CN104504503B - A kind of Internet of Things traceability system of vegetable pesticide residue and application - Google Patents

A kind of Internet of Things traceability system of vegetable pesticide residue and application Download PDF

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Publication number
CN104504503B
CN104504503B CN201410748047.6A CN201410748047A CN104504503B CN 104504503 B CN104504503 B CN 104504503B CN 201410748047 A CN201410748047 A CN 201410748047A CN 104504503 B CN104504503 B CN 104504503B
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information
module
tracing
submodule
database
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CN104504503A (en
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刘君峰
赵国
孙霞
郭业民
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Nanjing Gurui Automation Measurement And Control Co ltd
Shandong University of Technology
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ZIBO RUIGU AUTO CONTROL Co Ltd
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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00Commerce
    • G06Q30/018Certifying business or products
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/02Agriculture; Fishing; Mining

Abstract

The invention discloses a kind of Internet of Things traceability system of vegetable pesticide residue and application, belong to vegetable pesticide residue detection and trace-back technique field.Traceability system provided by the present invention includes several vegetable pesticide residue detection modules, several system control modules, at least one database module and at least one information sharing module.The traceability system of vegetable pesticide residue provided by the present invention, it is possible to achieve the quick and multi-channel detection of residues of pesticides, improves detection efficiency, reduces testing cost.Simultaneously, real-time monitoring of the realization to retroactively all detection modules, and user is realized by scanning two-dimension bar code access database, need not manually it be operated to two-dimensional bar code overall process of the generation user to access from detection data are received, it is a kind of traceability system efficiently, practical, inexpensive.

Description

A kind of Internet of Things traceability system of vegetable pesticide residue and application
Technical field
The present invention relates to a kind of Internet of Things traceability system of vegetable pesticide residue and application, belong to vegetable pesticide residue detection With trace-back technique field.
Background technology
Vegetables are China cultivated area most wide, highly important crops of economic status in addition to cereal crops, as China The important component of agricultural or even national economy.
Agricultural chemicals plays the preventive and therapeutic effect of disease pest and weed in the planting process of vegetables, but agricultural chemicals can not be all by plant Absorb, largely remain on fruit surface.Modern agricultural production is being promoted to develop aspect rapidly, the appearance of agricultural chemicals is mankind society Huge economic interests can be brought.But the origin of chemistry of pesticide material is plus the not scientific and reasonable use of people's large area, In addition inadequate specification is managed, the balance for causing the ecosystem is destroyed, and Pesticide Residue is displayed therewith.
Vegetables quality safety is related to the sustainable and healthy development of vegetables industry concerning the healthy of the people.Protect Hinder the quality safety of victual it is necessary to the use of strict control vegetables production process Pesticides.Vegetables market periods are shorter, Generally the same day harvesting same day sells.Traditional analytical instrument detection cycle is long, it is impossible to realize field quick detection.Only to vegetables Persticide residue is detected in real time after production, harvesting, before listing, and synchronized upload can just have to vegetable safety traceability system The reasonable employment of effect monitoring pesticide residues in vegetables medicine, it is ensured that vegetables quality safety and efficiently production.
