CN202998890U - Intelligent soil-cultivation plant growth cultivation system based on planting expert cloud - Google Patents
Intelligent soil-cultivation plant growth cultivation system based on planting expert cloud Download PDFInfo
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- CN202998890U CN202998890U CN 201220559564 CN201220559564U CN202998890U CN 202998890 U CN202998890 U CN 202998890U CN 201220559564 CN201220559564 CN 201220559564 CN 201220559564 U CN201220559564 U CN 201220559564U CN 202998890 U CN202998890 U CN 202998890U
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Abstract
The utility model provides an intelligent soil-cultivation plant growth cultivation system based on planting expert cloud. The intelligent soil-cultivation plant growth cultivation system based on the planting expert cloud comprises a planting expert cloud center, a communication network and one intelligent planting device or a plurality of intelligent planting devices, wherein the planting expert cloud center comprises a planting expert information computing service module, a planting expert information storage service module and a planting expert management service module; and the planting expert cloud center and the one intelligent planting device or the plurality of intelligent planting devices are both connected with the communication network. Each intelligent planting device comprises a control core board, an input unit, a communication unit, a potential of hydrogen (PH) value measuring unit, an environmental light intensity detection unit, a temperature and humidity detection unit, a watering control unit, a light supplementation control unit and a prompting unit. The intelligent soil-cultivation plant growth cultivation system based on the planting expert cloud is used for intelligent planting of plants, can monitor main growth environment parameters of the plants, can upload or download planting experience locally, replaces the traditional planting principle of watering the plants only, and achieves planting in a resource sharing mode.
Description
Technical field
The utility model relates to a kind of cultivation system, especially a kind of intelligent earth culture plant growth cultivation system based on plantation expert cloud.
Background technology
People are more and more abundanter to the experience of planting at present, but the growth characteristics of plant and posterior infromation all rest in the minority staff, such as the scientific research institution of certain plants cultivation, for confidentiality, do not consider the plantation experience universal.For some vigorous plants of vitality, majority think that but this is wrong idea as long as often water just passablely.The growing environment of plant directly affects the growth conditions of plant, and people often can't judge from the growth conditions of plant whether plant is healthy.Along with the maturation of the development of technology of Internet of things, cloud storage and cloud computing, people more and more expect and can store and share the plantation posterior infromation, therefore, are necessary to propose a kind of cloud service based on planting the expert and realize present requirements.
Summary of the invention
The purpose of this utility model is to replenish the deficiencies in the prior art, a kind of intelligent earth culture plant growth cultivation system based on plantation expert cloud is provided, the main growing environment parameter of plant is monitored, can upload, download the plantation experience in this locality, replaced and traditional only can be the plantation theory of plant watering, realized plantation in the mode of sharing plantation experience resource.The technical solution adopted in the utility model is:
A kind of intelligent earth culture plant growth cultivation system based on plantation expert cloud, comprise plantation expert Yun Zhongxin, communication network and one or more intelligent planting unit, described plantation expert Yun Zhongxin comprises plantation expert info calculation services module, plantation expert info storage services module and plantation technocracy service module; Described plantation expert Yun Zhongxin, one or more intelligent planting unit all are connected with communication network.
Described plantation expert info calculation services module is comprised of one or many high-performance computers, described plantation expert info storage services module is by a cover or overlap memory device more and form, and described plantation technocracy service module is comprised of one or many service computers.
Described plantation expert info calculation services module receives the plantation data (such as the plantation experience) that intelligent planting unit is uploaded, and then plants data and is stored by plantation expert info storage services module; Plantation data, floristics, growing environment data message that described plantation expert info storage services module storage is received by plantation expert info calculation services module;
Described plantation technocracy service module is in charge of, collaborative exchanges data of planting expert info calculation services module and plantation expert info storage services module.
Described intelligent planting unit comprises control core plate, input block, communication unit, pH value measuring unit, environmental light intensity detecting unit, temp. and humidity detecting unit, waters water control unit, light filling control module, Tip element; Described control core plate connects input block, communication unit, pH value measuring unit, environmental light intensity detecting unit, temp. and humidity detecting unit, waters water control unit, light filling control module, Tip element.
