CN207135791U - Ecology water-culture system - Google Patents
Ecology water-culture system Download PDFInfo
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- CN207135791U CN207135791U CN201720847393.9U CN201720847393U CN207135791U CN 207135791 U CN207135791 U CN 207135791U CN 201720847393 U CN201720847393 U CN 201720847393U CN 207135791 U CN207135791 U CN 207135791U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
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Abstract
A kind of ecology water-culture system is provided, the ecology water-culture system includes matching somebody with somebody liquid pool, positioned at the bottom with liquid pool and with the feed tube being connected with liquid pool, positioned at the top with liquid pool and with first liquid back pipe being connected with liquid pool, it is connected with first liquid back pipe and the feed tube and is provided with the second liquid back pipe of sterilizing unit, the aeration unit being connected with the feed tube, the water planting pipe being connected with the aeration unit and first liquid back pipe, wherein, it is described to match somebody with somebody the mixing pump for including top in liquid pool, mozzle positioned at the mixing pump both sides, the overflow pipe being connected with the mozzle, the overflow pipe is connected with water level control pipe, the water level control pipe is used to control the liquid level in the overflow pipe, the overflow pipe and the water planting pipe are communicating pipe.Ecology water-culture system architecture of the present utility model is simple, easy to use；Effectively improve the dissolved oxygen content in nutrient solution or water；The problem of avoiding nutrient solution delay and concentration reduction；Precise controlling is realized, makes whole ecology water-culture system more stable.
Description
Technical field
It the utility model is related to a kind of ecology water-culture system, more particularly to a kind of ecology water-culture system including aeration unit
System.
Background technology
, it is known that researcher discloses a kind of tubular type hydroponic system, including nutrition liquid pool, nutrient solution supply pipe, nutrient solution
Return duct, water pump, ratio fertilizer applicator, sterilizer, support and some water planting pipes, and water planting pipe is parallel from top to bottom is fixed on
On support, connected between neighbouring two water planting pipes by a U-shaped connecting tube, and opened on the top of each planting tube
If field planting hole, the system is delivered to nutrient input in planting tube by water pump, and easy to use, simple in construction.It is in addition, open
A kind of Multi-layer water plantation frame, including support frame and some water planting pipes being arranged above and below for being placed on support frame as described above, water
Field planting hole is provided with management, is connected between adjacent water planting pipe by communicating pipe, water planting pipe connects with feed tube and drain pipe.The party
In case, due to needing a U-tube to be connected between adjacent water planting pipe, after multiple U-tubes so that nutrient solution follows
Ring is obstructed significantly；On the other hand, because the program needs a large-scale center support to support, in cost input, place
Construction and packed and transported etc. have inferior position.
At present, in ecology water-culture system, in terms of oxygen-supplying function, oxygenation part is arranged in nutrition liquid pool, i.e.,
, need to be through water pump and Pipeline transport to root system of plant, because the temperature in course of conveying becomes to the nutrient solution oxygenation in nutrition liquid pool
Change and liquid bath in corruption decomposition and consumption when causing the oxygen to be transported to root system concentration it is not high, still suffer from the problem of oxygenation is insufficient；
Because water planting pipe is semi-closed state, nutriment retention problems be present in planting tube, it is necessary to which periodic cleaning is trapped in planting tube
Material, such as algae, root system of plant fiber, blade, if do not cleared up for a long time, the nutrient solution of whole hydroponic system can be caused
Rotten and blocking, influences the supply of plant nutrient, or even can influence the stability of whole hydroponic system.
Utility model content
In order to solve the above problems, the utility model provides a kind of ecology water-culture system, the ecology water-culture system bag
Include with liquid pool, match somebody with somebody the upper of liquid pool positioned at the bottom with liquid pool and with the feed tube being connected with liquid pool, positioned at described
Portion and with first liquid back pipe being connected with liquid pool, be connected and be provided with first liquid back pipe and the feed tube and kill
Second liquid back pipe of bacterium device, the aeration unit being connected with the feed tube and the aeration unit and the first time liquid
The water planting pipe that pipe is connected, wherein, it is described with the mixing pump including top, the water conservancy diversion positioned at the mixing pump both sides in liquid pool
Pipe, the overflow pipe being connected with the mozzle, the overflow pipe are connected with water level control pipe, and the water level control pipe is used for
The liquid level in the overflow pipe is controlled, the overflow pipe and the water planting pipe are communicating pipe.
