CN208143917U - A kind of intelligence cultivation box - Google Patents
A kind of intelligence cultivation box Download PDFInfo
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- CN208143917U CN208143917U CN201820655106.9U CN201820655106U CN208143917U CN 208143917 U CN208143917 U CN 208143917U CN 201820655106 U CN201820655106 U CN 201820655106U CN 208143917 U CN208143917 U CN 208143917U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
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Abstract
The utility model provides a kind of intelligent cultivation box, it is related to planting unit technical field, including cultivation box ontology, the cultivation box ontology is equipped with air intlet, air outlet, hot air intake and cold air import, the air outlet is equipped with air interchanger, the air intlet, air outlet, hot air intake and cold air entrance are equipped with air door, are equipped with automatic switch device on air door；Hot air intake, cold air import are connect with hot gas source with cold air source respectively；At least one planter units is provided in the cultivation box ontology；Power module, control module, carbon dioxide sensor and temperature sensor are installed in the cultivation box ontology；The air interchanger, automatic switch device, carbon dioxide sensor and temperature sensor are all connected to power module and control module, and the power module and control module are connected with each other.The utility model precisely adjusts the plant growth environment in cultivation box, reaches best cultivate effect.
Description
Technical field
The utility model relates to planting unit technical fields, and in particular to a kind of intelligence cultivation box.
Background technique
Traditional houseplant such as flowers, nursery stock etc., is cultivated using soil, is grown naturally, artificial watering fertilising.Also have one
A little biggish plantations use drip irrigation technique and cultivation technique without soil.Existing cultivation technique requires frequent mobile flowerpot and arrives
There is sunlit position, and pollution environment is easy using soil cultivation, artificially applying fertilizer, watering are not only difficult to seize the opportunity, but also not
Dosage appropriate can be determined according to the characteristic of plant, plant can only be grown by free period and can not be adjusted.Existing cultivation side
Formula, once forgetting correlates plant or the long period leaves plant, it is easy to and cause plant growth to be stagnated even due to a lack of illumination
With water and withered death.
Application No. is the patent documents of CN201510531895.6 to disclose a kind of houseplant intelligent cultivation device, provides
A kind of method of specific practical houseplant intelligent cultivation device and cultivation；LED light module, branch including being located at top
Strut, flowerpot, further include growth device for plant, electric water pump, power module, control module and control panel, and LED light module is logical
Cross the top that support rod is fixed on flowerpot, nutrient solution and water needed for storing plant growth in the flowerpot, the plant growth
Device is placed on above flowerpot, and the top and bottom of growth device for plant offer intercommunicating pore, and the lower end of growth device for plant is located at battalion
In nutrient solution and water, the intercommunicating pore on the outlet pipe connection growth device for plant top of the electric water pump, power module connects LED and shines
Module, control module and control panel, the software of various plants growth protocols is equipped in control module, and control module is connected to
LED light module and electric water pump, control panel are connected with control module.
The patent enables users to select light application time and intensity according to the hobby of oneself, shortens or extend the growth of plant
Period pointedly provides it and is used for photosynthetic light source, improves the service efficiency of nutrient solution and water.But the device without
Method provides the specific conditions such as the temperature, humidity, Carbon Dioxide in Air content of optimization for plant growth；And the device volume
Small, low output, it is difficult to meet a variety of, voluminous plantation needs；When user is outgoing for a long time, can not remote reviewing arrive plant
Growing state.
Utility model content
The technical problem to be solved by the utility model is to existing Domestic planting devices to provide for plant growth
The problem of growing environment of optimization.
The utility model solves above-mentioned technical problem using following technical scheme：
A kind of intelligence cultivation box, including cultivation box ontology, the cultivation box ontology are equipped with air intlet, air outlet, heat
Gas import and cold air import, the air outlet be equipped with air interchanger, the air intlet, air outlet, hot air intake and cold air into
It is equipped with air door at mouthful, automatic switch device is installed on air door；Hot air intake, cold air import respectively with hot gas source and cold air source
Connection；At least one planter units is provided in the cultivation box ontology；
Power module, control module, carbon dioxide sensor and temperature sensor are installed in the cultivation box ontology；
The air interchanger, automatic switch device, carbon dioxide sensor and temperature sensor are all connected to power supply mould
Block and control module, the power module and control module are connected with each other.
