CN207531575U - Plant water-cultivation device - Google Patents
Plant water-cultivation device Download PDFInfo
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- CN207531575U CN207531575U CN201721414700.0U CN201721414700U CN207531575U CN 207531575 U CN207531575 U CN 207531575U CN 201721414700 U CN201721414700 U CN 201721414700U CN 207531575 U CN207531575 U CN 207531575U
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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 utility model discloses a kind of plant water-cultivation device, belong to field of plant cultivation devices, solve the problems, such as that plant cultivation equipment inner ventilation of the prior art is poor, the plant water-cultivation device of this case includes cabinet, it is arranged on the multilayer cultivation space of interior of equipment cabinet, for supplying fluid circulation to liquid needed for multilayer cultivation box supply plant culture, the both sides of cabinet are provided with the internal sidewall paneling for hollow structure, wind chamber is formed between adjacent two side wall panels, each layer of the wind chamber and interior of equipment cabinet cultivates space phase airflow connection, interior of equipment cabinet is provided with air intake blower fan, top offers exhaust outlet, so that the inside of cabinet forms airflow circulating with extraneous, compared with the prior art, the plant water-cultivation device of this case has the advantages that air permeability is more preferable.
Description
Technical field
The utility model is related to field of plant cultivation devices.
Background technology
Existing plant water-cultivation device generally includes cabinet, the multiple cultivation boxes being arranged in cabinet, for giving cultivation box
The fluid circulation that supplies of liquid needed for plant culture is supplied, the inside of cabinet is provided with multilayer cultivation space from top to bottom, multiple
Cultivation box is arranged in each layer cultivation space, and cabinet generally includes front panel, squab panel, top walls panels, two side wall panels and pedestal,
A pair of of cabinet door is provided in front panel, due to being tightly connected between each siding, only user open cabinet door when just can ventilation,
But the cabinet door most of the time is closed, and therefore, the air permeability in each layer cultivation space is poor, the plant planted in cultivation box
There is the defects of root easily occurs for part, branches and leaves are downright bad.
Utility model content
In order to solve the above-mentioned technical problem, the purpose of this utility model is to provide a kind of better water culture dress of air permeability
It puts.
In order to realize the purpose of above-mentioned utility model, the utility model adopts the following technical solution：
A kind of plant water-cultivation device, including：
Cabinet, inside are provided with multilayer cultivation space from top to bottom, between the cultivation space described in adjacent two layers mutually every
Absolutely, bottom is being provided with installation room, the cabinet packet on the downside of the cultivation space described in lowest level in the cabinet
Top, forepart, rear portion, bottom and arranged on left and right sides portion are included, the left side of the cabinet includes the first side wall, is arranged on institute
The second sidewall on the outside of the first side wall stated, the air inlet wind chamber between first and second side wall are set on the first side wall
Have multiple air inlets with described air inlet wind chamber difference phase airflow connection, each air inlet respectively with each cultivation
Space phase airflow connection, the right side of the cabinet include third side wall, are arranged on the 4th of the third side-wall outer side
Side wall, the outlet air wind chamber between third and fourth side wall, are provided on the third side wall and the outlet air wind chamber is distinguished
Multiple air outlets of phase airflow connection, each air outlet are described respectively with each cultivation space phase airflow connection
Exhaust outlet is provided at the top of 4th side wall and/or the cabinet, the installation indoor location has air intake blower fan, entered the wind
Filter, the air intake blower fan have an air intake and an outlet air end, and the outlet air end is connected with the air inlet wind chamber,
The air intake connection air intake filter；
Multiple cultivation boxes, respectively in the cultivation space described in multilayer；
For fluid circulation, for providing liquid needed for plant culture to multiple cultivation boxes.
In above-mentioned technical proposal, it is preferred that on the first side wall positioned at each air inlet be provided with into
Wind fan is being provided with air-out fan on the third side wall at each air outlet.
In above-mentioned technical proposal, it is preferred that the forepart of the cabinet is equipped on the outside of the installation room
Ventilating board, the ventilating board have the multiple ventilation holes being connected with the installation room.
In above-mentioned technical proposal, it is preferred that described to include one for fluid circulation for liquid needed for plant culture
Liquid reserve tank, the liquid reserve tank are mounted on the installation interior and positioned at the sides of the air intake filter.
In above-mentioned technical proposal, it is preferred that the air intake filter includes a filtration core that can be dismantled.