As an improvement the ecology water-culture system includes the circulation loop of multiple nutrient solutions, the circulation loop is
One-way circulation.
As an improvement come out by the nutrient infusion of the mozzle and the nutrient input of the water level control pipe
The liquid level in the overflow pipe is controlled, that is, controls the liquid level in water planting pipe.
As an improvement the mouth of pipe of the water level control pipe moves along its center axis.
As an improvement the delivery port of the aeration unit is directly connected with the water planting pipe, the aeration is utilized
The liquid level difference of unit and the water planting pipe, promote liquid circulation process.
As an improvement the aeration unit includes cross tube sections, the cross tube sections are located at the upper of the water planting pipe
Side, dissolved oxygen content and nutrient solution in nutrient solution are controlled by adjusting the aeration unit relative to the position of the water planting pipe
Circulation rate.
As an improvement adjust dissolved oxygen content and battalion in nutrient solution by adjusting the air inflow of the aeration unit
The circulation rate of nutrient solution.
As an improvement the aeration unit includes necking part, the cross section of the necking part gradually subtracts from bottom to top
It is small.
As an improvement the aeration unit includes discharge opeing portion, the discharge opeing portion is provided with drainage insert, and the row
The inside of liquid plug-in unit has multiple separate spaces.
As an improvement the aeration unit provides for the circulation of nutrient solution or water body in the ecology water-culture system
Power.
The beneficial effects of the utility model：
(1) it is simple in construction, easy to use；
(2) can adjust the water level in water planting pipe easily and fast, ensure hydroponic plant obtain uniform, sufficient moisture or
Nutrient solution；
(3) dissolved oxygen content in nutrient solution or water is effectively improved, the nutrient solution after oxygenation is directly entered root system of plant, keeps away
Exempt from effusion of the water oxygen in course of conveying, improve root system oxygenation effect；
(4) dissolved oxygen content and flow velocity of the nutrient solution in every water planting pipe are finely controlled, is realized in a hydroponic system
The mixed planting of various plants；
(5) water planting Guan Zhongwu separates, and the nutrient solution in hydroponic system all participates in the circulation of hydroponic system, avoids nutrition
The problem of liquid is detained, and concentration reduces, also improve the self-purification capacity of ecology water-culture system；
(6) a variety of circulation loops, demand of the hydroponic plant in different growth periods to nutrient solution concentration is fully tackled；
(7) make whole ecology water-culture system more stable；
(8) energy-saving effect is improved.
Brief description of the drawings
Fig. 1 is the schematic perspective view of hydroponic system of the present utility model.
Fig. 2 is the cross-sectional view of the aeration unit of hydroponic system of the present utility model.
In figure, 1. match somebody with somebody liquid pool；2. mixing pump；3. feed tube；4. liquid level observation pipe；5. sterilization pipe；6. Manual Hydraulic switch stand；7a.
First liquid back pipe；The liquid back pipes of 7b. second；8. water planting pipe；9. field planting hole；10. gas supply part；11. aeration unit；12. water inlet
Mouthful；13. air inlet；14. aeration portion；15. necking part；16. discharge opeing portion；17. transverse tube；18. exhaust outlet；19. collector pipe；20. go out
The mouth of a river；21. drainage insert；22. water level control pipe；23. overflow pipe；24. mozzle.
Embodiment
Embodiment 1
Fig. 1 shows ecology water-culture system of the present utility model.As shown in figure 1, ecology water-culture system is, for example, flush system
Hydroponic system, and ecology water-culture system is included with liquid pool 1, the feed liquor being connected positioned at the bottom with liquid pool 1 and with liquid pool 1
Pipe 3, the first liquid back pipe 7a being connected positioned at the top with liquid pool 1 and with liquid pool 1 and the first liquid back pipe 7a and feed tube 3
The aeration unit 11 for be connected and be provided with the second liquid back pipe 7b of sterilizing unit 5, being connected with feed tube 3 and water planting pipe 8 and exposure
The water planting pipe 8 that gas unit 11 is connected with the first liquid back pipe 7a, specifically, with being provided with overflow pipe 23 in liquid pool 1, overflow pipe 23 and
Water level control pipe 22 is connected, such as the side opening in overflow pipe 23, the opening are connected with water level control pipe 22, water level control
Pipe 22 can be flexible pipe or the hard tube with water level adjustment opening, by changing position of the water level control pipe 22 along its center axis
Put to adjust the liquid level in overflow pipe 23, overflow pipe 23 and water planting pipe 8 are communicating tube structure, and water level is identical, so adjustment overflow
Liquid level in pipe 23, that is, adjust the liquid level in water planting pipe 8.
