CN205621065U - Applied satellite technique is based on food quality safety investigation device system in place of production - Google Patents
Applied satellite technique is based on food quality safety investigation device system in place of production Download PDFInfo
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Abstract
The utility model discloses an applied satellite technique is based on food quality safety investigation device system in place of production, remove short -term test appearance, traceability packaging container, removal identification code printer including central server, mobile intelligent Terminal, traceability. The utility model discloses an adopt satellite remote sensing, survey and drawing high definition image and location finding technique, combine the science sampling, random sampling, methods such as net processing, accurate control confirms that sampling site distributes, the central server utilizes the satellite mapping like taking the initiative with the GIS map, the sum of distribution density of the position of adjustment monitoring in time, the different areas of monitoring are based on the food quality safety situation in the place of production and quality level etc, make the investigation process realization initiativeization based on the food quality safety control in the place of production, accurateization, can recall and be information -based, it is regional for forming based on the branch in the place of production, it is sub -category, divide the variety, the big data of food quality of branch index provide the data basis, change the passive situation of accepting of food security source qualitative data information all the time.
Description
Technical field
This utility model relates to the sample collectings such as a kind of food based on the place of production, carries out Safety of Food Quality based on place of production monitoring and data analysis technique field, a kind of applied satellite technology Safety of Food Quality based on place of production investigation apparatus system based on GIS.
Background technology
At present, relating to Safety of Food Quality based on place of production investigation in prior art, during observing and predicting etc. such as the Risk Monitoring of food, the new quality research of product of grain and quality, height relies on personal profession personal integrity and the quality of operator.In real work, sample area is layouted, opportunity is the most reasonable；The standard of sampling operation, embodiment can not be performed efficiently sometimes；Finding the ageing delayed of Food Quality Safety, polluter head region precision confirms that difficulty is big, and food-safety problem reversibility is poor.At present, food safety risk supervision data are paid much attention to by State Council, the basis of food safety risk supervision gathers the reasonability of sample point arrangement exactly, gathers the sustainability of the ageing of the representativeness of sample, the reversibility of problem sample and quality safety data message and investigation work over the years.Therefore, need a kind of practicality, effective, the Informatization Processing Technique of active and active control device, Appropriate application historical data and Real-time Monitoring Data, scientific and rational overall arrangement is carried out for quality safety investigation sample collecting, ensure whole quality safety investigation needed for truly can recall sample message and corresponding credible detection inspection data, ensure sample message record accurately, true and gatherer process specification, pinpoint the problems and can quickly respond and investigate thoroughly further, check and verify source problem, it is achieved the purpose that Safety of Food Quality actively controls.
Utility model content
In order to overcome food quality investigation monitoring system not enough, meet current Safety of Food Quality actively monitoring demand, there is provided a kind of cost performance high, effectively, Informatization Processing Technique actively and control apparatus system, realize efficiently utilizing historical data and Real-time Monitoring Data, science, rationally, accurately, efficient Safety of Food Quality investigating system based on the place of production based on satellite technology, it is easy to form Safety of Food Quality based on the place of production " big data ", realize food sub-category, subregion, graded kind, divide the age, divide the quality safety trend analysis and prediction early warning of index, this utility model provides a kind of applied satellite technology Safety of Food Quality based on place of production investigation apparatus system.
This utility model solves its technical problem the technical scheme is that applied satellite technology Safety of Food Quality based on place of production investigation apparatus system, including, central server, mobile intelligent terminal device, mobile fast detector of can tracing to the source, mobile logo code printer, packing container of can tracing to the source；
Described central server includes, data processing module, wireless transport module, remote sensing surveying and mapping data module, memory module, exclusive identification code identification modular converter, data processing module connects wireless transport module, remote sensing surveying and mapping data module, memory module, exclusive identification code identification modular converter respectively；
Described mobile intelligent terminal device includes, wireless transport module, geo-location module, navigation module, audio frequency and video module, fingerprint typing identification module, electronic module for signing mane, exclusive identification code generate print module, memory module, RFID read-write module, and wireless transport module connects geo-location module, navigation module, audio frequency and video module, fingerprint typing identification module, electronic module for signing mane, exclusive identification code generation print module, memory module, RFID read-write module respectively；
Described mobile fast detector of tracing to the source includes, wireless transport module, geo-location module, detection module, exclusive identification code identification module, memory module, wireless transport module connects geo-location module, detection module, exclusive identification code identification module, memory module respectively；
Described mobile logo code printer includes, wireless transport module and print module, and wireless transport module connects print module；
Described traced to the source packing container is provided with rfid chip module；
The wireless transport module of described central server connects the wireless transport module of mobile intelligent terminal device, the wireless transport module of mobile fast detector of can tracing to the source the most respectively；The wireless transport module of mobile logo code printer connects wireless transport module and the wireless transport module of mobile fast detector of can tracing to the source of intelligent end device the most respectively；The RFID read-write module of intelligent end device connects the rfid chip module of packing container of can tracing to the source by RF identification mode identification, and the data processing module of central server connects, by scanning or radio frequency reading manner, packing container of can tracing to the source.