Described control core plate comprises CPU and the external or built-in FLASH memory with calculation function, and the circuit of analog or digital signal processing function.
Described input block comprises key-press input unit or touch-screen input unit.
Described communication unit comprises wired or communication, can realize data exchanging function with plantation expert Yun Zhongxin by communication network.
Described pH value measuring unit comprises P in soil H value measurement function or water ph value measurement function.
Described environmental light intensity detecting unit can be to the illumination intensity value of input plant in the control core plate.
Described temp. and humidity detecting unit is used for the detection of soil, coolant-temperature gage or environmental temperature, and the detection of soil moisture or moisture.
The described water control unit that waters is connected with the water pump that is used for watering, and opens the program of watering or closes the program of watering by the duty of controlling water pump.
Described light filling control module controls to extend the light application time of plant by light filling.
Described Tip element comprises LED Presentation Function and voice prompt function, perhaps based on text, the animation prompt facility of display screen.
Described communication network comprises internet and LAN.
Described touch-screen input unit comprises resistance touch screen input block or electric capacity touch screen input block.
Described FLASH memory can be stored the parameter preset of one or more planting plants.
Advantage of the present utility model: based on the intelligent earth culture plant growth cultivation system of plantation expert cloud, by the monitoring to the main growing environment parameter of plant, can upload, download the plantation experience in this locality, replaced and traditional only can be the plantation theory of plant watering, realized plantation in the mode of shared resource.The utility model is practical, and is simple in structure, and versatility is good.
Description of drawings
Fig. 1 is that structure of the present utility model forms schematic diagram.
Fig. 2 is each unit connection diagram of the utility model intelligence planting unit.
Fig. 3 is the utility model embodiment workflow diagram.
Fig. 4 is the utility model intelligence planting unit operational flowchart.
Embodiment
The utility model is described in further detail below in conjunction with concrete drawings and Examples.
As shown in Figure 1 and Figure 2:
A kind of intelligent earth culture plant growth cultivation system based on plantation expert cloud, comprise plantation expert Yun Zhongxin, communication network and one or more intelligent planting unit, described plantation expert Yun Zhongxin comprises plantation expert info calculation services module, plantation expert info storage services module and plantation technocracy service module; Described plantation expert Yun Zhongxin, one or more intelligent planting unit all are connected with communication network.
Described plantation expert info calculation services module is comprised of one or many high-performance computers, described plantation expert info storage services module is by a cover or overlap memory device more and form, and described plantation technocracy service module is comprised of one or many service computers.
Described plantation expert info calculation services module receives the plantation data (such as the plantation experience) that intelligent planting unit is uploaded, and then plants data and is stored by plantation expert info storage services module; Plantation data, floristics, growing environment data message that described plantation expert info storage services module storage is received by plantation expert info calculation services module are so that share;
Described plantation technocracy service module is in charge of, collaborative exchanges data of planting expert info calculation services module and plantation expert info storage services module.
Described intelligent planting unit comprises control core plate, input block, communication unit, pH value measuring unit, environmental light intensity detecting unit, temp. and humidity detecting unit, waters water control unit, light filling control module, Tip element; Described control core plate connects input block, communication unit, pH value measuring unit, environmental light intensity detecting unit, temp. and humidity detecting unit, waters water control unit, light filling control module, Tip element.
Described control core plate comprises CPU and the external or built-in FLASH memory with calculation function, and the circuit of analog or digital signal processing function.The FLASH memory can be stored the parameter preset of one or more planting plants, such as default pH value scope, and preset temperature upper limit value and lower limit value, default humidity upper limit value and lower limit value, default intensity of illumination upper limit value and lower limit value and default light application time upper limit value and lower limit value.
Described input block comprises key-press input unit or touch-screen input unit, and the touch-screen input unit comprises resistance touch screen input block or electric capacity touch screen input block.
