting process; the planted radishes have high yield and good quality; the land planting space is reasonably used; the industrialized commercial value is high; a radish planting substrate and nutrition liquid are matched, and the planting can be repeatedly performed for many times; the radish planting cost is reduced.
Description
Technical field
The present invention relates to a kind of green organic radish solid growth farm of ecosystem field of planting.
Background technology
Radish is the vegetable crop of the middle temperature liking bloom to shine, and therefore, its implantation time and place are very limited.And
The plantation of current radish is all using normal soil plantation, and the resistance against diseases of normal soil plantation is low, the nutrition supply of soil
Ability is also very low, leads to the individual little of radish and yield is not high.Common plantation does not have rationally to utilize land resource, wastes very big.
Ploughed seldom due to the populous of China, only solid growth can economize the land resource.
Content of the invention
The purpose that the present invention relates to be to provide for a kind of green organic of highly effective stereo, high-quality plant radish have
Machine green radish solid growth farm and its method.
For achieving the above object, green organic radish solid growth farmer of the present invention to include ground separation layer,
Floor dividing plate, support column, plantation nutritive layer, planter, clean water tank, sterilization night tank, nutrition fluid reservoir, air accumulator.
After the insertion head that the insertion in the hole of ground separation layer has the lower end of support column inserts, ground floor is inserted in its upper end
Inserting in the hole of the following one side of floor dividing plate supports the floor dividing plate of ground floor, floor dividing plate more than ground floor floor dividing plate
Patchhole inner support is inserted by the insertion head of support column, ground separation layer is supported by support column with floor dividing plate and forms many
The plantation layer of level, ground separation layer is parallel to each other with floor separation layer.Upper in ground separation layer and every first floor layer dividing plate
Face is uniformly placed with planter, and the two-sided oblique inframe on planter is equably covered with plantation nutritive layer, on each planter
Plantation nutritive layer be a plantation row, have multiple plantation row on the separation layer of ground or on every first floor layer dividing plate.Planter
It is inside nutrition supply chamber, one end of planter is provided with nutrient delivery hole, nutrient delivery hole is connected with a port of Five-way tube
Connect, remaining four port of Five-way tube respectively with the connecting pipe of nutrition fluid reservoir, the connecting pipe of air accumulator, sterilization night
The connecting pipe of the connecting pipe of tank and clean water tank connects, and is connecting clean water tank, sterilization night tank, air accumulator, nutrition liquid storage
It is respectively mounted controlled switch in the pipeline of tank.In the following one side of every first floor layer dividing plate with higher than the top first floor layer
Plantation nutritive layer 58cm to 98cm place above dividing plate is provided with sprayer unit, in a following face irradiation of every first floor layer dividing plate
Incandescent lamp and green light lamp, the circuit of incandescent lamp and green light lamp is connected with light-illuminating controller, and light-illuminating controller controls
The circulation opening time of the light of incandescent lamp and green light lamp and circulation shut-in time.
Described ground separation layer is the concrete layer of hard, and ground separation layer is the base supporting support column and floor dividing plate
Plinth, ground separation layer has patchhole；The effect of ground separation layer: one, stop the bacterium in soil from entering in plantation nutritive layer
Play the effect of virus-isolating, two, the loss making plantation nutritive layer separate with soil and reducing the nutrient content of radish.Smooth
During ground below the separation layer of ground, surface management is become 5 ° to 30 ° of slope, poured using cement on slope afterwards
Become the ground separation layer of 5 ° to 30 ° of gradient.
Described floor dividing plate adopts plank or plastics or fiberglass or metal material or reinforcing bar and concrete manufacture, manufactures
Become the carrier placing planter or planter and plantation nutritive layer on more than ground, floor dividing plate has patchhole.
Described support column is the cylinder of the multi-level floor dividing plate supporting more than ground, and the mid portion of support column is
Support section, there is the insertion head of the part less than support section at the two ends of support column；The support section of the support column of same layer
Length is consistent, parallel with floor dividing plate to ensure ground separation layer.
The support section of described support column is right cylinder, and insertion head is tapered insertion head；Described patchhole is cone
Degree hole, the taper of the patchhole on floor dividing plate is the two-way tapered hole big in the end and small in the middle in opposite direction of upper and lower surface,
The patchhole of ground separation layer is big, following little tapered hole above；Tapered patchhole is coordinated with tapered insertion head
Can automatically fill just without situation about loosening occurs, beneficial to Fast Installation, and the gravity depressed from above is bigger, patchhole
More firm with the cooperation of insertion head.
Described plantation nutritive layer is radish planting base, is to store the part of nutrient content and cultivate radish seedling rooting, bloom
With the organic soil solid layer of result, it is the materials processing of plantation radish to be become admixed together after powder send out through biological bacteria
The mixture of ferment；The material of described radish planting base includes: plant ash, chaff shell, vinasse, bacteria residue, stone millet, sandy soil, its composition
Ratio be: 34 parts of plant ash, 56 parts of vinasse, 45 parts of chaff shell, 56 parts of bacteria residue, 56 parts of stone millet, sandy soil 9 11
Part.Described plantation nutritive layer can repeat to plant, and ensure that the matter of the product planted out with nutritious liquid prescription
Amount.
