CN104054568B - Water-culture planting device - Google Patents
Water-culture planting device Download PDFInfo
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- CN104054568B CN104054568B CN201410276435.9A CN201410276435A CN104054568B CN 104054568 B CN104054568 B CN 104054568B CN 201410276435 A CN201410276435 A CN 201410276435A CN 104054568 B CN104054568 B CN 104054568B
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- water
- cover plate
- planting device
- pool
- liquid storage
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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 relates to a water-culture planting device. The water-culture planting device comprises a culturing pool and a liquid storage pool which are arranged from top to bottom. The water-culture planting device is characterized in that the side wall of the culturing pool is provided with a plurality of fixed planting holes and overflowing through holes which are communicated with the inner wall and the outer wall of the side wall of the culturing pool; the plurality of fixed planting holes and overflowing through holes are respectively formed by equal height, and the height of each overflowing through hole is lower than that of each fixed planting hole; the side wall of the liquid storage pool extends outwards in a manner of being relative to the side wall of the culturing pool, and an opening of the extending part forms an opening part; the opening part is provided with an oblique and detachable flow-guiding insulated cover plate; the side wall, which corresponds to the extending part, of the liquid storage pool is obliquely arranged in an outwards-opening manner; a flow-guiding gap is formed between the inclined bottom part of the flow-guiding insulated cover plate and the edge of the opening part. The water-culture planting device brings convenience for realizing multi-layer industrial planting, and has the advantages that the structure is simple and the growth condition of plants can be conveniently observed.
Description
Technical field
The present invention relates to plants planter field, more particularly, to a kind of hydroponic planting device.
Background technology
Water culture is to obtain a kind of production model in soilless culture, refers to that root system of plant is directly contacted with nutritional solution, without
The cultural method of substrate.Water planting produces and root system is isolated with soil, can avoid various soil-borne diseases, disappear without carrying out soil
Poison, and nutrient can arbitrarily be allocated, to the nutrient equilibrium of plant supply.Earliest water planting is that root system of plant is immersed nutrition
Grow in liquid, this mode occurs anoxia phenomenon, affect root system respiration, cause when serious to expect that root is dead.In order to solve oxygen supply
Problem, Britain cooper proposed the water planting mode of NFT, referred to as " nft " (nutrient in 1973
filmtechnique).Its principle is to make one layer of very thin nutritional solution (0.5-1 centimetre) layer, and constantly circulation flows through root of the crop
System, both ensures to be continuing to supply crop water and nutrient, is continuing to supply root system fresh oxygen again.
A kind of " for the hydroponic device of plant culture ", this device is disclosed in Application No. 94104317.7 patent application
It is used for containing the tank of culture fluid including one, one or more overlay planting bed above this pond, and one vertical by this pond
Be possibly extending up to the planting bed conduit in top and one be arranged on tank to be used for arriving culture fluid through conduit forced conveyance and push up
The planting bed liquid pump in portion.Each is planting bed a bowl-shaped body, and it has a base plate and the side plate of an inclination, on side plate
There are multiple fluid fairleads.The backup flange of one inclination downwardly and outwardly stretches from the side plate of bowl-shaped body.Have many on backup flange
Individual plant fixing hole, each plant fixing hole is configured to receive the culture fluid form flowing through fluid fairlead.
Above technical scheme is capable of the plantation of multilamellar hydroponic plant, and the form by using liquid pump realizes culture fluid
Circulation, but each planting bed need necessarily to seal cooperation and conduit between, simultaneously such planting bed laminated multi-layer by
Need to carry the planting bed weight of all above layer in its lower floor is planting bed, the planting bed strength of materials required higher,
The stacking leading to not enable multilamellar quantity it is difficult to realize the Batch Culture of industrialization, in addition the root of plant be placed in planting bed
Interior, and be inconvenient to realize the growing state of plant is observed.In actual planting process, the temperature that led to due to season
Difference, planting unit of the prior art is typically placed in the culture environment of specified temp, and the dependency for environment is stronger.
Content of the invention
For not enough present in background technology, present invention aim at providing a kind of brand-new multilamellar can be facilitated implementation
Industrialization plantation hydroponic planting device；This device has that structure is simple, can be easy to observation of plant growing state excellent
Point.
