CN104536430A - Remote control management system and control method for agricultural irrigation - Google Patents
Remote control management system and control method for agricultural irrigation Download PDFInfo
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- CN104536430A CN104536430A CN201510040333.1A CN201510040333A CN104536430A CN 104536430 A CN104536430 A CN 104536430A CN 201510040333 A CN201510040333 A CN 201510040333A CN 104536430 A CN104536430 A CN 104536430A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS], computer integrated manufacturing [CIM]
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS], computer integrated manufacturing [CIM]
- G05B19/4185—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS], computer integrated manufacturing [CIM] characterised by the network communication
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
Abstract
The invention aims at providing a remote control management system and a control method for agricultural irrigation. The remote control management system and control method are capable of carrying out remote control and displaying the scene of a culture room in real time, and are simple to control and operate, and stable in system work. The remote control management system comprises a culture module, an irrigation device, a data processor and a remote control terminal, wherein the culture module is connected with and provided with a humidity sensor; the humidity sensor is connected with and provided with a wireless signal transmission end; the data processor is connected with and provided with a wireless signal receiving end; the wireless signal transmission end and the wireless signal receiving end achieve data butt through a WIFIF network; data transmission of wired equipment is omitted through the setting of the system; the investment cost on the data transmission of the wired equipment is reduced; the maintenance cost is reduced; the investment of manpower is also reduced; the control method disclosed by the invention is simple to control and operate; the system is stable to work; water resources are saved; the water shortage of vegetation is timely monitored; and the irrigation efficiency is improved.
Description
Technical field
The invention belongs to agricultural production management domain, be specifically related to a kind of agricultural irrigation long-distance management system, particularly relate to a kind of agricultural irrigation remote control management system and control method.
Background technology
Along with agrotechnical development, agricultural irrigation control system also in continuous renewal, but appoints so some drawbacks of existence for the irrigation system of agricultural in the prior art.First in the time limit demand of agricultural irrigation, existing agrotechnique is generally that the form concluded judges by people to the time limit demand of agricultural irrigation, and artificial mode of concluding has certain limitation, the real-time wet degrees of data that people can not realize cultivating field is controlled, so be likely to miss best irrigation period, the error even controlled due to the time limit may cause plant to wither, and has certain defect so control the humidity data cultivating module in prior art.In existing agrotechnique, the conduction of image data generally adopts the conduction of wire signal, but because agriculturally environment is general more moistening, easily oxidation corrosion is caused to wire, thus Long-Time Service non-wireless means is easy to cause aging circuit, thus affecting the normal work of this system, the maintenance cost that needs drop into also can be more, and waste of manpower.
In existing agricultural irrigation technology, control for irrigation system is generally confined to the of irrigation system own, lack long-range controlling mechanism, and the real time status shortage of Long-distance Control to culturing room gets information about, so make system there is certain error in judgement.
Summary of the invention
The object of the present invention is to provide one can to control, culturing room's scene can be shown in real time by far-end, and the agricultural irrigation remote control management system that control operation is simple, system works is stable and control method.
The object of the present invention is achieved like this: a kind of agricultural irrigation remote control management system, it comprises cultivation module, irrigation rig, data processor and remote control terminal, described cultivation model calling is provided with humidity sensor, described humidity sensor is connected with wireless signal transmission end, described data processor is connected with reception of wireless signals end, described wireless signal transmission end realizes data with reception of wireless signals end by WIFI network and docks, described data processor is also connected with control exchange, described control exchange is provided with display device and typing device, described remote control terminal realizes data by 3G network with control exchange and conducts, described data processor realizes data by 3G network and remote control terminal and docks, described remote control terminal is connected with the display module for information displaying, for the alarm module of information early warning with key in and the key entry module of control data correction for data.
Described cultivation module is also provided with image acquisition device.
Described image acquisition device realizes data by 3G network and remote control terminal and docks.
The described display module being installed on remote control terminal includes data disaply moudle and image display module.
Described remote control terminal is also provided with data outputting module.
Described warning device is the warning device of buzzing and flash of light.
Described control exchange includes Automatic Control and semiautomatic control two kinds of control modes.
It comprises following rate-determining steps:
Step 1: presetting of data, arranges in a data processor and cultivates module institute and cultivate the optimum humidity range of plant, and the humidity range being arranged in remote control terminal by the key entry module be arranged on remote control terminal and match in data processor.