Can trace to the source packing container rfid chip module carrying information write in real time by mobile intelligent terminal device, for guarantee gather after sample be not exchanged in transmitting procedure.
Food based on the place of production comprises agricultural byproducts, grain, forestry products, animal products and aquatic products etc..
Mobile intelligent terminal device utilizes navigation module to arrive and specifies sample area, sample message is gathered by standard for manual sampling program and embodiment, generate exclusive identification code label and be pasted on sample packaging packing container of maybe can tracing to the source, if desired, real time information write can be traced to the source in the RFID chip of packing container, unique identification's code interlocks with RFID chip information, it is ensured that sample is not stealthily substituted during circulation；Mobile quick detection equipment can be traced to the source according to gathering sample uniqueness coding, at the scene sample detected and provide testing result, then sample message and Monitoring Data are sent respectively to central server by wireless transport module, central server can be according to satellite remote sensing images information and the on-the-spot monitoring site data message passed back, actively, distribution and the density of monitoring site are adjusted in time, and task is assigned in time field personnel, look into standard, check and verify the quality safety situation of doubtful problem points position.
The beneficial effects of the utility model are, by using satellite remote sensing high definition imaging material and location and navigation technology, making full use of historical data, accredited laboratory detection data and field monitoring result, problem of implementing is for guiding principle, in conjunction with stochastic sampling, gridding processing method, actively, science, reasonably determine that sampling optimization is distributed；According to mobile quick detection equipment of can tracing to the source, at the scene sample is detected the testing result provided and historical data and accredited laboratory detection data, central server can be according to historical data geographical location information and the on-the-spot real-time monitoring site data message passed back, actively, adjust distribution and the density of monitoring site in time, investigate thoroughly, check and verify the quality safety situation of doubtful problem points position, whole Safety of Food Quality fact-finding process based on the place of production is realized actively and controls and Complete Informationization operation, various powerful data supports are provided for Safety of Food Quality based on place of production supervision, realize food safety trend analysis based on place of production prediction and visual presentation, change Safety of Food Quality data message based on the place of production all the time can only passively accept, the situation that statistical analysis means are single.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Parts and numbering in figure:
null1-central server: 2-mobile intelligent terminal device: 3-can trace to the source mobile fast detector: 4-mobile logo code printer: 5-can trace to the source packing container: 11-data processing module: 12-wireless transport module: 13-remote sensing surveying and mapping data module: 14-memory module: 15-exclusive identification code identification modular converter: 21-wireless transport module: 22-geo-location module: 23-navigation module: 24-audio frequency and video module: 25-fingerprint typing identification module: 26-electronic module for signing mane: 27-exclusive identification code generates print module: 28-memory module: 29-RFID read-write module: 31-wireless transport module: 32-geo-location module: 33-detection module: 34-exclusive identification code identification module: 35-memory module: 41-wireless transport module: 42-print module: 51-RFID chip module.
Detailed description of the invention
With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.