Further, the air outlet is set on the top surface of cultivation box ontology, and the air intlet is set to case-side
Below wall.
Further, the planter units include water tank and growth disk；The water tank is set to the bottom of planter units, institute
It states growth disk and is installed on tank top, growing has implantation hole on disk, the implantation hole is through-hole.
Further, the growth disk is hollow structure, and implantation hole includes the first implantation hole being arranged above and below and second
Plant hole, first implantation hole and the second implantation hole are respectively arranged at the upper and lower surfaces of growth disk, the first implantation hole and
Second kind of plant hole number is identical and position corresponds；Blasthole is additionally provided on the growth disk；
First water pump is installed, first water pump is connect with the first water pipe in the water tank；The other end of first water pipe
It is connected to by blasthole with growth disk；First water pump is connected to power module and control module.
Further, water level monitoring device is installed, the water level monitoring device is connected to power module in the water tank
And control module.
Further, the planter units are arranged above and below in cultivation box ontology, and the water tank capacity of bottom planter units is big
In the water tank capacity of other layers；
It is equipped with the second water pump in the water tank of bottom planter units, connects several second water pipes, the second water pipe on the second water pump
The other end be inserted into the water tank of other each planter units respectively, the second water pipe be equipped with automatic valve；Second water pump,
Automatic valve is all connected to power module and control module.
Further, photographing module and WIFI module are also equipped in the cultivation box ontology, photographing module includes camera shooting
Head, the photographing module and control module pass through WIFI module and user terminal is wirelessly connected.
Further, the planter units further include illumination mechanism and the elevating mechanism for adjusting illumination mechanism height；Institute
State illumination it is inter-agency every the top for being mounted on growth disk, illumination mechanism includes lamp plate, the lamp plate and power module and control mould
Block electrical connection or signal connection.
Further, the illumination mechanism further includes lampshade, and the lamp plate is mounted in lampshade, the side wall bottom of the lampshade
End face is located at the lower section of lamp plate lower surface.
Further, the elevating mechanism includes driving motor, screw rod and nut, and the screw rod is vertically installed at cultivation box
On the side wall of ontology, the shaft of screw rod and driving motor is connected；The nut and screw rod are cooperatively connected, and are fixed on the lampshade
Side；The driving motor is connected to power module and control module.
Further, the illumination mechanism further includes lampshade, and the lamp plate is mounted in lampshade, the side wall bottom of the lampshade
End face is located at the lower section of lamp plate lower surface.
Further, the outside of the water tank bottom is equipped with groove, and when chamber door is closed, the texturearunaperpendicular is in the bottom of chamber door
Side, the bottom surface of cabinet are equipped with the guide rail matched with groove.
The utility model has the advantages that：
Planting unit is placed in cultivation box ontology, the subenvironment of plant growth is isolated with indoor overall situation, is convenient for
Plant growth environment is precisely adjusted as needed, reaches best cultivate effect.
The gas concentration lwevel in cultivation box is detected by carbon dioxide sensor, and feeds back to control module,
The access of the ventilation between cultivation box external environment is made up of air intlet, air outlet, control module passes through driving ventilation dress
Set, to control the gas concentration lwevel in plant growth environment, while by the oxygen-enriched air in cultivation box discharge to
Indoor oxygen content is improved in interior, increases human comfort；
By the temperature in temperature sensor real-time detection cultivation box, and control module is fed back to, control module passes through control
The opening and closing of hot air intake processed and cold air entrance air door, controls the temperature in plant growth environment, thus raw for plant
It is long that the growing environment optimized is provided.