For achieving the above object, the technical scheme is that a kind of hydroponic planting device, described water planting kind
Planting apparatus include cultivating pool setting up and down and liquid storage pool, and described cultivating pool connects water inlet end, and liquid storage pool connects water side；Its
It is characterised by: described cultivating pool side wall arranges several and is communicated in the inwall of cultivating pool side wall and the field planting hole of outer wall and overflow
The height of through hole, several described field planting holes and overflow through hole high setting and the overflow through hole such as respectively is less than field planting hole；Described
Liquid storage pool side wall with respect to cultivating pool side wall stretch out setting and extension opening setting formed peristome, described opens
Dismountable flow guide heat preservation cover plate is obliquely installed on oral area, the corresponding side in the extension wall of described liquid storage pool is outwardly open to incline
Tiltedly arrange, water conservancy diversion gap is set between the described tilting bottom of flow guide heat preservation cover plate and the edge of peristome.
By above structure setting, the water inlet end of cultivating pool is connected to external water source and carries out water-filling to cultivating pool, works as water level
When reaching certain altitude, automatically can overflow along overflow through hole, the water column flowing out from overflow through hole can flow to flow guide heat preservation cover plate
On, flow guide heat preservation cover plate is obliquely installed, and is capable of water conservancy diversion, and the water in flow guide heat preservation lid surface reaches its inclination bottom simultaneously
Flow in liquid storage pool along water conservancy diversion gap.In order to adapt to the temperature change of Various Seasonal, flow guide heat preservation cover plate is detachable setting,
When summer temp is too high, shading cover plate selected by flow guide heat preservation cover plate, prevents sunlight from irradiating the water leading in cultivating pool and liquid storage pool
Temperature rise；When winter temperature is relatively low, euphotic cover plate selected by flow guide heat preservation cover plate, simultaneously the corresponding side in the extension of liquid storage pool wall
Outwardly open be obliquely installed, now the water energy in liquid storage pool enough increases sunlight irradiated area, increases water temperature, keeps the growth of plant
Temperature.The accumbency planting patternss of plant, even if the upper and lower multilamellar of planting unit is arranged it is also possible to enable the branch and leaf part of plant to fill
Divide and carry out photosynthesis, promote growth.
The present invention is further arranged to: the upper and lower multilamellar of described hydroponic planting device arranges and is individually fixed in bracing frame
On, and the water side of last layer liquid storage pool is connected to the water inlet end of next layer of cultivating pool；And multilamellar hydroponic planting device is supporting
Spaced set on frame.
By above structure setting, multiple planting units are on bracing frame, when the water level of liquid storage pool reach a certain height, many
In the cultivating pool that remaining water can be discharged to next layer of planting unit along water side；It is capable of the plantation of multilamellar water planting, setting is identical
Distance corresponding plant can be made uniformly to carry out photosynthesis.
The present invention is further arranged to: the setting of described cultivating pool top can opening and closing holddown plate；Described
Field planting hole formed by positioned at the horizontal field planting groove on cultivating pool side wall top and the bottom surface of holddown plate.
By above structure setting, when carrying out water planting plantation, the rhizome part accumbency of plant is positioned over horizontal field planting hole
Interior, then cover holddown plate and realize the fixation to plant；Easily the rhizome position of plant can be seen at any time simultaneously
Examine.
The present invention is further arranged to: on described peristome, setting and flow guide heat preservation cover plate inclined upper support cooperation
Support member, the described tilting bottom of flow guide heat preservation cover plate side corresponding with peristome overlaps fixing and shape by fastener
Become water conservancy diversion gap；On described flow guide heat preservation cover plate, netted diversion groove is set.
By above structure setting, flow guide heat preservation cover plate can while being covered in peristome with the side wall of peristome it
Between reserved water conservancy diversion gap, overlapped by fastener realization activity, be easy to detachable；The water flowing out through water-supply-pipe is recessed through netted water conservancy diversion
The water conservancy diversion of groove, finally flows in liquid storage pool through water conservancy diversion gap.
The present invention is further arranged to: the upper surface of described fastener one end and flow guide heat preservation cover plate is fixed and another
End side corresponding with peristome top is respectively provided with buckle male member and adaptation groove is realized the fixing overlap joint of realizing of buckle and fixed.
By above structure setting, the fastener top with flow guide heat preservation cover plate upper surface and the corresponding side of peristome respectively
End is realized fixed, first coordinates flow guide heat preservation cover plate and support member during use, then by the buckle male member on fastener with
Adaptation groove on the top of peristome corresponding side is coordinated, you can realize the fixation to flow guide heat preservation cover plate.
