CN202661840U - Remote management system of multifunctional intelligent shed - Google Patents
Remote management system of multifunctional intelligent shed Download PDFInfo
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- CN202661840U CN202661840U CN 201220014499 CN201220014499U CN202661840U CN 202661840 U CN202661840 U CN 202661840U CN 201220014499 CN201220014499 CN 201220014499 CN 201220014499 U CN201220014499 U CN 201220014499U CN 202661840 U CN202661840 U CN 202661840U
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Abstract
The utility model relates to a remote management system of a multifunctional intelligent shed. The remote management system of the multifunctional intelligent shed comprises an aerosol cultivation management system containing an aerosol expert system module, an aerosol cultivation parameter setting module, an aerosol remote communication module, an aerosol sensing data acquisition module, an aerosol actuating mechanism control module, an aerosol interface display module, an aerosol video acquisition module and an aerosol alarm module, a soil cultivation management system containing a soil expert system module, a soil cultivation parameter setting module, a soil remote communication module, a soil sensing data acquisition module, a soil actuating mechanism control module, a soil interface display module, a soil video acquisition module and a soil alarm module, and a liquid cultivation management system containing a liquid expert system module, a liquid cultivation parameter setting module, a liquid remote communication module, a liquid sensing data acquisition module, a liquid actuating mechanism control module, a liquid interface display module, a liquid video acquisition module and a liquid alarm module. The remote management system monitors environmental parameters in the shed, carries out expert decision-making according to the measured data and carried out feedback control operation on the actuating mechanisms in the shed.
Description
Technical field
The technical program relates to a kind of smart greenhouse remote management system, especially comprises the Multifunctional smart greenhouse remote management system of aerial fog cultivation management system, soil cultivation management system and liquid culture management system.
Background technology
Agricultural is as the basic industry that is concerning national economy, and it is particularly important that the degree of its informationization, wisdom seems.As the Critical policies that advances the agricultural industry IT application process, it can make crops that in various degree raising is arranged at aspects such as Yield and quality, ornamental values at Application in agriculture, has accelerated the process of agricultural modernization with Internet of Things in China.The progress of technology of Internet of things and automatic control technology, give the modern installations agricultural particularly the development of smart greenhouse powerful boosting power is provided so that realize low-cost, on a large scale, intelligent, expertization smart greenhouse becomes possibility.Particularly by the combination of information-based, automatic technology and agriculture specialist system, can reduce energy consumption and drop into, increase the agricultural product output, improve agricultural product quality, thereby make up plant factor and green agriculture efficient, environmental protection.
Have now and can only monitor for the booth of specific planting type based on the smart greenhouse technology of Internet of Things, and the planting type that existing agricultural greenhouse adopts mainly contains three kinds of aerial fog cultivation, soil cultivation and liquid cultures, the design of its corresponding monitoring sensor parameter type, expert system, the design of topworks all have difference, and disclosed solution is not yet arranged up to now.
Summary of the invention
In order to overcome the deficiency of existing smart greenhouse technology, the technical program provides a kind of Multifunctional smart greenhouse remote management system based on wireless sensor network, GPRS/GSM, computer technology.
For achieving the above object, the technical program is as follows:
A kind of Multifunctional smart greenhouse remote management system comprises aerial fog cultivation management system, soil cultivation management system, liquid culture management system, far-end opertaing device and user monitoring equipment;
1) described aerial fog cultivation management system comprises: aerosol expert system module, aerial fog cultivation parameter setting module, aerosol remote communication module, aerosol sensing data acquisition module, aerosol actuating mechanism controls module, aerosol interface display module, aerosol video acquisition module and aerosol alarm module;
The aerial fog cultivation parameter setting module is passed to the aerosol expert system module to the aerial fog cultivation parameter;
The aerosol remote communication module receives the instruction that user monitoring equipment is sent, and aerosol sensing data acquisition module is passed in this instruction; Aerosol sensing data acquisition module is passed to the aerosol expert system module to the data that collect;
The control command input end of aerosol actuating mechanism controls module is connected with the aerosol actuating mechanism controls order output terminal of aerosol expert system module, and aerosol actuating mechanism controls module sends to the far-end opertaing device to the aerosol actuating mechanism controls order from the aerosol expert system module by the aerosol remote communication module;
The input end of aerosol alarm module is connected with the aerosol alarm signal output ends of aerosol expert system module, and the aerosol alarm module sends to user monitoring equipment to the aerosol alerting signal from the aerosol expert system module by the aerosol remote communication module;
The VT of aerosol video acquisition module connects the video signal input terminal of aerosol interface display module, and the VT of aerosol expert system module connects the video signal input terminal of aerosol interface display module;
2) described soil cultivation management system comprises: soil expert system module, soil cultivation parameter setting module, soil remote communication module, soil sensing data acquisition module, soil actuating mechanism controls module, Soil Interface display module, soil video acquisition module and soil alarm module;
The soil cultivation parameter setting module is passed to the soil expert system module to the soil cultivation parameter;
The soil remote communication module receives the instruction that user monitoring equipment is sent, and soil sensing data acquisition module is passed in this instruction; Soil sensing data acquisition module is passed to the soil expert system module to the data that collect;
The control command input end of soil actuating mechanism controls module is connected with the soil actuating mechanism controls order output terminal of soil expert system module, and soil actuating mechanism controls module sends to the far-end opertaing device to the soil actuating mechanism controls order from the soil expert system module by the soil remote communication module;
