CN207443818U - A kind of intelligent high-efficient plants cultivation system - Google Patents
A kind of intelligent high-efficient plants cultivation system Download PDFInfo
- Publication number
- CN207443818U CN207443818U CN201721508238.0U CN201721508238U CN207443818U CN 207443818 U CN207443818 U CN 207443818U CN 201721508238 U CN201721508238 U CN 201721508238U CN 207443818 U CN207443818 U CN 207443818U
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- water
- soil
- cultivation system
- transfer pipeline
- efficient
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Abstract
A kind of intelligent high-efficient plants cultivation system, and including an at least water tower, which is used to store water；One water transfer pipeline connects the water tower including an arrival end, a tube body and an at least port of export, the arrival end；The water transfer pipeline is used to the water in the water tower being transported to the device in downstream；An at least Zhi Zai areas, positioned at the lower section of the port of export of the water transfer pipeline, to receive the water conveyed from the water tower by the water transfer pipeline；Synthesis soil is configured in the Zhi Zai areas, and required plant is planted above the synthesis soil；Wherein the synthesis the content of soil includes cocoanut shell, compost, pearl soil and earthworm fertilizer.
Description
Technical field
Cultivation system is planted the utility model is related to one kind more particularly to a kind of intelligent high-efficient plants cultivation system.
Background technology
Application control device controls the duty planted and planted mainly using a water tower in the prior art, which is used to store up
Water.One water transfer pipeline connects the water tower, a tube body and an at least port of export including an arrival end.The water transfer pipeline
For the water in the water tower to be transported to the device in downstream.Wherein set in the tube body of the water transfer pipeline appropriate instrument with
Other relevant characteristics such as the pressure of water, water quality in the tube body are detected, and at least one switch is provided in the tube body to control water
Whether the conveying of the flow of stream and water.An at least Zhi Zai areas positioned at the lower section of the port of export of the water transfer pipeline, can receive
The water conveyed from the water tower by the water transfer pipeline.Special synthesis soil is configured in the Zhi Zai areas, and is being synthesized
Required plant, such as vegetables are planted above soil.When an at least Zhi Zai areas are multiple Zhi Zai areas, then the water conveys
The rear end of the tube body of pipeline is divided into multiple manifolds.Each port of export of the water transfer pipeline is located at the end of corresponding each manifold.
A control device is additionally included, connects each switch in the water transfer pipeline, is controlled with application electric signal
The degree of the opening respectively switched, therefore whether the conveying of the flow of current and water in the tube body can be controlled.The control device can
Taking human as the flow for setting each switch, to determine the water received required for each Zhi Zai areas, reach optimal flow control and
It will not cause the waste of water.
It is well known mode that the automatically controlled mode of above application, which controls plant to plant current, but in the Zhi Zai areas of the prior art, vegetable
Dish can be grown simultaneously with weeds, so weeding must be carried out by planting cultivation person, can make soil additionally, due to the result applied fertilizer and spray current
Qualitative change is hard, so laborious dig must be taken a lot of trouble by planting cultivation person.
Therefore the utility model wishes to propose that a kind of brand-new intelligent high-efficient plants cultivation system, to solve in the above-mentioned prior art
The defects of, to reduce the labour for planting cultivation person during cultivation is planted, and increase the output of vegetables.
Utility model content
So the purpose of this utility model proposes a kind of intelligence to solve the problems, such as in the above-mentioned prior art in the utility model
The advantages of energy type efficiently plants cultivation system, and special synthesis soil is configured in Zhi Zai areas, the synthesis soil is comparable soft, is fitted
The growth of plant is closed, and the growth of straw or like vegetable can be inhibited.So when planting vegetable, the growth stage of vegetables can contract
It is short, and grow denseer.And because no straw or like vegetable robs food fertilizer, it is possible to reduce the use of fertilizer, also increase
The output of single Zhi Zai areas vegetables.Therefore the synthesis the content of soil in the utility model is situated between for the plantation of favourable plant growth
Matter so that Zhi Zai areas can have good planting environment.And the synthesis the content of soil is no grass-seed medium, can be formed
Good plantation environment.And since the synthesis soil of the utility model is comparable soft, planting cultivation person can quite easily
Dig, therefore either for plant before and harvesting when operation of digging all quite can easily carry out, can be promoted and applied
When whole efficiency.
It is proposed that a kind of intelligent high-efficient plants cultivation system in the utility model in order to achieve the above objectives, including：An at least water tower,
The water tower is used to store water；One water transfer pipeline, including an arrival end, a tube body and an at least port of export, which connects
Connect the water tower；The water transfer pipeline is used to the water in the water tower being transported to the device in downstream；An at least Zhi Zai areas, positioned at the water
The lower section of the port of export of transfer pipeline, to receive the water conveyed from the water tower by the water transfer pipeline；The plant is planted
Synthesis soil is configured in area, and required plant is planted above the synthesis soil；The wherein synthesis the content of soil bag
Include cocoanut shell, compost, pearl soil and earthworm fertilizer.