The content of the invention
To solve the above problems, the invention provides a kind of Internet of Things traceability system of vegetable pesticide residue, being taken Technical scheme is as follows:
It is an object of the invention to provide a kind of Internet of Things traceability system of vegetable pesticide residue, if the traceability system be by Dry Detecting Pesticide module, some system-monitoring modules, at least one database module and at least one information sharing mould Block is constituted, wherein:
The Detecting Pesticide module, is connected by wireless network with system-monitoring module, comprising:
Sense signals module, the submodule passes through sensor collection vegetable sample Pesticide Residues concentration information to be measured;
Electrode submodule, the submodule sends the residues of pesticides concentration information that sense signals module is obtained at signal to Manage module;
Signal transacting submodule, the submodule by the detection information received by storage, I/V change, signal amplification, Filtering, radio receiving transmitting module is given after A/D conversions;
Wireless receiving and dispatching submodule, the detection information after preliminary treatment is sent to by the submodule by wireless network is System monitoring module;
The system-monitoring module, is connected by wired or wireless network and Detecting Pesticide module and database module Connect, including:
Data transmit-receive submodule, the submodule receives the detection letter that Detecting Pesticide module and database module are sent Breath, and the information and feedback information by integrating can be transferred to database module and Pesticides Testing module respectively;
Data Integration submodule, the submodule decodable code difference is traced to the source the radio frequency label RFID on ground, and will wirelessly be penetrated Detection information in frequency RFID tags and place detection information retroactively and ground information of tracing to the source are integrated, and generation contains newest The data message of detection information, then generates the radio frequency label RFID containing the data message, is chased after integrating last After the detection information in place of tracing back, coding generation finally detects the two-dimensional bar of data link, the submodule containing database is accessed Block is transferred to data output submodule after generation radio frequency label RFID or two-dimensional bar;
Data output submodule, the submodule receives the radio frequency label RFID and two-dimensional strip of Data Integration module generation Shape code, and by printer output radio frequency label RFID and containing access database finally detect data link QR bis- Tie up bar code;
The database module, is connected by wired or wireless network with system-monitoring module and information sharing module, bag Include:
Data interaction submodule, the submodule realizes database subsystem module and system-monitoring module and information sharing module Data message interact and decoding QR two-dimensional bars and radio frequency label RFID in information, meanwhile, the submodule can be with Vegetables quality inspection center database realizing information exchange, by detection information respectively retroactively and ground information transfer of tracing to the source to vegetables Quality testing central database;
Database subsystem module, the detection information of the submodule collection system monitoring module, trace to the source ground information and information sharing The client feedback information of platform, and in QR two-dimensional bars in reviewing in final detection information and radio frequency label RFID Information, and these information are imported into database;
Information sharing module, by wired or wireless network and database Module Links, and can realize information with client Shared and interaction, including:
Information discloses submodule, and the submodule contains vegetables quality inspection center database, the submodule and database subsystem Module is connected, and client obtains the link that data are finally detected containing access database, the link by scanning QR two-dimensional bars Logical addressable vegetables quality inspection center database, obtains the detection information to be inquired about and ground information of tracing to the source;
Customer information feeds back submodule, and the submodule can will collect the feedback information of client, and feedback information is deposited After storage, processing, feedback information is transferred to the data transmit-receive submodule of system-monitoring module by database module.
Preferably, the sensor is enzyme biologic sensor.
It is described retroactively, including the vegetables place of production, vegetables storage place, Vegetable Circulation distribution centre, fruits and vegetables, vegetable product Circulation distribution centre and the market of vegetables and vegetable product.
The ground information of tracing to the source, first ground information of tracing to the source is vegetable cultivation ground information, including:Plant way address, plantation People, director, quality inspection report;Fruits and vegetables ground information, including:Manufacturer, director, process time, machining location, production Batch and quality inspection report;Other ground information of tracing to the source, including administrative area code, producer's numbering, batch coding, storage date, outbound Date and product ID.
The wireless network, including bluetooth, 2G, 3G, 4G, GPRS, WIFI, CDMA and Zigbee.
The traceability system is used for detection, monitoring, information sharing and the agricultural product of vegetables and vegetable product residues of pesticides Trace to the source.
Another object of the present invention is to provide a kind of method for reviewing vegetable pesticide residue using the application, this method The step of it is as follows:
1) Detecting Pesticide module detects the residues of pesticides in vegetables to be measured, generates initial detecting information, by storing, I/V is changed, signal amplification, and filtering obtains detection information after A/D conversions, by wireless network, detection information is transmitted to system Monitoring module;
2) system-monitoring module is received after first detection information, by detection information and first trace to the source ground information import data Library module simultaneously generates radio frequency label RFID, exports radio frequency label RFID and is attached on victual, then vegetables turn Move to second and trace to the source ground;
3) second trace to the source ground system-monitoring module decoding first trace to the source ground victual radio frequency label RFID, and The ground Detecting Pesticide module that will originally trace to the source obtains detection information and originally trace to the source ground information and the radio frequency label RFID of decoding In information integrated, obtain second and tracing information and generate new radio frequency label RFID with tracing to the source, export new nothing Line RF tag RFID is simultaneously attached on vegetables, then vegetables be transferred to the 3rd trace to the source ground, meanwhile, second trace to the source ground system monitoring mould Block by second trace to the source ground tracing information be transferred to database module carry out trace back data renewal, trace back data update after database mould Trace back data after renewal is transferred to information sharing module by block again, is repeated until victual reaches last and traced to the source Ground;
4) vegetables are reached behind last ground of tracing to the source, and ground system-monitoring module of finally tracing to the source decodes upper one less radio-frequency for tracing to the source ground After RFID tags, the detection information and last ground information of tracing to the source obtained with ground Detecting Pesticide module of finally tracing to the source is integrated After obtain last tracing information, last tracing information is transferred to database module and chased after by ground system-monitoring module of finally tracing to the source Data of tracing back are updated, and the trace back data after renewal is transferred to information sharing module by database module again after trace back data updates, together Shi Shengcheng contains the two-dimensional bar for the database link for accessing last tracing information, prints out two-dimensional bar, pastes On corresponding vegetables;
5) customer scans step 4) two-dimensional bar on vegetables, the database link for accessing last tracing information is obtained, Client obtains vegetables by clickthrough by vegetables quality inspection center database in ASP technology access information sharing modules Last tracing information, while feedback information can be sent to information sharing module by client.