Described planter be sealing two ends, the interior shape of cross section be the empty inner chamber of triangle, cross section outer
Portion's shape is triangular cavity body and abduction and the rib group having rib in the abduction stretched out to both sides of base of triangle and abduction
The composite entity closing；The section of composite entity is the lumen portion of triangle is nutrition supply chamber, the surface of composite entity upper
The two ends in face and two inclined-planes have rib below；Section in rib is two faces and the rib group of two hypotenuses of triangle
Become two-sided oblique frame, manufacturing on two inclined-planes of two-sided oblique frame has via, via creates and allows nutrient solution and compressed air warp
The hole crossed；The part of the triangle inner chamber at planter two ends manufactures nutritious sprocket hole, nutrient delivery hole and via and nutrition
Feeding chamber communicates described two-sided oblique inframe and is used for laying nutrient planting layer, via be used for conveying nutrient solution, thimerosal, clear water and
To plantation nutritive layer, nutrition supply chamber is used for transmitting nutrient solution, thimerosal, clear water and compressed air at via compressed air.
Described clean water tank is the tank body containing clear water；Described disinfectant solution tank is the tank body containing thimerosal, described
Thimerosal is lime water；Described nutrition fluid reservoir is the tank body containing nutrient solution；Described air accumulator is storage pressure
The tank body of contracting air, the air in tank has pressure；Described nutrition fluid reservoir and air accumulator are the separate components being individually separated,
Or, nutrition fluid reservoir and the internal cavities of air accumulator be an integral cavity combine tank；Nutrition fluid reservoir and air
When accumulator is the joint tank of an integral cavity, it is partly the portion of storing compressed air above the internal cavities of joint tank
Point, the lower part of the internal cavities of joint tank is the part of storage nutrient solution, the conveying nutrient solution being connected with nutrition supply chamber
Pipeline liquid pipe mouth joint tank internal cavities bottom, the gas tube orifice of the compressed air piping being connected with nutrition supply chamber
Top in the internal cavities of joint tank；Compressed air in joint tank serves the effect of pump above nutrient solution and reduces
Infusion pump.
In order that the yield of culture radish out is higher, quality more preferably, will be to plantation nutrition in the planting process of radish
Conveying nutrient solution in layer；Described nutrient solution is that the slurry breaking into after the mixing of oil cake, chicken manure, pig manure and the leaf of bamboo is added peroxophosphoric acid
Calcium mix after emulsion through everfermentation, the component ratio of its composition is: 1 part of oil cake, 3 parts of chicken manure, 3 parts of pig manure, bamboo
3 parts of leaf, 2 parts of calcium superphosphate.Add oil cake composition in nutrient solution, organic soil can be allowed to keep loose, promote Turnip Sprouts quick
Growth, increase Turnip Sprouts opposing virus capable, make radish moisten and delicate fragrance is good to eat；Chicken manure is added to become with pig manure in nutrient solution
Point, the fast-growth of Turnip Sprouts can be promoted and make radish sturdy and individual big, increase the nutrient content of radish；Nutrient solution adds
Calcium superphosphate composition, can be catalyzed the absorption of nutrient solution, promote the fast-growth of Turnip Sprouts and tender radish, and the nutrition increasing radish becomes
Point；Add leaf of bamboo composition in nutrient solution, the fast-growth of Turnip Sprouts can be promoted, increase the nutrient content of radish and increase radish
Clearing heat and detoxicating function.
After preventing to conveying nutrient solution in plantation nutritive layer, the moisture in plantation nutritive layer is too high, employs
Tilt draining and blowing is dried two methods to reduce the moisture in plantation nutritive layer；Described inclination draining is to isolate ground
Layer and floor dividing plate tilt certain angle；Described blowing drying be by compressed air from nutrition supply chamber through via
Blow in plantation nutritive layer, air is taken the unnecessary moisture in plantation nutritive layer outside plantation nutritive layer out of.
In order to increase growing surface, place plantation nutritive layer to increase growing surface using two inclined-planes.
In order to have sunshine, rain and dew during the radish of plantation and make plantation fresh radish out have wild environment growth
Taste, sprays fog using sprayer unit, makes Turnip Sprouts obtain rain and dew；Using incandescent lamp and green light lamp light every 24 hours
One round interval circulation irradiate make radish obtain wild environment growth conditions, can promote radish rice shoot photosynthesis and
Promote the fast-growth of radish, strengthen the photosynthesis of radish rice shoot and the ability absorbing nutrient content.
Described farm be under outdoor natural environment plantation, be not incubated during plantation with cooling measure, follow plantation
Seasonal Regularity, integrate organic plantation and solid growth it is achieved that the automatic management of agricultural planting.
In order to improve quality and the growth beneficial to radish of radish, planter adopts nontoxic plastics or fiberglass during fabrication
Or stainless steel making.
In order that nutrient solution can be input in plantation nutritive layer, the internal cavity of nutrition fluid reservoir and air accumulator
Create the joint cavity of an entirety, using inflating pump in compressed air input joint cavity, compressed air produces
The pressure instead work of infusion pump；Or, it is provided with the tank of nutrition fluid reservoir or in the pipeline of connection nutrition fluid reservoir
The riding position of infusion pump or nutrition fluid reservoir is higher than plantation nutritive layer.
Can be input in plantation nutritive layer for the ease of the liquid in disinfectant solution tank, be provided with described disinfectant solution tank
Infusion pump, or, in the pipeline connecting disinfectant solution tank, infusion pump is installed, or, the riding position of disinfectant solution tank is higher than plantation
Nutritive layer.
Can be input in plantation nutritive layer for the ease of the liquid in clean water tank, in described clean water tank, transfusion is installed
Pump, or, in the pipeline connecting clean water tank, infusion pump is installed, or, the riding position of clean water tank is higher than plantation nutritive layer.
In order that having air pressure in air accumulator, using inflating pump in gases at high pressure input air accumulator.
In order that plantation radish out is easy to receive, leave, between plantation row, the trade being easy to that workman passes through.
In order to prevent virus and can carry out sterilization to plantation nutritive layer, the lime water using 1 3% is to plantation nutrition
Layer carries out disinfection sterilization；The method of its disinfection is to put in sterilization night tank by 1 3% lime water, by pipeline and battalion
Foster feeding chamber is input on radish planting base to be planted sterilization that radish planting base is carried out disinfection.