The present invention is further arranged to: is provided for the stone that hydroponic plant determines root and insulation in described cultivating pool.
By above structure setting, during growth, its root can be carried out plant along the gap between stone
Growth, that realizes plant itself determines root；Simultaneously because the specific heat capacity of stone is less, the effect of insulation can be played.
The present invention is further arranged to: described cultivating pool and liquid storage pool are long strip type cell body, described water inlet end and
Water side is respectively placed on the cultivating pool of long strip type cell body and the end face of liquid storage pool, and described cultivating pool bottom is provided for axial direction
The water flowing passage of connection long strip type cell body both ends of the surface, certain water flowing area is reserved at two ends in long strip type cell body for the water flowing passage.
By above structure setting, when water-filling is carried out to cultivating pool, because its inner bottom part arranges the stone of certain altitude,
When water flows into cultivating pool, the water level around corresponding water inlet end can be higher than the height of water level at other positions, cause in cultivating pool
The problem to circulate for the shipwreck, water flowing passage is set in its bottom, water flowing passage is directly communicates with water inlet end side, water inlet end stream
The water part come in directly can be guided to the other end corresponding with water inlet end on cultivating pool by water flowing passage, is capable of
Rapid water filling.
The present invention is further arranged to: the cultivating pool of the described long strip type cell body axially corresponding two side walls in direction
It is respectively symmetrically setting two row's field planting holes and overflow through hole, described liquid storage pool arranges corresponding two peristomes and its flow guide heat preservation
Cover plate.
By above structure setting, corresponding planting unit, can distinguish real in the two side of its cultivating pool and liquid storage pool
Now plant, increasing the cultivated area of single planting unit, thus considerably increasing the cultivated area of multi-layer planting device, being easy to reality
Existing industrialization plantation.
The present invention is further arranged to: connects water-supply-pipe on described overflow through hole, the water delivery end of water-supply-pipe is placed in
The top of flow guide heat preservation cover plate.
By above structure setting, water-supply-pipe can be directly connected on flow guide heat preservation cover plate, it is to avoid the sputtering of water, with
When can reduce flowing water generation noise.
The present invention is further arranged to: on described cultivating pool side wall set location be higher than overflow through hole and bore is big
On the urgent outlet pipe of water-supply-pipe, described flow guide heat preservation cover plate, water filling port corresponding with urgent outlet pipe water side is set,
And drainage screen is arranged on water filling port.
By above structure setting, when the water in cultivating pool can not flow out from water-supply-pipe in time, the liquid level in cultivating pool
Can rise, now water can flow out from the urgent outlet pipe positioned at overflow through hole top, flows into liquid storage pool by water filling port.
Brief description
Fig. 1 is the structural representation of the embodiment of the present invention 1；
Fig. 2 is the part configuration schematic diagram of the monolayer hydroponic planting device of the embodiment of the present invention 1
Fig. 3 is the structural representation of the left view of monolayer hydroponic planting device of the embodiment of the present invention 1；
Fig. 4 is partial enlargement structural representation at a for the Fig. 3；
Fig. 5 is the structural representation of the monolayer hydroponic planting device front view of the embodiment of the present invention 1；
Fig. 6 is the monolayer hydroponic planting device structural representation of the embodiment of the present invention 2.
In figure label implication: 1- hydroponic planting device；11- liquid storage pool；11a- flow guide heat preservation cover plate；The netted water conservancy diversion of 11a1-
Groove；11a2- water filling port；11a3- drainage screen；11b- side wall；11b1- groove；11c- water conservancy diversion gap；11d- end face；11d1- goes out
Water end (W.E.)；11e- fastener；11e1- buckle male member；11f- peristome；11g- support member；The urgent outlet pipe of 11h-；12- cultivating pool；
12a- holddown plate；12b- side wall；12c- field planting hole；12c1- field planting groove；12c2- bottom surface；12d- water-supply-pipe；12e- end face；
12e1- water inlet end；12f- overflow through hole；12g- water flowing passage；12h- water flowing area；2- bracing frame.
Specific embodiment
With reference to the accompanying drawings and examples, the specific embodiment of the present invention is described in further detail.Hereinafter implement
Example is used for the present invention is described, but is not limited to the scope of the present invention.