The input end of soil alarm module is connected with the soil alarm signal output ends of soil expert system module, and the soil alarm module sends to user monitoring equipment to the soil alerting signal from the soil expert system module by the soil remote communication module;
The VT of soil video acquisition module connects the video signal input terminal of Soil Interface display module, and the VT of soil expert system module connects the video signal input terminal of Soil Interface display module;
3) described liquid culture management system comprises: liquid expert system module, liquid culture parameter setting module, liquid remote communication module, liquid sensing data acquisition module, liquid actuating mechanism controls module, liquid surface display module, liquid video acquisition module, level alarm module;
The liquid culture parameter setting module is passed to the liquid expert system module to the liquid culture parameter;
The liquid remote communication module receives the instruction that user monitoring equipment is sent, and liquid sensing data acquisition module is passed in this instruction; Liquid sensing data acquisition module is passed to the liquid expert system module to the data that collect;
The control command input end of liquid actuating mechanism controls module is connected with the liquid actuating mechanism controls order output terminal of liquid expert system module, and liquid actuating mechanism controls module sends to the far-end opertaing device to the liquid actuating mechanism controls order from the liquid expert system module by the liquid remote communication module;
The input end of level alarm module is connected with the level alarm signal output part of liquid expert system module, and the level alarm module sends to user monitoring equipment to the level alarm signal from the liquid expert system module by the liquid remote communication module;
The video signal input terminal of the VT connecting fluid body interface display module of liquid video acquisition module, the video signal input terminal of the VT connecting fluid body interface display module of liquid expert system module;
Aerosol expert system module, soil expert system module and liquid expert system module can adopt PC to realize.
Described far-end opertaing device comprises: sprinkling irrigation control module, pouring control module, flow control module, fan control module, shutter control module, cascade control module, illumination control module and heating control module; These far-end opertaing devices are communicated by letter with aerosol remote communication module, soil remote communication module and liquid remote communication module respectively.
Described user monitoring equipment comprises: user mobile phone, computing machine, user mobile phone, computing machine are communicated by letter with aerosol remote communication module, soil remote communication module, liquid remote communication module by GPRS/GSM, Zigbee respectively.
In the described aerial fog cultivation management system of A,
Described aerosol expert system module comprises Data classification module, data comparison module and command module; The Data classification module receives classifies from the data of sensing data acquisition module; Data comparison module with sorted data and default threshold ratio; Command module sends the order of aerosol actuating mechanism controls according to the Output rusults of comparison module;
Described aerial fog cultivation parameter setting module comprises: keyboard interface module, aerial fog cultivation plant growth stage arrange module, plant characteristic and arrange that module, aerosol parameter sensors ID arrange module, module is set atomizing control parameter and alarm parameters arranges module; The data output end of keyboard interface module connects respectively the aerial fog cultivation plant growth stage and module, plant characteristic are set module, aerosol parameter sensors ID are set module, atomizing control parameter are set the data input pin that module and alarm parameters arrange module is set, and the aerial fog cultivation plant growth stage arranges module, plant characteristic and arranges that module, aerosol parameter sensors ID arrange module, atomizing control parameter arranges module the data input pin that the module data output terminal all connects the aerosol expert system module is set with alarm parameters;
Described aerosol remote communication module comprises: GPRS/GSM form coding module and APC200A-43 wireless module communication format coding module; GPRS/GSM form coding module and user monitoring devices communicating, APC200A-43 wireless module communication format coding module is communicated by letter with the far-end opertaing device;
Described aerosol sensing data acquisition module comprises a plurality of submodules and corresponding instruction submodule, and the instruction submodule sends instruction to corresponding submodule; These submodules and corresponding instruction submodule are respectively: aerial temperature and humidity data acquisition module/aerial temperature and humidity data acquisition instruction module, illuminance data acquisition module/illuminance data acquisition instruction module, oxygen concentration data acquisition module/oxygen concentration data acquisition instruction module, gas concentration lwevel data acquisition module/gas concentration lwevel data acquisition instruction module, conductivity data acquisition module/conductivity data acquisition instructions module, pH value data acquisition module/pH value data acquisition instruction module and infrared data ' s acquisition module/infrared data ' s acquisition instruction module; Each instruction submodule receives respectively the instruction from the aerosol remote communication module; Each submodule is passed to the aerosol expert system module to the data that collect;
Described aerosol actuating mechanism controls module comprises: sprinkling irrigation steering order module, fan control instruction module, shutter steering order module, cascade steering order module, illumination steering order module and heating control instruction module; The control command input end of these submodules links to each other with command module in the aerosol expert system module, and the output terminal of these submodules links to each other with the aerosol remote communication module; These submodules send to corresponding far-end opertaing device to the aerosol actuating mechanism controls order from the aerosol expert system module by the aerosol remote communication module;
Described aerosol interface display module comprises: data disaply moudle, video display module and animation display module; The symbol that overflows of the data comparison module output in the aerosol expert system module is shown by this animation display module; The data of the Data classification module output in the aerosol expert system module are shown by data disaply moudle;
Described aerosol video acquisition module comprises IP Camera image capture module and USB camera image acquisition module; IP Camera image capture module and USB camera image acquisition module are connected to respectively the video signal input terminal of the video display module of aerosol interface display module by network interface and USB.
