CN103399556B - A kind of greenhouse intelligent supervisory system framework based on mobile terminal - Google Patents
A kind of greenhouse intelligent supervisory system framework based on mobile terminal Download PDFInfo
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Abstract
The present invention relates to a kind of greenhouse intelligent supervisory system framework based on mobile terminal, the greenhouse collecting device comprising mobile terminal, far-end server and arrange respectively in each greenhouse in the different base of different geographical, mobile terminal comprises the first database, engine modules, GIS module, district module, base module, EM equipment module, the first wireless communication module and terminal demonstration module, be provided with the second database and the second wireless communication module in far-end server, greenhouse collecting device has the 3rd wireless communication module; The greenhouse environment information that gathers of greenhouse collecting device arranged in greenhouse to be sent to by the 3rd wireless communication module in the second database in far-end server and to be presented at terminal demonstration module under the calling of EM equipment module in mobile terminal.Present system framework makes peasant household and agricultural sector all can grasp the environmental information of the crop growth in each greenhouse, the different base of different geographical whenever and wherever possible.
Description
Technical field
The present invention relates to a kind of areas of information technology, particularly a kind of greenhouse intelligent supervisory system framework based on mobile terminal.
Background technology
Hothouse production, as a kind of mode of agriculture of new high-efficiency high-quality, is at home and abroad used widely, and has become the trend of various countries' agricultural development.For peasant household, only go to scene, greenhouse to understand actual conditions, such as, in greenhouse enteroception sunlight radiation situation, record temperature in greenhouse etc. by the thermometer arranged in greenhouse.And, agricultural sector is for grain and main farm produce Quantity Security Major Strategic target, the extensive intellectual analysis of study emphasis production estimation and study of warning, because production estimation Regional Distribution is extensive, there is again numerous base identical region, also can there is one or more greenhouse in same base, to immediately grasp the situation such as environment, soil property of the crop growth in each greenhouse in the different base of different geographical, to carry out follow-up intellectual analysis and early warning to it, more difficult.Also there are some greenhouse control systems at present, but are all monitor for the environment in some greenhouses, cannot check according to the environment in different greenhouse, the different base of different geographical.In addition, be that peasant household or agricultural sector all cannot whenever and wherever possible accurately and grasp the environmental information of the crop growth in certain greenhouse targetedly.
Summary of the invention
The present invention is directed to the problem that existing greenhouse control system cannot check the environment of crop growth in different greenhouse, the different base of different geographical whenever and wherever possible, for peasant household and agricultural sector provide a kind of simple to operate, open greenhouse intelligent supervisory system framework based on mobile terminal, no matter peasant household or agricultural sector all can the environmental informations of crop growth whenever and wherever possible accurately and under grasping certain region targetedly under certain base in certain greenhouse.
Technical scheme of the present invention is as follows:
A kind of greenhouse intelligent supervisory system framework based on mobile terminal, it is characterized in that, the greenhouse collecting device comprising mobile terminal, far-end server and arrange respectively in each greenhouse in the different base of different geographical, described mobile terminal comprises the first database, engine modules, GIS module, district module, base module, EM equipment module, the first wireless communication module and terminal demonstration module, be provided with the second database and the second wireless communication module in described far-end server, described greenhouse collecting device has the 3rd wireless communication module, described first database and the second database are all positioned at bottom, described engine modules and GIS module are all positioned at the second layer adjacent with bottom, described district module, base module and EM equipment module are positioned at third layer, described first wireless communication module, the second wireless communication module and the 3rd wireless communication module are positioned at the 4th layer, and described terminal demonstration module is positioned at top layer, described engine modules by the data information transfer in the first database to district module, base module, EM equipment module and the first wireless communication module, described GIS module is district module, base module and EM equipment module provide cartographic information, the greenhouse environment information that gathers of greenhouse collecting device arranged in greenhouse to be sent to by the 3rd wireless communication module in the second database in far-end server and to be presented at terminal demonstration module under the calling of EM equipment module in mobile terminal, described terminal demonstration module is by disposition region module, the module directory structure of the multi-layer of the level establishment of base module and EM equipment module.
