CN108513903A - Three-coloured amaranth culture apparatus - Google Patents
Three-coloured amaranth culture apparatus Download PDFInfo
- Publication number
- CN108513903A CN108513903A CN201810588088.1A CN201810588088A CN108513903A CN 108513903 A CN108513903 A CN 108513903A CN 201810588088 A CN201810588088 A CN 201810588088A CN 108513903 A CN108513903 A CN 108513903A
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- Prior art keywords
- cultivation box
- water
- pipe
- tandem
- coloured amaranth
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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
- A01G31/00—Soilless cultivation, e.g. hydroponics
- A01G31/02—Special apparatus therefor
- A01G31/06—Hydroponic culture on racks or in stacked containers
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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
- A01G31/00—Soilless cultivation, e.g. hydroponics
- A01G31/02—Special apparatus therefor
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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
Abstract
The invention belongs to floriculture, vegetables or rice technical fields in container, forcing-frame or greenhouse, disclose three-coloured amaranth culture apparatus, including mounting bracket, cultivation box and tandem-driving bogie are fixed on mounting bracket, plantation frame is fixed in cultivation box, plantation frame is equipped with several implantation holes, and the lower slide that plantation frame is located in cultivation box is sealed with slide plate；Water inlet pipe is communicated on cultivation box between plantation frame and slide plate, water inlet pipe is equipped with inlet valve；Balance pipe is communicated between cultivation box and the bottom of tandem-driving bogie, tandem-driving bogie, balance pipe and cultivation box, which are located in the lower section of slide plate, is marked with water；It is located above the water surface in tandem-driving bogie and is slidingly sealed with push plate, push plate top surface is fixed with the push rod for driving inlet valve reciprocating rotation.The present invention solves the soil in prior art planting pot loosely, the problem of causing soil easily to be fallen from bottom outlet, lead to soil losses.
Description
Technical field
The invention belongs to floriculture, vegetables or rice fields in container, forcing-frame or greenhouse, and in particular to a kind of amaranth
Vegetable cultivation device.
Background technology
Three-coloured amaranth also known as tricolour amaranth, old and young year, an old person having a young heart' a person old in age but young in spirit, tampala, belong to Amaranthaceae, Amaranthus annual herb plant, stem thickness
It is strong, green or red.The dish body of three-coloured amaranth is smooth and dish taste is dense, the sweet perfume (or spice) of entrance, has tonifying Qi, heat-clearing, improving eyesight, ease constipation stomach, promotes
Blood coagulation increases content of hemoglobin and improves oxygen carrying capacity, promotes the effect of hematopoiesis, and can be played to the growth of tooth and bone
Facilitation, and normal cardiac activity can be maintained, prevent muscle cramp.Therefore three-coloured amaranth receives liking extensively for people.
With further increasing for people's quality of life, people increasingly favor in organic vegetable, many people understand oneself
The platform on roof sets up cultivating device, to plant the vegetables that some are easy to support.When three-coloured amaranth is planted, easy survival, high temperature resistant, for
The requirement of air humidity is not tight, therefore the plantation of three-coloured amaranth is as the first choice of people.But existing current three-coloured amaranth culture apparatus, usually
Including planting pot, the bottom of planting pot is provided with bottom outlet.When cultivating three-coloured amaranth, soil is placed in planting pot, and by the children of three-coloured amaranth
Seed is implanted in soil, and periodically seedling is watered and applied fertilizer, and promotes the growth of three-coloured amaranth, and bottom outlet is arranged in plantation basin bottom part,
It is dead to be avoided that water accumulates caused three-coloured amaranth flood in planting pot.
But there are following technical problems for above-mentioned three-coloured amaranth culture apparatus：During cultivating three-coloured amaranth, in order to enable three-coloured amaranth
The speed of growth is very fast, needs to make soil in planting pot loose, but loose soil easily falls from the bottom outlet of plantation basin bottom part
It falls, causes the loss of soil, and the difficult of planting area can be caused to sweep.
Invention content
The invention is intended to provide a kind of three-coloured amaranth culture apparatus to lead to solve the soil in prior art planting pot loosely
The problem of causing soil easily to be fallen from bottom outlet, lead to soil losses.
