CN104700191A - Intelligent mobile terminal based agricultural product quality and safety geographic information supervision and management method and system - Google Patents

Abstract

The present invention relates to a method and system for the supervision and management of agricultural product quality and safety geographic information based on an intelligent mobile terminal. scheme; then integrate and control the individual information management of agricultural product supervision objects, and finally combine the relevant data of various agricultural product quality and safety supervision work with geospatial scientific data. In addition, the present invention also develops a set of individual design and information preservation An intelligent mobile terminal-based geographic information supervision and management system for agricultural product quality and safety that integrates early warning, monitoring, and management control. The technical solution of the present invention enables supervisory personnel at all levels, supervised objects, supervisory conditions, and detection conditions to be intuitively presented on the electronic map, and finally provide comprehensive and multi-angle services for the supervisory department, thereby ensuring better quality and safety of agricultural products. Regulatory work.

Description

Method and system for the supervision and management of geographical information on agricultural product quality and safety based on intelligent mobile terminals

technical field

The invention relates to an intelligent mobile terminal-based agricultural product quality and safety geographical information supervision and management method and system, belonging to the category of agricultural product quality and safety information management.

Background technique

In recent years, with the acceleration of my country's industrialization process, there are more and more sources of agricultural pollution, and the threat to food safety is becoming more and more serious. At present, the quality and safety of agricultural products has been highly concerned by the government and people from all walks of life. How to make people eat safely, rest assured, and secure, how to carry out quality and safety supervision of agricultural products, and how to ensure the quality and safety of agricultural products have become urgent problems to be solved in the new stage of agricultural development. One of the main contradictions. The Chinese government and relevant departments attach great importance to the quality and safety of agricultural products. From 2004 to 2010, the Central No. 1 document clearly stated that the construction of the agricultural product quality and safety supervision system should be accelerated, and the People's Republic of China has successively issued the National Agricultural Product Quality Management System. Safety Law, the Food Quality and Safety Law of the People's Republic of China and other laws and regulations, and actively take measures to strengthen the quality supervision of agricultural products.

In 2008, the Ministry of Agriculture established the Agricultural Product Quality and Safety Supervision Bureau. At present, about 50% of the prefectures and cities and more than 30% of the counties have established special agencies for the supervision of agricultural product quality and safety. The capacity building of quality inspection systems at all levels has been continuously promoted, forming a nationwide In major cities, the monitoring network covering major agricultural products has basically formed a pattern of monitoring and supervision according to the law, and has generally realized the safety and reliability of the quality of my country's agricultural products, especially edible agricultural products. Compared with developed countries, my country's agricultural product quality and safety work started late and has many problems, and the system construction still has a certain degree of "top-heavy" situation.

Therefore, there is an urgent need for a quality and safety supervision system, so that the quality and safety supervision of agricultural products can be carried out under reasonable systems and methods, making the supervision information open and transparent, avoiding the phenomenon of favoritism and bribery, so as to better carry out the quality and safety of agricultural products. supervision. The integration of computer technology, mobile communication technology and agricultural informatization, through the application of informatization means, can improve the supervision level of the supervision department, and then promote agricultural enterprises to strengthen production safety awareness, improve the quality and safety of agricultural products, and enable consumers to buy Rest assured, rest assured to eat, and improve the current situation of consumers losing confidence in the quality and safety of edible agricultural products.

The key to the establishment of the agricultural product quality and safety supervision system is how to design the individual objects to be supervised, how to realize the supervision of the agricultural product safety indicators of the individual objects, and the unified standardization of supervision data is the problem. This should not only take into account the actual situation of my country's agricultural product quality and safety supervision, but also meet the needs of the current agricultural informatization construction. Another key issue is how to centrally reflect a large number of agricultural enterprise objects in the supervision system, and quickly and accurately locate individual objects, timely understand the warning information of excessive standards, and quickly respond to emergencies.

Contents of the invention

The purpose of the present invention is to apply the geographic information system (GIS) system in the supervision and management control process of the quality and safety of agricultural products, and to design the supervision and management solution for the quality and safety of agricultural products by combining the intelligent mobile terminal technology by defining the supervised individual objects in a regional grid . Integrate and control the individual information management of agricultural product supervision objects, provide an integrated method that combines relevant data of various agricultural product quality and safety supervision work with geospatial scientific data, and develop a set of individual design, information preservation, and early warning of supervised objects. An intelligent mobile terminal-based agricultural product quality and safety geographical information supervision and management method and system integrating monitoring, management and control.