In the described soil cultivation management system of B,
Described soil expert system module comprises Data classification module, data comparison module and command module; The Data classification module receives classifies from the data of sensing data acquisition module; Data comparison module with sorted data and default threshold ratio; Command module sends the order of soil actuating mechanism controls according to the Output rusults of comparison module;
Described soil cultivation parameter setting module comprises: keyboard interface module, soil cultivation plant growth stage arrange module, plant characteristic and arrange that module, soil parameter sensor ID arrange module, module is set pouring control parameter and alarm parameters arranges module; The data output end of keyboard interface module connects respectively the soil cultivation plant growth stage and module, plant characteristic are set module, soil parameter sensor ID are set module, pouring control parameter are set the data input pin that module and alarm parameters arrange module is set, and the soil cultivation plant growth stage arranges module, plant characteristic and arranges that module, soil parameter sensor ID arrange module, pouring control parameter arranges module the data input pin that the module data output terminal all connects the soil expert system module is set with alarm parameters;
Described soil remote communication module comprises: GPRS/GSM form coding module and APC200A-43 wireless module communication format coding module; GPRS/GSM form coding module and user monitoring devices communicating, APC200A-43 wireless module communication format coding module is communicated by letter with the far-end opertaing device;
Described soil sensing data acquisition module comprises a plurality of submodules and corresponding instruction submodule, and the instruction submodule sends instruction to corresponding submodule; These submodules and corresponding instruction submodule are respectively: aerial temperature and humidity data acquisition module/aerial temperature and humidity data acquisition instruction module, illuminance data acquisition module/illuminance data acquisition instruction module, oxygen concentration data acquisition module/oxygen concentration data acquisition instruction module, gas concentration lwevel data acquisition module/gas concentration lwevel data acquisition instruction module, conductivity data acquisition module/conductivity data acquisition instructions module, soil moisture data acquisition module/soil moisture data acquisition instruction module, soil moisture data acquisition module/soil moisture data acquisition instruction module and infrared data ' s acquisition module/infrared data ' s acquisition instruction module; Each instruction submodule receives respectively the instruction from the soil remote communication module; Each submodule is passed to the soil expert system module to the data that collect;
Described soil actuating mechanism controls module comprises: pouring steering order module, fan control instruction module, shutter steering order module, cascade steering order module, illumination steering order module and heating control instruction module; The control command input end of these submodules links to each other with command module in the soil expert system module, and the output terminal of these submodules links to each other with the soil remote communication module; These submodules send to corresponding far-end opertaing device to the soil actuating mechanism controls order from the soil expert system module by the soil remote communication module;
Described Soil Interface display module comprises: data disaply moudle, video display module and animation display module; The symbol that overflows of the data comparison module output in the soil expert system module is shown by this animation display module; The data of the Data classification module output in the soil expert system module are shown by data disaply moudle;
Described soil video acquisition module comprises IP Camera image capture module and USB camera image acquisition module; IP Camera image capture module and USB camera image acquisition module are connected to respectively the video signal input terminal of the video display module of Soil Interface display module by network interface and USB.