Embodiment 1: as shown in Figure 1 to Figure 3, a kind of hydroponic planting device, this hydroponic planting device 1 includes setting up and down
Cultivating pool 12 and liquid storage pool 11, cultivating pool 12 and liquid storage pool 11 connect corresponding water inlet end 12e1 and water side 11d1 respectively；Water
Cultivate planting apparatus about 1 multilamellar be equidistantly fixed on bracing frame 2, the water side 11d1 of last layer liquid storage pool 11 is connected to next
The water inlet end 12e1 of layer cultivating pool 12；The side wall 12b of cultivating pool 12 arranges the interior of the side wall 12b that several are communicated in cultivating pool 12
The field planting hole 12c of wall and outer wall and overflow through hole 12f, several field planting holes 12c and overflow through hole 12f high setting and overflowing such as respectively
The height of opening 12f is less than field planting hole 12c；Liquid storage pool 11 side wall 11b stretches out setting with respect to cultivating pool 12 side wall 12b
And opening setting in extension forms peristome 11f, peristome 11f setting tilts and dismountable flow guide heat preservation cover plate 11a, stores
The corresponding side in the extension wall 11b of liquid pool 11 is outwardly open to be obliquely installed, the tilting bottom of flow guide heat preservation cover plate 11a and opening
Water conservancy diversion gap 11c is set between the edge of portion 11f.
By above structure setting, the water inlet end 12e1 of cultivating pool 12 is connected to external water source and cultivating pool 12 is filled
Water, when water level reaches certain altitude, can overflow along overflow through hole 12f, the water column flowing out from overflow through hole 12f can flow automatically
To on flow guide heat preservation cover plate 11a, flow guide heat preservation cover plate 11a is obliquely installed, and is capable of water conservancy diversion, simultaneously flow guide heat preservation cover plate 11a
Water on surface reaches it and tilts bottom along in water conservancy diversion gap 11c inflow liquid storage pool 11.In order to adapt to the temperature of Various Seasonal
Change, flow guide heat preservation cover plate 11a is detachable setting, and when summer temp is too high, flow guide heat preservation cover plate 11a selects shading cover plate,
Preventing sunlight from irradiating leads to the water temperature in cultivating pool 12 and liquid storage pool 11 to raise；When winter temperature is relatively low, flow guide heat preservation cover plate 11a
From euphotic cover plate, the corresponding side in the extension of liquid storage pool 11 wall 11b is outwardly open simultaneously is obliquely installed, now liquid storage pool 11
Interior water energy enough increases sunlight irradiated area, increases water temperature, keeps the growth temperature of plant.The accumbency planting patternss of plant, that is,
So that the upper and lower multilamellar of planting unit is arranged it is also possible to make the branch and leaf part of plant fully carry out photosynthesis, promote growth.
The present embodiment is also configured to: cultivating pool 12 top setting can opening and closing holddown plate 12a；Field planting hole 12c
Cooperatively formed by the bottom surface 12c2 of horizontal field planting groove 12c1 and holddown plate 12a positioned at cultivating pool 12 side wall 12b top；?
When carrying out water planting plantation, the rhizome part accumbency of plant is positioned in horizontal field planting hole 12c, then covers holddown plate 12a real
The now fixation to plant；Easily the rhizome position of plant can be observed at any time simultaneously.
The present embodiment is also configured to: on described peristome 11f, setting is supported with flow guide heat preservation cover plate 11a inclined upper and joins
The support member 11g closing, the tilting bottom side corresponding with peristome 11f of described flow guide heat preservation cover plate 11a (is equal to below
The side wall 11b of liquid storage pool 11) fixed and formation water conservancy diversion gap 11c by fastener 11e overlap joint；Cover plate 11a is permissible for flow guide heat preservation
Reserve water conservancy diversion gap 11c while being covered in peristome 11f and the side wall 11b of peristome 11f between, by fastener 11e
Realization activity overlaps, and is easy to detachable.
The present embodiment is also configured to: the upper surface of described fastener 11e one end and flow guide heat preservation cover plate 11a is fixed and separately
One end side corresponding with peristome 11f top is respectively provided with buckle male member 11e1 and adaptation groove 11b1 and realizes buckle fixation in fact
Now overlap joint is fixed；Fastener 11e is real with the top of flow guide heat preservation cover plate 11a upper surface and the corresponding side of peristome 11f respectively
Existing fixed, first flow guide heat preservation cover plate 11a and support member 11g is coordinated during use, then will be convex for the buckle on fastener 11e
Adaptation groove 11b1 on the top of part 11e1 side corresponding with peristome 11f is coordinated, you can realize to flow guide heat preservation lid
The fixation of plate 11a.