During by season plantation radish, first with 1 3% lime water, plantation nutritive layer is carried out disinfection sterilization；Its sterilization is killed
The method of bacterium is to put into 1 3% lime water in sterilization night tank, is input to radish to be planted by pipeline and nutrition supply chamber
Carry out disinfection on planting matrix sterilization to radish planting base, and the input quantity of lime water is just to soak to plant nutritive layer for standard, plants
Plant the switch closing sterilizing path after nutritive layer soaks.After sterilization one day, the switch compressed air opening compressed air dries up
Radish planting base.Afterwards, close the switch of compressed air, open the switch that the clean water tank equipped with clear water is connected with nutrition supply chamber
So that clear water is entered in plantation nutritive layer and soak plantation nutritive layer, then the organic soil surface of plantation nutritive layer spread lower through clear water
The Radish seed soaking, sorts out distance to radish seedling when radish seedling grows little tender leaf；The method arranging distance to radish seedling is: will
The radish seedling of plantation nutritive layer excess surface is extracted, and leaves seedling away from the radish seedling for 15 to 20cm；The tender shoots sending in Radish seed starts
Length sprout lobe when, start to radish rice shoot irradiate light；When radish seedling grows 2 to 3 vanelets, start to plantation nutritive layer
Supply nutrition.The mode of supply nutrition adopts nutrient solution replenishment, the Seedling Stage of radish supplementary one time of nutrition, radish every 4 to 6 days
Every 12 hours to 3 days of one-tenth seedling stage supplementary one time of nutrition, determine the time of Additional nutrient solution according to single size that radish grows,
Radish is shorter closer to the interval time of ripe Additional nutrient solution；When supplementing the nutrients to plantation nutritive layer, open equipped with nutrient solution
Nutrition fluid reservoir and the connecting valve in nutrition supply chamber, nutrient solution enters plantation nutrition through via after entering in nutrition supply chamber
In layer, closing switch when moistening and color burn occurring wait the surface planting nutritive layer, stop conveying nutrient solution；Seedling to radish
During seedling irradiation light light, open light-illuminating controller, after first being irradiated 3.5 hours with incandescent lamp, use green glow light irradiation 1.5 hours again,
Repetitive cycling is secondary afterwards, and interval is then turned on light-illuminating after 9 hours afterwards, and light circulation once in such 24 hours is irradiated straight
To extracting radish from organoclay；The light of incandescent lamp and green light lamp can promote the absorption of nutrition, and Turnip Sprouts can be made to obtain
Wild growing environment and make radish completely filled fruit that Turnip Sprouts bear and sweet good to eat.In the maturity period of Seedling Stage to radish, often
It is used the compressed air in air accumulator to pass through nutrition supply chamber and inflates once to plantation nutritive layer, at least 2 minutes every time, with
Increase the ventilation of organic soil and reach the purpose making the nutrient in radish absorption air；After Radish Emerging, use in every morning
Sprayer unit sprays a spray water；When the diameter of the seedling handle of radish of plantation reaches 3 to 4cm in organic soil, indicate radish
Ripe, draw out fresh radish from organoclay, complete the green organic solid growth of radish.
Simple for structure, reasonable, the planting environment of suitable radish on green organic radish solid growth farm of the present invention, plants trailing plants
Foretell convenient and easy operation, be easy to scale and industrialization plantation radish, in planting process, chaff shell, vinasse and bacteria residue carried out ring
Guarantor is processed, and the radish yield of plantation is high, quality better, rationally make use of the plantation space in soil, and the commercial value of industrialization is high；With
When, radish planting base can be reused with nutritious liquid prescription and repeatedly plant, and reduce the planting cost of radish.
Brief description
Fig. 1 is the structural representation of ground isolation.
Fig. 2 is the structural representation of floor separation layer.
Fig. 3 is the structural representation of joint tank.
Fig. 4 is the structural representation that planter is combined with plantation nutritive layer.
Fig. 5 is the structural representation that ground separation layer and multi-level floor dividing plate are combined with plantation nutritive layer and planter
Figure.
Shown in figure: ground separation layer 1, planter 2, via 3, nutrition supply chamber 4, plantation nutritive layer 5, floor dividing plate 6,
Patchhole 7, support column 8, joint tank 10, liquid pipe mouth 11, gas tube orifice 13.
Specific embodiment
Green organic radish solid growth farmer of the present invention will include ground separation layer 1, floor dividing plate 6, support
Post 8, plantation nutritive layer 5, planter 2, clean water tank, sterilization night tank, nutrition fluid reservoir, air accumulator.
There is insertion ground floor in its upper end after the insertion head insertion of lower end of support column 8 in the patchhole 7 of ground separation layer 1
The patchhole 7 of the following one side of floor dividing plate 6 in support ground floor floor dividing plate 6, the building of ground floor floor dividing plate more than 6
Layer dividing plate 6 inserts patchhole 7 inner support by the insertion head of support column 8, and ground separation layer 1 passes through support column 8 with floor dividing plate 6
Support and form multi-level plantation layer, ground separation layer 1 is parallel to each other with floor separation layer.In ground separation layer 1 and each
Uniformly it is placed with planter 2, the two-sided oblique inframe on planter 2 is equably covered with plantation nutrition above floor layer dividing plate 6
Layer 5, the plantation nutritive layer 5 on each planter 2 is a plantation row, on ground separation layer 1 or every first floor layer dividing plate 6
On have multiple plantation row.It is nutrition supply chamber 4 in planter 2, one end of planter 2 is provided with nutrient delivery hole, nutrition is defeated
Hole is sent to be connected with a port of Five-way tube, remaining four port connecting pipe, sky with nutrition fluid reservoir respectively of Five-way tube
The connecting pipe of the connecting pipe of gas accumulator, the connecting pipe of sterilization night tank and clean water tank connects, and is connecting clean water tank, sterilization
It is respectively mounted controlled switch in night tank, air accumulator, the pipeline of nutrition fluid reservoir.Under every first floor layer dividing plate 6
Face simultaneously and higher than plantation nutritive layer 58cm to the 98cm place above the top first floor layer dividing plate 6 is provided with sprayer unit,
The incandescent lamp of a following face irradiation of every first floor layer dividing plate 6 and green light lamp, the circuit of incandescent lamp and green light lamp and light-illuminating
Controller connects, when light-illuminating controller controls the circulation opening time of light of incandescent lamp and green light lamp and circulates cut out
Between.
