CN207767047U - Plant culture mist ploughing system and its small plant factory of utilization - Google Patents
Plant culture mist ploughing system and its small plant factory of utilization Download PDFInfo
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- CN207767047U CN207767047U CN201721735582.3U CN201721735582U CN207767047U CN 207767047 U CN207767047 U CN 207767047U CN 201721735582 U CN201721735582 U CN 201721735582U CN 207767047 U CN207767047 U CN 207767047U
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
The utility model is related to plant culture mist ploughing system and utilize its small plant factory.The plant culture mist ploughing system of the utility model includes：Cultivation area, including multiple cultivation casees and equipped with the nutrient solution case of the nutrient solution needed for plant growth, multiple cultivation case stacking is placed on the top of the nutrient solution case, it is equipped with plant growth lamp group above each cultivation case, it is equipped with the field planting plate for planting plants on the top of each cultivation case, multiple nozzles are respectively equipped in the inside of each cultivation case, and multiple backwater holes for recycling nutrient solution are equipped in the bottom of the cultivation case；Device control area, including self priming pump and control device, the self priming pump draws nutrient solution from the nutrient solution case by water inlet pipe and the nutrient solution is transported to the multiple nozzle by outlet pipe, which controls the spray concentration and spraying time of nutrient solution according to demand of plant growth.The small plant factory of the utility model includes：Cultivation area, device control area, frame, the toilets Feng Lin and exhaust system.
Description
Technical field
The utility model is related to plant culture mist ploughing system and utilize its small plant factory.
Background technology
Current domestic and international built plant factor mainly uses hydroponic system, has in the type of plant production certain
Kind limits, and can not provide the growth of a variety of different leaf vegetables and radicant.
Plant factor's scale is mostly set in Standard Factory Room or large greenhouse facility, it is difficult to enter city, community, and
It is limited by topoclimate, the vegetables produced can not provide ultramicro-element, mineral element and beneficial to bacterial manure, cause to plant plant
The nutritional ingredient of object is not comprehensive.
Utility model content
In view of the above-mentioned problems, the purpose of the utility model is to provide a kind of plant culture mist ploughing system, noise is small,
Various vegetable melon and fruits, rhizome and leaf vegetables can be cultivated.
The another object of the utility model is, provides a kind of plant culture mist ploughing system, can be various plant growths
Broken wall molecule organic fertilizer is provided, it is beneficial to meet mineral element needed for vegetation period, trace element, ultramicro-element and blade face
The supply and absorption of bacterial manure realize that cultivated plant contains various nutrient elements.
The another object of the utility model is, provides a kind of small plant factory easy to remove, can be arranged in city
City, community, market, farm etc. are not limited by scale, landform and weather.
To achieve the goals above, the plant culture mist ploughing system of the utility model includes：Cultivation area, including multiple cultivations
Case and nutrient solution case equipped with the nutrient solution needed for plant growth, multiple cultivation case stacking are placed on the top of the nutrient solution case, often
Plant growth lamp group is equipped with above a cultivation case, which is arranged in the top of each cultivation case, carries
For the spectrum and illumination needed for plant growth, plant growth sky is reserved between the plant growth lamp group and the cultivation case
Between, it is equipped with the field planting plate for planting plants on the top of the cultivation case, is respectively equipped in the inside of each cultivation case
Multiple nozzles, multiple nozzle are arranged towards the field planting plate, rest the root that liquid mist is sprayed onto plant, and described
The bottom of case is cultivated equipped with multiple backwater holes for recycling nutrient solution, the nutrient solution of recycling passes through the lower section for being connected to the cultivation case
The return duct of apopore and the nutrient solution case returns to the nutrient solution case；Device control area, including self priming pump and control device, should be certainly
Sucking pump draws nutrient solution from the nutrient solution case by water inlet pipe and the nutrient solution is transported to the multiple nozzle by outlet pipe, should
Control device controls the spray concentration and spraying time of nutrient solution according to demand of plant growth.
According to above-mentioned utility model, nano active carbon-coating, the nano active carbon can be equipped in the bottom of the cultivation case
It carries out disinfection, purify during nutrient solution of the layer after atomized spray is from the cultivation case internal reflux to nutrient solution case；Described
Ultraviolet germicidal lamp is equipped in nutrient solution case, for killing pathogenic microorganism.