Power module and control module are set in cultivation box, by structures such as water tank, growth disk, water pumps automatically to plant
It keeps the skin wet and nutrient, the water level in water tank is monitored by water level monitoring device, the timely moisturizing of user is reminded, thus right
Nutrient and humidity in plant growth environment are controlled.
Photographing module and WIFI module are installed in cultivation box ontology, plant growth data, length are realized by network connection
The wireless transmission of gesture and the remote control function of mobile phone terminal.
Detailed description of the invention
Fig. 1 is the structure chart of cultivation box in the utility model embodiment；
Fig. 2 is the exploded view of planter units in the utility model embodiment；
Fig. 3 is the enlarged drawing in the portion A in Fig. 2；
Fig. 4 is the Automatic Control Theory figure of control module in the utility model embodiment.
Specific embodiment
In order to the utility model structure feature and it is reached the effect of have a better understanding and awareness, to compared with
Good examples and drawings cooperate detailed description, are described as follows：
A kind of cultivation box, as shown in Figure 1 and Figure 2, including cultivation box ontology 1 and planter units (figure does not indicate).
The subenvironment of plant growth is isolated with indoor overall situation in cultivation box ontology 1, convenient for as needed to plant growth
Environment is precisely adjusted, and best cultivate effect is reached.As further preferred technical solution, the cultivation box ontology 1 is wrapped
Chamber door 11 and cabinet 12 are included, cabinet 12 is mainly made of top surface 121, bottom surface 122 and side wall 123, and the bottom of cultivation box ontology 1 is set
There is traveling wheel 18, is moved easily.The cultivation box ontology 1 is equipped with air outlet 14, air intlet 15, hot air intake (not shown)
With cold air import (not shown), the air outlet 14, air intlet 15, hot air intake (not shown) and cold air import (not shown)
Place is equipped with air door (not shown)；Air intlet 15 and air outlet 14 constitute the ventilation between 1 external environment of cultivation box ontology
Access, in use, air interchanger can be arranged at air outlet 14, the air interchanger in the present embodiment is ventilation fan 13, ventilation
Fan 13 can drive the air door opened at air outlet 14 to take a breath, and air door is closed after the completion of ventilation.As further preferred skill
Art scheme is equipped with air filtration layer at the air outlet 15, and air filtration layer is active carbon net 16, to the air in cabinet 2 into
Row filtration, purification, advanced optimizes plant growth environment.Hot air intake and cold air import are connected with hot gas source and cold air source respectively,
Hot gas source and cold air source can be obtained by various methods in the prior art, as needed in cultivation box ontology 1
Temperature is controlled.
As further preferred technical solution, the air outlet 14 is set on the top surface of cabinet 12, air intlet 15
It is set to the lower section of wall box 123.Hot air intake and cold air import may be disposed on each face of cabinet 12.
As further preferred technical solution, the chamber door 11 is transparent glass door, according to the height of cultivation box ontology 1
It spends, settable multiple chamber doors, two transparent glass doors up and down is set in the present embodiment, and are equipped with behaviour between upper and lower two glass doors
Make panel (figure does not indicate), display screen and operation button is provided on operation panel (figure does not indicate), in use, can be in cultivation box
Control module is set in ontology 1, and control module is connect with operation panel (figure does not indicate), realizes intelligent plantation.It can also basis
It needs the cabinet 12 transparence is made, convenient for observation 1 implants growing state of cultivation box ontology, while play the role of ornamental.
At least one planter units (figure does not indicate), when there are multiple planter units, institute are equipped in the cultivation box ontology 1
Stating multiple planter units can need to be arranged in various shape, each planter units in cultivation box ontology 1 according to ornamental or plantation
Can individually it adjust.Planter units include water tank 2 and growth disk 3.