In the present embodiment, with also including mixing pump 2 in liquid pool 1, be connected positioned at the both sides of mixing pump 2 and with mixing pump 2
Logical mozzle 24, the overflow pipe 23 being connected with mozzle 24 and the water level control pipe 22 being connected with overflow pipe 23.
During work, the continuous firing of mixing pump 2, a part of nutrient solution is flowed into by the mozzle 24 in the side of mixing pump 2 matches somebody with somebody liquid pool 1,
Another part nutrient solution is flowed into overflow pipe 23 by the mozzle 24 of the opposite side in mixing pump 2, and afterwards, nutrient solution is from liquid
The bottom in pond 1 is delivered to feed tube 3, the delivery port for passing through aeration unit 11 into aeration unit 11, the nutrient solution after oxygenation
20 are directly connected with water planting pipe 8, and the feed liquor process of aforesaid way can farthest reduce oxygen loss.In addition, first
Liquid back pipe 7a is provided with the Manual Hydraulic switch stand 6 for the circulation loop for being used to control nutrient solution, Manual Hydraulic switch stand 6 is used to adjust from water planting pipe 8
The flow direction of the nutrient solution of outflow, specifically, the nutrient solution enter in feed tube 3, again through the oxygenation of aeration unit 11 via sterilization pipe 5
Enter afterwards in water planting pipe 8, or the nutrient solution is imported with liquid pool 1, thus form with liquid pool-mixing pump-feed tube-aeration
The first circulation loop of unit-the-the second liquid back pipe of water planting pipe-sterilization pipe-feed tube, with liquid pool-mixing pump-feed tube-aeration
Unit-the liquid back pipe of water planting pipe-the first-second circulation loop with liquid pool.The concentration of nutrient solution in water planting pipe 8 is in required
In the case that water level in the range of concentration and in overflow pipe 23 is located in normal range (NR), the circulation loop of nutrient solution follows for first
Loop back path；In the case that the concentration of nutrient solution in water planting pipe 8 is less than required concentration, nutrient solution needs to be back to liquid pool simultaneously
Again prepared, the concentration of nutrient solution is adjusted to required concentration, carries out feed liquor, in this case, nutrient solution again
Circulation loop be second circulation loop.In addition, the circulation loop of nutrient solution also includes matching somebody with somebody liquid pool-mixing pump-feed tube-sterilization
Manage-the second the-the first liquid back pipe of liquid back pipe-the 3rd circulation loop with liquid pool.Therefore, plant different growth phases pair are effectively adjusted
The various concentrations of nutrient solution demand.It should be noted that in the present embodiment, the conveying direction of nutrient solution is unidirectional.
In the present embodiment, overflow pipe 23, feed pipe 3, water planting pipe 8 are realized in each pipe using modes such as U-shaped connections
Water level flushes, i.e., positioned at identical horizontal plane.Lowest water level and peak level are for example marked in advance in overflow pipe 23, are passed through
Change the nutrient solution output of the nutrient infusion and water level control pipe 22 of mozzle 24, specifically, by changing water level control pipe
22 mouth of pipe controls the water level in overflow pipe 23 in the position of wherein mandrel line, so as to controlling the water level in water planting pipe 8.
Water level in overflow pipe 23 is between lowest water level and peak level, i.e. normal range (NR) it is interior in the case of, without feed liquor.Entering
Liquid pipe 3 is provided with liquid level observation pipe 4, by observing liquid level observation pipe 4 to judge the water level in water planting pipe 8, i.e. in overflow pipe 23
Water level, thereby determine whether to need feed liquor.It is easy to observe water planting it should be noted that liquid level observation pipe 4 can also be arranged on
The other positions of water level in pipe 8, liquid level observation pipe 4 can also be used for supplementing concentrated nutrient solution temporarily.