In order to solve the above technical problems, the present invention provides a method for supervising and managing agricultural product quality and safety geographic information based on an intelligent mobile terminal, which includes the following steps:

A. The agricultural product quality and safety geographical information supervision and management system guided by the GIS system control system records the basic information of the agricultural product supervision work;

B. Based on the basic information in step A, establish a database of three products and one standard and an agricultural input database related to the quality and safety supervision of agricultural products;

C. The smart mobile terminal downloads and updates the basic data through the data interface provided by the agricultural product quality and safety geographical information supervision and management system;

D. Supervisors carry out supervision and inspection work on supervised objects through smart mobile terminals, and connect to the database of three products and one standard and input database on the data server of the supervision center through smart mobile terminals, conduct three products and one standard query and input query, and check the status of supervised objects Whether the third product certificate has expired, whether the use of prohibited drugs, etc., and the supervision and inspection will be recorded in real time through the smart mobile terminal and uploaded to the data server of the supervision center;

E. The sampling personnel of the testing center conduct product sampling on the supervised objects through the smart mobile terminal, automatically number the samples, record the product sampling records in real time on site and upload them to the data server of the supervision center;

F. The inspectors of the inspection center conduct pesticide residue detection experiments on the returned samples, and upload the product inspection data in the instrument to the data server of the supervision center through the client software of the rapid detector;

G. By using the agricultural product quality and safety geographic information supervision and management system, the supervision department can check the supervision and inspection status and product testing status of the supervised objects, and can make timely emergency response to the agricultural product safety problems that arise, and complete the supervision of agricultural product production enterprises;

Wherein, the recording steps described in step A are:

A1. Information entry of supervisory personnel;

A2. Information entry of supervisory units;

A3. Information entry of testing units;

A4. Information entry of supervised objects;

Wherein, in step B:

B1 Design of Three Products and One Standard Database

Pollution-free agricultural products, green food, organic agricultural products and geographical indications of agricultural products are collectively referred to as "three products and one standard". Departments have different focuses and different data information. By discarding the secondary data and retaining the main concerned data, the standard formats of certificate type, product name, enterprise name, certificate number, certificate issuing time, certificate issuing agency, and certificate validity period are unified. Formatting and coding, by setting up a data capture server, automatic capture, segmentation, and fusion of data from various official websites announced by the Ministry of Agriculture, and setting an automatic update time to ensure that the database is synchronized with the national database;

B2. Design of agricultural input database

Agricultural inputs refer to substances used or added in the production process of agricultural products, including agricultural production materials such as seeds, seedlings, fertilizers, pesticides, veterinary drugs, feed and feed additives, and agricultural engineering such as agricultural film, agricultural machinery, and agricultural engineering facilities and equipment. Materials and products: Uniformly code different types of input data in accordance with the format of registration certificate number (permit number), product name, production unit, applicable crops, and validity period, and set up a data capture server to collect data from various sources announced by the Ministry of Agriculture. The official website automatically captures, divides, and integrates data, and sets an automatic update time to ensure that the database is synchronized with the national database.

In the above method:

Step C is realized through the REST-based Web Servrice technology. The smart mobile terminal downloads and synchronously updates the basic business data through the REST interface provided by the agricultural product quality and safety geographic information supervision and management system, and converts the JSON data format into a smart mobile terminal. The SQLite database required by the terminal system for later use;

Steps D and E are implemented as follows: open the mobile product quality and safety supervision APP installed on the smart mobile terminal, enter supervision and inspection and product sampling records, take photos on site, and have the business owner handwrite a signature to save the records; The product sampling record information database is converted into JSON format and uploaded to the data server of the supervision center through the REST interface.

The working process of the client software of the rapid detector in step F is that first, the detection task is downloaded from the data server of the supervision center, the rapid detector detects the pesticide residues on the agricultural products, the client software of the rapid detector matches the detection data with the detection task, and finally the The product detection data in the instrument is uploaded to the data server of the supervision center through the REST interface.