In the described liquid culture management system of C,
Described liquid expert system module comprises Data classification module, data comparison module and command module; The Data classification module receives classifies from the data of sensing data acquisition module; Data comparison module with sorted data and default threshold ratio; Command module sends the order of liquid actuating mechanism controls according to the Output rusults of comparison module;
Described liquid culture parameter setting module comprises: keyboard interface module, liquid culture plant growth stage arrange module, plant characteristic and arrange that module, liquid parameter sensor ID arrange module, module is set the flow control parameter and alarm parameters arranges module; The data output end of keyboard interface module connects respectively liquid raise crop growth phase and module, plant characteristic are set module, liquid parameter sensor ID are set module, flow control parameter are set the data input pin that module and alarm parameters arrange module is set, and the liquid culture plant growth stage arranges module, plant characteristic and arranges that module, liquid parameter sensor ID arrange module, the flow control parameter arranges module the data input pin that the module data output terminal all connects the liquid expert system module is set with alarm parameters;
Described liquid remote communication module comprises: GPRS/GSM form coding module and APC200A-43 wireless module communication format coding module; GPRS/GSM form coding module and user monitoring devices communicating, APC200A-43 wireless module communication format coding module is communicated by letter with the far-end opertaing device;
Described liquid sensing data acquisition module comprises a plurality of submodules and corresponding instruction submodule, and the instruction submodule sends instruction to corresponding submodule; These submodules and corresponding instruction submodule are respectively: aerial temperature and humidity data acquisition module/aerial temperature and humidity data acquisition instruction module, illuminance data acquisition module/illuminance data acquisition instruction module, oxygen concentration data acquisition module/oxygen concentration data acquisition instruction module, gas concentration lwevel data acquisition module/gas concentration lwevel data acquisition instruction module, conductivity data acquisition module/conductivity data acquisition instructions module, pH value data acquisition module/pH value data acquisition instruction module, fluid temperature data acquisition module/fluid temperature data acquisition instruction module and infrared data ' s acquisition module/infrared data ' s acquisition instruction module; Each instruction submodule receives respectively the instruction from the liquid remote communication module; Each submodule is passed to the liquid expert system module to the data that collect;
Described liquid actuating mechanism controls module comprises: flow control instruction module, fan control instruction module, shutter steering order module, cascade steering order module, illumination steering order module and heating control instruction module; The control command input end of these submodules links to each other with command module in the liquid expert system module, and the output terminal of these submodules links to each other with the liquid remote communication module; These submodules send to corresponding far-end opertaing device to the liquid actuating mechanism controls order from the liquid expert system module by the liquid remote communication module;
Described liquid surface display module comprises: data disaply moudle, video display module and animation display module; The symbol that overflows of the data comparison module output in the liquid expert system module is shown by this animation display module; The data of the Data classification module output in the liquid expert system module are shown by data disaply moudle;
Described liquid video acquisition module comprises IP Camera image capture module and USB camera image acquisition module; IP Camera image capture module and USB camera image acquisition module are connected to respectively the video signal input terminal of the video display module of liquid surface display module by network interface and USB.
Compared with prior art, the beneficial effect of the technical program is as follows:
1. the technical program can be carried out Real Time Monitoring to the crop in the agricultural greenhouse that adopts three kinds of different planting such as aerial fog cultivation, liquid culture and soil cultivation;
2. the technical program has adopted GPRS/GSM technology, the wireless communication technology based on Zigbee, Internet technology, can finish remote radio communication between mobile phone and booth by the GPRS/GSM technology, wireless communication technology by Zigbee realizes booth and the remote radio communication between main control computer closely, realize the remote monitoring terminal of the realtime graphic in the IP Camera transmission booth by Internet technology, really realized the integration of three networks of GPRS/GSM, wireless sensor network and internet;
3. can carry out full-automation monitoring adjusting for the greenhouse-environment parameter under the different planting according to user's request for expert system and the actuating mechanism controls module of three kinds of different planting designs.
Description of drawings
Fig. 1 is the theory diagram of this Multifunctional smart greenhouse remote management system;
Fig. 2 is the theory diagram of far-end opertaing device;
Fig. 3 is aerial fog cultivation management system theory diagram;
Fig. 4 is aerial fog cultivation management system schematic diagram;
Fig. 5 is soil cultivation management system theory diagram;
Fig. 6 is soil cultivation management system schematic diagram;
Fig. 7 is liquid culture management system theory diagram;
Fig. 8 is liquid culture management system schematic diagram;
Embodiment
Below in conjunction with drawings and the specific embodiments the technical program is described further.
A kind of Multifunctional smart greenhouse remote management system, referring to Fig. 1, comprise aerial fog cultivation management system, soil cultivation management system and liquid culture management system, the user can utilize mobile phone to pass through GPRS technology and each communication, can utilize computing machine by ZigBee technology and each communication, can also utilize IP Camera by Internet technology and each communication.
Referring to Fig. 2, the far-end opertaing device comprises: sprinkling irrigation control module, pouring control module, flow control module, fan control module, shutter control module, cascade control module, illumination control module and heating control module; These far-end opertaing devices are communicated by letter with aerosol remote communication module, soil remote communication module and liquid remote communication module respectively.