According to above-mentioned utility model, the high magnetic flux generator of purple light can be set in the nutrient solution case, urban water is passed through
The high magnetic flux generator of the purple light forms high magnetized water, which is deployed into plant irrigation water and is supplied to plant with the nutrient solution
Object.
According to above-mentioned utility model, water inlet pipe mistake can be equipped in the bottom for the water inlet pipe being connected to the nutrient solution case
Filter.
According to above-mentioned utility model, the self priming pump is the mute self priming pump of micro computer, and the control device is according to plant
The nutrient solution demand of different stages of growth carries out the nutrient solution concentration of cultivation case sprinkling and time by the time relay and solenoid valve
Discrete control.
In above-mentioned utility model, the device control area can also include supersonic generator, the supersonic generator
Plant on from the field planting plate to the cultivation case provides the beneficial bacterial manure needed for the absorbable growth of blade face stomata, and institute
State space humidity of the control device using supersonic generator control plant growth space.
In above-mentioned utility model, the device control area can also include carbon-dioxide generator, carbon dioxide hair
Raw device provides the carbon dioxide needed for the plant on the field planting plate of the cultivation case, and the control device passes through the dioxy
Change carbon generator to control the concentration of carbon dioxide.
To achieve the goals above, the small plant factory of the utility model includes：Plant culture mist as described above is ploughed
System, wherein the cultivation area is equipped with one or more, and the device control area is equipped with one or more；Frame, provide with outside
Boundary isolation for planting space；Cleaning air shower room is arranged in the front end of the frame and is controlled by the control device, makes institute
State frame and free surrounding space every and keep the cleaning of its inner space；And exhaust system, form air circulation in the frame
And air draft and the temperature in the frame is adjusted.
In above-mentioned utility model, the device control area can also include supersonic generator, the supersonic generator
Plant on from the field planting plate to the cultivation case provides the beneficial bacterial manure needed for the absorbable growth of blade face stomata, and institute
State space humidity of the control device using supersonic generator control plant growth space.
In above-mentioned utility model, the device control area can also include carbon-dioxide generator, carbon dioxide hair
Raw device provides the carbon dioxide needed for the plant on the field planting plate of the cultivation case, and the control device passes through carbon dioxide
Generator controls the concentration of carbon dioxide.
Description of the drawings
In order to illustrate more clearly of the technical solution of the utility model embodiment, below to institute in specific embodiment part
Attached drawing to be used is needed to do simple introduction, it is therefore apparent that the accompanying drawings in the following description is only some implementations of the utility model
Example, for those of ordinary skill in the art, without creative efforts, can also obtain according to these attached drawings
Obtain other attached drawings.
Fig. 1 is the overall structure diagram of the plant culture mist ploughing system of the utility model.
Fig. 2 is the decomposition diagram of the cultivation case of the plant culture mist ploughing system of the utility model.
Fig. 3 is the structural schematic diagram of the cultivation area of the plant culture mist ploughing system of the utility model.
Fig. 4 is the structural schematic diagram of the device control area of the plant culture mist ploughing system of the utility model.
Fig. 5 is the signal of the automatic control circuit board of the device control area of the plant culture mist ploughing system of the utility model
Figure.
Fig. 6 is the overall structure diagram of the small plant factory of the utility model.
Specific implementation mode
In the following, illustrating the embodiments of the present invention in greater detail with reference to the attached drawings.The embodiments of the present invention can become
Shape is various modes, and the scope of the utility model should not be construed as limited to examples set forth below.
First, the plant culture mist ploughing system of the utility model is explained in detail with reference to the accompanying drawings.Fig. 1 is the plant of the utility model
Object cultivates the overall structure diagram of mist ploughing system；Fig. 2 is the knot of the cultivation case of the plant culture mist ploughing system of the utility model
Structure schematic diagram.
As shown in Figure 1, the plant culture mist ploughing system of the utility model is broadly divided into cultivation area and device control area.Its
In, cultivation area includes the multiple cultivation case X1~X4 and nutrient solution case Y2 equipped with the nutrient solution needed for plant growth, multiple cultivation case
The top for being placed on the nutrient solution case Y2 is laminated in X1~X4.Broken wall molecule organic fertilizer can be put into the nutrient solution, meet plant life
Long-term required mineral element, trace element, ultramicro-element etc., to provide various nutrient elements to the plant cultivated.