The operation method of step G is: the supervisory department supervises the agricultural product production enterprises through GIS technology, and by visually displaying the problems of the enterprises in the area on the electronic map, timely formulate measures to deal with the agricultural product quality and safety problems that arise.

The present invention also provides a geographical information supervision and management system for the quality and safety of agricultural products based on an intelligent mobile terminal. The system is based on the PHP+IIS+MYSQL platform architecture, adopts the MVC framework design mode, and realizes a three-layer architecture system; realizes the front end through smarty template engine technology The display layer and database operations are realized by custom encapsulation class library. The client provides users with graphical application services based on webGIS, and consists of 8 engineering modules:

1) cache: data cache layer, mainly used to cache some public data, which is convenient for fast data extraction and quick access by client users;

2) database: data access layer, which realizes data addition, deletion, update and retrieval by accessing data entity objects and controlling their attributes;

3) model: data model layer, the entity access of the core database record list of the system program;

4) view: view control layer, mainly used to present data records according to the model.

5) themes: static data layer, storing CSS styles displayed on the front end, img images, smarty engine template resources, etc.;

6) control: data control layer, data parameter transmission, logic control of transactions;

7) statics: custom class library, used to store methods and rule classes for special data operations;

8) rest: data interaction layer, interactive control with third-party system data;

The above system also includes: a rights management module, which is used to assign user role management and rights management, and can set different usage rights for different users; a basic data module, which is used to display in the system. Basic file entry, modification, query and other operations; data recording module, including management of data records such as supervision and inspection, product testing, publicity training, and regulatory dynamics; comprehensive management module, including GIS map display, early warning analysis management, and data statistics management.

Beneficial effects of the present invention: the present invention provides supervision teams (supervisors, supervision units, testing units), supervision objects, supervision and inspection, product testing, publicity and training, addition, deletion and update of news dynamics by analyzing supervision work information , search and other management functions to meet the needs of the daily management of the regulatory authorities; the system takes the supervised object as the core, and uses smart mobile terminal technology, GIS geographic information system and computer network technologies to combine the relevant data of supervision work with geospatial scientific data Combined, the supervisory work situation can be visualized on the electronic map, providing all-round and multi-angle services for the supervisory department, so as to ensure better supervision of the quality and safety of agricultural products. Through this system, supervisors at all levels, supervised objects, supervisory conditions, and testing conditions can be visually presented on the electronic map, and finally provide all-round and multi-angle services for the supervisory department, so as to ensure better supervision of the quality and safety of agricultural products. . After trial by the supervision department, the effect is obvious, "in line with the actual situation of agricultural informatization supervision and management", and has a strong practical promotion value. "Food is the most important thing for the people, and food safety is the first." With the occurrence of agricultural product quality and safety problems in recent years, producers, consumers and the government have paid close attention to the quality and safety of agricultural products. The establishment of an agricultural product quality and safety supervision system is conducive to Improve the phenomenon of information asymmetry between producers and consumers. This is of great significance to improving people's living standards and popularizing awareness of agricultural product safety. Therefore, it is of great significance to establish an agricultural product quality and safety supervision system that is in line with China's national conditions.

Description of drawings

Figure 1 Application diagram of the smart terminal APP of the agricultural product quality and safety mobile supervision information system.

Figure 2 Schematic diagram of the workflow of agricultural product supervision and inspection.

Figure 3 Schematic diagram of the workflow of agricultural product testing.

Figure 4 Functional architecture diagram of geographic information supervision and management system for agricultural product quality and safety.

Figure 5 is the implementation diagram of the geographic information supervision and management system for agricultural product quality and safety.

Detailed ways

The invention provides a method for supervising and managing agricultural product quality and safety geographic information based on an intelligent mobile terminal, which includes the following steps:

A. The agricultural product quality and safety geographical information supervision and management system guided by the GIS system control system records the basic information of the agricultural product supervision work;

B. The design and establishment of the three products and one standard database and the agricultural input database related to the quality and safety supervision of agricultural products;

C. The smart mobile terminal downloads and updates the basic data through the data interface provided by the agricultural product quality and safety geographical information supervision and management system;

D. Supervisors carry out supervision and inspection work on supervised objects through smart mobile terminals. Connect the three products and one standard database and the input database on the data server of the supervision center through the smart mobile terminal, conduct three products and one standard query and input query, check whether the three products certificate of the supervised object is expired, whether the use of prohibited drugs, etc., and through the smart mobile terminal Record the supervision and inspection in real time and upload it to the data server of the supervision center;