To achieve the above object, the present invention provides the following technical solutions, three-coloured amaranth culture apparatus, including mounting bracket, mounting bracket
On be fixed with cultivation box and tandem-driving bogie, be fixed with plantation frame in cultivation box, plantation frame is equipped with several implantation holes, position in cultivation box
It is sealed with slide plate in the lower slide of plantation frame；Water inlet pipe, water inlet pipe are communicated on cultivation box between plantation frame and slide plate
It is equipped with inlet valve；Balance pipe is communicated between cultivation box and the bottom of tandem-driving bogie, tandem-driving bogie, balance pipe and cultivation box are located at
It is marked with water in the lower section of slide plate；Be located above the water surface in tandem-driving bogie and be slidingly sealed with push plate, push plate top surface be fixed with drive into
The push rod of penstock reciprocating rotation.
The principle of the technical program：
It is connected to tap by water inlet pipe, water is added into cultivation box, and the formation mixing of addition nutrient solution is molten into water
Liquid, and three-coloured amaranth is placed in the implantation hole in plantation frame so that the root of three-coloured amaranth is contacted with mixed solution, and water is carried out to three-coloured amaranth
Training, and by mixed solution nutrition and moisture are provided for three-coloured amaranth growth.Tandem-driving bogie, balance pipe are connected to plantation lower box part, constitute U
Type linker, therefore when slide plate is not forced downwards, the height of slide plate and push plate it is highly consistent.
When planting three-coloured amaranth, mixed solution gives slide plate downward extruding force so that slide plate moves down, therefore the height of push plate
The height of slide plate can be higher than.When mixed solution in cultivation box is reduced, the extruding force that slide plate is subject to is reduced, in tandem-driving bogie, balance
Under the action of the U-shaped linker that pipe and cultivation box are constituted, slide plate moves up, and drives mixed solution to move up so that mixed solution is always
It is contacted with the root of three-coloured amaranth, the situation of three-coloured amaranth malnutrition caused by avoiding the root of three-coloured amaranth from being detached from mixed solution occurs.Together
When, when push rod moves down, inlet valve rotation so that water inlet pipe is opened, and water is added into cultivation box, adds nutrient solution, is promoted
Three-coloured amaranth is grown.
The advantageous effect of the technical program：
1. the technical program by that can avoid easily falling because of looseness of soil compared with prior art to three-coloured amaranth progress water planting
The situation that soil losses caused by falling cause the cultivation of three-coloured amaranth impacted occurs, while being avoided that and being not easy to sweep when soil is fallen
Problem occurs；
2. by carrying out water planting to three-coloured amaranth, contact of the three-coloured amaranth with soil can be reduced, so that three-coloured amaranth is miscellaneous in harvesting
Matter is less, and when eating, cleaning is more convenient；
3. constituting U-shaped linker by the way that tandem-driving bogie and balance pipe is arranged, and with cultivation box, it can realize that mixed solution is reduced
When, slide plate moves up, and drives mixed solution to move up, so that the root of three-coloured amaranth contacts always with mixed solution, promotes three-coloured amaranth
Growth；
4. the amount of mixed solution is reduced, push rod is enabled to move down, to realize that push rod drives inlet valve rotation, from
And can realize and water is added into cultivation box, it adds nutrient solution just and can realize mixed solution is added into cultivation box, it can be automatic
It is added, it is time saving and energy saving.
Further, further include liquid feeding bucket, piston is slidably connected in liquid feeding bucket, liquid-feeding tube, piston are communicated on piston bucket
It is communicated with inlet tube between bucket and water inlet pipe, liquid feeding check valve is equipped in liquid-feeding tube, liquid check valve is equipped with out in inlet tube；Installation
Frame is hinged with strut, and spring is respectively equipped between the both ends of strut and cultivation box and liquid feeding case；Slide plate bottom is equipped with through plantation
Case and the first montant to offset with strut one end, piston base are equipped with through liquid feeding bucket and are erected with the strut other end offsets second
Bar.
Advantageous effect：When slide plate moves down, the first montant is driven to squeeze one end of strut, strut is hinged on mounting bracket, structure
At lever construction, according to the motion principle of lever construction, upward second montant of the other end of strut so that the second montant band
Piston moves up, and is sucked nutrient solution in liquid feeding bucket by liquid-feeding tube；When slide plate moves up, the first montant moves up, and is pressed down against
The power of strut disappears, therefore strut resets under the action of the spring, and the power of upward second montant disappears, and piston is in spring
It being moved down under effect, the nutrient solution in liquid feeding bucket is expelled to by inlet tube in water inlet pipe by the nutrient solution below extrusion piston bucket,
It is mixed to form mixed solution with the water in water inlet pipe, is entered back into cultivation box, for providing nutriment and water for three-coloured amaranth growth
Point.