Moreover, being equipped with plant growth lamp group L1~L4, plant growth lamp group L1 above each cultivation case X1~X4
~L4 is arranged in the top of each cultivation case X1~X4, provides the spectrum and illumination needed for plant growth, the plant life
Plant growth space is reserved between long lamp group L1~L4 and the cultivation case X1~X4.Wherein, plant growth lamp group can be used
LED light.
Also, as shown in Figures 1 and 2, the field planting plate for planting plants is equipped on the top of the cultivation case X1~X4
CB is respectively equipped with multiple nozzle P1~P4 in the inside of each cultivation case X1~X4, and multiple nozzle P1~P4 is arranged to
Towards the field planting plate CB, the root that liquid mist is sprayed onto plant is rested, and be equipped in the bottom of the cultivation case X1~X4
Multiple backwater hole H1, H2 for recycling nutrient solution, the nutrient solution of recycling is by being connected to apopore and the institute of the lower section of the cultivation case
The return duct for stating nutrient solution case returns to the nutrient solution case.The nutrient solution for marking reflux with heavy line in Fig. 1 returns to the road of nutrient solution case Y2
Line.
In addition, device control area includes self priming pump G1 and control device 10, self priming pump G1 is by water inlet pipe A1 from described
Nutrient solution case Y2 draws nutrient solution and the nutrient solution is transported to the multiple nozzle P1~P4 by outlet pipe A2.The control device 10
The spray concentration and spraying time of nutrient solution can be controlled according to demand of plant growth.
In addition, Fig. 3 is the structural schematic diagram of the cultivation area of the plant culture mist ploughing system of the utility model.As shown in figure 3,
Nano active carbon-coating N1~N4 can be set in the bottom of the cultivation case X1~X4, which is being atomized
Nutrient solution after sprinkling is carried out disinfection during cultivation case X1~X4 internal reflux to nutrient solution case Y2, is purified；Moreover,
It is equipped with ultraviolet germicidal lamp SD in the nutrient solution case Y2, drills raw pathogenic microorganism in nutrient solution atomization process for killing, can weigh
It is new to be supplied to the plant planted inside cultivation case X1~X4, to meet its nutritional need.
The high magnetic flux generator ZH of purple light can be set in the nutrient solution case Y2, urban water is utilized into the high magnetic flux generator ZH of purple light
The operating magnet-wire of vertical cutting magnetic line forms high magnetized water after passing twice through 4600G high-intensity magnetic fields, which supports with described
Liquid is deployed into plant irrigation water and is supplied to plant.Also, in the bottom for the water inlet pipe A1 being connected to the nutrient solution case Y2
Water inlet pipe filter G can be set, the impurity in nutrient solution is further filtered.
In the following, the device control area of the plant culture mist ploughing system of the utility model is described in detail with reference to Fig. 4.Fig. 4 is this
The structural schematic diagram of the device control area of the plant culture mist ploughing system of utility model.
As shown in figure 4, the self priming pump G1 described in the plant culture mist ploughing system of the utility model is that micro computer is mute certainly
Sucking pump, it is noiseless, do not generate spark using automatically controlled fine motion pressure-sensitive switch, using enamel technology, by water inlet pipe A1 with support
Liquid case Y2 connections branch into A3~A6 via outlet pipe A2 and are connect respectively with multigroup nozzle P1~P4, to cultivation case X1~
The root for the plant planted in X4 provides the nutrient solution of atomization.
Moreover, the device control area can also include supersonic generator C1, supersonic generator C1 passes through ultrasound
The plant that wave duct road CG1~CG4 is used for on the field planting plate CB of the cultivation case is provided needed for the absorbable growth of blade face stomata
Beneficial bacterial manure, and control device 10 utilizes the space humidity in ultrasonic unit C1 control plant growth space.
Moreover, the device control area can also include carbon-dioxide generator E1, carbon-dioxide generator E1 passes through
Carbon dioxide conduit EG1~EG4 provides the carbon dioxide needed for the plant on the field planting plate CB of the cultivation case X1~X4, and
Control device 10 controls the concentration of carbon dioxide by carbon-dioxide generator E1.