Described ground separation layer 1 is the concrete layer of hard, and ground separation layer 1 is to support support column 8 and floor dividing plate 6
Basis, ground separation layer 1 has patchhole 7；The effect of ground separation layer 1: one, stop the bacterium in soil from entering plantation nutrition
The effect of virus-isolating is played in layer 5, two, the stream making plantation nutritive layer 5 separate with soil and reducing the nutrient content of radish
Lose.During ground below ground grading separation layer 1, surface management is become 5 ° to 30 ° of slope, adopt on slope afterwards
Pour the ground separation layer 1 of the gradient becoming 5 ° to 30 ° with cement.
Described floor dividing plate 6 adopts plank or plastics or fiberglass or metal material or reinforcing bar and concrete manufacture, system
Cause the carrier placing planter 2 or planter 2 and plantation nutritive layer 5 on more than ground, floor dividing plate 6 has patchhole 7.
Described support column 8 is the cylinder of the multi-level floor dividing plate 6 supporting more than ground, the pars intermedia of support column 8
Dividing is support section, and there is the insertion head of the part less than support section at the two ends of support column 8；The support of the support column 8 of same layer
Partial length is consistent, parallel with floor dividing plate 6 to ensure ground separation layer 1.
The support section of described support column 8 is right cylinder, and insertion head is tapered insertion head；Described patchhole is cone
Degree hole, the taper of the patchhole on floor dividing plate 6 is the two-way taper big in the end and small in the middle in opposite direction of upper and lower surface
Hole, the patchhole of ground separation layer 1 is big, following little tapered hole above；Tapered patchhole and tapered insertion head
Cooperation can fill automatically just without situation about loosening, and beneficial to Fast Installation, and the gravity depressed from above is bigger, inserts
Enter hole more firm with the cooperation of insertion head.
Described plantation nutritive layer 5 is radish planting base, is to store the part of nutrient content and cultivate radish seedling rooting, bloom
With the organic soil solid layer of result, it is the materials processing of plantation radish to be become admixed together after powder send out through biological bacteria
The mixture of ferment；The material of described radish planting base includes: plant ash, chaff shell, vinasse, bacteria residue, stone millet, sandy soil, its composition
Ratio be: 34 parts of plant ash, 56 parts of vinasse, 45 parts of chaff shell, 56 parts of bacteria residue, 56 parts of stone millet, sandy soil 9 11
Part.Described plantation nutritive layer 5 can repeat to plant, and ensure that the product planted out with nutritious liquid prescription
Quality.
Described planter 2 be sealing two ends, the interior shape of cross section be the empty inner chamber of triangle, cross section outer
Portion's shape is triangular cavity body and abduction and the rib group having rib in the abduction stretched out to both sides of base of triangle and abduction
The composite entity closing；The section of composite entity is the lumen portion of triangle is nutrition supply chamber 4, the surface of composite entity upper
The two ends in face and two inclined-planes have rib below；Section in rib is two faces and the rib group of two hypotenuses of triangle
Become two-sided oblique frame, manufacturing on two inclined-planes of two-sided oblique frame has via 3, via 3 creates and allows nutrient solution and compressed air
Through hole；The part of the triangle inner chamber at planter 2 two ends manufactures nutritious sprocket hole, nutrient delivery hole and via 3 with
Nutrition supply chamber 4 communicates described two-sided oblique inframe and is used for laying nutrient planting layer, via 3 be used for conveying nutrient solution, thimerosal,
Clear water and compressed air to plantation nutritive layer 5, nutrition supply chamber 4 be used for transmitting nutrient solution, thimerosal, clear water and compressed air to
At via 3.
Described clean water tank is the tank body containing clear water；Described disinfectant solution tank is the tank body containing thimerosal, described
Thimerosal is lime water；Described nutrition fluid reservoir is the tank body containing nutrient solution；Described air accumulator is storage pressure
The tank body of contracting air, the air in tank has pressure；Described nutrition fluid reservoir and air accumulator are the separate components being individually separated,
Or, nutrition fluid reservoir and the internal cavities of air accumulator be an integral cavity combine tank 10；Nutrition fluid reservoir and sky
When gas accumulator is the joint tank 10 of an integral cavity, it is partly storing compressed air above the internal cavities of joint tank 10
Part, joint tank 10 internal cavities lower part be storage nutrient solution part, the conveying being connected with nutrition supply chamber 4
The bottom of the internal cavities in joint tank for the liquid pipe mouth 11 of the pipeline of nutrient solution, the compressed air hose being connected with nutrition supply chamber 4
The top of the internal cavities in joint tank for the gas tube orifice 13 in road；Compressed air in joint tank 10 serves above nutrient solution
The effect of pump and decrease infusion pump.