Further, liquid feeding bucket both ends are all closed, and are communicated on the one end of liquid feeding bucket far from filling opening and inlet
Air inlet pipe and an air outlet pipe, air inlet pipe is interior to be equipped with breather check valve, and outgassing nonreturn valve is equipped in escape pipe；Whirlpool is additionally provided on mounting bracket
Flow tube, the one end of escape pipe far from liquid feeding bucket are connected to the inlet end of vortex tube；Tandem-driving bogie is wrapped with and balance box outer wall structure
At the shell of heating space, the hot wind end of vortex tube is connected to heating space, and pressure relief opening is additionally provided on shell, is equipped in pressure relief opening
Pressure release check valve.
Advantageous effect：In the lower weather of temperature, the temperature of mixed solution is relatively low, therefore, is moved by piston reciprocating, real
The air inlet and exhaust of one end interval of existing liquid feeding bucket, and the gas being discharged enters in vortex tube, by be vortexed react after respectively from
Hot wind is discharged in hot wind end, and cold wind is discharged from cold wind end.Hot wind heats the water in tandem-driving bogie after entering heating space, and
The water in cultivation box being connected to by balance pipe is also gradually heated, then is heated to the mixed solution in cultivation box, due to
Heat can distribute during carrying out hot transmission, so as to avoid the temperature of mixed solution it is excessively high caused by three-coloured amaranth root by
Damage, while the temperature of mixed solution too low the case where causing three-coloured amaranth root frostbite can be avoided to occur.
Further, the top of the balance chamber interior wall is equipped with limited block.
Advantageous effect：When push plate is slided, limited block is avoided that push plate skids off tandem-driving bogie.
Further, spring is equipped between the slide plate and cultivation box bottom.
Advantageous effect：Under the action of spring reset, it can make when the mixed solution in cultivation box is reduced, the shifting of slide plate
It is dynamic rapider, so that the root of three-coloured amaranth is contacted with mixed solution always so that the speed of growth of three-coloured amaranth is faster.
Further, the outer wall of the inlet valve is equipped with convex block, and top and the convex block of push rod offset；It is also set on water inlet pipe
There are mounting blocks, torsional spring is equipped between mounting blocks and inlet valve on water inlet pipe.
Advantageous effect：When push rod moves up, upward convex block so that convex block moves up, and inlet valve is closed, and torsional spring stores at this time
Energy；When push rod moves down, the power of extrusion lug disappears, and inlet valve rotates backward under the action of torsional spring, to realize water inlet
The opening of valve so that water enters from water inlet pipe in cultivation box, realizes and adds water.
Further, the water inlet pipe includes the inlet segment set gradually, imbibition section and water exit end, inlet valve setting into
In water section, the internal diameter of imbibition section is respectively less than inlet segment and water exit end, and the roof of water inlet pipe is equipped with the liquid sucting port being connected to imbibition section,
The one end of inlet tube far from liquid feeding bucket is connected to liquid sucting port.
Advantageous effect：Inlet segment, imbibition section and water exit end constitute venturi tube structure, and according to bernoulli principle, water passes through
When imbibition section, flow velocity is very fast, and pressure is smaller, therefore is avoided that water enters in inlet tube in communication, can realize nutrient solution
It smoothly enters in water inlet pipe, realizes that water is mixed with the uniform of nutrient solution, enter back into cultivation box, nutrition is provided for three-coloured amaranth growth
Substance and moisture.
Description of the drawings
Fig. 1 is the schematic diagram of the embodiment of the present invention；
Fig. 2 is the enlarged drawing of part A in Fig. 1；
Fig. 3 is the cooperation schematic diagram of inlet valve and push rod in Fig. 1.
Specific implementation mode
Below by specific implementation mode, the present invention is described in further detail：
Reference numeral in Figure of description includes：Tandem-driving bogie 1, limited block 11, push plate 12, push rod 13, shell 14, plantation
Case 2, plantation frame 21, implantation hole 211, slide plate 22, water inlet pipe 23, inlet segment 231, imbibition section 232, water exit end 233, liquid sucting port
234, inlet valve 24, convex block 241, mounting blocks 25, torsional spring 26, balance pipe 3, vortex tube 4, liquid feeding bucket 5, piston 51, air inlet pipe
52, escape pipe 53, liquid-feeding tube 54, inlet tube 55, strut 6, the first montant 61, the second montant 62.