Described greenhouse collecting device comprises air temperature sensor, air humidity sensor, optical sensor and CO
2concentration sensor and the soil moisture sensor be arranged in soil and soil temperature sensor.
Described third layer also comprises booth module, and in described third layer, the level of each module is followed successively by district module, base module, booth module and EM equipment module.
The described second layer also comprises security module, and described security module comprises user right configuration module and log pattern.
Described first database comprises system database and Service Database, described system database comprises the management data of whole system, described management data comprises authority configuration data and daily record data, and described Service Database comprises the GIS spatial information in the business datum of each module in third layer and the second layer.
Described engine modules comprises be connected with module each in third layer respectively comprehensive inquiry service unit, statistical report form service unit and event message management service unit.
Described terminal demonstration module is touch or button, and described terminal demonstration module comprises login page, the main interface of system, main contents page mother matrix, pop-up window mother matrix, Shipping Options Page framework and Shipping Options Page mother matrix; The module directory structure of described terminal demonstration module selects the corresponding mother matrix in user interface masterplate automatically according to the display position of module each in third layer.
Technique effect of the present invention is as follows:
Greenhouse intelligent supervisory system framework based on mobile terminal provided by the invention, comprise mobile terminal, far-end server and the greenhouse collecting device arranged respectively in each greenhouse in the different base of different geographical, mobile terminal comprises the first database, engine modules, GIS module, district module, base module, EM equipment module, first wireless communication module and terminal demonstration module, each parts are upwards divided into multilayer successively successively from bottom simultaneously, form multisystem structure, the greenhouse collecting device be extensively distributed in each greenhouse, each base, each region is all stored to the second database in far-end server by the communications between the 3rd wireless communication module and the second wireless communication module after gathering the environmental information in greenhouse, under the technical support of engine modules and GIS module for mobile terminal, district module is called according to the level set up by terminal demonstration module, base module and EM equipment module, trigger district module and carry out region selection, under selected region, trigger base module carry out base selection, under selected base, trigger equipment module carries out the selection of greenhouse collecting device, after selected monitoring greenhouse collecting device, first database obtains by the communication between the first wireless communication module and the second wireless communication module the environmental information that this greenhouse collecting device of storing in the second database of far-end server gathers, this environmental information is shown by the terminal demonstration module of mobile terminal, no matter selected greenhouse environment information all can directly be checked whenever and wherever possible by peasant household or agricultural sector, and the greenhouse need not coming to various places personally is on-the-spot, peasant household can directly be inquired about environmental information that own home is distributed in the crop growth in each greenhouse in different geographical or base, the growing environment information of crops in each greenhouse that the different base of different geographical can be checked by agricultural sector, to carry out Intelligent agricultural product information analysis and study of warning, therefore the invention solves the problem that existing greenhouse control system cannot check each greenhouse environment information in the different base of different geographical whenever and wherever possible, greenhouse intelligent supervisory system framework of the present invention is based on mobile terminal, have portable, simple to operately check advantage easily, the dynamic link of the greenhouse data of mobile terminal and far-end server can be realized, real-time exhibition greenhouse environment information, can be used by agricultural sector, the peasant household that also can be generalized to basic unit uses, no matter peasant household or agricultural sector can pass through operating mobile terminal whenever and wherever possible, check arbitrarily each greenhouse environment information in different geographical or different base, each greenhouse environment information can switching monitoring mutually.The concentrated displaying of environmental information that system of the present invention can realize large area, different base, different greenhouse collecting device gather, gathers, applies.In addition, each module in third layer in present system framework can carry out increase or the adjustment of level according to actual needs, therefore provide a kind of unification, open, extendible system architecture for developer, Agricultural Information is utilized efficiently, reduces overlapping investment, reduce maintenance cost.