In order that the yield of culture radish out is higher, quality more preferably, will be to plantation nutrition in the planting process of radish
Conveying nutrient solution in layer 5；Described nutrient solution is that the slurry breaking into after the mixing of oil cake, chicken manure, pig manure and the leaf of bamboo was added phosphorus
Sour calcium mix after emulsion through everfermentation, the component ratio of its composition is: 1 part of oil cake, 3 parts of chicken manure, 3 parts of pig manure,
3 parts of the leaf of bamboo, 2 parts of calcium superphosphate.Add oil cake composition in nutrient solution, organic soil can be allowed to keep loose, promote Turnip Sprouts fast
Fast-growing is long, increase Turnip Sprouts opposing virus capable, make radish moisten and delicate fragrance is good to eat；Chicken manure is added to become with pig manure in nutrient solution
Point, the fast-growth of Turnip Sprouts can be promoted and make radish sturdy and individual big, increase the nutrient content of radish；Nutrient solution adds
Calcium superphosphate composition, can be catalyzed the absorption of nutrient solution, promote the fast-growth of Turnip Sprouts and tender radish, and the nutrition increasing radish becomes
Point；Add leaf of bamboo composition in nutrient solution, the fast-growth of Turnip Sprouts can be promoted, increase the nutrient content of radish and increase radish
Clearing heat and detoxicating function.
After preventing to conveying nutrient solution in plantation nutritive layer 5, the moisture in plantation nutritive layer 5 is too high, adopts
Tilt draining and blowing is dried two methods to reduce the moisture in plantation nutritive layer 5；Described inclination draining is by ground
Separation layer 1 and floor dividing plate 6 tilt certain angle；Described blowing drying be by compressed air from nutrition supply chamber 4
Blow in plantation nutritive layer 5 through via 3, air is taken the unnecessary moisture in plantation nutritive layer 5 outside plantation nutritive layer 5 out of.
In order to increase growing surface, place plantation nutritive layer 5 to increase growing surface using two inclined-planes.
In order to have sunshine, rain and dew during the radish of plantation and make plantation fresh radish out have wild environment growth
Taste, sprays fog using sprayer unit, makes Turnip Sprouts obtain rain and dew；Using incandescent lamp and green light lamp light every 24 hours
One round interval circulation irradiate make radish obtain wild environment growth conditions, can promote radish rice shoot photosynthesis and
Promote the fast-growth of radish, strengthen the photosynthesis of radish rice shoot and the ability absorbing nutrient content.
Described farm be under outdoor natural environment plantation, be not incubated during plantation with cooling measure, follow plantation
Seasonal Regularity, integrate organic plantation and solid growth it is achieved that the automatic management of agricultural planting.
In order to improve quality and the growth beneficial to radish of radish, planter 2 adopts nontoxic plastics or glass during fabrication
Steel or stainless steel manufactures.
In order that nutrient solution can be input in plantation nutritive layer 5, the inner chamber of nutrition fluid reservoir and air accumulator
System causes the joint cavity of an entirety, and using inflating pump in compressed air input joint cavity, compressed air produces
The pressure instead work of infusion pump；Or, install in the tank of nutrition fluid reservoir or in the pipeline of connection nutrition fluid reservoir
The riding position having infusion pump or nutrition fluid reservoir is higher than plantation nutritive layer 5.
Can be input in plantation nutritive layer 5 for the ease of the liquid in disinfectant solution tank, install in described disinfectant solution tank
There is infusion pump, or, in the pipeline connecting disinfectant solution tank, infusion pump is installed, or, the riding position of disinfectant solution tank is higher than to plant
Plant nutritive layer 5.
Can be input in plantation nutritive layer 5 for the ease of the liquid in clean water tank, be provided with defeated in described clean water tank
Liquid pump, or, in the pipeline connecting clean water tank, infusion pump is installed, or, the riding position of clean water tank is higher than plantation nutritive layer
5.
In order that having air pressure in air accumulator, using inflating pump in gases at high pressure input air accumulator.
In order that plantation radish out is easy to receive, leave, between plantation row, the trade being easy to that workman passes through.
In order to prevent virus and can carry out sterilization to plantation nutritive layer 5, the lime water using 1 3% is to plantation nutrition
Layer 5 carries out disinfection sterilization；The method of its disinfection is to put in sterilization night tank by 1 3% lime water, by pipeline and
Nutrition supply chamber 4 is input on radish planting base to be planted sterilization that radish planting base is carried out disinfection.