The utility model obtains following advantageous effect compared with prior art：In this case, by the left and right sides of cabinet
The internal sidewall paneling with hollow structure of portion's setting, wherein, the first side wall plate is air intake plate, and the second side siding is exhausting plate, into
Aerofoil, exhausting plate respectively with interior of equipment cabinet phase airflow connection so that interior of equipment cabinet cabinet door for a long time in close in the case of
Extraneous fresh air can be introduced and form airflow circulating, compared with the prior art, the air permeability of the plant water-cultivation device of this case is more
It is good.
Description of the drawings
Attached drawing 1 supplies fluid circulation and refrigeration mechanism schematic diagram for the plant water-cultivation device of the utility model；
Attached drawing 2 cultivates space and ventilation schematic diagram for the inside of the plant water-cultivation device of the utility model；
Liquid feeding pipeline schematic diagram of the attached drawing 3 for the plant water-cultivation device of the utility model；
Attached drawing 4 is the cultivation box of the plant water-cultivation device of the utility model and the stereoscopic schematic diagram for turning liquid dish；
Schematic top plan view of the attached drawing 5 for the cultivation box of the plant water-cultivation device of the utility model；
Attached drawing 6 cultivates space close-up schematic view for the inside of the plant water-cultivation device of the utility model；
Wherein：100th, plant water-cultivation device；1st, cabinet；11st, top；111st, exhaust outlet；12nd, forepart；121st, front door；13、
Rear portion；131st, storage space；132nd, back door；133rd, squab panel；14th, bottom；151st, left side；152nd, right side；153rd, it enters the wind
Fan, 154, air-out fan；16th, space is cultivated；161st, supporting rack；162nd, lamp installing plate；1621st, the first groove；163rd, plant
Growth lamp；The 17th, room is installed；171st, Mobile base；172nd, sliding pair；173rd, air intake blower fan；174th, air intake filter；18th, ventilating board；
2nd, box is cultivated；21st, total inlet；211st, protrusion；22nd, first through hole；23rd, the second through-hole；24th, planting groove；241st, divide inlet；
242nd, divide leakage fluid dram；243rd, liquid trickling channel；244th, hydrops plate；25th, turn liquid dish；251st, the second groove；252nd, leakage hole；
3rd, for fluid circulation；31st, liquid reserve tank；32nd, total woven hose；321st, first point of woven hose；3211st, the first upper end tube nozzle；3212、
First throttle valve；322nd, second point of woven hose；3221st, the second upper end tube nozzle；3222nd, second throttle；33rd, it pumps；34th, liquid is connect
Box；35th, three-way pipe；351st, first port；352nd, second port；353rd, third port；4th, refrigeration mechanism.
Specific embodiment
For technology contents, construction feature, institute's reached purpose and effect of utility model is described in detail, below in conjunction with implementation
Example simultaneously coordinates attached drawing to be described in detail.Wherein, " on ", " under ", the "left", "right", "front", "rear" being previously mentioned in the present embodiment
Up, down, left, right, before and after direction respectively shown in attached drawing 1, the direction of " transverse direction " for the left and right extension shown in attached drawing 1.
Plant water-cultivation device 100 as shown in Figure 1, it includes the cabinet 1 that a shape is in cuboid, and cabinet 1 includes
Top 11, forepart 12, rear portion 13, bottom 14, left side 151 and right side 152, the installation rotated on the forepart 12 of cabinet 1
There is a pair of of front door 121, the interior bottom of cabinet 1 is provided with installation room 17, installs and be equipped with to store plant culture institute in room 17
Need the liquid reserve tank 31 of liquid, for the refrigeration mechanism 4 to liquid refrigerating/heating in liquid reserve tank 31, refrigeration mechanism 4 includes compression
Machine, condenser, expansion valve and evaporator, condenser and evaporator respectively with 31 thermal conductive contact of liquid reserve tank, refrigeration mechanism 4 with
Heater strip and necessary connection circuit are additionally provided between liquid reserve tank 31, is provided with to detect liquid reserve tank 31 in liquid reserve tank 31
The temperature detector of interior fluid temperature is provided with control panel in cabinet 1, and temperature detector is connect with control partitioned signal, works as plant
When hydroponic device 100 works under the relatively low environment of temperature, that section connection circuit of heater strip is opened, and refrigeration mechanism 4 passes through
The heater strip heats up to 31 heat supply of liquid reserve tank, when plant water-cultivation device 100 works under the higher environment of temperature, with heater strip
That section of connected circuit is closed, and refrigeration mechanism 4 gives 31 refrigeration cool-down of liquid reserve tank so that needed for the plant culture in liquid reserve tank 31
The temperature of liquid is able to maintain that always in the range of one more equilibrium, standard.It is provided in liquid reserve tank 31 and is planted for detecting