Preferably, cocoanut shell ratio shared in the synthesis soil is between 30% to 60% weight percent.
Preferably, compost ratio shared in the synthesis soil is between 30% to 50% weight percent.
Preferably, pearl soil ratio shared in the synthesis soil is between 2% to 10% weight percent.
Preferably, earthworm fertilizer ratio shared in the synthesis soil is between 5% to 20% weight percent.
Preferably, instrument is provided in the tube body of the water transfer pipeline to detect the pressure or water quality of water in the tube body.
Preferably, whether at least one switch is provided in the tube body to control the conveying of the flow of current and water.
It is further preferred that an at least Zhi Zai areas are multiple Zhi Zai areas, and the rear end of the tube body of the water transfer pipeline
It is divided into multiple manifolds, the Zhi Zai areas of sprinkling aqueous required for each manifold corresponds to respectively, to spray aqueous to each Zhi Zai areas, and
Corresponding switch is respectively arranged in each manifold.
It is further preferred that the intelligent and high-efficiency, which plants cultivation system, further includes a control device, connect in the water transfer pipeline
Each switch, the degree of the opening of each switch is controlled with application electric signal, and control the flow of current and water in the tube body
Whether conveying.
Description of the drawings
Fig. 1 is an embodiment of the utility model.
Fig. 2 is the electric control structure block diagram of the utility model.
Fig. 3 is the synthesis the content of soil ratio pie chart of the utility model.
Reference sign
10- water towers；20- water transfer pipelines；21- arrival ends；22- tube bodies；The 23- ports of export；30- instrument；
40- is switched；50- Zhi Zai areas；51- synthesizes soil；60- control devices；70- input-output devices；
221- menifolds.
Specific embodiment
The structure composition of the utility model and the effect of can be generated and advantage, coordinates attached drawing, lifts the one of the utility model
Detailed description are as follows for preferred embodiment.
It please refers to Fig.1 to the intelligent high-efficient plant cultivation system for shown in Fig. 3, being the utility model, including following assemblies：
An at least water tower 10, the water tower 10 are used to store water.
One water transfer pipeline 20 connects the water tower 10, a tube body 22 and an at least port of export 23 including an arrival end 21.
The water transfer pipeline 20 is used to the water in the water tower 10 being transported to the device in downstream.Wherein tube body of the water transfer pipeline 20
Appropriate instrument 30 is set in 22 to detect other relevant characteristics such as pressure, water quality of water in the tube body 22, and the tube body 22
In be provided at least one switch 40 to control the conveying of the flow of current and water whether.
An at least Zhi Zai areas 50 positioned at the lower section of the port of export 23 of the water transfer pipeline 20, can be received from the water
Tower 10 and pass through the water transfer pipeline 20 convey water.Synthesis soil 51 is configured in the Zhi Zai areas 50, and in the synthesis soil
Plant required plant, such as vegetables in 51 tops.
When an at least Zhi Zai areas 50 are multiple Zhi Zai areas 50, example as shown in Figure 1, then the water transfer pipeline
The rear end of 20 tube body 22 is divided into multiple manifolds 221, the Zhi Zai areas of sprinkling aqueous required for each manifold 221 corresponds to respectively
50, to spray aqueous to each Zhi Zai areas 50, and corresponding switch 40 is respectively provided in each manifold 221.The water transfer pipeline 20
Each port of export 23 be located at the end of corresponding each manifold 221.
One control device 60 connects each switch 40 and each instrument 30 in the water transfer pipeline 20, to apply electric signal
And the degree of the opening of each switch 40 is controlled, therefore whether the conveying of the flow of current and water in the tube body 22 can be controlled.It should
The flow of each switch 40 can be manually set in control device 60, to determine the water received required for each Zhi Zai areas 50, reach
Waste of the optimal flow control without causing water.Fig. 2 shows the electric control structure of this case, and wherein the control device 60 can connect
An input-output device 70 is connect, so user can be set the water flow of each port of export 23 and be opened by the input-output device 70
The time is closed, efficiency is planted with the plant for reaching best.
Wherein the ingredient of the synthesis soil 51 includes cocoanut shell, compost, pearl soil and earthworm fertilizer.
As shown in figure 3, cocoanut shell ratio shared in the synthesis soil 51 between 30% to 60% weight percent it
Between；Compost ratio shared in the synthesis soil 51 is between 30% to 50% weight percent；The pearl soil is in the conjunction
Shared ratio is between 2% to 10% weight percent into soil 51；The earthworm fertilizer is shared in the synthesis soil 51
Ratio is between 5% to 20% weight percent.