Step 2: the Acquire and process of data, humidity sensor carries out humidity collection to the nutrient culture media humidity of cultivating module, and the data of collection are sent by wireless signal transmission end, reception of wireless signals end receives signal, and data are conducted further to data processor, wireless signal is converted to digital signal through A/D converting unit by data processor, and conducts to remote control terminal by 3G network by data; Image acquisition device carries out real-time situation collection to cultivated plant, and is conducted to remote control terminal by 3G network.
Step 3: the display of data and early warning are fed back, and the data-signal in step 2 after data processor processes shows after passing to remote control terminal on display module, and correspondence is presented in data disaply moudle; The vision signal of image acquisition device collection in step 2 passes to after remote control terminal through 3G network and is presented on the display module of remote control terminal, and correspondence is presented in image display module; Wherein at the humidity data of humidity sensor collection through data processor processes and when obtaining normal data after contrasting with the implant data in step 1, alarm module is kept silent state; At the humidity data of humidity sensor collection through data processor processes and when obtaining abnormal data after contrasting with the implant data in step 1, alarm module triggers and carries out abnormal data feedback.
Step 4: the Data Control of remote control terminal, remote control terminal carries out control model selection by keying in module to control exchange on the one hand, can select Automatic Control pattern and semiautomatic control pattern according to different demands; Remote control terminal adjusts the humidity range demand of cultivating module by keying in module on the other hand.
The beneficial effect that the present invention produces is: by humidity sensor, realize Wireless Data Transmission by WIFI network between image acquisition device and data processor, this system eliminates the transmission of wireline equipment data, decrease the Meteorological of wireline equipment data transmission, save maintenance cost, decrease the input of manpower, to connect with the wireless network controlled between exchange at control terminal equally and also reach same effect.Control exchange and control terminal arrange display device and typing device can be arranged data according to the growing state of vegetation and required moisture, and understands vegetation lack of water situation in real time by set warning device, carry out moisturizing timely.Control Control management system according to rate-determining steps of the present invention, control operation is simple, system works is stable, reaches saving water resource, timely monitoring vegetation lack of water situation, improve irrigation efficiency, reduce equipment investment cost, the advantage of human input cost and maintenance cost.
Accompanying drawing explanation
Fig. 1 is structural schematic block diagram of the present invention.
Embodiment
Embodiment 1
As shown in Figure 1, a kind of agricultural irrigation remote control management system, it comprises cultivation module, irrigation rig, data processor and remote control terminal, described cultivation model calling is provided with humidity sensor, described humidity sensor is connected with wireless signal transmission end, described data processor is connected with reception of wireless signals end, described wireless signal transmission end realizes data with reception of wireless signals end by WIFI network and docks, described data processor is also connected with control exchange, described control exchange is provided with display device and typing device, described remote control terminal realizes data by 3G network with control exchange and conducts, described data processor realizes data by 3G network and remote control terminal and docks, described remote control terminal is connected with the display module for information displaying, for the alarm module of information early warning with key in and the key entry module of control data correction for data.
It comprises following rate-determining steps:
Step 1: presetting of data, arranges in a data processor and cultivates module institute and cultivate the optimum humidity range of plant, and the humidity range being arranged in remote control terminal by the key entry module be arranged on remote control terminal and match in data processor.
Step 2: the Acquire and process of data, humidity sensor carries out humidity collection to the nutrient culture media humidity of cultivating module, and the data of collection are sent by wireless signal transmission end, reception of wireless signals end receives signal, and data are conducted further to data processor, wireless signal is converted to digital signal through A/D converting unit by data processor, and is conducted data to remote control terminal by 3G network.
Step 3: the display of data and early warning are fed back, and the data-signal in step 2 after data processor processes shows after passing to remote control terminal on display module, and correspondence is presented in data disaply moudle; The vision signal of image acquisition device collection in step 2 passes to after remote control terminal through 3G network and is presented on the display module of remote control terminal, and correspondence is presented in image display module; Wherein at the humidity data of humidity sensor collection through data processor processes and when obtaining normal data after contrasting with the implant data in step 1, alarm module is kept silent state; At the humidity data of humidity sensor collection through data processor processes and when obtaining abnormal data after contrasting with the implant data in step 1, alarm module triggers and carries out abnormal data feedback.
Step 4: the Data Control of remote control terminal, remote control terminal carries out control model selection by keying in module to control exchange on the one hand, can select Automatic Control pattern and semiautomatic control pattern according to different demands; Remote control terminal adjusts the humidity range demand of cultivating module by keying in module on the other hand.