As shown in Fig. 2, the water tank 2 is set to the bottom of planter units, water needed for storage has plant growth in water tank 2
And nutrient solution；As further preferred technical solution, the outside of 2 bottom of water tank is equipped with groove 24, when chamber door 11 is closed,
For the groove 24 perpendicular to the bottom edge of chamber door 11, the bottom surface 122 of cabinet is equipped with the guide rail 124 matched with groove 24.Make water
Case 2 is extracted out or is packed into which can be convenient.It can according to need in planting process and open transparent glass door at any time, to relevant plant
Type changes, and harvests or supplement water and nutrient solution, and repeating the above steps can continue to cultivate after the completion.
As shown in Figure 1-3, the growth disk 3 is installed on 2 top of water tank and the upper cover as water tank 2, growing on disk 3 has kind
Hole 30 is planted, the implantation hole 30 is through-hole.Multiple implantation holes 30 can be set on growth disk 3 as needed, as further excellent
The technical solution of choosing, growth disk 3 are hollow structure, and implantation hole 30 includes the first implantation hole 31 and the second implantation hole being arranged above and below
32, first implantation hole 31 and the second implantation hole 32 are respectively arranged at the upper and lower surfaces of growth disk 3, it is described the first
Plant hole 31 is identical with 32 quantity of the second implantation hole and position corresponds；First implantation hole 31 and the second implantation hole 32 are logical
Hole is used for serike, and plant bottom is suitably fixed so that root system extends downward into water tank, and plant top can freely give birth to
It is long；The quasi- vegetable seeds cultivated or seedling bud are coated with assisting growth and positioning, cross the cellulosic culture medium of water, and are implanted into plantation
Hole.Blasthole (not shown) is additionally provided on the growth disk 3, blasthole may be disposed at the top or side of growth disk.In use,
First water pump 22 can be set in water tank 2, and the first water pump 22 is connect with the first water pipe 23, and the other end of the first water pipe 23 is connected to
The blasthole, so that water tank 2 is connected to growth disk 3.
As further preferred technical solution, the growth disk 3 includes the upper cover 33 and bottom cavity 34 being detachably connected, on
It is connected together between lid 33 and bottom cavity 34, the blasthole is set on the side wall of bottom cavity 34；The side of second implantation hole 32
It is equipped with protrusion at edge, forms flange 35, is located on the bottom surface of bottom cavity on the flange 35, notch 351 is provided on flange 35.Water tank
Water and nutrient solution in 2 are delivered in bottom cavity 34 by the first water pump 22 and the first water pipe 23, flow through each implantation hole 30 for planting
Object absorbs a part, and rest part flows back by notch and realizes circulation in water tank 2.The setting of flange 35 can slow down water and nutrition
Liquid flows back into the speed in water tank 2, it is ensured that water and nutrient solution flow through each implantation hole 30.As further preferred technical side
Case, the notch 351 are identical as the height of flange 35.
As further preferred technical solution, 3 planter units being arranged above and below are equipped in the cultivation box ontology 1,
The volume of the water tank 2 of bottom planter units is greater than the water tank capacity of other planter units, and bottom planter units in cabinet 12
Be equipped with the second water pump (not shown) in water tank, connect several second water pipe (not shown) on the second water pump, the second water pipe it is another
End is inserted into respectively in the water tank of other each planter units, and the second water pipe is equipped with valve (not shown).When some upper layer water tank
When interior water level is too low, the second water pump and corresponding valve opening are opened, supplements water into the water tank, until the water in the water tank
Position reaches predeterminated position, realizes that upper layer water tank directly supplements water from the biggish water tank of bottom volume, is more convenient to operate.
As further preferred technical solution, it is additionally provided with illumination mechanism 4 in the cultivation box ontology 1 and adjusts illumination
The elevating mechanism 5 of mechanism height；The illumination mechanism 4 is spaced the top for being mounted on growth disk 3, and illumination mechanism 4 includes lamp plate 41.
Lamp plate 41 is made of the LED light emitting source of a greater number, a variety of monochromes, according to different plants and the needs of different stages of growth,
The combination of LED kind, quantity that can adjust every layer of lamp plate while being lit, forms the optimal spectrum of this layer of plant growth.