Greenhouse collecting device adopts air temperature sensor, air humidity sensor, soil temperature sensor, soil moisture sensor, optical sensor and CO
2these parts of sensor carry out the collection of the environmental information in greenhouse, can collect the illumination of crop growth, CO
2, air themperature and humidity, Temperature and water content in soil isothermal chamber environmental information, the setting of each sensor element can obtain the multi-faceted ambient parameter information of the crop growth in greenhouse, and peasant household or agricultural sector more comprehensively can be grasped the environment in this greenhouse.
Accompanying drawing explanation
Fig. 1 is the structural representation of the greenhouse intelligent supervisory system framework that the present invention is based on mobile terminal.
Fig. 2 is the structural representation of the mobile terminal in Fig. 1 of the present invention.
Fig. 3 is the preferred structure schematic diagram of the greenhouse intelligent supervisory system framework that the present invention is based on mobile terminal.
Fig. 4 a, Fig. 4 b, Fig. 4 c and Fig. 4 d are the working state figure of greenhouse intelligent supervisory system.
Embodiment
Below in conjunction with accompanying drawing, the present invention will be described.
The present invention relates to a kind of greenhouse intelligent supervisory system framework based on mobile terminal, its structural representation as shown in Figure 1, the greenhouse collecting device 3 comprising mobile terminal 1, far-end server 2 and arrange respectively in each greenhouse in the different base of different geographical.Wherein, each greenhouse collecting device 3 all has the 3rd wireless communication module, be provided with the second database and the second wireless communication module in far-end server 2, the growing environment information that greenhouse collecting device 3 gathers crops in greenhouse is stored to the second database in far-end server 2 by the communications between the 3rd wireless communication module and the second wireless communication module.The structure of mobile terminal 1 as shown in Figure 2, comprise the first database, engine modules, GIS module, district module, base module, EM equipment module, the first wireless communication module and terminal demonstration module, engine modules and GIS module are connected with EM equipment module with the first database, district module, base module respectively, district module, base module are all connected with the first wireless communication module with EM equipment module, and the first wireless communication module is connected with terminal demonstration module.Because greenhouse is not centralized deployment, it can be distributed in different geographical, different bases is distributed with under each region, different greenhouses is deployed with under each base, district module provides different geographical to select, base module provides the base under certain region to select, EM equipment module provides the selection of the greenhouse collecting device under certain base, engine modules and GIS module are all for providing technical support, engine modules by the data information transfer in the first database to district module, base module, EM equipment module and the first wireless communication module, GIS module is district module, base module and EM equipment module provide cartographic information, terminal demonstration module is by disposition region module, the module directory structure of the multi-layer of the level establishment of base module and EM equipment module.Mobile terminal is under the technical support of engine modules and GIS module, district module is called according to the level set up by terminal demonstration module, base module and EM equipment module, trigger district module and carry out region selection, under selected region, trigger base module carry out base selection, under selected base, trigger equipment module carries out the selection of greenhouse collecting device, after selected monitoring greenhouse collecting device, first database obtains by the communication between the first wireless communication module and the second wireless communication module the environmental information that this greenhouse collecting device of having stored in the second database of far-end server gathers, this environmental information is shown by terminal demonstration module.
The greenhouse intelligent supervisory system framework that the present invention is based on mobile terminal adopts multi-layer framework, priority structure schematic diagram as shown in Figure 3, upwards comprise data Layer, system services layer, operation layer, Communication Layer and mechanical floor successively from bottom, or perhaps be respectively bottom, the second layer, third layer, the 4th layer and top layer.First database and the second database are all positioned at bottom, engine modules and GIS module are all positioned at the second layer adjacent with bottom, district module, base module and EM equipment module are positioned at third layer, first wireless communication module, the second wireless communication module and the 3rd wireless communication module are positioned at the 4th layer, terminal demonstration module is positioned at top layer, in addition, far-end server and each greenhouse collecting device are also positioned at top layer and are equivalent to mechanical floor.