E. The sampling personnel of the testing center conduct product sampling on the supervised objects through the smart mobile terminal, automatically number the samples, record the product sampling records in real time on site and upload them to the data server of the supervision center;

F. The testing center conducts testing experiments on agricultural product pesticide residues on the returned samples, and uploads the product testing data in the instrument to the data server of the supervision center through the client software of the rapid testing instrument;

G. By using the agricultural product quality and safety geographical information supervision and management system, the supervision department can check the supervision and inspection status and product testing status of the supervised objects, and can make timely emergency response to the agricultural product safety problems that arise, and complete the supervision of agricultural product production enterprises.

In specific implementation, the basic information records of the agricultural product quality and safety geographical information supervision and management system described in step A include four major functional modules:

1. Information on supervisors: Supervisors are divided into three types: supervisors at the city, district, county, and township levels, coordinators in each administrative village, and internal inspectors in each supervisory object (manufacturing enterprises, cooperatives). The main information includes name, gender, place of origin, educational level and other information that should be included in the registration of general personnel files, as well as education experience, training experience, rewards and punishments, work resumes, etc.

2. Information on the supervisory unit: The supervisory unit refers to the three-level supervisory department unit of the city, district, county, and township. The main information includes basic information such as the unit name, unit address, unit phone number, and geographic coordinates, as well as the personnel and work under the jurisdiction of the unit. Division of labor and other information.

3. Information on the testing unit: The supervision unit refers to the three-level testing department unit of the city, district, county, and township. The main information includes the unit name, unit address, unit phone number, geographical coordinates and other information.

4. Information on supervised objects: Supervised objects refer to supervised objects, which are mainly divided into production enterprises, cooperatives, industry associations, family farms, large farmers, and agricultural material stores. The main information includes enterprise base information (geographic location), business scale information, main production and operation products, three-product one-standard certificate information, and other qualification information.

The database design and establishment scheme described in step B is illustrated below with an example.

1. Design of the database: Take the design of the database of three products and one standard as an example. For example, the information of a green food certificate includes "Enterprise Name: Changzhou Jinyingwang Special Vegetable Planting Ecological Park, Region: Jiangsu Province, Enterprise Information Code: GF320412112242, Product Name: Fruit Corn, Product Category: Corn, Registered Trademark: Jinying+jinying, Approved Output (Ton): 150, Logo Number: LB-05-1112105432A, Period of Validity: 2011-12-22 to 2014-12-21, Issuing agency: China Green Food Development Center", the pollution-free agricultural product certificate information includes "province name: Jiangsu Province, applicant's full name: Changzhou Jinyingwang Special Vegetable Planting Ecological Park, product name: spinach, brand name: Jinying Wang, annual output (tons): 12, certificate number: WGH-08-11165, certificate validity period: 2012-03-01 - 2015-03-01, certificate issuing agency: Agricultural Product Quality and Safety Center of the Ministry of Agriculture". Comparing and analyzing the above two certificate information to determine the commonality between the two, retaining the five fields of product name, enterprise name, certificate number, certificate issuing agency, and certificate validity period, plus the certificate type code, to form the database of three products and one standard base field. In this way, general conditional query can be realized.

2. Establishment of the database: After determining the design of the database, set up a data capture Web Service server to automatically download, analyze, insert and update data from various official websites announced by the Ministry of Agriculture. Combined with the characteristics of the data, the automatic update cycle is set to one month to ensure the synchronization of the database with the national database.

Step C design is mainly realized through REST-based Web Servrice technology. The smart mobile terminal downloads and updates the basic business data through the REST interface provided by the geographic information supervision and management system of agricultural product quality and safety, and converts the JSON data format into the SQLite database required by the smart mobile terminal system for later use.

Steps D and E are implemented as follows: open the agricultural product quality and safety mobile supervision APP installed on the smart mobile terminal, enter supervision and inspection and product sampling records, take pictures on site, and have the business owner handwrite a signature to save the records. Convert the supervision inspection and product sampling record information database into JSON format, and upload it to the data server of the supervision center through the REST interface.