The present invention is in use: first find in cultivation module and be beneficial to the place, many places observing general moisture situation and arrange humidity sensor, humidity sensor arranges wireless signal transmission end.Module humidity condition cultivated by humidity sensor receipt, after by wireless signal transmission end by wireless network transmissions to data processor.
Then, data processor connects reception of wireless signals end is set, wireline connected device is saved between humidity sensor and data processor, wireless signal transmission end on humidity sensor realizes docking of data with the reception of wireless signals end on data processor by WIFI network, receives the humidity data of humidity sensor transmission.
Data processor being connected to preprepared controls on exchange, and control exchange is provided with display device and typing device.Display device can demonstrate the data received by data processor, and arrange and cultivate by controlling the typing device of exchange the optimum humidity range that module institute cultivates plant, this humidity range and the interior humidity range arranged of remote control terminal match.
Remote control terminal is provided with wireless signal transmission end and reception of wireless signals end, it realizes data by 3G network with control exchange and conducts, and data processor realizes data by 3G network and remote control terminal and docks.
Finally, remote control terminal connects arrange be used for information displaying display module, for the alarm module of information early warning with key in and the key entry module of control data correction for data.
The present embodiment controls as follows:
Step 1: presetting of data, arranges in a data processor and cultivates module institute and cultivate the optimum humidity range of plant, and the humidity range being arranged in remote control terminal by the key entry module be arranged on remote control terminal and match in data processor.
Step 2: the Acquire and process of data, humidity sensor carries out humidity collection to the nutrient culture media humidity of cultivating module, and the data of collection are sent by wireless signal transmission end, reception of wireless signals end receives signal, and data are conducted further to data processor, wireless signal is converted to digital signal through A/D converting unit by data processor, and is conducted data to remote control terminal by 3G network.
Step 3: the display of data and early warning are fed back, data-signal in step 2 after data processor processes shows after passing to remote control terminal on display module, and correspondence is presented in data disaply moudle, wherein at the humidity data of humidity sensor collection through data processor processes and when obtaining normal data after contrasting with the implant data in step 1, alarm module is kept silent state; At the humidity data of humidity sensor collection through data processor processes and when obtaining abnormal data after contrasting with the implant data in step 1, alarm module triggers and carries out abnormal data feedback.
Step 4: the Data Control of remote control terminal, remote control terminal carries out control model selection by keying in module to control exchange on the one hand, selects Automatic Control pattern according to demand; Remote control terminal adjusts the humidity range demand of cultivating module by keying in module on the other hand.When appearance is reported to the police, unlatching irrigation information is sent to control exchange by remote control terminal, controls to open irrigation rig after exchange receives information, and irrigation work is carried out.Subsequently by the transmission of humidity data, the control exchange of this system cuts out irrigation rig.
Embodiment 2
As shown in Figure 1, a kind of agricultural irrigation remote control management system, it comprises cultivation module, irrigation rig, data processor and remote control terminal, described cultivation model calling is provided with humidity sensor, described humidity sensor is connected with wireless signal transmission end, described data processor is connected with reception of wireless signals end, described wireless signal transmission end realizes data with reception of wireless signals end by WIFI network and docks, described data processor is also connected with control exchange, described control exchange is provided with display device and typing device, described remote control terminal realizes data by 3G network with control exchange and conducts, described data processor realizes data by 3G network and remote control terminal and docks, described remote control terminal is connected with the display module for information displaying, for the alarm module of information early warning with key in and the key entry module of control data correction for data.
Described cultivation module is also provided with image acquisition device.
Described image acquisition device realizes data by 3G network and remote control terminal and docks.
The described display module being installed on remote control terminal includes data disaply moudle and image display module.
Described remote control terminal is also provided with data outputting module.
Described warning device is the warning device of buzzing and flash of light.
Described control exchange includes Automatic Control and semiautomatic control two kinds of control modes.
It comprises following rate-determining steps:
Step 1: presetting of data, arranges in a data processor and cultivates module institute and cultivate the optimum humidity range of plant, and the humidity range being arranged in remote control terminal by the key entry module be arranged on remote control terminal and match in data processor.
Step 2: the Acquire and process of data, humidity sensor carries out humidity collection to the nutrient culture media humidity of cultivating module, and the data of collection are sent by wireless signal transmission end, reception of wireless signals end receives signal, and data are conducted further to data processor, wireless signal is converted to digital signal through A/D converting unit by data processor, and conducts to remote control terminal by 3G network by data; Image acquisition device carries out real-time situation collection to cultivated plant, and is conducted to remote control terminal by 3G network.