In addition, Fig. 5 is the signal of the control device 10 of the device control area of the plant culture mist ploughing system of the utility model
Figure.
As shown in figure 5, controlling self priming pump G1 by master switch DA, self-priming switch pump DB.Control device 10 can be according to not
The demand of 3 stage such as seedling stage, growth period, picking time with plant difference nutrient solution is set, further by programmable controller B1,
Relay S1 and solenoid valve D2, D2 etc. between time carry out Discrete control to the nutrient solution concentration and time of plant sprinkling.
In addition, control device 10 also controls other Component units of plant culture mist ploughing system.Specifically, respectively
To the high magnetic flux generator ZH of purple light, ultraviolet germicidal lamp SD, supersonic generator C1, the carbon-dioxide generator in nutrient solution case Y2
E1, LED plant growth lamp group L1~L4 are controlled.
In the following, illustrating specific embodiment of the utility model referring to Fig.1~6.Fig. 6 is the small plant work of the utility model
The overall structure diagram of factory.
Small plant factory owner will include：Cultivation area, device control area, frame 20, cleaning air shower room (not shown) and
Exhaust system W, wherein the cultivation area can be equipped with one or more, and the device control area can be equipped with one or more.
Here, cultivation area includes the multiple cultivation case X1~X4 and nutrient solution case Y2 equipped with the nutrient solution needed for plant growth, it should
Multiple cultivation case X1~X4 stackings are placed on the top of the nutrient solution case Y2.
Moreover, being equipped with plant growth lamp group L1~L4, plant growth lamp group L1 above each cultivation case X1~X4
~L4 is arranged in the top of each cultivation case X1~X4, provides the spectrum and illumination needed for plant growth, the plant life
Plant growth space is reserved between long lamp group L1~L4 and the cultivation case X1~X4.Wherein, plant growth lamp group can be used
LED light.
Also, as shown in Figures 1 and 2, the field planting plate for planting plants is equipped on the top of the cultivation case X1~X4
CB is respectively equipped with multiple nozzle P1~P4 in the inside of each cultivation case X1~X4, and multiple nozzle P1~P4 is arranged to
Towards the field planting plate CB, the root that liquid mist is sprayed onto plant is rested, and be equipped in the bottom of the cultivation case X1~X4
Multiple backwater hole H1, H2 for recycling nutrient solution, the nutrient solution of recycling is by being connected to apopore and the institute of the lower section of the cultivation case
The return duct for stating nutrient solution case returns to the nutrient solution case.The nutrient solution for marking reflux with heavy line in Fig. 1 returns to the road of nutrient solution case Y2
Line.
In addition, device control area includes self priming pump G1 and control device 10, self priming pump G1 is by water inlet pipe A1 from described
Nutrient solution case Y2 draws nutrient solution and the nutrient solution is transported to the multiple nozzle P1~P4 by outlet pipe A2.The control device 10
The spray concentration and spraying time of nutrient solution can be controlled according to demand of plant growth.
As shown in fig. 6, frame 20 provide be isolated from the outside for planting space.40 ruler high cube container packagings can be used in frame 20
Case.Moreover, cleaning air shower room (not shown) is arranged in the front end of the frame 20 and is controlled by the device control area, make institute
State frame and free surrounding space every and keep the cleaning of its inner space.In addition, exhaust system W is arranged in frame 100 in equipment
The other side of control zone is simultaneously controlled by the control device 10, and air circulation and air draft and right are formed in the frame 100
Temperature in the frame 20 is adjusted.
As shown in figure 3, nano active carbon-coating N1~N4, the nanometer can be arranged in the bottom of the cultivation case X1~X4
During nutrient solutions of the property carbon-coating N1~N4 after atomized spray is from cultivation case X1~X4 internal reflux to nutrient solution case Y2 into
Row disinfection, purification；Moreover, being equipped with ultraviolet germicidal lamp SD in the nutrient solution case Y2, drilled for killing in nutrient solution atomization process
Raw pathogenic microorganism can be re-supplied to the plant planted inside cultivation case X1~X4, to meet its nutritional need.