The present embodiment is also configured to: is provided for hydroponic plant in cultivating pool 12 and determines the stone of root and insulation (description is attached
In figure is omitted), during growth, its root can be grown plant along the gap between stone, realizes plant originally
Body determine root；Simultaneously because the specific heat capacity of stone is less, the effect of insulation can be played.
The present embodiment is also configured to: cultivating pool 12 and liquid storage pool 11 are long strip type cell body, water inlet end 12e1 and water side
11d1 is respectively placed on the cultivating pool 12 of long strip type cell body and end face 12e, 11d of liquid storage pool 11, and the setting of cultivating pool 12 bottom is used
In the water flowing passage 12g axially connecting long strip type cell body both ends of the surface 12e, water flowing passage 12g is pre- at the internal two ends of long strip type grain
Stay certain water flowing area 12h；When water-filling is carried out to cultivating pool 12, because its inner bottom part arranges the stone of certain altitude, current
When entering cultivating pool 12, the water level around corresponding water inlet end 12e1 can be higher than the height of water level at other positions, cause cultivating pool
The problem to circulate for the shipwreck in 12, arranges water flowing passage 12g in its bottom, and water flowing passage 12g is directly communicates with water inlet end
12e1 side, water inlet end 12e1 flow to come a water part can directly pass through water flowing passage 12g be guided on cultivating pool 12 and
The corresponding other end of water inlet end 12e1, is capable of rapid water filling.
The present embodiment is also configured to: connects water-supply-pipe 12d on overflow through hole 12f, the water delivery end of water-supply-pipe 12d is placed in leads
The top of stream heat-preserving cover plate 11a；Water-supply-pipe 12d can be directly connected on flow guide heat preservation cover plate 11a, it is to avoid the sputtering of water,
Meanwhile, it is capable to reduce the noise that flowing water produces.
The present embodiment is also configured to: arranges netted diversion groove on flow guide heat preservation cover plate 11a, flows out through water-supply-pipe 12d
The water conservancy diversion through netted diversion groove for the water, finally flows in liquid storage pool 11 through water conservancy diversion gap.
The present embodiment is also configured to: cultivating pool 12 and liquid storage pool 11 are detachable setting, can be easy to separation cleaning.
The present embodiment is also configured to: on the wall 12b of cultivating pool side set location be higher than overflow through hole 12f's and bore be more than defeated
The urgent outlet pipe 11h of water pipe 12d, flow guide heat preservation cover plate 11a arranges water filling port corresponding with urgent outlet pipe 11h water side
Drainage screen 11a3 is arranged on 11a2, and water filling port 11a2；When the water in cultivating pool 12 can not flow out from water-supply-pipe 12d in time,
Liquid level in cultivating pool 12 can rise, and now water can flow out from the urgent outlet pipe 11h positioned at overflow through hole 12f top, passes through
Water filling port 11a2 flows into liquid storage pool.
Embodiment 2: such as Fig. 3, the present embodiment is further arranged on the basis of embodiment 1: described long strip type cell body
Cultivating pool 12 axially the corresponding two side wall 12b in direction are respectively symmetrically setting two row field planting hole 12c and overflow through hole
12f, liquid storage pool 11 arranges corresponding two peristome 11f and its flow guide heat preservation cover plate 11a；Corresponding planting unit, in its cultivation
Two side 12b, 11b of training pond 12 and liquid storage pool 11 can realize planting respectively, increases the cultivated area of single planting unit, from
And considerably increase the cultivated area of multi-layer planting device, facilitate implementation industrialization plantation.
The above is only the preferred embodiment of the present invention it is noted that ordinary skill people for the art
Member for, on the premise of without departing from the technology of the present invention principle, can also make some improve and modification, above-mentioned hypothesis these
Improve and modification also should be regarded as protection scope of the present invention.
Claims (10)
1. a kind of hydroponic planting device, described hydroponic planting device includes cultivating pool setting up and down and liquid storage pool, described
Cultivating pool connects water inlet end, and liquid storage pool connects water side；It is characterized in that: described cultivating pool side wall arranges several and is communicated in
The field planting hole of the inwall of cultivating pool side wall and outer wall and overflow through hole, several described field planting holes and overflow through hole are contour respectively
The height of setting and overflow through hole is less than field planting hole；Described liquid storage pool side wall with respect to cultivating pool side wall stretch out setting and
Extension opening setting forms peristome, and described peristome is obliquely installed dismountable flow guide heat preservation cover plate, described
The corresponding side in the extension wall of liquid storage pool is outwardly open to be obliquely installed, the described tilting bottom of flow guide heat preservation cover plate and opening
Water conservancy diversion gap is set between the edge in portion.