Step 3: the display of data and early warning are fed back, and the data-signal in step 2 after data processor processes shows after passing to remote control terminal on display module, and correspondence is presented in data disaply moudle; The vision signal of image acquisition device collection in step 2 passes to after remote control terminal through 3G network and is presented on the display module of remote control terminal, and correspondence is presented in image display module; Wherein at the humidity data of humidity sensor collection through data processor processes and when obtaining normal data after contrasting with the implant data in step 1, alarm module is kept silent state; At the humidity data of humidity sensor collection through data processor processes and when obtaining abnormal data after contrasting with the implant data in step 1, alarm module triggers and carries out abnormal data feedback.
Step 4: the Data Control of remote control terminal, remote control terminal carries out control model selection by keying in module to control exchange on the one hand, can select Automatic Control pattern and semiautomatic control pattern according to different demands; Remote control terminal adjusts the humidity range demand of cultivating module by keying in module on the other hand.
The present invention is in use: first find in cultivation module and be beneficial to the place, many places observing general moisture situation and arrange humidity sensor, humidity sensor arranges wireless signal transmission end and image acquisition device.Humidity sensor is collected and is cultivated module humidity condition, image acquisition device collects the actual growing state of vegetation, afterwards by wireless signal transmission end humidity sensor by wireless network transmissions to data processor, image acquisition device realizes data by 3G network and remote control terminal and docks, and the situation of collection is sent to remote control terminal.
Then, data processor connects reception of wireless signals end is set, wireline connected device is saved between humidity sensor and data processor, wireless signal transmission end on humidity sensor realizes docking of data with the reception of wireless signals end on data processor by WIFI network, receives the humidity data of humidity sensor transmission.
Data processor being connected to preprepared controls on exchange, and control exchange is provided with display device and typing device.Display device can demonstrate the data received by data processor, and arrange and cultivate by controlling the typing device of exchange the optimum humidity range that module institute cultivates plant, this humidity range and the interior humidity range arranged of remote control terminal match.
Remote control terminal be provided with wireless signal transmission end, reception of wireless signals end and have data outputting module, it realizes data by 3G network with control exchange and conducts, and data processor realizes data by 3G network and remote control terminal and docks.
Finally, remote control terminal connects arrange be used for information displaying display module, for the buzzing of information early warning and the warning device module of flash of light with key in for data and the key entry module of control data correction.
The present embodiment controls as follows:
Step 1: presetting of data, arranges in a data processor and cultivates module institute and cultivate the optimum humidity range of plant, and the humidity range being arranged in remote control terminal by the key entry module be arranged on remote control terminal and match in data processor.
Step 2: the Acquire and process of data, humidity sensor carries out humidity collection to the nutrient culture media humidity of cultivating module, and the data of collection are sent by wireless signal transmission end, reception of wireless signals end receives signal, and data are conducted further to data processor, wireless signal is converted to digital signal through A/D converting unit by data processor, and conducts to remote control terminal by 3G network by data; Image acquisition device carries out real-time situation collection to cultivated plant, and is conducted to remote control terminal by 3G network.
Step 3: the display of data and early warning are fed back, and the data-signal in step 2 after data processor processes shows after passing to remote control terminal on display module, and correspondence is presented in data disaply moudle; The vision signal of image acquisition device collection in step 2 passes to after remote control terminal through 3G network and is presented on the display module of remote control terminal, and correspondence is presented in image display module; Wherein at the humidity data of humidity sensor collection through data processor processes and when obtaining normal data after contrasting with the implant data in step 1, alarm module is kept silent state; At the humidity data of humidity sensor collection through data processor processes and when obtaining abnormal data after contrasting with the implant data in step 1, alarm module triggers and carries out abnormal data feedback.
Step 4: the Data Control of remote control terminal, remote control terminal carries out control model selection by keying in module to control exchange on the one hand, selects Automatic Control pattern according to demand; Remote control terminal adjusts the humidity range demand of cultivating module by keying in module on the other hand.When appearance is reported to the police, unlatching irrigation information is sent to control exchange by remote control terminal, controls to open irrigation rig after exchange receives information, and irrigation work is carried out.Subsequently by the transmission of humidity data, the control exchange of this system cuts out irrigation rig.