During by season plantation radish, first with 1 3% lime water, plantation nutritive layer 5 is carried out disinfection sterilization；Its sterilization is killed
The method of bacterium is to put into 1 3% lime water in sterilization night tank, is input to trailing plants to be planted by pipeline and nutrition supply chamber 4
The sterilization that radish planting base carried out disinfection is foretold on planting matrix, the input quantity of lime water is just to soak to plant nutritive layer 5 for standard,
Plantation nutritive layer 5 closes the switch of sterilizing path after soaking.After sterilization one day, the switch compressed air opening compressed air is blown
Dry radish planting base.Afterwards, close the switch of compressed air, open clean water tank and opening that nutrition supply chamber 4 is connected equipped with clear water
Pass makes to soak plantation nutritive layer 5 in clear water entrance plantation nutritive layer 5, then spreads lower warp on the organic soil surface of plantation nutritive layer 5
Cross the Radish seed that clear water soaked, when radish seedling grows little tender leaf, sort out distance to radish seedling；Arrange the side of distance to radish seedling
Method is: the radish seedling of plantation nutritive layer excess surface is extracted, leaves seedling away from the radish seedling for 15 to 20cm；Send in Radish seed
Tender shoots start length sprout lobe when, start to radish rice shoot irradiate light；When radish seedling grows 2 to 3 vanelets, start to kind
Plant nutritive layer supply nutrition.The mode of supply nutrition adopts nutrient solution replenishment, and the Seedling Stage of radish is every 4 to 6 days supplements once
Nutrition, every 12 hours to 3 days of the one-tenth seedling stage supplementary one time of nutrition of radish, Additional nutrient solution is determined according to single size that radish grows
Time, radish is shorter closer to the interval time of ripe Additional nutrient solution；To plantation nutritive layer supplement the nutrients when, open equipped with
The nutrition fluid reservoir of nutrient solution and the connecting valve in nutrition supply chamber, nutrient solution enters through via after entering in nutrition supply chamber
In plantation nutritive layer, closing switch when moistening and color burn occurring wait the surface planting nutritive layer, stop conveying nutrient solution；Give
During the rice shoot irradiation light light of radish, open light-illuminating controller, after first being irradiated 3.5 hours with incandescent lamp, use green glow light irradiation again
1.5 hours, repetitive cycling was secondary afterwards, and interval was then turned on light-illuminating after 9 hours afterwards, and light once follows within such 24 hours
Ring is penetrated till extracting radish from organoclay；The light of incandescent lamp and green light lamp can promote the absorption of nutrition, and can make
Radish completely filled fruit that Turnip Sprouts obtain wild growing environment and make Turnip Sprouts bear and sweet good to eat.One-tenth in Seedling Stage to radish
The ripe phase, pass through nutrition supply chamber 4 with the compressed air in air accumulator daily and inflate once to plantation nutritive layer 5, every time extremely
Few 2 minutes, reach, to increase the ventilation of organic soil, the purpose making the nutrient in radish absorption air；After Radish Emerging,
Every morning sprays a spray water with sprayer unit；In organic soil, the diameter of the seedling handle of radish of plantation reaches 3 to 4cm
When, mark radish is ripe, draws out fresh radish, complete the green organic solid growth of radish from organoclay.
Equipment using the present invention plants radish, even if the composition material of the composition material of nutrient solution and radish planting base is entered
Row changes, and falls within protection scope of the present invention.
Claims (6)
1. a kind of green organic radish solid growth farm it is characterised in that: described green organic radish solid growth farm bag
Include ground separation layer, floor dividing plate, support column, plantation nutritive layer, planter, clean water tank, sterilization night tank, nutrition fluid reservoir, sky
Gas accumulator；
After the insertion head that the insertion in the hole of ground separation layer has the lower end of support column inserts, the floor of ground floor is inserted in its upper end
Inserting in the hole of the following one side of dividing plate supports the floor dividing plate of ground floor, and floor dividing plate more than ground floor floor dividing plate passes through
The insertion head insertion patchhole inner support of support column, ground separation layer is supported by support column with floor dividing plate and forms multi-level
Plantation layer, ground separation layer is parallel to each other with floor separation layer；Above ground separation layer and every first floor layer dividing plate all
Even be placed with planter, the two-sided oblique inframe on planter is equably covered with plantation nutritive layer, the kind on each planter
Planting nutritive layer is a plantation row, has multiple plantation row on the separation layer of ground or on every first floor layer dividing plate；In planter it is
Nutrition supply chamber, is provided with nutrient delivery hole in one end of planter, and nutrient delivery hole is connected with a port of Five-way tube, and five
Four ports of remaining of siphunculus respectively with the connecting pipe of nutrition fluid reservoir, the connecting pipe of air accumulator, sterilization night tank
The connecting pipe of connecting pipe and clean water tank connects, and is connecting clean water tank, sterilization night tank, air accumulator, nutrition fluid reservoir
It is respectively mounted controlled switch in pipeline；In the following one side of every first floor layer dividing plate with higher than the top first floor layer dividing plate
Plantation nutritive layer 58cm to 98cm place above is provided with sprayer unit, every first floor layer dividing plate a following face irradiation white
The circuit of vehement lamp and green light lamp, incandescent lamp and green light lamp is connected with light-illuminating controller, and light-illuminating controller controls incandescent
The circulation opening time of the light of lamp and green light lamp and circulation shut-in time；
Described ground separation layer is the concrete layer of hard, and ground separation layer is the basis supporting support column and floor dividing plate,
Ground separation layer has patchhole；The effect of ground separation layer: one, stop the bacterium in soil from entering in plantation nutritive layer and play
The effect of virus-isolating, two, the loss making plantation nutritive layer separate with soil and reducing the nutrient content of radish；In ground grading
During ground below separation layer, surface management is become 5 ° to 30 ° of slope, being poured using cement on slope afterwards is become
The ground separation layer of 5 ° to 30 ° of gradient；
Described floor dividing plate adopts plank or plastics or fiberglass or metal material or reinforcing bar and concrete manufacture, creates
The carrier placing planter or planter and plantation nutritive layer more than ground, floor dividing plate has patchhole；
Described support column is the cylinder of the multi-level floor dividing plate supporting more than ground, and the mid portion of support column is to support