As depicted in figs. 1 and 2, ecology water-culture system also includes the gas supply part 10 being connected with aeration unit 11, gas
Body supply unit 10 is the blower fan or air compressor that air is provided to aeration unit 11.In addition, ecology water-culture system is also including more
Individual water planting pipe 8, and water planting pipe 8 is provided with field planting hole 9.Each water planting pipe 8 is equipped with aeration unit 11, and aeration unit 11 has
Oxygen-supplying function, and power is provided for the circulation of nutrient solution or water body in hydroponic system, the delivery port 20 of aeration unit 11 is straight
Connect and be connected with water planting pipe 8, and do not separate in water planting pipe 8, thus farthest reduce oxygen loss, the nutrition after oxygenation
Liquid or water body are contacted with root system of plant within the shortest time, absorbed, and therefore, nutrient solution all participates in the oxygenation of systems, sterilization, dense
Adjustment process is spent, and improves the self-purification capacity of ecology water-culture system, is stranded in therefore without periodic cleaning in water planting pipe
Nutriment.
Further, since the cross tube sections of aeration unit 11 are located at the top of water planting pipe 8, liquid level and water in aeration unit 11
Liquid level forms small water-head in management 8, and the one-way circulation of liquid is promoted using the water-head, improves energy-saving effect.Separately
Outside, aeration unit 11 can be adjusted relative to the position height of water planting pipe 8, and by adjusting the relative of aeration unit 11
Position height controls the speed of the size of dissolved oxygen content and nutrient solution circulation in nutrient solution, specifically, by controlling gas
Supply unit 10 controls the air inflow of aeration unit 11, to adjust the size of dissolved oxygen content and nutrient solution circulation in nutrient solution
Speed.Furthermore it is also possible to by adjusting single aeration unit 11 relative to the setting height of water planting pipe 8 or by controlling gas
The air inflow of supply unit 10, to realize the dissolved oxygen content of nutrient solution and the Partial controll of circulation rate in single water planting pipe 8, from
And the mixed planting of the more clock plants of a hydroponic system can be realized.
It follows that ecology water-culture system architecture of the present utility model is simple, easy to use, can ensure in water planting pipe 8
Uniformly, the demand of sufficient moisture or nutrient solution and root to oxygen.In addition, water planting Guan Zhongwu separates, water circulation is enhanced
Effect, improve the self-purification capacity of ecology water-culture system.
Embodiment 2
Hereinafter, the aeration unit used in ecology water-culture system of the present utility model will be described in detail.At this
In embodiment, aeration unit is cylinder type aeration unit, but can also be other types of aeration unit.
As shown in Fig. 2 the one end in each water planting pipe 8 is equipped with cylinder type aeration unit.Cylinder type aeration unit
11 include water inlet 12, and it is located at the one side of the bottom of aeration unit 11；Air inlet 13, it is located at the top of water inlet 12, and
And the air inlet 13 is connected by gas distributor with gas supply part；Aeration portion 14, its be located at the top of air inlet 13 and with
Air inlet 13 connects, and the aeration portion 14 is provided with aeration tube；Necking part 15, positioned at the top in aeration portion 14, and the contracting
The cross-sectional area of neck 15 tapers into from bottom to top；Discharge opeing portion 16, it is located at the top of necking part 15, and the discharge opeing portion
16 are provided with drainage insert 21, and the inside of drainage insert 21 has multiple separate spaces, from the point of view of the cross section of drainage insert 21,
The plurality of separate space be for example separated by a plurality of line Jing Guo cross-section center or intersected by two groups of parallel lines and
It is separated to form, specifically, drainage insert, which can strengthen between bubble and bubble, mutually to be extruded, and is reduced between bubble and bubble
Interval is in order to discharge opeing；Drainage insert with this structure makes bubble rise in fixed route, the speed increase that bubble rises,
And be advantageous to effectively improve the concentration of oxygen gas in water；Transverse tube 17, it is connected with exhaust outlet 18, and the transverse tube 17 is used to incite somebody to action
Bubble is delivered to collector pipe 19；Exhaust outlet 18, it is located at the upper surface of the aeration unit 11, and the exhaust outlet 18 is used to discharge
Gas；Collector pipe 19, it is located at the lower section of exhaust outlet 18, bubble is summarized in collector pipe 19 and together with bubble motion
Liquid, gas-liquid separation is formed under gravity；Delivery port 20, it discharges the liquid isolated in collector pipe 19.