As further preferred technical solution, the illumination mechanism 4 further includes lampshade 42, and the lamp plate 41 is mounted on lamp
In cover 42, the side wall bottom face of the lampshade 42 is located at the lower section of 41 lower surface of lamp plate, makes top and the periphery quilt of lamp plate 41
Lampshade 42 covers, and only issues illumination against growth disk 3 to the lower part when lighting, improves illumination utilization rate.As further preferred
Technical solution, the illumination mechanism 4 further include light guide plate 43, and light guide plate 43 is similarly installed in lampshade 42, and are located at lamp plate 41
Lower section, can further improve luminous efficiency, reduce energy consumption.
Elevating mechanism 5 can be the mechanism of the various driving liftings such as drawstring, hoisting mechanism, as further preferred technology
Scheme, the elevating mechanism 5 include driving motor 51, screw rod 52 and nut 53, and the screw rod 52 is vertically installed at cultivation box sheet
On the side wall of body 1, screw rod 52 is connect with the shaft of driving motor 51；The nut 53 is cooperatively connected with screw rod 52, and is fixed on
The side of the lampshade 42.Driving motor 51 can drive 52 positive and negative rotation of screw rod, and then push the nut being fixed on lampshade 42
53, drive lamp plate 41 to move up and down, for adjusting the space needed as plant grows tall, and the illumination that plant can be made to be subject to is strong
Degree generates variation because it is different from light emitting source distance.As further preferred technical solution, at least the one of the lampshade 42
Side is equipped with guide post 421, and the cultivation box ontology 1 is equipped with the guide groove 17 matched with guide post, and the guide groove 17 and screw rod 52 are flat
Row.It can reduce the frictional resistance that illumination mechanism 4 moves up and down.
Automatic switch device is installed on the air door, power module, control mould are also equipped in the cultivation box ontology 1
Block, carbon dioxide sensor and temperature sensor；
As shown in connection with fig. 4, the air interchanger, automatic switch device, carbon dioxide sensor, temperature sensor, lamp plate
41 and driving motor 51 be all connected to power module and control module, the power module and control module are connected with each other.
The first water pump 22 is mounted in the water tank 2 of each planter units, first water pump 22 and the first water pipe 23 connect
It connects；The other end of first water pipe 23 is connected to by blasthole with growth disk 3；First water pump 22 is connected to power module and control
Molding block.
Water level monitoring device 21 is installed, the water level monitoring device 21 is connected to power module and control in the water tank 2
Molding block.
Valve on second water pipe is automatic valve, and second water pump, automatic valve are all connected to power module
And control module.
Photographing module and WIFI module are also equipped in the cultivation box ontology 1, photographing module includes camera, described to take the photograph
As module and control module pass through WIFI module and user terminal wireless connection.The preferred mobile phone terminal of user terminal.It is logical
It crosses network connection and realizes plant growth data, the wireless transmission of growing way and the remote control function of mobile phone terminal.
Power module provides power supply for intelligent domestic planting unit.Control software is mounted in chip in control module,
Default cultivation kind and desired control mode in software are controlled, such as cultivates or separately set environmental parameter value etc., realization pair automatically
The control of start-stop, operation and each unit, various functions of complete machine.The ventilation fan 141 is electrically connected with power module, control module
It connects or signal connects.Control module is connect with operation panel (figure does not indicate), and user can be by operation panel (figure does not indicate)
Upper operation, so that control module be accordingly arranged.After preset growth course, operation panel (figure does not indicate) is shown
Display screen can prompt user to harvest product in time, carry out new plantation again.