The concentration detector of strength of fluid needed for object cultivation, can be by detecting the conductivity of liquid due to containing salt in liquid
The concentration of liquid is detected, which is usually conductivity meter, user can detect liquid by the conductivity meter
Concentration so that replace, add liquid needed for the plant culture in liquid reserve tank 31 in time.It is slided in installation room 17 and is provided with Mobile base
171, sliding pair 172 is provided between cabinet 1 and Mobile base 171, sliding pair 172 includes being fixed at 171 both sides of Mobile base
A pair of of draw runner in portion, the interior bottom for being arranged on cabinet 1 and with sliding slot slide plate, slide plate by sliding slot thereon and this to draw runner
Be slidingly fitted connection so that Mobile base 171 can freely skid off the outside of installation room 17, and liquid reserve tank 31 and refrigeration mechanism 4 are same
When be fixedly mounted on the Mobile base 171, when liquid needed for the plant culture in liquid reserve tank 31 needs to add, replace or freeze
When mechanism 4 needs maintenance, user can quickly and easily pull out liquid reserve tank 31 and refrigeration mechanism 4 out of installation room 17, save
Time, easy access.In addition, except the Mobile base 171 mentioned in the present embodiment by sliding pair 172 skid off installation room 17 implementation
Outside mode, in other examples, Mobile base 171 is arranged on installation room 17 by way of can also stretching/shrink through connecting rod
It is interior.
Plant water-cultivation device 100 as shown in Figure 2, the inside of cabinet 1 are successively provided with cultivation space 16 from top to bottom,
Adjacent two layers cultivation mutually completely cuts off between space 16, and arranged side by side in every layer of cultivation space 16 there are two cultivation boxes 2.For the ease of
The inside of cabinet 1 and extraneous ventilation so that fresh air can be introduced into 1 inside of cabinet and form airflow circulating, in this reality
Apply in example, the arranged on left and right sides portion of cabinet 1 be arranged to hollow structure, the left side 151 of cabinet 1 include the first side wall 1511,
Second sidewall 1512 mounted on 1511 outside of the first side wall forms air inlet wind between the first side wall 1511 and second sidewall 1512
Chamber 1513, multiple air inlets are offered on the first side wall 1511, and each air inlet connects respectively with each layer cultivation 16 phase air-flow of space
Logical, each air inlet is equipped with air inlet fan 153；The right side 152 of cabinet 1 includes third side wall 1521, mounted on third
4th side wall 1522 in the outside of side wall 1521 forms outlet air wind chamber 1523 between 1521 and the 4th side wall 1522 of third side wall, the
Offer multiple air outlets on three side walls 1521, each air outlet cultivates 16 phase airflow connection of space with each layer respectively, it is each go out
Air-out fan 154 is installed at air port；The top 11 of cabinet 1 is horizontally arranged with multiple exhaust outlets 111, each exhaust outlet 111
Respectively with the 1523 phase airflow connection of outlet air wind chamber of 1 right side 152 of cabinet.In addition to the present embodiment, in other examples,
Each exhaust outlet 111 can also be opened on the 4th side wall 1522 of the right side 152 of cabinet 1.Installation room 17 is arranged on cabinet 1
Interior bottom and positioned at lowest level cultivation box 2 downside, install room 17 in air intake blower fan 173 and air intake filter are installed
174, air intake blower fan 173 and air intake filter 174 are respectively positioned on the left side of liquid reserve tank 31, air intake blower fan 173 have an air intake and
One outlet air end, the outlet air end of air intake blower fan 173 are connected with the air inlet wind chamber 1513 of 1 left side of cabinet, air intake blower fan 173 into
Wind end is connected with air intake filter 174, and air intake filter 174 includes a filtration core that can be dismantled, can during air inlet
The impurity such as the dust in air are filtered out, influence each cultivation space 16 in 1 inside of cabinet when air intake filter 174 accumulates full dust
During ventilation effect, user can dismantle and replace the filtration core of air intake filter 174 in time.The forepart 12 of cabinet 1 is positioned at peace
The outside of dress room 17 is equipped with ventilating board 18, and ventilating board 18 has the multiple ventilation holes 181 being connected with installation room 17.Extraneous
Fresh air is entered by the ventilation hole 181 on ventilating board 18 in installation room 17, by air inlet wind after being filtered by air intake filter 174
In the sucking air inlet wind of machine 173 chamber 1513, then successively enter in the cultivation space 16 inside cabinet 1, then space is cultivated from each layer
Enter in outlet air wind chamber 1523 in 16, finally the exhaust outlet 111 from 1 top of cabinet is discharged outside in environment, is back and forth followed with this
Ring so that can endlessly introduce extraneous fresh air in each layer cultivation space 16 inside cabinet 1, be the good of plant
It is quite long that a good planting environment is provided.