The operation method of step F is: the client software of the rapid detector first downloads the detection task from the data server of the supervision center, conducts the detection experiment of agricultural product pesticide residues on the sampled samples, and then collects the detection data to the client software. Match the detection data with the detection task through the client software, and finally upload the product detection data in the instrument to the data server of the supervision center through the REST interface.

The operation method of step G is: the supervisory department logs into the agricultural product quality and safety geographical information supervision and management system, checks the supervision and inspection of agricultural production enterprises, and the product testing situation, and understands the supervision dynamics. At the same time, on the electronic map, you can very intuitively see what problems have occurred in a certain enterprise in a certain area, and respond to the quality and safety problems of agricultural products in a timely manner.

The implementation of the system provided by the present invention will be described below with reference to the accompanying drawings. Figure 4 is a functional framework diagram of the geographical information supervision and management system for agricultural product quality and safety, and Figure 5 is a diagram of an embodiment of the geographical information supervision and management system for agricultural product quality and safety.

1 Software Basic Architecture Design

The system is based on the PHP+IIS+MYSQL platform architecture, adopts the MVC framework design pattern, and realizes the three-tier architecture system. The front-end display layer is realized through the smarty template engine technology, the database operation is realized by a custom encapsulation class library, and the client provides users with graphical application services based on webGIS. The system is composed of 8 engineering modules:

1) cache: data cache layer, mainly used to cache some public data, which is convenient for fast data extraction and quick access by client users;

2) database: data access layer, which realizes data addition, deletion, update and retrieval by accessing data entity objects and controlling their attributes;

3) model: data model layer, the entity access of the core database record list of the system program;

4) view: view control layer, mainly used to present data records according to the model.

5) themes: static data layer, storing CSS styles displayed on the front end, img images, smarty engine template resources, etc.;

6) control: data control layer, data parameter transmission, logic control of transactions;

7) statics: custom class library, used to store methods and rule classes for special data operations;

8) rest: data interaction layer, interactive control with third-party system data;

The system also includes:

The rights management module is used to assign user role management and rights management, and can set different usage rights for different users;

The basic data module is used for the entry, modification, query and other operations of the basic files of the supervision team, supervision unit and testing unit displayed in the system;

Data recording module, including the management of data records such as supervision and inspection, product testing, publicity and training, and regulatory dynamics;

Comprehensive management module, including GIS map display, early warning analysis management, data statistics management, etc.

2 Design of software rights allocation

The users of the agricultural product supervision system are mainly supervisory personnel in various cities, districts, counties, and townships. Supervisory personnel at different levels have different work subjects due to the different natures and positions of the units they belong to. Therefore, it is necessary to find out its common workflow, take the commonality as the basis, and support the design idea of personalized customization of business functions. Therefore, the system development adopts the group authority function based on role control. According to business needs, the system sets multiple group permissions for each area and grants business logic operation permissions. Each group permission can have multiple roles. The division of roles is divided by department according to the actual situation. In addition to providing permission control of the traditional function menu, it also provides users with management permissions for different areas, setting access permissions, and achieving level disclosure, so that relevant personnel can only operate and manage the data in the area where their department is located, and protect the security of core data.

3Basic data management design

1) Supervision team management, including three parts: supervision personnel management, supervision unit management, and testing unit management, is the basic information construction of government supervision departments. Provides information entry, modification, viewing, and deletion operations.

A) Supervisors: Supervisors are divided into three types: supervisors at the city, district, county, and township levels, coordinators in each administrative village, and internal inspectors in each supervisory object (manufacturing enterprises, cooperatives). The main information includes name, gender, place of origin, educational level and other information that should be included in the registration of general personnel files, as well as education experience, training experience, rewards and punishments, work resumes, etc.

B) Supervision unit: The supervision unit refers to the three-level supervision department unit of the city, district, county, and township. The main information includes basic information such as the unit name, unit address, unit phone number, and geographical coordinates, as well as the personnel and work division under the unit's jurisdiction, etc. information.

C) Inspection unit: The supervision unit refers to the three-level inspection department unit of the city, district, county, and township. The main information includes the unit name, unit address, unit phone number, geographical coordinates and other information.

2) Supervision object management Provides information entry, modification, viewing, and deletion operations for supervised objects, such as production enterprises, cooperatives, industry associations, family farms, large planters, and agricultural material stores. Its main information includes enterprise base information (geographic location), business scale information, main production and operation products, three products and one standard certificate information, and other qualification information.