The carbon dioxide sensor and temperature sensor are for the gas concentration lwevel in real-time detection cultivation box ontology 1
And temperature, and will test value and feed back to control module, control module analyses and compares to received numerical value, when control module point
When analysis show that the gas concentration lwevel in cultivation box ontology 1 is too low, control module starts ventilation fan 131, will be in cultivation box ontology 1
The oxygen that photosynthesis of plant generates is discharged into indoor environment, and makes the oxygen content in indoor environment by air displacement
Increase.When control module analysis show that the temperature in cultivation box ontology 1 is too low, the air door of cold air entrance is opened, cold air is made
Into to 1 internal cooling of cultivation box ontology, until the temperature in cultivation box ontology 1 reaches preset suitable plant in control module
The temperature of object growth；On the contrary, being opened at hot air intake when control module analysis obtains in cultivation box ontology 1 when the temperature is excessively high
Air door, enter hot gas, to heating up inside cultivation box ontology 1, until the temperature in cultivation box ontology 1 reaches in control module
The temperature of preset suitable for plant growth, to realize the control to planting environment.In addition, it can be also set as needed in user
His sensor, is monitored other environmental parameters in cultivation box ontology 1.
Water and nutrient solution needed for storage has plant growth in the water tank 2, selection is automatic in the control module cultivates mould
Formula, after pressing start key, the first water pump 22 starts running and send the water for being mixed with nutrient solution in water tank 2 through the first water pipe 23
To growth disk 3, using the cellulosic culture medium of implantation hole and sprout outer cladding, a part is absorbed for root system of plant, remaining
Sprout root system (not shown), 30 reflow tank 2 of implantation hole are passed through in part, and the control software pre-installed in control module can be according to plant
The growth of object needs to automatically control start-stop interval and the duration of the first water pump 22, when the liquid in water tank 2 is by plant growth
Consumption, when water level is reduced to predeterminated position, this information can be fed back to control module and issue signal by water level monitoring device 21,
Prompt user adds water and nutrient solution in time, to realize the control to nutrient and humidity in plant growth environment.
When the water level monitoring device 21 in some upper layer water tank detects that water level is too low, control module controls the second water pump
And corresponding automatic valve is opened, and supplements water into the water tank, and when the water level in the water tank reaches predeterminated position, control module
The second water pump and the corresponding valve of this layer of water tank are closed, realizes that upper layer water tank directly supplements water from the biggish water tank of bottom volume,
It is more convenient to operate.
The lamp plate 41 is connect with control module, according to different plants and the needs of different stages of growth, by control mould
The combination of LED kind, quantity that the lamp plate of every layer of block adjust automatically is lit simultaneously, forms the best light of this layer of plant growth
Spectrum, while 41 irradiation time of lamp plate and interval can be automatically controlled according to presupposed solution, this layer of plant can be made pre- by software in this way
If program is grown, the duration of illumination can also be adjusted according to the free scheme of user；Software meeting basis assumes in advance
Growth rhythm, at the appropriate time start driving motor 51, move up lamp plate 41 gradually, entirely grow tall during keep light source with
Suitable distance between plant.
Basic principles, main features, and advantages of the present invention has been shown and described above.Current row
The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments
Only the principles of the present invention, the utility model also has respectively on the premise of not departing from the spirit and scope of the utility model
Kind changes and improvements, these changes and improvements are both fallen in the range of claimed invention.The requires of the utility model
Protection scope defined by appended claims and its equivalent.
Claims (10)
1. it is a kind of intelligence cultivation box, which is characterized in that including cultivation box ontology, the cultivation box ontology be equipped with air intlet,
Air outlet, hot air intake and cold air import, the air outlet are equipped with air interchanger, the air intlet, air outlet, hot air intake
It is equipped with air door with cold air entrance, automatic switch device is installed on air door；Hot air intake, cold air import respectively with hot gas source
It is connect with cold air source；At least one planter units is provided in the cultivation box ontology；
Power module, control module, carbon dioxide sensor and temperature sensor are installed in the cultivation box ontology；
The air interchanger, automatic switch device, carbon dioxide sensor and temperature sensor be all connected to power module and
Control module, the power module and control module are connected with each other.
2. a kind of intelligent cultivation box according to claim 1, which is characterized in that the air outlet is set to cultivation box ontology
Top surface on, the air intlet is set to below cultivation box side wall.