Greenhouse collecting device preferably can comprise air temperature sensor, air humidity sensor, optical sensor and CO
2concentration sensor and the parts such as the soil moisture sensor be arranged in soil and soil temperature sensor carry out the collection of the environmental information in greenhouse, specifically can collect the illumination of crop growth, CO
2, air themperature and humidity, Temperature and water content in soil isothermal chamber environmental information, namely the multi-faceted ambient parameter information of the crop growth in greenhouse is obtained, make peasant household or agricultural sector monitor detailed environment information in greenhouse in real time, the environment in this greenhouse is more comprehensively grasped.
The district module of third layer, base module and EM equipment module are positioned at third layer and are equivalent to operation layer, and engine modules and the GIS module of the second layer are the equal of system services layer.Unified, service-oriented interface bus is formed between system services layer and operation layer, use WebService mode to provide the interface of information service unifiedly and flexibly to the data of greenhouse intelligent supervisory system, information, make system have good consistance, extensibility.
Third layer comprises district module, base module and EM equipment module as operation layer, booth module can also be comprised, this booth module can be arranged between base module and EM equipment module, and namely in this third layer, the level of each module can set gradually as district module, base module, booth module and EM equipment module.This operation layer major function is the information display of greenhouse, user can select by the querying condition such as region, base, booth the greenhouse wanting to check, checks the environmental data such as soil temperature and humidity, aerial temperature and humidity, carbon dioxide, illumination in this greenhouse by obtaining data that in greenhouse, corresponding greenhouse collecting device gathers.Trigger district module and carry out region selection, the district title that such as far-end server returns, undertaken inquiring about by district title and viewing content under entering corresponding district, the working state figure of the greenhouse intelligent supervisory system based on mobile terminal as shown in fig. 4 a, also can be understood as is the working state figure of district module; Under selected region, trigger base module carry out base selection, comprise the inquiry in base and enter corresponding base and check details, such as also show in the form of a list according to district title all base titles that distally server lookup goes out under this district, the working state figure of the greenhouse intelligent supervisory system based on mobile terminal as shown in Figure 4 b, also can be understood as is the working state figure of base module; Under selected base, trigger booth module carry out booth selection, comprise the inquiry of booth and enter corresponding booth and check details, such as according to the base title booth title that distally server lookup is all under going out this base; Under selected booth, trigger equipment module carries out the selection of greenhouse collecting device, comprise the inquiry of greenhouse collecting device and enter corresponding equipment and check details, such as also show in the form of a list according to the booth title greenhouse collecting device title that distally server lookup is all under going out this base, the working state figure of the greenhouse intelligent supervisory system based on mobile terminal as illustrated in fig. 4 c, also can be understood as is the working state figure of EM equipment module.According to next base, district next the temperature details of next equipment selected, finally determine the environmental information of crop growth that gathers of the greenhouse collecting device that will immediately check, the working state figure of the greenhouse intelligent supervisory system based on mobile terminal as shown in figure 4d, display greenhouse details data.
It is the technical support layer of system that system services layer can be regarded as, and institute works and comprises statistics engine service, GIS service, security service etc., for system business process provides specialized serviced component.GIS module is district module, base module, booth module and EM equipment module provide Map Services information, and engineer's scale preferably can be provided to be the numerical map information on services of 1:10000.Engine modules can comprise be connected with module each in third layer respectively comprehensive inquiry service unit, statistical report form service unit and event message management service unit.Comprehensive inquiry service unit provides comprehensive inquiry engine, by providing query configuration instrument, peasant household or agricultural sector also can the information such as self-defined inquiry content, querying condition parameter, generate specific information retrieval interface, after system user given query parameter value, just can get desired data, general, easy, quick.Statistical report form service unit provides statistical report form engine, and when checking form, prompting user inputs the query argument of form, and system obtains data according to parameter from database, generates final report display to user.Event message management service unit provides event message management engine, by system event messages configuration management, can define system event, and comprise and distribute unique Case Number, event source information checks, processes the event information such as address, handler.At system services layer except comprising engine modules and engine service and GIS module being provided GIS service is provided, can also comprise the service management unit and security module that are connected with module each in third layer respectively to provide security of system service further, security module comprises user right configuration module and log pattern provides user right service and Log security service respectively, by service management unit, system user is managed, each parts of the operation layer of connecting system are managed, display properties and the Authorization Attributes of module can be set, define system role and message reference thereof and information operating authority, then corresponding system actor is distributed to system user, thus realize the flexible configuration of System Privileges distribution, and Authority Verification service when unified operation is provided in the frame, realize authentication, operation interface display and control etc., realize multi-level, omnibearing Authority Verification, the security of whole system information is ensured from application system aspect.