Referring to Fig. 3 and Fig. 4, aerial fog cultivation management system in the Multifunctional smart greenhouse remote management system comprises aerial fog cultivation parameter setting module, aerosol remote communication module, aerosol sensing data acquisition module, aerosol expert system module, aerosol actuating mechanism controls module, aerosol interface display module, aerosol video acquisition module, aerosol alarm module; The aerial fog cultivation parameter setting module is connected on the aerosol expert system module, by keyboard interface module, aerial fog cultivation plant growth stage module, plant characteristic being set arranges module, aerosol parameter sensors ID and arranges that module, atomizing control parameter arrange module, alarm parameters arranges module and forms, be used for receiving the input of user's keyboard, set growth phase, plant characteristic, aerosol parameter sensors ID, the atomizing of aerial fog cultivation crop and control parameter, alarm parameters etc.; The aerosol remote communication module is comprised of GPRS/GSM form coding module and APC200A-43 wireless module communication format coding module, communicate by letter with user mobile phone by GPRS/GSM form coding module, communicate by letter with the main controlled node nearer apart from booth by APC200A-43 wireless module communication format coding module; Aerosol sensing data acquisition module links to each other with the aerosol remote communication module, wherein comprise aerial temperature and humidity data acquisition instruction module, illuminance data acquisition instruction module, oxygen concentration data acquisition instruction module, gas concentration lwevel data acquisition instruction module, conductivity data acquisition instructions module, pH value data acquisition instruction module, the infrared data ' s acquisition instruction module, gather respectively the aerial temperature and humidity of booth inside, illuminance, oxygen concentration, gas concentration lwevel, conductivity, liquid PH value, infrared theft signal etc., and be transferred to the aerosol remote communication module; The aerosol expert system module links to each other with aerosol sensing data acquisition module, comprising Data classification module, data comparison module, command module, the Data classification module is classified for the data of the different sensors that the sensing data acquisition module is obtained and is saved in the middle of the corresponding register; Data comparison module is with the classification data of finishing and the threshold that sets, and going beyond the scope then, mark overflows symbol; Command module sends instruction according to the Output rusults of comparison module to each actuating mechanism controls module; Aerosol actuating mechanism controls module comprises sprinkling irrigation steering order module, fan control instruction module, shutter steering order module, cascade steering order module, illumination steering order module, heating control instruction module, the input end of described these submodules links to each other with command module in the aerosol expert system module, be used for receiving command module to the instruction of topworks, and this command decoder become the form that topworks can identify, output terminal links to each other with the aerosol remote communication module, is used for sending instruction to topworks; The aerosol interface display module links to each other with Data classification module in the aerosol expert system module, comprise data disaply moudle, video display module, animation display module, be used for display measurement data, vision signal, and visually be presented at interface on the form of animation the state in the booth; The aerosol video acquisition module is connected on the video display module of aerosol interface display module, formed by IP Camera image capture module and USB camera image acquisition module, can obtain the vision signal that IP Camera and USB camera collection arrive, and be transferred on the video display module in the interface display module; The input end of aerosol alarm module is connected on the aerosol expert system module command module, and output terminal links to each other with the aerosol remote communication module, according to the order output alarm signal of aerosol expert system.
Referring to Fig. 5 and Fig. 6, soil cultivation management system in the Multifunctional smart greenhouse remote management system comprises soil cultivation parameter setting module, soil remote communication module, soil sensing data acquisition module, soil expert system module, soil actuating mechanism controls module, Soil Interface display module, soil video acquisition module, soil alarm module; The soil cultivation parameter setting module is connected on the aerosol expert system module, by keyboard interface module, soil cultivation plant growth stage module, plant characteristic being set arranges module, soil parameter sensor ID and arranges that module, pouring control parameter arrange module, alarm parameters arranges module and forms, be used for receiving the input of user's keyboard, the growth phase of setting soil cultivation crop, plant characteristic, soil parameter sensor ID, pouring control parameter, alarm parameters etc.; The soil remote communication module is comprised of GPRS/GSM form coding module and APC200A-43 wireless module communication format coding module, communicate by letter with user mobile phone by GPRS/GSM form coding module, communicate by letter with the main controlled node nearer apart from booth by APC200A-43 wireless module communication format coding module; Soil sensing data acquisition module links to each other with the soil remote communication module, wherein comprise aerial temperature and humidity data acquisition instruction module, illuminance data acquisition instruction module, oxygen concentration data acquisition instruction module, gas concentration lwevel data acquisition instruction module, soil moisture data acquisition instruction module, soil moisture data acquisition instruction module, the infrared data ' s acquisition instruction module, gather respectively the aerial temperature and humidity of booth inside, illuminance, oxygen concentration, gas concentration lwevel, the soil moisture, soil moisture, infrared theft signal etc., and be transferred to the soil remote communication module; The soil expert system module links to each other with soil sensing data acquisition module, comprising Data classification module, data comparison module, command module, the Data classification module is classified for the data of the different sensors that the sensing data acquisition module is obtained and is saved in the middle of the corresponding register; Data comparison module is with the classification data of finishing and the threshold that sets, and going beyond the scope then, mark overflows symbol; Command module sends instruction according to the Output rusults of comparison module to each actuating mechanism controls module; Soil actuating mechanism controls module comprises pouring steering order module, fan control instruction module, shutter steering order module, cascade steering order module, illumination steering order module, heating control instruction module, the input end of described these submodules links to each other with command module in the soil expert system module, be used for receiving command module to the instruction of topworks, and this command decoder become the form that topworks can identify, output terminal links to each other with the soil remote communication module, is used for sending instruction to topworks; The Soil Interface display module links to each other with Data classification module in the soil expert system module, comprise data disaply moudle, video display module, animation display module, be used for display measurement data, vision signal, and visually be presented at interface on the form of animation the state in the booth; The soil video acquisition module is connected on the video display module of Soil Interface display module, formed by IP Camera image capture module and USB camera image acquisition module, can obtain the vision signal that IP Camera and USB camera collection arrive, and be transferred on the video display module in the interface display module; The input end of soil alarm module is connected on the soil expert system module command module, and output terminal links to each other with the soil remote communication module, according to the order output alarm signal of soil expert system.