3. a kind of intelligent cultivation box according to claim 1, which is characterized in that the planter units include water tank and growth
Disk；The water tank is set to the bottom of planter units, and the growth disk is installed on tank top, and growing on disk has implantation hole, institute
Stating implantation hole is through-hole.
4. a kind of intelligent cultivation box according to claim 3, which is characterized in that the growth disk is hollow structure, plantation
Hole includes the first implantation hole and the second implantation hole being arranged above and below, and first implantation hole and the second implantation hole are respectively arranged at life
The upper and lower surfaces of long disk, the first implantation hole is identical with second kind of plant hole number and position corresponds；The growth disk
On be additionally provided with blasthole；
First water pump is installed, first water pump is connect with the first water pipe in the water tank；The other end of first water pipe passes through
Blasthole is connected to growth disk；First water pump is connected to power module and control module.
5. a kind of intelligent cultivation box according to claim 3, which is characterized in that be equipped with water level monitoring dress in the water tank
It sets, the water level monitoring device is connected to power module and control module.
6. a kind of intelligent cultivation box according to claim 3, which is characterized in that the planter units are in cultivation box ontology
It is arranged above and below, the water tank capacity of bottom planter units is greater than the water tank capacity of other layers；
Be equipped with the second water pump in the water tanks of bottom planter units, connect several second water pipes on the second water pump, the second water pipe it is another
One end is inserted into respectively in the water tank of other each planter units, and the second water pipe is equipped with automatic valve；It is second water pump, automatic
Valve is all connected to power module and control module.
7. a kind of intelligent cultivation box according to claim 1, which is characterized in that be also equipped with and take the photograph in the cultivation box ontology
As module and WIFI module, photographing module includes camera, and the photographing module and control module pass through WIFI module and use
The connection of family terminal wireless.
8. a kind of intelligent cultivation box according to claim 3, which is characterized in that the planter units further include illumination mechanism
And adjust the elevating mechanism of illumination mechanism height；The illumination is inter-agency every the top for being mounted on growth disk, illumination mechanism packet
Lamp plate is included, the lamp plate is connect with power module and control module electrical connection or signal.
9. a kind of intelligent cultivation box according to claim 8, which is characterized in that the illumination mechanism further includes lampshade, institute
It states lamp plate to be mounted in lampshade, the side wall bottom face of the lampshade is located at the lower section of lamp plate lower surface.
10. a kind of intelligent cultivation box according to claim 9, which is characterized in that the elevating mechanism include driving motor,
Screw rod and nut, the screw rod are vertically installed on the side wall of cultivation box ontology, the shaft connection of screw rod and driving motor；It is described
Nut and screw rod are cooperatively connected, and are fixed on the side of the lampshade；The driving motor is connected to power module and control mould
Block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820655106.9U CN208143917U (en) | 2018-05-03 | 2018-05-03 | A kind of intelligence cultivation box |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820655106.9U CN208143917U (en) | 2018-05-03 | 2018-05-03 | A kind of intelligence cultivation box |
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| CN208143917U true CN208143917U (en) | 2018-11-27 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108419564A (en) * | 2018-05-03 | 2018-08-21 | 安徽江航爱唯科环境科技有限公司 | A kind of intelligence cultivation box |
| CN112166870A (en) * | 2020-09-21 | 2021-01-05 | 曾艳松 | Case is planted to landscape crop intelligence with sight |
-
2018
- 2018-05-03 CN CN201820655106.9U patent/CN208143917U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108419564A (en) * | 2018-05-03 | 2018-08-21 | 安徽江航爱唯科环境科技有限公司 | A kind of intelligence cultivation box |
| CN108419564B (en) * | 2018-05-03 | 2024-03-12 | 安徽江航爱唯科环境科技有限公司 | Intelligent planting box |
| CN112166870A (en) * | 2020-09-21 | 2021-01-05 | 曾艳松 | Case is planted to landscape crop intelligence with sight |
| CN112166870B (en) * | 2020-09-21 | 2022-06-07 | 曾艳松 | Case is planted to landscape crop intelligence with sight |
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