Described communication unit comprises wired or communication, can realize data exchanging function with plantation expert Yun Zhongxin by communication network.
Described pH value measuring unit comprises P in soil H value measurement function or water ph value measurement function.
Described environmental light intensity detecting unit can be to the illumination intensity value of input plant in the control core plate.
Described temp. and humidity detecting unit is used for the detection of soil, coolant-temperature gage or environmental temperature, and the detection of soil moisture or moisture.
The described water control unit that waters is connected with the water pump that is used for watering, and opens the program of watering or closes the program of watering by the duty of controlling water pump.
Described light filling control module controls to extend the light application time of plant by light filling.
Described Tip element comprises LED Presentation Function and voice prompt function, perhaps based on text, the animation prompt facility of display screen.
Described communication network comprises internet and LAN.
Be illustrated in figure 3 as the utility model embodiment workflow diagram.
Default pH value scope in the built-in FLASH memory of control core plate in the utility model, the preset temperature upper limit value and lower limit value, default humidity upper limit value and lower limit value, default intensity of illumination upper limit value and lower limit value and default light application time upper limit value and lower limit value, above-mentioned default parameter is all to determine according to the type of selected planting plants, and different plants has different parameter presets.
During work, the pH value measuring unit is inputted the P in soil H value that detects in the control core plate, the illumination intensity value of environmental light intensity detecting unit input plant in the control core plate, temp. and humidity detecting unit input soil temperature value and humidity value (this example is to detect soil temperature and humidity as example) in the control core plate.
Whether the interior CPU of the control core plate at first pH value of interpretation detection surpasses default pH value scope, if surpass default pH value scope, judge whether lower than default PH lower limit, if lower than default PH lower limit, the machine shows acid the warning, if not lower than default PH lower limit, enter the machine and show the alkalescence warning.And call communication program, upload alert data.
If when the pH value that detects and default pH value commensurate in scope, enter and judge whether light application time surpasses default light application time higher limit, if light application time surpasses preset upper limit value, whether the luminous intensity that enters the judgement detection surpasses default light intensity higher limit, if the luminous intensity that detects surpasses default light intensity higher limit, the machine shows the light intensity warning, and calls communication program, uploads alert data.If light application time does not surpass default light application time higher limit, next judge whether light application time is less than the lower limit of default light application time, when light application time is less than the lower limit of default light application time, control core plate driving light filling control module by Fig. 2 is realized light filling, controls to extend the light application time of plant by light filling.
Judge that when having judged that light application time enters whether soil temperature is over the preset temperature higher limit or lower than the preset temperature lower limit, if the temperature that detects is over the preset temperature higher limit or lower than the preset temperature lower limit, the machine displays temperature is reported to the police, and calls communication program, uploads alert data.
If soil temperature does not surpass the preset temperature higher limit, also not lower than the preset temperature lower limit, enter the soil moisture determining step.If soil moisture surpasses default top limit of humidity value, the machine shows humidity alarm, and calls communication program, uploads alert data.If soil moisture does not surpass default top limit of humidity value, whether next judge soil moisture lower than default humidity lower limit,, water water control unit by the control core plate driving of Fig. 2 and realize moisturizing lower than default humidity lower limit when soil moisture.Usually, water water control unit and be connected with the water pump that is used for watering, open the program of watering or close the program of watering by the duty of controlling water pump.
Be the utility model intelligence planting unit operational flowchart as Fig. 4.
The utility model intelligence planting unit operating process as shown in Figure 4.At first enter the machine user and log in, if log in first, enter the selection planting plants, if not logging in first, judge whether to reselect plant.If reselect plant, enter equally and select this flow process of planting plants.Select planting plants is laggard enters to select whether to download existing planting parameter, if select to download existing planting parameter, enter and select plant and download, and enter endemic species and plant the parameter refresh routine, if do not select to download existing planting parameter, enter and select to upload Plants plantation experience.
If do not reselect planting plants, enter and whether upgrade the plantation parameter.If select to upgrade the plantation parameter, enter and upgrade the plantation parameter program.If do not select to upgrade the plantation parameter, enter the Plants plantation experience of whether uploading.