Referring to Fig. 7 and Fig. 8, liquid culture management system in the Multifunctional smart greenhouse remote management system comprises liquid culture parameter setting module, liquid remote communication module, liquid sensing data acquisition module, liquid expert system module, liquid actuating mechanism controls module, liquid surface display module, liquid video acquisition module, level alarm module; The liquid culture parameter setting module is connected on the liquid expert system module, by keyboard interface module, liquid culture plant growth stage module, plant characteristic being set arranges module, liquid parameter sensor ID and arranges that module, flow control parameter arrange module, alarm parameters arranges module and forms, be used for receiving the input of user's keyboard, the growth phase of setting liquid culture crop, plant characteristic, liquid parameter sensor ID, flow control parameter, alarm parameters etc.; The liquid remote communication module is comprised of GPRS/GSM form coding module and APC200A-43 wireless module communication format coding module, communicate by letter with user mobile phone by GPRS/GSM form coding module, communicate by letter with the main controlled node nearer apart from booth by APC200A-43 wireless module communication format coding module; Liquid sensing data acquisition module links to each other with the liquid remote communication module, wherein comprise aerial temperature and humidity data acquisition instruction module, illuminance data acquisition instruction module, oxygen concentration data acquisition instruction module, gas concentration lwevel data acquisition instruction module, conductivity data acquisition instructions module, pH value data acquisition instruction module, fluid temperature data acquisition instruction module, the infrared data ' s acquisition instruction module, gather respectively the aerial temperature and humidity of booth inside, illuminance, oxygen concentration, gas concentration lwevel, conductivity, pH value, fluid temperature, infrared theft signal etc., and be transferred to the liquid remote communication module; The liquid expert system module links to each other with liquid sensing data acquisition module, comprising Data classification module, data comparison module, command module, the Data classification module is classified for the data of the different sensors that the sensing data acquisition module is obtained and is saved in the middle of the corresponding register; Data comparison module is with the classification data of finishing and the threshold that sets, and going beyond the scope then, mark overflows symbol; Command module sends instruction according to the Output rusults of comparison module to each actuating mechanism controls module; Liquid actuating mechanism controls module comprises flow control instruction module, fan control instruction module, shutter steering order module, cascade steering order module, illumination steering order module, heating control instruction module, the input end of described these submodules links to each other with command module in the liquid expert system module, be used for receiving command module to the instruction of topworks, and this command decoder become the form that topworks can identify, output terminal links to each other with the liquid remote communication module, is used for sending instruction to topworks; The liquid surface display module links to each other with Data classification module in the liquid expert system module, comprise data disaply moudle, video display module, animation display module, be used for display measurement data, vision signal, and visually be presented at interface on the form of animation the state in the booth; The liquid video acquisition module is connected on the video display module of liquid surface display module, formed by IP Camera image capture module and USB camera image acquisition module, can obtain the vision signal that IP Camera and USB camera collection arrive, and be transferred on the video display module in the interface display module; The input end of level alarm module is connected on the liquid expert system module command module, and output terminal links to each other with the liquid remote communication module, according to the order output alarm signal of liquid expert system.
The course of work of this management system is as follows:
At first, the user selects according to actual needs corresponding planting type and enters respective interface, sets the various parameters of corresponding planting type;
Then the sensing data acquisition module gathers the measured value of each sensor by remote communication module, and transfers to expert system module;
Expert system module is classified to the data of different sensors by the Data classification module and is saved in the middle of the corresponding register and is transferred to interface display module, data comparison module is with the classification data of finishing and the threshold that sets, go beyond the scope then to mark and overflow symbol, command module sends instruction according to the Output rusults of comparison module to each actuating mechanism controls module;
Then, the actuating mechanism controls module is sent operational order by remote communication module to each topworks according to the instruction of expert system module, and alarm module is reported to the police according to the instruction of expert system module;
Interface display module shows the video image that real-time measuring data, booth state and video display module transmit;
The user can pass through GPRS/GSM or the interior state of Zidbee remote monitoring booth by mobile phone or computing machine, carries out simultaneously remote control.