Part, there is the insertion head of the part less than support section at the two ends of support column；The length of the support section of the support column of same layer
Unanimously, parallel with floor dividing plate to ensure ground separation layer；
The support section of described support column is right cylinder, and insertion head is tapered insertion head；Described patchhole is tapered hole,
The taper of the patchhole on floor dividing plate is the two-way tapered hole big in the end and small in the middle in opposite direction of upper and lower surface, ground
The patchhole of separation layer is big, following little tapered hole above；Tapered patchhole can with the cooperation of tapered insertion head
Automatically, just without situation about loosening, beneficial to Fast Installation, and the gravity depressed from above is bigger for dress, patchhole with insert
The cooperation entering head is more firm；
Described plantation nutritive layer is radish planting base, is to store the part of nutrient content and cultivate radish seedling rooting, bloom and tie
The organic soil solid layer of fruit, be by plantation radish materials processing become after powder admixed together through biological bacteria fermentation
Mixture；The material of described radish planting base includes: plant ash, chaff shell, vinasse, bacteria residue, stone millet, sandy soil；Described plantation
Nutritive layer can repeat to plant, and ensure that the quality of the product planted out with nutritious liquid prescription；
Described planter is the outside shapes that sealing two ends, the interior shape of cross section are the empty inner chamber of triangle, cross section
Shape is that the triangular cavity body having rib in the abduction stretched out to both sides of base of triangle and abduction is combined with abduction and rib
Composite entity；The section of composite entity is the lumen portion of triangle is nutrition supply chamber, above the surface of composite entity
Two ends and two inclined-planes have rib below；Section in rib is that two faces of two hypotenuses of triangle are double with rib composition
The oblique frame in face, manufacturing on two inclined-planes of two-sided oblique frame has via, and via creates and allows nutrient solution and compressed air to pass through
Hole；The part of the triangle inner chamber at planter two ends manufactures nutritious sprocket hole, nutrient delivery hole and via and nutrition supply
Chamber communicates described two-sided oblique inframe and is used for laying nutrient planting layer, and via is used for conveying nutrient solution, thimerosal, clear water and compression
To plantation nutritive layer, nutrition supply chamber is used for transmitting nutrient solution, thimerosal, clear water and compressed air at via air；
Described clean water tank is the tank body containing clear water；Described disinfectant solution tank is the tank body containing thimerosal, described sterilization
Liquid is lime water；Described nutrition fluid reservoir is the tank body containing nutrient solution；Described air accumulator is that storage compression is empty
The tank body of gas, the air in tank has pressure；Described nutrition fluid reservoir and air accumulator are the separate components being individually separated, or
Person, nutrition fluid reservoir and the internal cavities of air accumulator be an integral cavity combine tank；Nutrition fluid reservoir is stored up with air
When pressure tank is the joint tank of an integral cavity, it is partly the part of storing compressed air above the internal cavities of joint tank,
The lower part of the internal cavities of joint tank is the part of storage nutrient solution, the pipe of the conveying nutrient solution being connected with nutrition supply chamber
The bottom of the internal cavities in joint tank for the liquid pipe mouth in road, the gas tube orifice of the compressed air piping being connected with nutrition supply chamber is in connection
Close the top of the internal cavities of tank；Compressed air in joint tank serves the effect of pump above nutrient solution and decreases defeated
Liquid pump；
In order that the yield of culture radish out is higher, quality more preferably, will be in plantation nutritive layer in the planting process of radish
Conveying nutrient solution；Described nutrient solution is the slurry breaking into after the mixing of oil cake, chicken manure, pig manure and the leaf of bamboo to be added calcium superphosphate mix
Emulsion through everfermentation after closing uniformly；Add oil cake composition in nutrient solution, organic soil can be allowed to keep loose, promote
Turnip Sprouts fast-growth, increase Turnip Sprouts opposing virus capable, make radish moisten and delicate fragrance is good to eat；Chicken manure is added in nutrient solution
With pig manure composition, the fast-growth of Turnip Sprouts can be promoted and make radish sturdy and individual big, increase the nutrient content of radish；In nutrition
Add calcium superphosphate composition in liquid, the absorption of nutrient solution can be catalyzed, promote the fast-growth of Turnip Sprouts and tender radish, increase radish
Nutrient content；Add leaf of bamboo composition in nutrient solution, can promote the fast-growth of Turnip Sprouts, increase radish nutrient content and
Increase the clearing heat and detoxicating function of radish；
In order to increase growing surface, place plantation nutritive layer to increase growing surface using two inclined-planes；
In order to have sunshine, rain and dew during the radish of plantation and make plantation fresh radish out have the taste of wild environment growth,
Fog is sprayed using sprayer unit, makes Turnip Sprouts obtain rain and dew；Using incandescent lamp and green light lamp light every 24 hours one take turns
The growth conditions making radish obtain wild environment is irradiated in secondary interval circulation, can promote the photosynthesis of radish rice shoot and promote trailing plants
The fast-growth foretold, strengthens the photosynthesis of radish rice shoot and the ability absorbing nutrient content；
Described farm is to plant under outdoor natural environment, the season be not incubated with cooling measure during plantation, following plantation
Section rule, integrates organic plantation and solid growth it is achieved that the automatic management of agricultural planting；
In order that nutrient solution can be input in plantation nutritive layer, the internal cavity manufacture of nutrition fluid reservoir and air accumulator
Become the joint cavity of an entirety, using inflating pump, compressed air is inputted in joint cavity, the pressure that compressed air produces
Instead of the work of infusion pump；Or, in the tank of nutrition fluid reservoir or in the pipeline of connection nutrition fluid reservoir, transfusion is installed
The riding position of pump or nutrition fluid reservoir is higher than plantation nutritive layer；
Can be input in plantation nutritive layer for the ease of the liquid in disinfectant solution tank, in described disinfectant solution tank, transfusion is installed
Pump, or, in the pipeline connecting disinfectant solution tank, infusion pump is installed, or, the riding position of disinfectant solution tank is higher than plantation nutrition
Layer；
Can be input in plantation nutritive layer for the ease of the liquid in clean water tank, in described clean water tank, infusion pump is installed,