4 Data record management design

1) Supervision and inspection record management, the operation and management of information entry, modification, viewing, printing, deletion, etc. of the inspection work carried out by the supervision unit on the supervision objects. Figure 1 shows the application diagram of the intelligent terminal APP of the agricultural product quality and safety mobile supervision information system, and Figure 2 shows the flow diagram of the supervision and inspection work using the intelligent mobile terminal. The supervision department conducts on-site law enforcement supervision through the smart mobile terminal, records the supervision and inspection records in real time, and uploads them to the agricultural product quality and safety geographic information supervision and management system, so that it is convenient to query the results of product inspection records by logging into the supervision geographic information platform later.

2) Product testing record management, product sampling management and product testing management for the supervised objects by testing units. Sampling of agricultural products is entered at the sampling site through smart mobile terminals, and uploaded to the agricultural product quality and safety geographic information supervision and management system. The detection data is uploaded to the data server of the supervision center through the network of the client software of the rapid detector. The schematic diagram of product sampling and testing workflow is shown in Figure 3.

3) Propaganda and training management, entry, modification, viewing, and deletion of publicity and training records carried out by cities, districts, counties, and towns.

4) Regulatory dynamic management, release management of the latest work trends, notices, and industry norms related to regulatory work, so as to facilitate internal learning, discussion, and interaction of regulatory departments, and gradually improve regulatory awareness and management level.

5 Data Integrated Management Design

1) GIS map display, which combines regulatory data with electronic maps and presents them intuitively in the form of multiple colors and labels, which is convenient for regulatory authorities to quickly browse and locate.

2) Early-warning analysis and management, including early-warning of information on three products under supervision, early-warning of unqualified supervision and inspection, and early-warning of unqualified product testing. Through early warning analysis, the supervision department can better grasp the trend of the quality and safety of agricultural products in the city, and make overall arrangements for supervision work.

3) Data statistics management, according to the relevant conditions, carry out the report statistics of various data, and print the output as pdf, xls, doc and other files.

The above descriptions are only preferred specific embodiments of the present invention, but the protection scope of the present invention is not limited thereto. Any equivalent structure or equivalent replacement or equivalent process change made by using the contents of the description and drawings of the present invention, or directly or indirectly used in other technical fields, shall be covered by the patent protection scope of the present invention.

Claims (4)

1., based on an agricultural product quality and safety geography information supervisory methods for intelligent mobile terminal, it is characterized in that, comprise the following steps:

A, with the generalized information system hierarchy of control instruct agricultural product quality and safety geography information monitoring management system record is carried out to the Back ground Information of agricultural product supervision;

B, the three products one setting up agricultural product quality and safety supervision relevant based on the Back ground Information in steps A mark database and countryside tax system product database;

The data-interface that C, intelligent mobile terminal are provided by agricultural product quality and safety geography information monitoring management system, carries out download and the synchronized update of basic data;

D, supervisor carry out supervision and inspection work by intelligent mobile terminal to supervised entities, the three products one connected on supervision center data server by intelligent mobile terminal mark database and input database, carry out three products one and mark inquiry and input inquiry, check that whether the three products certificate of supervised entities is expired, whether use forbidden drug etc., and by real-time supervision and check being recorded and uploads to supervision center data server of intelligent mobile terminal;

E, inspection center sample collector carry out product sampling work by intelligent mobile terminal to supervised entities, carry out automatic numbering, now real time record product sample note and upload to supervision center data server to sample;

F, inspection center testing staff carry out the residual test experience of agricultural product agriculture to the sample that sampling is returned, and by fast detector client software, the Product checking data network in instrument are uploaded to supervision center data server;

G, supervision department are by using agricultural product quality and safety geography information monitoring management system, check by the supervision and check situation of supervised entities and Product checking situation, emergency processing timely can be made to the agricultural product security problem occurred, complete the supervision to agricultural product manufacturing enterprise;

Wherein, the recording step described in steps A is:

The Data Enter of A1, supervisor;

The Data Enter of A2, supervision unit;

The Data Enter of A3, detection unit;

The Data Enter of A4, supervised entities;

Wherein, in step B:

B1 three products one mark the design of database

Non-polluted farm product, pollution-free food, organic farm products and agricultural product geographical sign are referred to as " three products one are marked ", and the design key that three products one mark database is that unified standardization three products one being marked to data is integrated; Four kinds of data are under the jurisdiction of different departments because of its responsible institution, focus is different, data message is different, by abandoning low priority data, retain main focused data, according to standard format consolidation form and the coding of certificate type, name of product, enterprise name, certificate number, time of awaring a certificate, the mechanism that awards a certificate, validity period of certificate, by erection data grabber server, the automatic capturing of data, segmentation, fusion is carried out from each official website of National agricultural portion publicity, and set automatic update time, to ensure the synchronous of database and national data base;

The design of B2, countryside tax system product database

Countryside tax system product refer to the material of use or interpolation in agricultural product production run, comprise the agricultural engineering material products such as the agricultural means of production product such as seed, seedling, fertilizer, agricultural chemicals, veterinary drug, feed and feed addictive and plastic sheeting for farm use, agricultural machinery, agricultural engineering facilities and equipment; Dissimilar input data are carried out Unified coding according to the form of registration card number (credit number), name of product, production unit, applicable crops, the term of validity, by erection data grabber server, the automatic capturing of data, segmentation, fusion is carried out from each official website of National agricultural portion publicity, and set automatic update time, to ensure the synchronous of database and national data base.

2. a kind of agricultural product quality and safety geography information supervisory methods based on intelligent mobile terminal according to claim 1, is characterized in that,

Step C is realized by the Web Servrice technology based on REST, the REST interface that intelligent mobile terminal is provided by agricultural product quality and safety geography information monitoring management system, carry out download and the synchronized update process of basic business data, and by the SQLite database of JSON Data Format Transform needed for intelligent mobile terminal system, use in order to the later stage;

The embodiment of step D and step e is: opening the agricultural product quality and safety that intelligent mobile terminal is installed and move supervision APP application, typing supervision and check, product sample note, takes pictures in scene, and by corporate boss's handwritten signature, keeping records; Supervision and check and product sample note information database are converted to JSON form, upload to supervision center data server by REST interface;

The workflow of the fast detector client software of step F is, first Detection task is downloaded from supervision center data server, fast detector carries out the residual detection of agriculture to agricultural product, fast detector client software will detect data and mate with Detection task, finally the Product checking data in instrument be uploaded to supervision center data server by the networking of REST interface;

The mode of operation of step G is: the supervision of supervision department to agricultural product manufacturing enterprise is realized by GIS technology, by showing the problem of the appearance of enterprise of region on electronic chart intuitively, working out measures in time and dealing with the Quality Safety Problems of Agricultural Products of appearance.

3., based on an agricultural product quality and safety geography information monitoring management system for intelligent mobile terminal, system, based on PHP+IIS+MYSQL platform architecture, adopts MVC Frame Design pattern, realizes three tier architecture; Realize front end display layer by smarty template engine technology, database manipulation adopts self-defined encapsulation class libraries to realize, and client provides the graphical application service based on webGIS for user, and with 8 engineering modular forms compositions:

1) cache: data buffer storage layer, is mainly used to some public datas of buffer memory, is convenient to quick extracted data, realize client user's fast access;

2) database: data access layer, realizes the increase of data, deletion, renewal and retrieval by visit data entity object to its property control;

3) model: data model layer, the entity access of system program core database record list;

4) view: view control layer, is mainly used in presenting data record according to model;

5) themes: static data layer, deposits the CSS pattern of front end display, img picture, smarty engine template resource etc.;

6) control: data control layer, the logic control of data parameters transmission, transaction;

7) statics: user-defined class libraries, for depositing method, the Regularia of special data operation;

8) rest: data interaction layer, controls with Third party system data interaction.

4. a kind of agricultural product quality and safety geography information monitoring management system based on intelligent mobile terminal according to claim 3, it is characterized in that, also comprise: authority management module, for distributing user Role Management and rights management, different rights of using can be set to different users; Basic data module, for the supervision team shown in systems in which, the operation such as typing, amendment, inquiry of supervising unit, detecting the base profile of unit; Data recordin module, comprises the management of the data records such as supervision and check, Product checking, advocacy and training, supervision be dynamic; Comprehensive management module, comprises GIS map displaying, early warning analysis management, data statistics management.