The last tracing information, includes all monitoring informations retroactively and all retroactively information.
The present invention obtains beneficial effect:
The traceability system of the present invention constructs vegetables quality security monitor platform, by access detection information database, Solve vegetable cultivation distribution situation, the quality safety information of vegetables.When food security accident occurs, government monitoring agencies can and When grasp defective product distribution situation and carry out counter-measure.Vegetables quality safe tracing platform is built, mainly passes through record The ambient parameter and procedure information of the key links such as vegetables production, processing, circulation, implementation process tracking, and to government and disappear Expense person provides query window of tracing to the source, it is ensured that the right to know of the public, realizes that product quality is reviewed and responsibility investigation.Build vegetables public Co-information service platform, enterprise can be carried out product information by this service platform and be issued with price, and docking of doing business is realized Electronic transaction, it is possible to by way of rental, supervises Product transport, United Dispatching logistic resources.
Examined in addition, the traceability system of the present invention allows multiple Detecting Pesticide equipment to be sent to system monitoring platform simultaneously Data are surveyed, multi-channel detection is realized.
Brief description of the drawings
Fig. 1 is the tracing technology ideograph of the safe RFID+ Quick Response Codes of vegetables quality.
Fig. 2 is traceability system Whole plot layout.
Embodiment
With reference to the accompanying drawings and examples, the embodiment to the present invention is described in further detail.Implement below Example is used to illustrate the present invention, but is not limited to the scope of the present invention.
The present invention uses nothing in terms of the renewal and superposition of each link detection information of tracing to the source during tracing to the source as shown in Figure 1 Line RF tag RFID technique+2D bar code technology is realized.
Heretofore described Detecting Pesticide equipment has Fast Determination of Pesticide Residue and detection number as shown in Figure 2 According to the function of being wirelessly transmitted to system-monitoring module.
The composition of the vegetables Internet of Things traceability system of embodiment 1
If the Internet of Things traceability system of vegetables quality that the present invention is provided safety be by several Detecting Pesticide modules, Dry systems monitoring module, at least one database module and at least one information sharing module composition, wherein:
Detecting Pesticide module, is connected by wireless network with system-monitoring module, comprising:
Sense signals module, the submodule passes through sensor collection vegetable sample Pesticide Residues concentration information to be measured;
Electrode submodule, the submodule sends the residues of pesticides concentration information that sense signals module is obtained at signal to Manage module;
Signal transacting submodule, the submodule changes the detection information received by storage, by storage, I/V, letter Number amplification, filtering, A/D conversion after be transferred to radio receiving transmitting module;
Wireless receiving and dispatching submodule, the detection information after preliminary treatment is sent to by the submodule by wireless network is System monitoring module;
System-monitoring module, is connected by wired or wireless network with Detecting Pesticide module and database module, bag Include:
Data transmit-receive submodule, the submodule receives the detection letter that Detecting Pesticide module and database module are sent Breath, and the information and feedback information by integrating can be transferred to database module and Pesticides Testing module respectively;
Data Integration submodule, the submodule decodable code difference is traced to the source the radio frequency label RFID on ground, and will wirelessly be penetrated Detection information in frequency RFID tags and place detection information retroactively and ground information of tracing to the source are integrated, and generation contains newest The data message of detection information, then generates the radio frequency label RFID containing the data message, is chased after integrating last After the detection information in place of tracing back, coding generation finally detects the two-dimensional bar of data link, the submodule containing database is accessed Block is transferred to data output submodule after generation radio frequency label RFID or two-dimensional bar;
Data output submodule, the submodule receives the radio frequency label RFID and two-dimensional strip of Data Integration module generation Shape code, and by printer output radio frequency label RFID and containing access database finally detect data link QR bis- Tie up bar code;
Database module, is connected by wired or wireless network with system-monitoring module and information sharing module, including:
Data interaction submodule, the submodule realizes database subsystem module and system-monitoring module and information sharing module Data message interact and decoding QR two-dimensional bars and radio frequency label RFID in information, meanwhile, the submodule can be with Vegetables quality inspection center database realizing information exchange, by detection information respectively retroactively and ground information transfer of tracing to the source to vegetables Quality testing central database;