Moreover, the high magnetic flux generator ZH of purple light can be arranged in the nutrient solution case Y2, urban water is sent out using the high magnetic of purple light
The operating magnet-wire of the vertical cutting magnetic line of raw device ZH forms high magnetized water after passing twice through 4600G high-intensity magnetic fields, the high magnetized water with
The nutrient solution is deployed into plant irrigation water and is supplied to plant.Also, in the water inlet pipe A1 being connected to the nutrient solution case Y2
Bottom water inlet pipe filter G can be set, further filter nutrient solution in impurity.
Small plant factory according to the present utility model, the self priming pump G1 are the mute self priming pump of micro computer, and use is automatically controlled
Fine motion pressure-sensitive switch, it is noiseless, do not generate spark, it using enamel technology, is connect, is passed through with nutrient solution case Y2 by water inlet pipe A1
A3~A6 is branched by outlet pipe A2 to connect with the nozzle P1~P4 respectively, the plant planted into cultivation case X1~X4
Root provides the nutrient solution of atomization.
Moreover, the device control area can also include supersonic generator C1, supersonic generator C1 passes through ultrasound
The plant that wave duct road CG1~CG4 is used for on the field planting plate CB of the cultivation case is provided needed for the absorbable growth of blade face stomata
Beneficial bacterial manure, and the control device 10 passes through the space humidity that supersonic generator C1 controls plant growth space.
Moreover, the device control area can also include carbon-dioxide generator E1, carbon-dioxide generator E1 passes through
Carbon dioxide conduit EG1~EG4 provides the carbon dioxide needed for the plant on the field planting plate CB of the cultivation case X1~X4, and
The control device 10 controls the concentration of carbon dioxide by carbon-dioxide generator E1.
As shown in figure 5, controlling self priming pump G1 by master switch DA, self-priming switch pump DB.Control device 10 can be according to not
The demand of 3 stage such as seedling stage, growth period, picking time with plant difference nutrient solution is set, by programmable controller B1, between the time
Relay S1 and solenoid valve D2, D2 etc. carry out Discrete control to the nutrient solution concentration and time of plant sprinkling.
In addition, control device 10 also controls other Component units of plant culture mist ploughing system.Specifically, respectively
To the high magnetic flux generator ZH of purple light, ultraviolet germicidal lamp SD, supersonic generator C1, the carbon-dioxide generator in nutrient solution case Y2
E1, LED plant growth lamp group L1~L4 are controlled.
Plant culture mist ploughing system according to the present utility model solves mist by using the mute self priming pump of micro computer and ploughs system
The noise that system generates, and the root system of plant obtains sufficient oxygen and growing space in cultivation babinet, can cultivate various
Vegetable melon and fruit, rhizome and leaf vegetables.In addition, by the utilization with ultrasonic wave foliage dressing, provide each needed for plant growth
Kind trace element and minerals.
Small plant factory according to the present utility model by control device control the ventilation of growing space, carbon dioxide,
Humidity, temperature simultaneously set various gourd, fruit and vegetable growths required spectrum and illumination, fully demonstrate the excellent of plant culture mist ploughing system
Gesture provides organic nutrient solution needed for plant root and blade face, provides the best life of all kinds of melons and fruits, leafy vegetable, rhizome vegetable
Long spacing is not limited by scale, landform and weather.
Industrial Availability
The small plant factory of the utility model can be arranged city, community, market, farm and all kinds of landform with it is harsh
The place of weather conditions.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality
Any modification, equivalent substitution, improvement and etc. done within novel spirit and principle should be included in the utility model protection
Within the scope of.
Claims (10)
1. a kind of plant culture mist ploughing system, which is characterized in that including：
Cultivation area, including multiple cultivation casees and the nutrient solution case equipped with the nutrient solution needed for plant growth, multiple cultivation case stacking are put
It sets in the top of the nutrient solution case, plant growth lamp group is equipped with above each cultivation case, plant growth lamp group setting exists
The top of each cultivation case, provides the spectrum and illumination needed for plant growth, the plant growth lamp group and the cultivation
Plant growth space is reserved between case, the field planting plate for planting plants is equipped on the top of each cultivation case, every
The inside of a cultivation case is respectively equipped with multiple nozzles, and multiple nozzle is arranged towards the field planting plate, rests liquid mist
It is sprayed onto the root of plant, and multiple backwater holes for recycling nutrient solution are equipped in the bottom of the cultivation case, recycling is supported
Liquid returns to the nutrient solution case by the apopore of lower section and the return duct of the nutrient solution case for being connected to the cultivation case；
Device control area, including self priming pump and control device, the self priming pump draw nutrient solution simultaneously by water inlet pipe from the nutrient solution case
The nutrient solution is transported to the multiple nozzle by outlet pipe, which controls nutrient solution according to demand of plant growth
Spray concentration and spraying time.