Embodiment is substantially as shown in Fig. 1：
Three-coloured amaranth culture apparatus, including mounting bracket are equipped with tandem-driving bogie 1, cultivation box 2 and liquid feeding on mounting bracket successively from left to right
Case is slidingly sealed with push plate 12 in tandem-driving bogie 1, and 12 top of push plate is equipped with push rod 13, and the top of 1 inner wall of tandem-driving bogie is equipped with limited block
11.Tandem-driving bogie 1 is wrapped with shell 14, and heating space is formed between 1 outer wall of shell 14 and tandem-driving bogie, and shell 14 is equipped with and adds
The pressure relief opening of heat space connection, pressure relief opening is interior to be equipped with pressure release check valve, when the pressure in shell 14 is more than setting for pressure release check valve
When determining threshold values, the gas in heating space is discharged by pressure relief opening.
It is equipped with vortex tube 4 and balance pipe 3 positioned at the lower section of tandem-driving bogie 1 on mounting bracket, the hot gas end of vortex tube 4 and heating are empty
Between be connected to.The left end of balance pipe 3 is connected to through shell 14 with 1 bottom of tandem-driving bogie, the bottom of the right end and cultivation box 2 of balance pipe 3
Connection.
It is slidingly sealed with slide plate 22 in cultivation box 2, spring, 22 bottom of slide plate are equipped between slide plate 22 and the bottom of cultivation box 2
The first montant 61 that portion is fixed with through cultivation box 2 and is sealed with 2 basal sliding of cultivation box, the bottom end of the first montant 61 extends to
Outside cultivation box 2.It is fixedly arranged above plantation frame 21 positioned at slide plate 22 in cultivation box 2, plantation frame 21 is equipped with several vertical plantations
Hole 211.Water inlet pipe 23 is communicated on cultivation box 2 between plantation frame 21 and slide plate 22, as shown in Fig. 2, water inlet pipe 23 includes
Inlet segment 231, imbibition section 232 and the water exit end 233 set gradually from left to right, the internal diameter of imbibition section 232 are respectively less than inlet segment
231 and water exit end 233 internal diameter.
Inlet segment 231 is equipped with inlet valve 24 and mounting blocks 25, is located at inlet valve 24 and mounting blocks on inlet segment 231
Torsional spring 26 is equipped between 25, the both ends of torsional spring 26 are respectively welded on mounting blocks 25 and inlet valve 24.As shown in figure 3, water inlet
Valve 24 is equipped with convex block 241, and convex block 241 and the top of push rod 13 offset；Water inlet pipe 23 is equipped with and is connected to imbibition section 232
Liquid sucting port 234.
The both ends of liquid feeding bucket 5 seal, and slidably connect piston 51 in liquid feeding bucket 5, between 5 bottom of piston 51 and liquid feeding bucket
Equipped with spring, the second montant 62 that 51 bottom of piston is fixed with through 5 bottom of liquid feeding bucket and is sealed with 5 basal sliding of liquid feeding bucket,
The bottom end of second montant 62 extends to outside liquid feeding bucket 5, mounting bracket be hinged with both ends respectively with the first montant 61 and the second montant 62
The strut 6 to offset is respectively equipped with spring between the both ends of strut 6 and cultivation box 2 and liquid feeding bottom portion.
The top of liquid feeding bucket 5 is communicated with air inlet pipe 52 and escape pipe 53, and is threadedly coupled between escape pipe 53 and liquid feeding bucket 5
There are connector, the one end of escape pipe 53 far from liquid feeding bucket 5 to be connected to the inlet end of vortex tube 4.It is unidirectional that air inlet is equipped in air inlet pipe 52
Valve, when the pressure on 5 top of liquid feeding bucket reduces, extraneous gas is sucked 5 top of liquid feeding bucket by liquid feeding bucket 5 by air inlet pipe 52；Go out
Outgassing nonreturn valve is equipped in tracheae 53, when the pressure on 5 top of liquid feeding bucket increases, the gas on 5 top of liquid feeding bucket passes through gas outlet
Discharge.
The bottom end of liquid feeding bucket 5 is communicated with liquid-feeding tube 54, liquid feeding check valve is equipped in liquid-feeding tube 54, when the lower part of liquid feeding bucket 5
Pressure when reducing, nutrient solution is sucked by 5 lower part of liquid feeding bucket by liquid-feeding tube 54.In liquid sucting port 234 and liquid feeding bucket 5 between bottom end
It is communicated with inlet tube 55, liquid check valve is equipped with out in inlet tube 55, when the pressure of 5 lower part of liquid feeding bucket increases, in liquid feeding bucket 5
Nutrient solution is discharged by inlet tube 55.