The advantages of the utility model is the special synthesis soil 51 of the configuration in the Zhi Zai areas 50, the synthesis soil 51
Advantage is comparable soft, is suitble to the growth of plant, and can inhibit the growth of straw or like vegetable.So when planting vegetable,
The growth stage of vegetables can shorten, and grow denseer.And because no straw or like vegetable robs food fertilizer, it is possible to reduce
The use of fertilizer also increases the output of single Zhi Zai areas vegetables.Therefore the ingredient of the synthesis soil 51 in the utility model is
The plantation medium of favourable plant growth so that Zhi Zai areas can have good planting environment.And the synthesis soil 51 into
It is divided into no grass-seed medium, good plantation environment can be formed.
And since the synthesis soil 51 of the utility model is comparable soft, planting cultivation person quite can easily turn over
Soil, therefore either all quite can easily be carried out for the operation of digging before planting and when harvesting, it can be promoted when applying
Whole efficiency.
In conclusion the design of consideration of the utility model hommization, quite meets actual demand.It specifically improves existing skill
The defects of art, substantially has the advantages that breakthrough progress compared to the prior art, the enhancement that has effects that really, and non-is easy to reach
Into.The utility model does not disclose or is exposed in domestic and external document in the market, having met utility model patent method
Regulation.
Above-mentioned detailed description is illustrated for the possible embodiments of the utility model, but the embodiment is not used
To limit the scope of protection of the utility model, equivalence enforcement or change carried out by all skill spirits without departing from the utility model,
It should all be included in the scope of protection of the utility model.
Claims (9)
1. a kind of intelligent high-efficient plants cultivation system, which is characterized in that including：
An at least water tower, the water tower are used to store water；
One water transfer pipeline connects the water tower including an arrival end, a tube body and an at least port of export, the arrival end；The water
Transfer pipeline is used to the water in the water tower being transported to the device in downstream；
An at least Zhi Zai areas, positioned at the lower section of the port of export of the water transfer pipeline, to receive from the water tower and by this
The water of water transfer pipeline conveying；Synthesis soil is configured in the Zhi Zai areas, and required plant is planted above the synthesis soil
Object；
Wherein the synthesis the content of soil includes cocoanut shell, compost, pearl soil and earthworm fertilizer.
2. intelligent high-efficient as described in claim 1 plants cultivation system, which is characterized in that cocoanut shell institute in the synthesis soil
The ratio accounted for is between 30% to 60% weight percent.
3. intelligent high-efficient as described in claim 1 plants cultivation system, which is characterized in that the compost is shared in the synthesis soil
Ratio between 30% to 50% weight percent.
4. intelligent high-efficient as described in claim 1 plants cultivation system, which is characterized in that pearl soil institute in the synthesis soil
The ratio accounted for is between 2% to 10% weight percent.
5. intelligent high-efficient as described in claim 1 plants cultivation system, which is characterized in that earthworm fertilizer institute in the synthesis soil
The ratio accounted for is between 5% to 20% weight percent.
6. intelligent high-efficient as described in claim 1 plants cultivation system, which is characterized in that is set in the tube body of the water transfer pipeline
Instrument is equipped with to detect the pressure or water quality of water in the tube body.
7. intelligent high-efficient as described in claim 1 plants cultivation system, which is characterized in that at least one switch is provided in the tube body
Whether to control the conveying of the flow of current and water.
8. intelligent high-efficient as claimed in claim 7 plants cultivation system, which is characterized in that an at least Zhi Zai areas plant for multiple plant
Area, and the rear end of the tube body of the water transfer pipeline is divided into multiple manifolds, sprinkling aqueous required for each manifold corresponds to respectively
Zhi Zai areas to spray aqueous to each Zhi Zai areas, and are respectively arranged with corresponding switch in each manifold.
9. intelligent high-efficient as claimed in claim 7 plants cultivation system, which is characterized in that the intelligent and high-efficiency is planted cultivation system and further included
One control device connects each switch in the water transfer pipeline, and the degree of the opening of each switch is controlled with application electric signal,
And whether controlling the conveying of the flow of current and water in the tube body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721508238.0U CN207443818U (en) | 2017-11-13 | 2017-11-13 | A kind of intelligent high-efficient plants cultivation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721508238.0U CN207443818U (en) | 2017-11-13 | 2017-11-13 | A kind of intelligent high-efficient plants cultivation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207443818U true CN207443818U (en) | 2018-06-05 |
Family
ID=62279182
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721508238.0U Expired - Fee Related CN207443818U (en) | 2017-11-13 | 2017-11-13 | A kind of intelligent high-efficient plants cultivation system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207443818U (en) |
-
2017
- 2017-11-13 CN CN201721508238.0U patent/CN207443818U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180605 Termination date: 20181113 |