Claims (6)
1. a Multifunctional smart greenhouse remote management system is characterized in that: comprise aerial fog cultivation management system, soil cultivation management system, liquid culture management system, far-end opertaing device and user monitoring equipment;
1) described aerial fog cultivation management system comprises: aerial fog cultivation parameter setting module, aerosol remote communication module, aerosol sensing data acquisition module, aerosol actuating mechanism controls module, aerosol interface display module, aerosol video acquisition module and aerosol alarm module;
The aerosol remote communication module receives the instruction that user monitoring equipment is sent, and aerosol sensing data acquisition module is passed in this instruction;
Aerosol actuating mechanism controls module sends to the far-end opertaing device to the order of aerosol actuating mechanism controls by the aerosol remote communication module;
The aerosol alarm module sends to user monitoring equipment to the aerosol alerting signal by the aerosol remote communication module;
The VT of aerosol video acquisition module connects the video signal input terminal of aerosol interface display module;
2) described soil cultivation management system comprises: soil cultivation parameter setting module, soil remote communication module, soil sensing data acquisition module, soil actuating mechanism controls module, Soil Interface display module, soil video acquisition module and soil alarm module;
The soil remote communication module receives the instruction that user monitoring equipment is sent, and soil sensing data acquisition module is passed in this instruction;
Soil actuating mechanism controls module sends to the far-end opertaing device to the order of soil actuating mechanism controls by the soil remote communication module;
The soil alarm module sends to user monitoring equipment to the soil alerting signal by the soil remote communication module;
The VT of soil video acquisition module connects the video signal input terminal of Soil Interface display module;
3) described liquid culture management system comprises: liquid culture parameter setting module, liquid remote communication module, liquid sensing data acquisition module, liquid actuating mechanism controls module, liquid surface display module, liquid video acquisition module, level alarm module;
The liquid remote communication module receives the instruction that user monitoring equipment is sent, and liquid sensing data acquisition module is passed in this instruction;
The order of liquid actuating mechanism controls module liquid actuating mechanism controls sends to the far-end opertaing device by the liquid remote communication module;
The level alarm module sends to user monitoring equipment to the level alarm signal by the liquid remote communication module;
The video signal input terminal of the VT connecting fluid body interface display module of liquid video acquisition module.
2. Multifunctional smart greenhouse remote management system according to claim 1, it is characterized in that described far-end opertaing device, comprising: sprinkling irrigation control module, pouring control module, flow control module, fan control module, shutter control module, cascade control module, illumination control module and heating control module; These far-end opertaing devices are communicated by letter with aerosol remote communication module, soil remote communication module and liquid remote communication module respectively.
3. Multifunctional smart greenhouse remote management system according to claim 1 is characterized in that described user monitoring equipment comprises: user mobile phone and computing machine; User mobile phone, computing machine are communicated by letter with aerosol remote communication module, soil remote communication module, liquid remote communication module by GPRS/GSM, Zigbee respectively.
4. Multifunctional smart greenhouse remote management system according to claim 2 is characterized in that in the described aerial fog cultivation management system,
Described aerial fog cultivation parameter setting module comprises: keyboard interface module, aerial fog cultivation plant growth stage arrange module, plant characteristic and arrange that module, aerosol parameter sensors ID arrange module, module is set atomizing control parameter and alarm parameters arranges module; The data output end of keyboard interface module connects respectively the aerial fog cultivation plant growth stage and module, plant characteristic are set module, aerosol parameter sensors ID are set module, atomizing control parameter are set the data input pin that module and alarm parameters arrange module is set;
Described aerosol remote communication module comprises: GPRS/GSM form coding module and APC200A-43 wireless module communication format coding module; GPRS/GSM form coding module and user monitoring devices communicating, APC200A-43 wireless module communication format coding module is communicated by letter with the far-end opertaing device;
Described aerosol sensing data acquisition module comprises a plurality of submodules and corresponding instruction submodule, and the instruction submodule sends instruction to corresponding submodule; These submodules and corresponding instruction submodule are respectively: aerial temperature and humidity data acquisition module/aerial temperature and humidity data acquisition instruction module, illuminance data acquisition module/illuminance data acquisition instruction module, oxygen concentration data acquisition module/oxygen concentration data acquisition instruction module, gas concentration lwevel data acquisition module/gas concentration lwevel data acquisition instruction module, conductivity data acquisition module/conductivity data acquisition instructions module, pH value data acquisition module/pH value data acquisition instruction module and infrared data ' s acquisition module/infrared data ' s acquisition instruction module; Each instruction submodule receives respectively the instruction from the aerosol remote communication module;
Described aerosol actuating mechanism controls module comprises: sprinkling irrigation steering order module, fan control instruction module, shutter steering order module, cascade steering order module, illumination steering order module and heating control instruction module; The output terminal of these submodules links to each other with the aerosol remote communication module; These submodules send to corresponding far-end opertaing device to the order of aerosol actuating mechanism controls by the aerosol remote communication module;
Described aerosol interface display module comprises: data disaply moudle, video display module and animation display module;
Described aerosol video acquisition module comprises IP Camera image capture module and USB camera image acquisition module; IP Camera image capture module and USB camera image acquisition module are connected to respectively the video signal input terminal of the video display module of aerosol interface display module by network interface and USB.