As shown in attached drawing 3,4, box 2 or so is cultivated in pairs and is disposed side by side in each layer cultivation space 16 of cabinet 1, it is each to cultivate
Box 2 can be removed individually out of cabinet 1 cultivation space 16, each cultivation box 2 have can extend to outside cabinet 1 always into
Liquid mouth 21 and total leakage fluid dram inside cabinet 1, mounted on total leakage fluid dram position of the cultivation box 2 in 16 left side of cabinet cultivation space
In the left part of the cultivation box 2, total leakage fluid dram mounted on the cultivation box 2 on 16 right side of cabinet cultivation space is located at the cultivation box 2
Right part, the downside of each cultivation box 2 is equipped with and turns liquid dish 25, turns total leakage fluid dram that liquid dish 25 is located at each cultivation box 2
Underface, each top for turning liquid dish 25 offers leakage hole 252 for uncovered structure, a side.The inside of cabinet 1 has
Complete set supply fluid circulation 3, the liquid-supplying system 3 include be mounted on cabinet 1 in bottom installation room 17 in liquid reserve tank 31,
It is connected in liquid reserve tank 31 and extends to the liquid feeding pipeline in 1 inner layers of cabinet cultivation space, for by the plant in liquid reserve tank 31
Liquid needed for object cultivation is input to the pump 33 in liquid feeding pipeline, and liquid feeding pipeline provides liquid needed for plant culture for each cultivation box 2
Body, and liquid is enabled to be recycled between liquid reserve tank 31 and each cultivation box 2.Liquid feeding pipeline includes total woven hose 32, left and right
First point of woven hose 321 and second point of woven hose 322, switching liquid box 34 and the three-way pipe being connected on total woven hose 32
35, first throttle valve 3212 is provided on first point of woven hose 321, and second throttle is provided on second point of woven hose 322
3222, first point of woven hose 321 has oral area the first upper end tube nozzle 3211 directed downwardly, and the first upper end tube nozzle 3211 is located at top layer
The surface of total inlet 21 of left side cultivation box 2；Second point of woven hose 322 has oral area the second upper end tube nozzle directed downwardly
3221, the second upper end tube nozzle 3221 is located at the surface of total inlet 21 of cultivation box 2 on the right side of top layer；Liquid box 34 is connect to be arranged on
The outside of cabinet 1 and 21 lower section of total inlet for being located at corresponding cultivation box 2, three-way pipe 35 have the first port being interconnected
351st, second port 352 and third port 353, first port 351 connect with accordingly turning the leakage hole 252 of liquid dish 25, the
Two-port netwerk 352 connects with the corresponding liquid box 34 that connects, and the oral area of third port 353 is towards positioned at the adjacent cultivation box 2 in its downside
The direction setting of total inlet 21.Liquid in liquid reserve tank 31 is divided into two strands after being pumped in total woven hose 32, one is from first
The upper end tube nozzle 3211 of woven hose 321 is divided to flow out, one is flowed out from the upper end tube nozzle 3221 of second point of woven hose 322；With most upper
For the cultivation box 2 of layer, the feed flow principle of other each layer cultivation boxes 2 is identical with this, when cultivation box 2 is located at the cultivation of cabinet 1
When in space 16, from the inside that the liquid that upper end tube nozzle flows out will flow into cultivation box 2 by cultivating total inlet 21 of box 2, then
It flow to from total leakage fluid dram of cultivation box 2 and turns in liquid dish 25 positioned at 2 downside of the cultivation box, then from the drainage for turning liquid dish 25
Mouth 252 flow to the first port 351 of three-way pipe 35, and finally flowing to next layer from the third port 353 of three-way pipe 35 cultivates box 2
In total inlet 21；When cultivation box 2 is moved out of out of cabinet 1 cultivation space 16, the liquid flowed out from upper end tube nozzle will be straight
It connects inflow to connect in liquid box 34, then is flowed into three-way pipe 35 from the second port 352 of three-way pipe 35, finally from the third of three-way pipe 35
Port 353 is flow in total inlet 21 of next layer of cultivation box 2.