First database and the second database are all positioned at bottom as data Layer, first database comprises system database and Service Database, and wherein, system database comprises the management data of whole system, normally run with safeguards system, as user data, permissions data etc.Service Database comprises the GIS spatial information in the business datum of each module in third layer and the second layer, it is also understood that to be comprise the application data such as statistics, regular data when user carries out application operating to Back ground Information.Data Layer saves as core with data, sets up taxonomy database, realizes the integration of information resources, shares and unified management, for information flow, Business Stream and knowledge flow integrated provides data basis, for safety management with trace to the source and provide information service.Need to make overall planning, seek unity of standard, share out the work and help one another, build database cluster, realize the integration of information resources and share, avoid overlapping construction and the wasting of resources that standard disunity causes.
First wireless communication module, the second wireless communication module and the 3rd wireless communication module are positioned at the 4th layer as Communication Layer, and Communication Layer supports several data transmission mode, provides efficient, safe data exchange channels.The multiple communication modes such as GPRS, 3G, WIFI, Internet, Intranet and GNSS as shown in Figure 3.Terminal demonstration module and the mechanical floor shown in Fig. 3, it is the module directory structure for the multi-layer set up by the level of each module in configuration adjustment operation layer, as shown in Figure 3, this mechanical floor can mount multiple mobile terminal, automatically complete the data conversion of various form with mutual, terminal demonstration module can be touch or button.Terminal demonstration module comprises login page, the main interface of system, main contents page mother matrix, pop-up window mother matrix, Shipping Options Page framework and Shipping Options Page mother matrix; The module directory structure of described terminal demonstration module selects the corresponding mother matrix in user interface masterplate automatically according to the display position of module each in third layer, user interface is made to have the unified feature of abundant expression forms, flexible configuration, style, thus ensure that diversity, the consistance of whole application system user (asu) operation interface, friendly customization interface, orderliness is clear, the entry that tree state logic lists is very clear, for user provides good operating experience.
The present invention is based on the greenhouse intelligent supervisory system framework of mobile terminal, can the demand of and system mobile localized for crops in greenhouse production information, can at portable intelligent mobile terminal (mobile phone, PAD, PDA etc.) basis on, adopt Embedded GIS technology, Gson technology, asynchronous task technology, J2EE technology, sorting technique, the gordian techniquies such as data acquisition process technology, by setting up C/S structure, and mobile terminal and far-end server are directly mutual by wireless networks such as 2G/3G/WIFI, make the environmental data of the production estimation in each greenhouse in the different base of different geographical all distally can obtain related data content in server, realize the dynamic link of the greenhouse data of mobile terminal and far-end server, real-time exhibition greenhouse environment information, be shown to user whenever and wherever possible by mobile terminal to see, can to the environment of crop growth in greenhouse, soil property, air humidity, temperature etc. are monitored in real time, appropriate fertilizer applications can be given further to Crops in Applying Fertilizer situation, therefore the output of crops can also be increased by setting up the greenhouse intelligent supervisory system framework that the present invention is based on mobile terminal, improve the income of peasant household.
It should be pointed out that the above embodiment can make the invention of those skilled in the art's comprehend, but do not limit the present invention in any way creation.Therefore; although this instructions has been described in detail the invention with reference to drawings and Examples; but; those skilled in the art are to be understood that; still can modify to the invention or equivalent replacement; in a word, all do not depart from technical scheme and the improvement thereof of the spirit and scope of the invention, and it all should be encompassed in the middle of the protection domain of the invention patent.