5. Multifunctional smart greenhouse remote management system according to claim 2 is characterized in that in the described soil cultivation management system,
Described soil cultivation parameter setting module comprises: keyboard interface module, soil cultivation plant growth stage arrange module, plant characteristic and arrange that module, soil parameter sensor ID arrange module, module is set pouring control parameter and alarm parameters arranges module; The data output end of keyboard interface module connects respectively the soil cultivation plant growth stage and module, plant characteristic are set module, soil parameter sensor ID are set module, pouring control parameter are set the data input pin that module and alarm parameters arrange module is set;
Described soil remote communication module comprises: GPRS/GSM form coding module and APC200A-43 wireless module communication format coding module; GPRS/GSM form coding module and user monitoring devices communicating, APC200A-43 wireless module communication format coding module is communicated by letter with the far-end opertaing device;
Described soil sensing data acquisition module comprises a plurality of submodules and corresponding instruction submodule, and the instruction submodule sends instruction to corresponding submodule; These submodules and corresponding instruction submodule are respectively: aerial temperature and humidity data acquisition module/aerial temperature and humidity data acquisition instruction module, illuminance data acquisition module/illuminance data acquisition instruction module, oxygen concentration data acquisition module/oxygen concentration data acquisition instruction module, gas concentration lwevel data acquisition module/gas concentration lwevel data acquisition instruction module, conductivity data acquisition module/conductivity data acquisition instructions module, soil moisture data acquisition module/soil moisture data acquisition instruction module, soil moisture data acquisition module/soil moisture data acquisition instruction module and infrared data ' s acquisition module/infrared data ' s acquisition instruction module; Each instruction submodule receives respectively the instruction from the soil remote communication module;
Described soil actuating mechanism controls module comprises: pouring steering order module, fan control instruction module, shutter steering order module, cascade steering order module, illumination steering order module and heating control instruction module; The output terminal of these submodules links to each other with the soil remote communication module; These submodules send to corresponding far-end opertaing device to the order of soil actuating mechanism controls by the soil remote communication module;
Described Soil Interface display module comprises: data disaply moudle, video display module and animation display module;
Described soil video acquisition module comprises IP Camera image capture module and USB camera image acquisition module; IP Camera image capture module and USB camera image acquisition module are connected to respectively the video signal input terminal of the video display module of Soil Interface display module by network interface and USB.
6. Multifunctional smart greenhouse remote management system according to claim 2 is characterized in that in the described liquid culture management system,
Described liquid culture parameter setting module comprises: keyboard interface module, liquid culture plant growth stage arrange module, plant characteristic and arrange that module, liquid parameter sensor ID arrange module, module is set the flow control parameter and alarm parameters arranges module; The data output end of keyboard interface module connects respectively liquid raise crop growth phase and module, plant characteristic are set module, liquid parameter sensor ID are set module, flow control parameter are set the data input pin that module and alarm parameters arrange module is set;
Described liquid remote communication module comprises: GPRS/GSM form coding module and APC200A-43 wireless module communication format coding module; GPRS/GSM form coding module and user monitoring devices communicating, APC200A-43 wireless module communication format coding module is communicated by letter with the far-end opertaing device;
Described liquid sensing data acquisition module comprises a plurality of submodules and corresponding instruction submodule, and the instruction submodule sends instruction to corresponding submodule; These submodules and corresponding instruction submodule are respectively: aerial temperature and humidity data acquisition module/aerial temperature and humidity data acquisition instruction module, illuminance data acquisition module/illuminance data acquisition instruction module, oxygen concentration data acquisition module/oxygen concentration data acquisition instruction module, gas concentration lwevel data acquisition module/gas concentration lwevel data acquisition instruction module, conductivity data acquisition module/conductivity data acquisition instructions module, pH value data acquisition module/pH value data acquisition instruction module, fluid temperature data acquisition module/fluid temperature data acquisition instruction module and infrared data ' s acquisition module/infrared data ' s acquisition instruction module; Each instruction submodule receives respectively the instruction from the liquid remote communication module;
Described liquid actuating mechanism controls module comprises: flow control instruction module, fan control instruction module, shutter steering order module, cascade steering order module, illumination steering order module and heating control instruction module; The output terminal of these submodules links to each other with the liquid remote communication module; These submodules send to corresponding far-end opertaing device to the order of liquid actuating mechanism controls by the liquid remote communication module;
Described liquid surface display module comprises: data disaply moudle, video display module and animation display module;
Described liquid video acquisition module comprises IP Camera image capture module and USB camera image acquisition module; IP Camera image capture module and USB camera image acquisition module are connected to respectively the video signal input terminal of the video display module of liquid surface display module by network interface and USB.
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| CN 201220014499 CN202661840U (en) | 2012-01-13 | 2012-01-13 | Remote management system of multifunctional intelligent shed |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103098674A (en) * | 2013-01-30 | 2013-05-15 | 万贤能 | Plant cultivation system |
| CN106597949A (en) * | 2016-12-26 | 2017-04-26 | 东莞市极酷机电科技有限公司 | Intelligent facility cultivation computer control system and method |
| CN109993953A (en) * | 2018-01-02 | 2019-07-09 | 沈飞 | A kind of low-power consumption power supply module |
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2012
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103098674A (en) * | 2013-01-30 | 2013-05-15 | 万贤能 | Plant cultivation system |
| CN103098674B (en) * | 2013-01-30 | 2015-03-04 | 万贤能 | Plant cultivation system |
| CN106597949A (en) * | 2016-12-26 | 2017-04-26 | 东莞市极酷机电科技有限公司 | Intelligent facility cultivation computer control system and method |
| CN109993953A (en) * | 2018-01-02 | 2019-07-09 | 沈飞 | A kind of low-power consumption power supply module |
| CN109993953B (en) * | 2018-01-02 | 2022-06-28 | 严如强 | Low-power consumption power supply module |
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