Plant water-cultivation device 100 as shown in Figure 4, cabinet 1 are equipped with one in the rear side positioned at multilayer cultivation space 16
Squab panel 133, the outside articulated connection of squab panel 133 have a back door connection 132, storage space are formed between squab panel 133 and back door 132
131, entire liquid feeding pipeline is incorporated in the storage space 131, and when liquid feeding pipeline leakage occurs when damaged conditions, user is only
Need the back door 132 for opening cabinet 1 that can quickly be overhauled to liquid feeding pipeline.It is offered on the squab panel 133 of cabinet 1 multiple
Opening and multiple perforation, total inlet 21 of each cultivation box 2 extend to each open outer side, and each liquid box 34 that connects is fixedly mounted on
Each opening connects the outside that liquid box 34 is enclosed in total inlet 21 of cultivation box 2；The first port 351 of three-way pipe 35 passes through
The perforation connects with the corresponding leakage hole 252 for turning liquid dish 25.
As shown in Figure 5, cultivation box 2 includes the box body that a shape is rectangle, and box body is outwardly extending convex with one
Portion 211, total inlet 21 is provided on protrusion 211, and the bottom of cultivation box 2 offers the first through hole 22 and second for drain
Through-hole 23, first through hole 22 are away from each other setting with total inlet 21, and the second through-hole 23 is set with total inlet 21 to neighbouring, and first
Through-hole 22, the second through-hole 23 are simultaneously on a pair of of linea angulata x of cultivation box 2；It cultivates more with what is be transversely arranged side by side in box 2
A planting groove 24, each planting groove 24, which has, to be divided inlet 241, divides leakage fluid dram 242 and positioned at dividing inlet 241 and divide drain
Liquid trickling channel 243 between mouthfuls 242, divides inlet 241 to be connected with total inlet 21, multiple points of inlets 241 with always
Hydrops plate 244 is provided between inlet 21 jointly, the top of hydrops plate 244 offers overflow port, bottom offers tap hole,
And the bore of overflow port is more than the aperture of tap hole so that the liquid entered in cultivation box 2 is divided by hydrops plate 244
Lower two bursts of liquid streams, that one liquid flow flow velocity for flowing through tap hole is slow and uniform, flows through that one liquid flow of overflow port along product
The wall surface of liquid plate 244 trickle straight down planting groove 24 liquid trickling channel 243 in.In same layer cultivation space 16, two
The neighbouring installation side by side of a cultivation box 2 when cultivating left side installation of the box 2 close to cultivation space 16, passes through plug or other plug-holes
Part blocks the second through-hole 23 of the cultivation box 2, then first through hole 22 is using as total leakage fluid dram of the cultivation box 2, at this time
Each point of leakage fluid dram 242 is connected respectively with first through hole 22；When cultivating right side installation of the box 2 close to cultivation space 16, lead to
It crosses plug or other plug-hole components blocks the first through hole of the cultivation box 2, then the second through-hole 23 will be as the cultivation box 2
Total leakage fluid dram, each point of leakage fluid dram 242 at this time are connected respectively with the second through-hole 23.
As shown in Figure 6, positioned at each cultivate the support for being used to support cultivation box 2 is being installed in space 16 in cabinet 1
Frame 161, supporting rack 161 have the upper and lower surface being oppositely arranged, and each cultivation box 2 is supported on the upper of supporting rack 161
Surface is equipped with lamp installing plate 162 on supporting rack 161, and the left part of lamp installing plate 162 mounted on left side with cultivating box 2
Total leakage fluid dram immediately below turn that liquid dish 25 is adjacent, the right part of lamp installing plate 162 with mounted on the total of right side cultivation box 2
Turn that liquid dish 25 is adjacent immediately below leakage fluid dram, and each lower surface for turning liquid dish 25 and the following table of lamp installing plate 162
Face is flush.The lower surface of lamp installing plate 162 is recessed to form the first groove 1621 upwards, and the lower surface for turning liquid dish 25 is concave up
It falls into and forms the second groove 251（Referring to Fig. 3）, plant growth lamp 163 is installed, plant growth lamp 163 is common on lamp installing plate 162
It is inlaid in the first groove 1621 and the second groove 251.