2. plant culture mist ploughing system as described in claim 1, which is characterized in that
It is equipped with nano active carbon-coating in the bottom of the cultivation case, the nutrient solution of the nano active carbon-coating after atomized spray is from described
It carries out disinfection, purify during cultivation case internal reflux to nutrient solution case；
Ultraviolet germicidal lamp is equipped in the nutrient solution case, for killing pathogenic microorganism.
3. plant culture mist ploughing system as described in claim 1, which is characterized in that
The high magnetic flux generator of purple light is set in the nutrient solution case, urban water is formed into high magnetization by the high magnetic flux generator of the purple light
Water, the high magnetized water are deployed into plant irrigation water and are supplied to plant with the nutrient solution.
4. plant culture mist ploughing system as described in claim 1, which is characterized in that
It is equipped with water inlet pipe filter in the bottom for the water inlet pipe being connected to the nutrient solution case.
5. plant culture mist ploughing system as described in claim 1, which is characterized in that
The self priming pump is the mute self priming pump of micro computer,
The control device is according to the nutrient solution demands of the different stages of growth of plant, the nutrient solution concentration to cultivation case sprinkling and time
Carry out Discrete control.
6. the plant culture mist ploughing system as described in any one of claim 1-5, which is characterized in that
The device control area further includes supersonic generator, which is used for the field planting plate to the cultivation case
Plant provide the absorbable growth of blade face stomata needed for beneficial bacterial manure, the control device utilize the supersonic generator
Control the space humidity in plant growth space.
7. the plant culture mist ploughing system as described in any one of claim 1-5, which is characterized in that
The device control area further includes carbon-dioxide generator, which provides the field planting plate of the cultivation case
On plant needed for carbon dioxide, the control device carries out the concentration of carbon dioxide by the carbon-dioxide generator
Control.
8. a kind of small plant factory, which is characterized in that including：
Plant culture mist ploughing system described in any one of claim 1-5, wherein the cultivation area is equipped with one or more,
The device control area is equipped with one or more；
Frame, provide be isolated from the outside for planting space；
Cleaning air shower room is arranged in the front end of the frame and is controlled by the control device, keeps the frame empty with the external world
It is spaced and keeps the cleaning of its inner space；And
Exhaust system forms air circulation and air draft in the frame and the temperature in the frame is adjusted.
9. small plant factory as claimed in claim 8, which is characterized in that
The device control area further includes supersonic generator, which is used for the field planting plate to the cultivation case
Plant provide the absorbable growth of blade face stomata needed for beneficial bacterial manure, and pass through the supersonic generator control plant
The space humidity of growing space.
10. small plant factory as claimed in claim 8, which is characterized in that
The device control area further includes carbon-dioxide generator, which provides the field planting plate of the cultivation case
On plant needed for carbon dioxide, and the concentration of carbon dioxide is controlled by the carbon-dioxide generator.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721735582.3U CN207767047U (en) | 2017-12-13 | 2017-12-13 | Plant culture mist ploughing system and its small plant factory of utilization |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108124662A (en) * | 2017-12-13 | 2018-06-08 | 淮北合鸣光电科技有限公司 | Plant culture mist ploughing system and its small plant factory of utilization |
| TWI682712B (en) * | 2019-04-02 | 2020-01-21 | 國立勤益科技大學 | Greenhouse wireless sensing fog cultivation system |
-
2017
- 2017-12-13 CN CN201721735582.3U patent/CN207767047U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108124662A (en) * | 2017-12-13 | 2018-06-08 | 淮北合鸣光电科技有限公司 | Plant culture mist ploughing system and its small plant factory of utilization |
| TWI682712B (en) * | 2019-04-02 | 2020-01-21 | 國立勤益科技大學 | Greenhouse wireless sensing fog cultivation system |
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