Specific implementation process is as follows：When cultivating three-coloured amaranth, first, the mixed solution of water and nutrient solution is added into cultivation box 2,
When mixed solution is added, mixed solution squeezes slide plate 22 so that slide plate 22 moves down, and tandem-driving bogie 1, balance pipe 3 and cultivation box 2 are constituted
U-shaped linker, therefore the liquid level in tandem-driving bogie 1 moves up, and push plate 12 is driven to move up；Slide plate 22, which moves down, simultaneously drives the first montant 61
It moves down, so that the left end of strut 6 moves down, strut 6 is hinged on mounting bracket, lever construction is constituted, according to lever construction
The right end of motion principle, strut 6 moves up, and band piston 51 moves up, and is sought so that liquid feeding lower box part is sucked by liquid-feeding tube 54
Nutrient solution.Push plate 12 drives push rod 13 to move up, so that 13 upward convex block 241 of push rod, inlet valve 24 is rotated and closed,
26 accumulation of energy of torsional spring at this time.Three-coloured amaranth seedling is placed in implantation hole 211 again, and water inlet pipe 23 is connected to tap.
After three-coloured amaranth plants a period of time, the amount of the mixed solution in cultivation box 2 can be reduced, therefore squeeze the power of slide plate 22
Become smaller, slide plate 22 moves up, and drives mixed solution to move up so that mixed solution is contacted with the root of three-coloured amaranth always；Slide plate 22 simultaneously
It moves up and the first montant 61 is driven to move up, so that the extruding force that 6 right end of strut is subject to disappears, the both ends of strut 6 are in spring
Effect is lower to be resetted, and the extruding force for the strut 6 that the second montant 62 is subject to also disappears, under the action of spring reset, under piston 51
It moves, squeezes the gas of liquid feeding lower box part so that the nutrient solution of liquid feeding lower box part is discharged by inlet tube 55, and is discharged into water inlet pipe 23
It is interior.
Meanwhile slide plate 22, when moving up, push plate 12 moves down, and push rod 13 is driven to move down, the power of extrusion lug 241 disappears, water inlet
Valve 24 rotates backward under the action of torsional spring 26 so that inlet valve 24 is opened, and the water in tap by flowing from left to right
It is dynamic.Inlet segment 231, imbibition section 232 on water inlet pipe 23 and water exit end 233 constitute venturi tube structure, according to bernoulli principle,
Nutrient solution is sucked in water inlet pipe 23 by liquid sucting port 234, avoids water from being flowed out from liquid sucting port 234, so that water and nutrient solution
It is uniform to be mixed to form mixed solution, and enter in cultivation box 2.
As mixed solution is added in cultivation box 2, slide plate 22 moves down under the gravity of mixed solution, so that into
Penstock 24 progressively closes off.When the amount of mixed solution in cultivation box 2 is reduced, it can be automatically added to mixed solution, can be made
The root for obtaining three-coloured amaranth is contacted with mixed solution always so that three-coloured amaranth is grown faster.
In the lower weather of temperature, escape pipe 53 is connected to by connector with liquid feeding upper box part, when piston 51 moves down, is passed through
Air inlet pipe 52 sucks gas in liquid feeding case, when piston 51 moves up, squeezes the gas of liquid feeding upper box part, gas passes through escape pipe 53
Discharge, and import in vortex tube 4, it is reacted by being vortexed, the hot wind end of vortex tube 4, hot wind is discharged, and be guided to heating space
It is interior.After hot wind enters heating space, the water in tandem-driving bogie 1 is heated, also, due to tandem-driving bogie 1, balance pipe 3 and plantation
Case 2 is connected to, therefore logical heat transfer, the water of 2 bottom of cultivation box also gradually heat up, and add to mixed solution to realize
Heat can avoid the root frost bitten of three-coloured amaranth in planting process.
For those skilled in the art, under the premise of not departing from technical solution of the present invention, if can also make
Dry modification and improvement, these should also be considered as protection scope of the present invention, these all do not interfere with this patent implementation effect and
Patent practicability.