Database subsystem module, the detection information of the submodule collection system monitoring module, trace to the source ground information and information sharing The client feedback information of platform, and in QR two-dimensional bars in reviewing in final detection information and radio frequency label RFID Information, and these information are imported into database;
Information sharing module, by wired or wireless network and database Module Links, and can realize information with client Shared and interaction, including:
Information discloses submodule, and the submodule contains vegetables quality inspection center database, the submodule and database subsystem Module is connected, and client obtains the link that data are finally detected containing access database, the link by scanning QR two-dimensional bars Logical addressable vegetables quality inspection center database, obtains the detection information to be inquired about and ground information of tracing to the source;
Customer information feeds back submodule, and the submodule can will collect the feedback information of client, and feedback information is deposited After storage, processing, feedback information is transferred to the data transmit-receive submodule of system-monitoring module by database module.
The sensor is enzyme biologic sensor.
It is described retroactively, including the vegetables place of production, vegetables storage place, Vegetable Circulation distribution centre, fruits and vegetables, vegetable product Circulation distribution centre and the market of vegetables and vegetable product.
The ground information of tracing to the source, first ground information of tracing to the source is production information, including:When manufacturer, director, processing Between, machining location, production batch and quality inspection report;Other ground information of tracing to the source, including administrative area code, producer's numbering, batch are compiled Code and product ID.
The wireless network, including bluetooth, 2G, 3G, 4G, GPRS, WIFI, CDMA and Zigbee.
The retroactive method of the vegetable pesticide residue of embodiment 2
A kind of method that traceability system of utilization embodiment 1 reviews vegetable pesticide residue is present embodiments provided, specific step It is rapid as follows:
1. Detecting Pesticide module detects the residues of pesticides in vegetables to be measured, initial detecting information is generated, by storing, I/V is changed, signal amplification, and filtering obtains detection information after A/D conversions, by wireless network, detection information is transmitted to system Monitoring module;
2. system-monitoring module is received after first detection information, the ground information of tracing to the source of detection information and first is imported into data Library module simultaneously generates radio frequency label RFID, exports radio frequency label RFID and is attached on victual, then vegetables turn Move to second and trace to the source ground;
The radio frequency label RFID of ground victual 3. the second system-monitoring module decoding first for tracing to the source ground is traced to the source, and The ground Detecting Pesticide module that will originally trace to the source obtains detection information and originally trace to the source ground information and the radio frequency label RFID of decoding In information integrated, obtain second and tracing information and generate new radio frequency label RFID with tracing to the source, export new nothing Line RF tag RFID is simultaneously attached on vegetables, then vegetables be transferred to the 3rd trace to the source ground, meanwhile, second trace to the source ground system monitoring mould Block by second trace to the source ground tracing information be transferred to database module carry out trace back data renewal, trace back data update after database mould Trace back data after renewal is transferred to information sharing module by block again, is repeated until victual reaches last and traced to the source Ground;
4. vegetables are reached behind last ground of tracing to the source, ground system-monitoring module of finally tracing to the source decodes upper one less radio-frequency for tracing to the source ground After RFID tags, the detection information and last ground information of tracing to the source obtained with ground Detecting Pesticide module of finally tracing to the source is integrated After obtain last tracing information, last tracing information is transferred to database module and chased after by ground system-monitoring module of finally tracing to the source Data of tracing back are updated, and the trace back data after renewal is transferred to information sharing module by database module again after trace back data updates, together Shi Shengcheng contains the two-dimensional bar for the database link for accessing last tracing information, prints out two-dimensional bar, pastes On corresponding vegetables;
Client 5. (consumer) scanning step 4) two-dimensional bar on vegetables, obtain the data for accessing last tracing information Storehouse is linked, and client is obtained by clickthrough by vegetables quality inspection center database in ASP technology access information sharing modules The last tracing information of vegetables is obtained, while feedback information can be sent to information sharing module by client.Wherein last tracing information, Include all monitoring informations retroactively and all retroactively information.