If select to upload Plants plantation experience, enter editor's plantation experience and upload program, if do not select to upload Plants plantation experience, return.
The plantation experience be uploaded, be downloaded to the utility model can in this locality by to the monitoring of the main growing environment parameter of plant, replaced traditional only can be the plantation theory of plant watering, realizes plantation in the mode of shared resource.The utility model is practical, and is simple in structure, and versatility is good.
Claims (3)
1. intelligent earth culture plant growth cultivation system based on plantation expert cloud, it is characterized in that: comprise plantation expert Yun Zhongxin, communication network and one or more intelligent planting unit, described plantation expert Yun Zhongxin comprises plantation expert info calculation services module, plantation expert info storage services module and plantation technocracy service module; Described plantation expert Yun Zhongxin, one or more intelligent planting unit all are connected with communication network;
Described plantation expert info calculation services module is comprised of one or many high-performance computers, described plantation expert info storage services module is by a cover or overlap memory device more and form, and described plantation technocracy service module is comprised of one or many service computers;
Described plantation expert info calculation services module receives the plantation data that intelligent planting unit is uploaded, and then plants data and is stored by plantation expert info storage services module; Plantation data, floristics, growing environment data message that described plantation expert info storage services module storage is received by plantation expert info calculation services module are so that share; Described plantation technocracy service module is in charge of, collaborative exchanges data of planting expert info calculation services module and plantation expert info storage services module;
Described intelligent planting unit comprises control core plate, input block, communication unit, pH value measuring unit, environmental light intensity detecting unit, temp. and humidity detecting unit, waters water control unit, light filling control module, Tip element; Described control core plate connects input block, communication unit, pH value measuring unit, environmental light intensity detecting unit, temp. and humidity detecting unit, waters water control unit, light filling control module, Tip element;
Described control core plate comprises CPU and the external or built-in FLASH memory with calculation function, and the circuit of analog or digital signal processing function;
Described input block comprises key-press input unit or touch-screen input unit;
The described water control unit that waters is connected with the water pump that is used for watering.
2. the intelligent earth culture plant growth cultivation system based on plantation expert cloud as claimed in claim 1, it is characterized in that: described communication network comprises internet and LAN.
3. the intelligent earth culture plant growth cultivation system based on plantation expert cloud as claimed in claim 1 is characterized in that: described touch-screen input unit comprises resistance touch screen input block or electric capacity touch screen input block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220559564 CN202998890U (en) | 2012-10-29 | 2012-10-29 | Intelligent soil-cultivation plant growth cultivation system based on planting expert cloud |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201220559564 CN202998890U (en) | 2012-10-29 | 2012-10-29 | Intelligent soil-cultivation plant growth cultivation system based on planting expert cloud |
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| CN202998890U true CN202998890U (en) | 2013-06-19 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103760784A (en) * | 2013-12-31 | 2014-04-30 | 广西小草信息产业有限责任公司 | Intelligent control method and equipment for growing environment of medicinal fungus |
| CN104348891A (en) * | 2013-08-09 | 2015-02-11 | 镇江金钛软件有限公司 | Remote service method for plant protection hospital |
| CN108876681A (en) * | 2018-09-06 | 2018-11-23 | 佛山三水芦苞吉星普照智能农业科技有限公司 | A kind of intelligence control plant growth teaching platform |
-
2012
- 2012-10-29 CN CN 201220559564 patent/CN202998890U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104348891A (en) * | 2013-08-09 | 2015-02-11 | 镇江金钛软件有限公司 | Remote service method for plant protection hospital |
| CN103760784A (en) * | 2013-12-31 | 2014-04-30 | 广西小草信息产业有限责任公司 | Intelligent control method and equipment for growing environment of medicinal fungus |
| CN108876681A (en) * | 2018-09-06 | 2018-11-23 | 佛山三水芦苞吉星普照智能农业科技有限公司 | A kind of intelligence control plant growth teaching platform |
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Granted publication date: 20130619 |