Above-described embodiment is only the technical concepts and features for illustrating the utility model, and its object is to allow be familiar with technique
Personage can understand the content of the utility model and implement according to this, can not the scope of protection of the utility model be limited with this.
All equivalent change or modifications made according to the spirit of the present invention, should be covered within the scope of the utility model.
Claims (5)
1. a kind of plant water-cultivation device, it is characterised in that：Including：
Cabinet（1）, inside is provided with multilayer cultivation space from top to bottom（16）, the cultivation space described in adjacent two layers（16）Between
Mutually isolation, the cabinet（1）Interior bottom is positioned at the cultivation space described in lowest level（16）Downside be provided with installation room
（17）, the cabinet（1）Including top（11）, forepart（12）, rear portion（13）, bottom（14）And arranged on left and right sides portion, it is described
Cabinet（1）Left side（151）Including the first side wall（1511）, be arranged on the first side wall（1511）The second of outside
Side wall（1512）, air inlet wind chamber between first and second side wall（1513）, the first side wall（1511）On be provided with
The air inlet wind chamber（1513）Multiple air inlets of phase airflow connection respectively, each air inlet respectively with each cultivation
Train space（16）Phase airflow connection, the cabinet（1）Right side（152）Including third side wall（1521）, be arranged on it is described
Third side wall（1521）4th side wall in outside（1522）, outlet air wind chamber between third and fourth side wall（1523）, it is described
Third side wall（1521）On be provided with and the outlet air wind chamber（1523）Multiple air outlets of phase airflow connection respectively, each institute
The air outlet stated respectively with each cultivation space（16）Phase airflow connection, the 4th side wall（1522）It is and/or described
Cabinet（1）Top（11）It is provided with exhaust outlet（111）, the installation room（17）Air intake blower fan is inside installed（173）, into
Wind filter（174）, the air intake blower fan（173）With an air intake and an outlet air end, the outlet air end with it is described
Enter the wind wind chamber（1513）It is connected, the air intake connection air intake filter（174）；
Multiple cultivation boxes（2）, respectively positioned at the cultivation space described in multilayer（16）It is interior；
For fluid circulation（3）, for multiple cultivation boxes（2）Liquid needed for plant culture is provided.
2. plant water-cultivation device according to claim 1, it is characterised in that：The first side wall（1511）On positioned at
Each air inlet is provided with air inlet fan（153）, the third side wall（1521）On positioned at each outlet air
Air-out fan is provided at mouthful（154）.
3. plant water-cultivation device according to claim 2, it is characterised in that：The cabinet（1）Forepart（12）In place
In the installation room（17）Outside ventilating board is installed（18）, the ventilating board（18）With with the installation room
（17）The multiple ventilation holes being connected（181）.
4. plant water-cultivation device according to claim 1, it is characterised in that：Described supplies fluid circulation（3）Including one
For the liquid reserve tank of liquid needed for plant culture（31）, the liquid reserve tank（31）Mounted on the installation room（17）It is interior and
Positioned at the air intake filter（174）Side.
5. plant water-cultivation device according to claim 1, it is characterised in that：The air intake filter（174）Including one
The filtration core that can be dismantled.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721414700.0U CN207531575U (en) | 2017-10-30 | 2017-10-30 | Plant water-cultivation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721414700.0U CN207531575U (en) | 2017-10-30 | 2017-10-30 | Plant water-cultivation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207531575U true CN207531575U (en) | 2018-06-26 |
Family
ID=62611528
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721414700.0U Active CN207531575U (en) | 2017-10-30 | 2017-10-30 | Plant water-cultivation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207531575U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109156330A (en) * | 2018-09-13 | 2019-01-08 | 合肥新极地制冷设备有限公司 | A kind of vegetable planter |
| CN109156331A (en) * | 2018-09-21 | 2019-01-08 | 山东长兴农业发展有限公司 | A kind of intelligence vegetable aquaculture planting unit |
-
2017
- 2017-10-30 CN CN201721414700.0U patent/CN207531575U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109156330A (en) * | 2018-09-13 | 2019-01-08 | 合肥新极地制冷设备有限公司 | A kind of vegetable planter |
| CN109156331A (en) * | 2018-09-21 | 2019-01-08 | 山东长兴农业发展有限公司 | A kind of intelligence vegetable aquaculture planting unit |
| CN109156331B (en) * | 2018-09-21 | 2020-11-10 | 山东长兴农业发展有限公司 | Intelligent water planting vegetable planting device |
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