Wherein, consumer is parsed automatically by the Quick Response Code identification software on smart mobile phone to the image in 2 D code, Corresponding network address is pointed out after successfully resolved and code of tracing to the source, networking can obtain the corresponding production information of code of tracing to the source, such as factory The source information such as family, person liable, process time, machining location, production batch, quality inspection report.Parsing is unsuccessful, then points out corresponding Mistake.Successfully resolved, but look into without this code, then beware of imitations for prompting.
Embodiment of above is merely to illustrate the present invention, and not limitation of the present invention, about the common of technical field Technical staff, without departing from the spirit and scope of the present invention, can also make a variety of changes and modification, therefore all Equivalent technical scheme falls within scope of the invention, and scope of patent protection of the invention should be defined by the claims.

Claims (8)

1. a kind of Internet of Things traceability system of vegetable pesticide residue, it is characterised in that if by several Detecting Pesticide modules, Dry systems monitoring module, at least one database module and at least one information sharing module composition, wherein:
The Detecting Pesticide module, is connected by wireless network with system-monitoring module, including:
Sense signals module, the submodule passes through sensor collection vegetable sample Pesticide Residues concentration information to be measured;
Electrode submodule, the submodule sends the residues of pesticides concentration information that sense signals module is obtained to signal transacting mould Block;
Signal transacting submodule, the submodule changes the detection information received by storage, I/V, signal amplification, filtering, Radio receiving transmitting module is transferred to after A/D conversions;
Detection information after preliminary treatment is sent to system by wireless network and supervised by wireless receiving and dispatching submodule, the submodule Control module;
The system-monitoring module, is connected by wireless network with Detecting Pesticide module, by wirelessly or non-wirelessly network with Database module is connected, including:
Data transmit-receive submodule, the submodule receives the detection information that Detecting Pesticide module and database module are sent, and Information and feedback information by integrating can be transferred to database module and Pesticides Testing module respectively;
Data Integration submodule, the submodule decodable code difference is traced to the source the radio frequency label RFID on ground, and by less radio-frequency mark Detection information and place in label RFID detection information retroactively and ground information of tracing to the source are integrated, and are generated and are contained newest detection The data message of information, then generates the radio frequency label RFID containing the data message, is integrating last retroactively After the detection information of point, coding generation finally detects the two-dimensional bar of data link containing database is accessed, and the submodule exists Data output submodule is transferred to after generation radio frequency label RFID or two-dimensional bar;
Data output submodule, the submodule receives the radio frequency label RFID of Data Integration module generation and two-dimentional bar shaped Code, and finally detect that the QR of the link of data is two-dimentional by printer output radio frequency label RFID and containing database is accessed Bar code;
The database module, is connected by wired or wireless network with system-monitoring module and information sharing module, including:
Data interaction submodule, the submodule realizes database subsystem module and system-monitoring module and the data of information sharing module Information exchange and decoding QR two-dimensional bars and radio frequency label RFID in information, meanwhile, the submodule can be with vegetables Quality testing central database realizes information exchange, by detection information respectively retroactively and ground information transfer of tracing to the source to vegetables quality Inspection center's database;
Database subsystem module, the detection information of the submodule collection system monitoring module, trace to the source ground information and information sharing platform Client feedback information, and review middle letter in final detection information and radio frequency label RFID in QR two-dimensional bars Breath, and these information are imported into database;
Information sharing module, by wired or wireless network and database Module Links, and can realize the shared of information with client And interaction, including:
Information discloses submodule, and the submodule contains vegetables quality inspection center database, the submodule and database subsystem module Connection, client obtains the link that data are finally detected containing access database, the chain is connected can by scanning QR two-dimensional bars Vegetables quality inspection center database is accessed, the detection information to be inquired about is obtained and ground information of tracing to the source;
Customer information feeds back submodule, and the submodule can will collect the feedback information of client, and feedback information is stored, located After reason, feedback information is transferred to the data transmit-receive submodule of system-monitoring module by database module.