Claims (6)
1. the greenhouse intelligent supervisory system framework based on mobile terminal, it is characterized in that, the greenhouse collecting device comprising mobile terminal, far-end server and arrange respectively in each greenhouse in the different base of different geographical, described mobile terminal comprises the first database, engine modules, GIS module, district module, base module, EM equipment module, the first wireless communication module and terminal demonstration module, be provided with the second database and the second wireless communication module in described far-end server, described greenhouse collecting device has the 3rd wireless communication module, described first database and the second database are all positioned at bottom, described engine modules and GIS module are all positioned at the second layer adjacent with bottom, described district module, base module and EM equipment module are positioned at third layer, described first wireless communication module, the second wireless communication module and the 3rd wireless communication module are positioned at the 4th layer, and described terminal demonstration module is positioned at top layer, described engine modules by the data information transfer in the first database to district module, base module, EM equipment module and the first wireless communication module, described GIS module is district module, base module and EM equipment module provide cartographic information, the greenhouse environment information that gathers of greenhouse collecting device arranged in greenhouse to be sent to by the 3rd wireless communication module in the second database in far-end server and to be presented at terminal demonstration module under the calling of EM equipment module in mobile terminal, described terminal demonstration module is by disposition region module, the module directory structure of the multi-layer of the level establishment of base module and EM equipment module.
2. the greenhouse intelligent supervisory system framework based on mobile terminal according to claim 1, it is characterized in that, described greenhouse collecting device comprises air temperature sensor, air humidity sensor, optical sensor and CO
2concentration sensor and the soil moisture sensor be arranged in soil and soil temperature sensor.
3. the greenhouse intelligent supervisory system framework based on mobile terminal according to claim 1 and 2, it is characterized in that, described third layer also comprises booth module, and in described third layer, the level of each module is followed successively by district module, base module, booth module and EM equipment module.
4. the greenhouse intelligent supervisory system framework based on mobile terminal according to claim 1 and 2, it is characterized in that, the described second layer also comprises security module, and described security module comprises user right configuration module and log pattern.
5. the greenhouse intelligent supervisory system framework based on mobile terminal according to claim 4, it is characterized in that, described first database comprises system database and Service Database, described system database comprises the management data of whole system, described management data comprises authority configuration data and daily record data, and described Service Database comprises the GIS spatial information in the business datum of each module in third layer and the second layer.
6. the greenhouse intelligent supervisory system framework based on mobile terminal according to claim 1 and 2, it is characterized in that, described terminal demonstration module is touch or button, and described terminal demonstration module comprises login page, the main interface of system, main contents page mother matrix, pop-up window mother matrix, Shipping Options Page framework and Shipping Options Page mother matrix; The module directory structure of described terminal demonstration module selects the corresponding mother matrix in user interface masterplate automatically according to the display position of module each in third layer.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| FR3045304B1 (en) | 2015-12-16 | 2018-10-12 | Seb Sa | METHOD FOR CONTROLLING A CULINARY PREPARATION APPARATUS |
| CN106302680A (en) * | 2016-08-06 | 2017-01-04 | 内蒙古大学 | A kind of data based on Internet of Things display background system |
| CN106357720A (en) * | 2016-08-06 | 2017-01-25 | 内蒙古大学 | System and method for displaying data on basis of internet of things |
| CN111613010A (en) * | 2020-05-09 | 2020-09-01 | 广州海睿信息科技有限公司 | Agricultural product growth environment knowledge base software system |
| CN111752320A (en) * | 2020-05-29 | 2020-10-09 | 甘肃海创新能源科技有限公司 | Remote intelligent monitoring system and method for greenhouse |
| CN111736644A (en) * | 2020-05-29 | 2020-10-02 | 甘肃海创新能源科技有限公司 | Remote visual monitoring system and method for greenhouse |
| CN112596459A (en) * | 2020-12-15 | 2021-04-02 | 江苏久卫智能科技有限公司 | Intelligent bus duct temperature and humidity abnormity early warning system |
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