Or, in the pipeline connecting clean water tank, infusion pump is installed, or, the riding position of clean water tank is higher than plantation nutritive layer；
During by season plantation radish, first with 1 3% lime water, plantation nutritive layer is carried out disinfection sterilization；Its disinfection
Method is to put into 1 3% lime water in sterilization night tank, is input to radish planting to be planted by pipeline and nutrition supply chamber
Carry out disinfection on base sterilization to radish planting base, and the input quantity of lime water is just to soak to plant nutritive layer for standard, plantation battalion
Foster layer closes the switch of sterilizing path after soaking；After sterilization one day, the switch compressed air opening compressed air dries up radish kind
Phytyl；Afterwards, close the switch of compressed air, open the switch that the clean water tank equipped with clear water is connected with nutrition supply chamber and make clear water
Enter in plantation nutritive layer and soak plantation nutritive layer, then spread on the organic soil surface of plantation nutritive layer and lower soaked through clear water
Radish seed, sort out distance to radish seedling when radish seedling grows little tender leaf；The method arranging distance to radish seedling is: by plantation battalion
The unnecessary radish seedling of foster layer surface is extracted, and leaves seedling away from the radish seedling for 15 to 20cm；The tender shoots sending in Radish seed starts length and sprouts
During lobe, start to irradiate light to the rice shoot of radish；When radish seedling grows 2 to 3 vanelets, start to plantation nutritive layer supply battalion
Support；The mode of supply nutrition adopts nutrient solution replenishment, the Seedling Stage of radish supplementary one time of nutrition, the seedling of radish every 4 to 6 days
Every 12 hours to 3 days of phase supplementary one time of nutrition, determines the time of Additional nutrient solution, radish more connects according to single size that radish grows
The interval time of closely ripe Additional nutrient solution is shorter；When supplementing the nutrients to plantation nutritive layer, open the nutrition storage equipped with nutrient solution
Flow container and the connecting valve in nutrition supply chamber, nutrient solution enters in plantation nutritive layer through via after entering in nutrition supply chamber,
Closing switch when moistening and color burn wait the surface planting nutritive layer, stops conveying nutrient solution；Irradiate to the rice shoot of radish
During light, open light-illuminating controller, use green glow light irradiation 1.5 hours again after first being irradiated 3.5 hours with incandescent lamp, weigh afterwards
Multiple circulation secondary, afterwards interval be then turned on light-illuminating after 9 hours, light circulation once in such 24 hours is irradiated until from having
Till machine soil extracts radish；The light of incandescent lamp and green light lamp can promote the absorption of nutrition, and it is wild that Turnip Sprouts can be made to obtain
Growing environment and make radish completely filled fruit that Turnip Sprouts bear and sweet good to eat；In the maturity period of Seedling Stage to radish, daily with sky
Compressed air in gas accumulator is passed through nutrition supply chamber and is inflated once to plantation nutritive layer, at least 2 minutes every time, is had with increasing
The ventilation of machine soil and reach the purpose making the nutrient in radish absorption air；After Radish Emerging, filled with spraying in every morning
Put spray water of sprinkling；When in organic soil, the diameter of the seedling handle of radish of plantation reaches 3 to 4cm, radish has become mark
Ripe, draw out fresh radish from organoclay, complete the green organic solid growth of radish.
2. green organic radish solid growth farm according to claim 1 it is characterised in that: in order to prevent battalion to plantation
After conveying nutrient solution in foster layer, the moisture in plantation nutritive layer is too high, employs inclination draining and blowing is dried two kinds of sides
Method come to reduce plantation nutritive layer in moisture；Described inclination draining is that ground separation layer and floor dividing plate are tilted certain angle
Degree；Described blowing drying is to blow in plantation nutritive layer through via by compressed air from nutrition supply chamber, air handle
Unnecessary moisture in plantation nutritive layer is taken out of outside plantation nutritive layer.
3. green organic radish solid growth farm according to claim 1 it is characterised in that: in order to improve the quality of radish
With the growth beneficial to radish, planter is during fabrication using nontoxic plastics or the manufacture of glass steel or stainless steel.
4. green organic radish solid growth farm according to claim 1 it is characterised in that: in order that air accumulator
Inside there is air pressure, using inflating pump in gases at high pressure input air accumulator.
5. green organic radish solid growth farm according to claim 1 it is characterised in that: in order that plantation is out
Radish is easy to receive, and leaves, between plantation row, the trade being easy to that workman passes through.
6. green organic radish solid growth farm according to claim 1 it is characterised in that: in order to prevent virus and energy
Enough sterilization is carried out to plantation nutritive layer, the lime water using 1 3% carries out disinfection to plantation nutritive layer sterilization；Its disinfection
Method be by 1 3% lime water put into sterilization night tank in, radish kind to be planted is input to by pipeline and nutrition supply chamber
Carry out disinfection on phytyl sterilization to radish planting base；
Simple for structure, reasonable, the planting environment of suitable radish on described green organic radish solid growth farm, plants radish side
Just and easily operate, be easy to scale and industrialization plantation radish, in planting process, chaff shell, vinasse and bacteria residue carried out environmental protection
Process, the radish yield of plantation is high, quality better, rationally make use of the plantation space in soil, the commercial value of industrialization is high；Meanwhile,
Radish planting base can be reused with nutritious liquid prescription and repeatedly plant, and reduce the planting cost of radish.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610731931.8A CN106332672A (en) | 2016-08-27 | 2016-08-27 | Organic green radish three-dimensional planting farm |
| CN201710636504.6A CN107580917A (en) | 2016-08-27 | 2017-07-31 | Green organic plantation radish farm |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610731931.8A CN106332672A (en) | 2016-08-27 | 2016-08-27 | Organic green radish three-dimensional planting farm |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106332672A true CN106332672A (en) | 2017-01-18 |
Family
ID=57822918
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610731931.8A Pending CN106332672A (en) | 2016-08-27 | 2016-08-27 | Organic green radish three-dimensional planting farm |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106332672A (en) |
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2016
- 2016-08-27 CN CN201610731931.8A patent/CN106332672A/en active Pending
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