2. traceability system described in claim 1, it is characterised in that the sensor is enzyme biologic sensor.
3. traceability system described in claim 1, it is characterised in that it is described retroactively, including vegetable cultivation, vegetables storage place, Vegetable Circulation distribution centre, fruits and vegetables, vegetable product circulation distribution centre and vegetables and vegetable product market.
4. traceability system described in claim 1, it is characterised in that the ground information of tracing to the source, first ground information of tracing to the source is vegetables Planting site information, including:Plant way address, plantation people, director, quality inspection report;Fruits and vegetables ground information, including:Factory Family, director, process time, machining location, production batch and quality inspection report;Other ground information of tracing to the source, including administrative area code, Producer's numbering, batch coding, storage date, outbound date and product ID.
5. traceability system described in claim 1, it is characterised in that the wireless network, including bluetooth, 2G, 3G, 4G, GPRS, WIFI, CDMA and Zigbee.
6. a kind of method of traceability system described in application claim 1-5 any one claims, it is characterised in that described to chase after System of tracing back is used for tracing to the source for detection, monitoring, information sharing and the agricultural product of vegetables and vegetable product residues of pesticides.
7. claim 6 methods described, it is characterised in that step is as follows:
1) Detecting Pesticide module detects the residues of pesticides in vegetables to be measured, generates initial detecting information, by storage, I/V Conversion, signal amplification, filtering obtains detection information after A/D conversions, by wireless network, detection information is transmitted to system and supervised Control module;
2) system-monitoring module is received after first detection information, by detection information and first trace to the source ground information import database mould Block simultaneously generates radio frequency label RFID, exports radio frequency label RFID and is attached on victual, then vegetables are transferred to Second traces to the source ground;
3) second trace to the source ground system-monitoring module decoding first trace to the source ground victual radio frequency label RFID, and will this Ground Detecting Pesticide module of tracing to the source obtain detection information and originally trace to the source ground information with the radio frequency label RFID of decoding Information is integrated, and is obtained second and tracing information and is generated new radio frequency label RFID with tracing to the source, and new wireless of output is penetrated Frequency RFID tags are simultaneously attached on vegetables, and then vegetables are transferred to the 3rd with tracing to the source, meanwhile, second traces to the source ground system-monitoring module will Second trace to the source ground tracing information be transferred to database module carry out trace back data renewal, trace back data update after database module again Trace back data after renewal is transferred to information sharing module, repeated until victual reaches last and traces to the source ground;
4) vegetables are reached behind last ground of tracing to the source, and ground system-monitoring module of finally tracing to the source decodes upper one radio frequency label for tracing to the source ground After RFID, the detection information and last ground information of tracing to the source obtained with ground Detecting Pesticide module of finally tracing to the source is obtained after being integrated Last tracing information is obtained, last tracing information is transferred to database module and carries out reviewing number by ground system-monitoring module of finally tracing to the source According to renewal, the trace back data after renewal is transferred to information sharing module by database module again after trace back data updates, simultaneously raw Into the two-dimensional bar containing the database link for accessing last tracing information, two-dimensional bar is printed out, correspondence is pasted Vegetables on;
5) customer scans step 4) two-dimensional bar on vegetables, obtain the database link for accessing last tracing information, client The last of vegetables is obtained by vegetables quality inspection center database in ASP technology access information sharing modules by clickthrough Tracing information, while feedback information can be sent to information sharing module by client.
8. claim 7 methods described, it is characterised in that the last tracing information, comprising all monitoring informations retroactively With all retroactively information.
CN201410748047.6A 2014-12-09 2014-12-09 A kind of Internet of Things traceability system of vegetable pesticide residue and application Active CN104504503B (en)

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