Claims (7)
1. three-coloured amaranth culture apparatus, it is characterised in that：Including mounting bracket, cultivation box and tandem-driving bogie, cultivation box are fixed on mounting bracket
It is inside fixed with plantation frame, plantation frame is equipped with several implantation holes, and the lower slide that plantation frame is located in cultivation box is sealed with slide plate；
Water inlet pipe is communicated on cultivation box between plantation frame and slide plate, water inlet pipe is equipped with inlet valve；Cultivation box and tandem-driving bogie
Bottom between be communicated with balance pipe, tandem-driving bogie, balance pipe and cultivation box, which are located in the lower section of slide plate, is marked with water；In tandem-driving bogie
Push plate is slidingly sealed with above the water surface, push plate top surface is fixed with the push rod for driving inlet valve reciprocating rotation.
2. three-coloured amaranth culture apparatus according to claim 1, it is characterised in that：Further include liquid feeding bucket, the interior sliding of liquid feeding bucket connects
It is connected to piston, liquid-feeding tube is communicated on piston bucket, inlet tube is communicated between piston bucket and water inlet pipe, liquid feeding is equipped in liquid-feeding tube
Check valve is equipped with out liquid check valve in inlet tube；Mounting bracket is hinged with strut, between the both ends of strut and cultivation box and liquid feeding case
It is respectively equipped with spring；Slide plate bottom is equipped with the first montant for running through cultivation box and offseting with strut one end, and piston base is equipped with and passes through
The second montant worn liquid feeding bucket and offseted with the strut other end.
3. three-coloured amaranth culture apparatus according to claim 2, it is characterised in that：Liquid feeding bucket both ends are all closed, and liquid feeding
Bucket is communicated with air inlet pipe and an air outlet pipe on one end far from filling opening and inlet, breather check valve, outlet are equipped in air inlet pipe
Outgassing nonreturn valve is equipped in pipe；Vortex tube, the air inlet of escape pipe one end and vortex tube far from liquid feeding bucket are additionally provided on mounting bracket
End connection；Tandem-driving bogie is wrapped with the shell that heating space is constituted with balance box outer wall, the hot wind end of vortex tube and heating space
It is connected to, pressure relief opening is additionally provided on shell, pressure release check valve is equipped in pressure relief opening.
4. three-coloured amaranth culture apparatus according to claim 3, it is characterised in that：The top of the balance chamber interior wall is equipped with limit
Block.
5. three-coloured amaranth culture apparatus according to claim 4, it is characterised in that：It is equipped between the slide plate and cultivation box bottom
Spring.
6. three-coloured amaranth culture apparatus according to claim 5, it is characterised in that：The outer wall of the inlet valve is equipped with convex
Block, top and the convex block of push rod offset；Mounting blocks are additionally provided on water inlet pipe, on water inlet pipe between mounting blocks and inlet valve
Equipped with torsional spring.
7. three-coloured amaranth culture apparatus according to claim 6, it is characterised in that：The water inlet pipe includes the water inlet set gradually
Section, imbibition section and water exit end, inlet valve are arranged on inlet segment, and the internal diameter of imbibition section is respectively less than inlet segment and water exit end, into
The roof of water pipe is equipped with the liquid sucting port being connected to imbibition section, and the one end of inlet tube far from liquid feeding bucket is connected to liquid sucting port.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810588088.1A CN108513903A (en) | 2018-06-08 | 2018-06-08 | Three-coloured amaranth culture apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810588088.1A CN108513903A (en) | 2018-06-08 | 2018-06-08 | Three-coloured amaranth culture apparatus |
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| CN108513903A true CN108513903A (en) | 2018-09-11 |
Family
ID=63428246
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| CN201810588088.1A Pending CN108513903A (en) | 2018-06-08 | 2018-06-08 | Three-coloured amaranth culture apparatus |
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| CN109197556A (en) * | 2018-09-20 | 2019-01-15 | 塔里木大学 | A kind of barley seedlings hydroponic device |
| CN109374830A (en) * | 2018-10-29 | 2019-02-22 | 杭州师范大学 | Quantitative water logging simulator and application method |
| CN109479695A (en) * | 2018-11-22 | 2019-03-19 | 桐梓县康禾果蔬种植场 | Strawberry cultivation apparatus without soil |
| CN109526484A (en) * | 2018-12-11 | 2019-03-29 | 贵州省德均农特产品开发有限公司 | Modular Rhizoma Gastrodiae planting unit |
| CN113951085A (en) * | 2021-11-11 | 2022-01-21 | 南通大学 | Ecological environment protection transplants device with green planting |
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