In addition, cylinder type aeration unit is provided with ecology water-culture system of the present utility model, on the one hand, by being aerated
Journey ensure that oxygenation is abundant to the oxygenation of water planting pipe 8.On the other hand, the water in the water level in aeration unit 11 and water planting pipe 8 is passed through
The difference of position, the oxygenation of feedwater management 8 provide power, improve energy-saving effect.In addition, also enhancing water circulation effect, thus disappear
Except the problem of nutriment is detained in water planting, make whole ecology water-culture system more stable.
In addition, hydroponic system of the present utility model can apply to utilize the green eutrophy planted in energy-efficient adsorbed water body
Material can also be applied to facilities horticulture, family, even in desert famine to realize the water ecology repair system of water remediation
The crop production in beach, salt-soda soil etc. etc..
It is described above, only specific embodiment of the present utility model, but the scope of protection of the utility model is not limited to
In this, any one skilled in the art in technical scope of the present utility model, the change that can readily occur in or
Replace, should all cover within the scope of protection of the utility model.
Claims (10)
- A kind of 1. ecology water-culture system, it is characterised in that the ecology water-culture system includes with liquid pool, positioned at described with liquid pool Bottom and with the feed tube being connected with liquid pool, positioned at the top with liquid pool and with it is described match somebody with somebody that liquid pool is connected the One liquid back pipe, the second liquid back pipe for being connected with first liquid back pipe and the feed tube and being provided with sterilizing unit, with it is described Aeration unit that feed tube is connected, the water planting pipe being connected with the aeration unit and first liquid back pipe, wherein, it is described With the mixing pump including top, the mozzle positioned at the mixing pump both sides, the overflow being connected with the mozzle in liquid pool Pipe, the overflow pipe are connected with water level control pipe, and the water level control pipe is used to control the liquid level in the overflow pipe, described Overflow pipe and the water planting pipe are communicating pipe.
- 2. ecology water-culture system according to claim 1, it is characterised in that the ecology water-culture system includes multiple nutrition The circulation loop of liquid, the circulation loop are one-way circulation.
- 3. ecology water-culture system according to claim 1 or 2, it is characterised in that pass through the nutrient input of the mozzle Enter the liquid level for coming out and being controlled in the overflow pipe with the nutrient input of the water level control pipe, that is, control the liquid level in water planting pipe.
- 4. ecology water-culture system according to claim 1, it is characterised in that the mouth of pipe of the water level control pipe is along its center Axis moves.
- 5. ecology water-culture system according to claim 1, it is characterised in that the delivery port of the aeration unit is directly and institute State water planting pipe to be connected, using the liquid level difference of the aeration unit and the water planting pipe, promote liquid circulation process.
- 6. ecology water-culture system according to claim 1, it is characterised in that the aeration unit includes cross tube sections, institute The top that cross tube sections are located at the water planting pipe is stated, is controlled by adjusting the aeration unit relative to the position of the water planting pipe The circulation rate of dissolved oxygen content and nutrient solution in nutrient solution processed.
- 7. ecology water-culture system according to claim 1, it is characterised in that by the air inflow for adjusting the aeration unit To adjust the circulation rate of dissolved oxygen content and nutrient solution in nutrient solution.
- 8. ecology water-culture system according to claim 1, it is characterised in that the aeration unit includes necking part, described The cross section of necking part is gradually reduced from bottom to top.
- 9. ecology water-culture system according to claim 1, it is characterised in that the aeration unit includes discharge opeing portion, described Discharge opeing portion is provided with drainage insert, and the inside of the drainage insert has multiple separate spaces.
- 10. ecology water-culture system according to claim 1, it is characterised in that the aeration unit is the ecology water-culture The circulation of nutrient solution or water body in system provides power.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720847393.9U CN207135791U (en) | 2017-07-13 | 2017-07-13 | Ecology water-culture system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720847393.9U CN207135791U (en) | 2017-07-13 | 2017-07-13 | Ecology water-culture system |
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| Publication Number | Publication Date |
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| CN207135791U true CN207135791U (en) | 2018-03-27 |
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ID=61675156
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| CN201720847393.9U Active CN207135791U (en) | 2017-07-13 | 2017-07-13 | Ecology water-culture system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107197768A (en) * | 2017-07-13 | 2017-09-26 | 南京八本堂环保科技有限公司 | Ecology water-culture system |
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2017
- 2017-07-13 CN CN201720847393.9U patent/CN207135791U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107197768A (en) * | 2017-07-13 | 2017-09-26 | 南京八本堂环保科技有限公司 | Ecology water-culture system |
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