2. a kind of hydroponic planting device according to claim 1 it is characterised in that: described hydroponic planting device is many up and down
Layer arranges and is individually fixed on bracing frame, and the water side of last layer liquid storage pool is connected to the water inlet end of next layer of cultivating pool；
And multilamellar hydroponic planting device spaced set on bracing frame.
3. a kind of hydroponic planting device according to claim 1 and 2 it is characterised in that: the setting of described cultivating pool top
Can opening and closing holddown plate；Described field planting hole is by the horizontal field planting groove positioned at cultivating pool side wall top and friction top
The bottom surface of plate is formed.
4. a kind of hydroponic planting device according to claim 1 and 2 it is characterised in that: on described peristome setting with
Flow guide heat preservation cover plate inclined upper supports the support member of cooperation, and the tilting bottom of described flow guide heat preservation cover plate is corresponding with peristome
Side overlap fixing by fastener and form water conservancy diversion gap；On described flow guide heat preservation cover plate, netted diversion groove is set.
5. a kind of hydroponic planting device according to claim 4 it is characterised in that: described fastener one end is protected with water conservancy diversion
The upper surface of warm cover plate is fixed and other end side corresponding with peristome top is respectively provided with buckle male member and adaptation groove is real
The fixing overlap joint of realizing of existing buckle is fixed.
6. a kind of hydroponic planting device according to claim 1 and 2 it is characterised in that: in described cultivating pool, setting is used
Determine the stone of root and insulation in hydroponic plant.
7. a kind of hydroponic planting device according to claim 6 it is characterised in that: described cultivating pool and liquid storage pool are length
Stripe shape cell body, described water inlet end and water side are respectively placed on the cultivating pool of long strip type cell body and the end face of liquid storage pool, described
Cultivating pool bottom be provided for axially connecting the water flowing passage of long strip type cell body both ends of the surface, water flowing passage is in long strip type cell body
Two ends reserve certain water flowing area.
8. a kind of hydroponic planting device according to claim 7 it is characterised in that: the cultivating pool of described long strip type cell body exists
The corresponding two side walls of its axial direction are respectively symmetrically setting two row's field planting holes and overflow through hole, and described liquid storage pool setting is corresponding
Two peristomes and its flow guide heat preservation cover plate.
9. a kind of hydroponic planting device according to claim 1 or 2 or 7 it is characterised in that: connect on described overflow through hole
Connect water-supply-pipe, the water delivery end of water-supply-pipe is placed in the top of flow guide heat preservation cover plate.
10. a kind of hydroponic planting device according to claim 9 it is characterised in that: on described cultivating pool side wall arrange
Position be higher than overflow through hole and bore is more than the urgent outlet pipe of water-supply-pipe, on described flow guide heat preservation cover plate setting with urgent
The corresponding water filling port in outlet pipe water side, and drainage screen is arranged on water filling port.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410276435.9A CN104054568B (en) | 2014-06-10 | 2014-06-10 | Water-culture planting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410276435.9A CN104054568B (en) | 2014-06-10 | 2014-06-10 | Water-culture planting device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104054568A CN104054568A (en) | 2014-09-24 |
| CN104054568B true CN104054568B (en) | 2017-01-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410276435.9A Expired - Fee Related CN104054568B (en) | 2014-06-10 | 2014-06-10 | Water-culture planting device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104871951B (en) * | 2015-06-03 | 2017-10-10 | 竺林坤 | A kind of swinging hydroponic planting device |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE202005005193U1 (en) * | 2005-03-24 | 2005-08-11 | Behrens Blechbearbeitung Karl Behrens Gmbh | Display tower for plants comprises stack of containers decreasing in size up stack and having square base and walls which slope outwards in upward direction, apertures in their bases allowing them to be threaded on to support post |
| CN201222896Y (en) * | 2008-06-20 | 2009-04-22 | 上海植物园管理处 | Wall hanging type module for planting plant |
| DE102010010046A1 (en) * | 2010-03-03 | 2011-12-15 | Marc Traunspurger | Plant trough as a modular module |
| CN203952043U (en) * | 2014-06-10 | 2014-11-26 | 廖有南 | A kind of hydroponic planting device |
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