The present invention is by eliminating the transmission of wireline equipment data to the setting of this system, decrease the Meteorological of wireline equipment data transmission, save maintenance cost, decrease the input of manpower,, system works simple by control method control operation of the present invention is stablized, save water resource, monitor vegetation lack of water situation in time, improve irrigation efficiency.
Claims (8)
1. an agricultural irrigation remote control management system, it comprises cultivation module, irrigation rig, data processor and remote control terminal, it is characterized in that: described cultivation model calling is provided with humidity sensor, described humidity sensor is connected with wireless signal transmission end, described data processor is connected with reception of wireless signals end, described wireless signal transmission end realizes data with reception of wireless signals end by WIFI network and docks, described data processor is also connected with control exchange, described control exchange is provided with display device and typing device, described remote control terminal realizes data by 3G network with control exchange and conducts, described data processor realizes data by 3G network and remote control terminal and docks, described remote control terminal is connected with the display module for information displaying, for the alarm module of information early warning with key in and the key entry module of control data correction for data.
2. a kind of agricultural irrigation remote control management system as claimed in claim 1, is characterized in that: described cultivation module is also provided with image acquisition device.
3. a kind of agricultural irrigation remote control management system as claimed in claim 2, is characterized in that: described image acquisition device realizes data by 3G network and remote control terminal and docks.
4. a kind of agricultural irrigation remote control management system as claimed in claim 1, is characterized in that: the described display module being installed on remote control terminal includes data disaply moudle and image display module.
5. a kind of agricultural irrigation remote control management system as claimed in claim 1, is characterized in that: described remote control terminal is also provided with data outputting module.
6. a kind of agricultural irrigation remote control management system as claimed in claim 1, is characterized in that: described warning device is the warning device of buzzing and flash of light.
7. a kind of agricultural irrigation remote control management system as claimed in claim 1, is characterized in that: described control exchange includes Automatic Control and semiautomatic control two kinds of control modes.
8. an agricultural irrigation long-range control method, is characterized in that: it comprises following rate-determining steps:
Step 1: presetting of data, arranges in a data processor and cultivates module institute and cultivate the optimum humidity range of plant, and the humidity range being arranged in remote control terminal by the key entry module be arranged on remote control terminal and match in data processor;
Step 2: the Acquire and process of data, humidity sensor carries out humidity collection to the nutrient culture media humidity of cultivating module, and the data of collection are sent by wireless signal transmission end, reception of wireless signals end receives signal, and data are conducted further to data processor, wireless signal is converted to digital signal through A/D converting unit by data processor, and conducts to remote control terminal by 3G network by data; Image acquisition device carries out real-time situation collection to cultivated plant, and conducts to remote control terminal by 3G network;
Step 3: the display of data and early warning are fed back, and the data-signal in step 2 after data processor processes shows after passing to remote control terminal on display module, and correspondence is presented in data disaply moudle; The vision signal of image acquisition device collection in step 2 passes to after remote control terminal through 3G network and is presented on the display module of remote control terminal, and correspondence is presented in image display module; Wherein at the humidity data of humidity sensor collection through data processor processes and when obtaining normal data after contrasting with the implant data in step 1, alarm module is kept silent state; At the humidity data of humidity sensor collection through data processor processes and when obtaining abnormal data after contrasting with the implant data in step 1, alarm module triggers and carries out abnormal data feedback;
Step 4: the Data Control of remote control terminal, remote control terminal carries out control model selection by keying in module to control exchange on the one hand, can select Automatic Control pattern and semiautomatic control pattern according to different demands; Remote control terminal adjusts the humidity range demand of cultivating module by keying in module on the other hand.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510040333.1A CN104536430A (en) | 2015-01-27 | 2015-01-27 | Remote control management system and control method for agricultural irrigation |
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| CN201510040333.1A CN104536430A (en) | 2015-01-27 | 2015-01-27 | Remote control management system and control method for agricultural irrigation |
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| CN104536430A true CN104536430A (en) | 2015-04-22 |
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| CN201510040333.1A Pending CN104536430A (en) | 2015-01-27 | 2015-01-27 | Remote control management system and control method for agricultural irrigation |
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| CN108012640A (en) * | 2017-11-29 | 2018-05-11 | 上海华维节水灌溉股份有限公司 | It is a kind of based on the Irrigation and fertilization system for making substance environment collaborative feedback |
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Application publication date: 20150422 |
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| RJ01 | Rejection of invention patent application after publication |