As it is shown in figure 1, applied satellite technology Safety of Food Quality based on place of production investigation apparatus system, including, central server 1, mobile intelligent terminal device 2, mobile fast detector 3 of can tracing to the source, mobile logo code printer 4, packing container 5 of can tracing to the source；
Described central server 1 includes, data processing module 11, wireless transport module 12, remote sensing surveying and mapping data module 13, memory module 14, exclusive identification code identification modular converter 15, data processing module 11 connects wireless transport module 12, remote sensing surveying and mapping data module 13, memory module 14, exclusive identification code identification modular converter 15 respectively；
Described mobile intelligent terminal device 2 includes, wireless transport module 21, geo-location module 22, navigation module 23, audio frequency and video module 24, fingerprint typing identification module 25, electronic module for signing mane 26, exclusive identification code generate print module 27, memory module 28, RFID read-write module 29, and wireless transport module 21 connects geo-location module 22, navigation module 23, audio frequency and video module 24, fingerprint typing identification module 25, electronic module for signing mane 26, exclusive identification code generation print module 27, memory module 28, RFID read-write module 29 respectively；
Described mobile fast detector 3 of tracing to the source includes, wireless transport module 31, geo-location module 32, detection module 33, exclusive identification code identification module 34, memory module 35, wireless transport module 31 connects geo-location module 32, detection module 33, exclusive identification code identification module 34, memory module 35 respectively；
Described mobile logo code printer 4 includes, wireless transport module 41 and print module 42, and wireless transport module 41 connects print module 42；
Described traced to the source packing container 5 is provided with rfid chip module 51；
The wireless transport module 12 of described central server 1 connects the wireless transport module 21 of mobile intelligent terminal device 2, the wireless transport module 31 of mobile fast detector 3 of can tracing to the source the most respectively；The wireless transport module 41 of mobile logo code printer 4 connects wireless transport module 21 and the wireless transport module 31 of mobile fast detector 3 of can tracing to the source of intelligent end device 2 the most respectively；The RFID read-write module 29 of intelligent end device 2 connects the rfid chip module 51 of packing container 5 of can tracing to the source by RF identification mode identification, and the data processing module 11 of central server 1 connects, by scanning or radio frequency reading manner, packing container 5 of can tracing to the source.
Food based on the place of production includes agricultural byproducts, grain, forestry products, animal products and aquatic products etc..
Described traced to the source packing container 5 carries information and is write in real time by mobile intelligent terminal device 2, for guaranteeing that the sample after gathering is not exchanged in transmitting procedure.
Central server 1 is for receiving the sample message that mobile intelligent terminal device 2 sends, including time, position, sample collector, background sound video data and Monitoring Data, reception processes remote sensing satellite high definition image data, monitors line sample collector's operation behavior, based on GIS map, sample message and corresponding inspection data are encrypted analyzing and processing, and actively Reasonable Arrangement points for investigation position；Read the sample unique encodings of packing container 5 of maybe can tracing to the source on sample packaging by its exclusive identification code identification modular converter 15, when necessary, verification packing container 5 of can tracing to the source carries information, carries out detecting, providing detection data report after entering accredited laboratory.
Mobile intelligent terminal device 2 guides first-line staff to reach the spot, gathers sample message, records sampled relevant information, including sampler's identity, sampling location, sampling time, audio frequency and video witness material etc.；And generate sample unique identification's code, upload on-the-spot various data to central server 1.
Mobile fast detector 3 of can tracing to the source carries the exclusive identification code of Data Enter sample by reading exclusive identification code label packing container 5 of maybe can tracing to the source, complete one or more quality safety Monitoring Indexes, storage information, and wirelessly send related data to central server 1.
Mobile logo code printer 4 receives, by wireless transport module 41, the file that mobile intelligent terminal device 2 generates, and printout bar code or Quick Response Code.As used packing container 5 of can tracing to the source to transmit sample, then use RFID read-write module 29 writing in unique identification code information in the RFID chip that can trace to the source packing container 5, and with sample circulation.
Implementation process:
Central server 1, satellite remote sensing is utilized to survey and draw high definition image data by remote sensing surveying and mapping data module 13, according in survey area by the real-time relevant information of respondent, Historical Monitoring point position quality safety information and Real-time Monitoring Data, science, reasonably lay sampling optimization, and according to standard for manual sampling, program, formulate corresponding technology implementation scheme, be issued to mobile intelligent terminal device 2, or be issued to can trace to the source on mobile fast detector 3.
Mobile intelligent terminal device 2 downloads standard for manual sampling, program and corresponding technology implementation scheme and sampling task, sampling optimization according to central server 1 systemic presupposition, navigate to specify position to carry out sampling operation by geo-location module 22, navigation module 23, all can complete having network, off-line state.In sampling process, by information such as audio frequency and video module 24, fingerprint typing identification module 25, the automatic record position of electronic module for signing mane 26, time, sampling people, sample collector in mobile intelligent terminal device 2 typing associated sample information, record audio/video file, background picture etc. as secondary evidence material.Under having network condition, transmission total data system, to central server 1, is buffered in this locality when without network, uploads when there being network afterwards in real time；And be pasted and fixed on sample packaging on packing container 5 of maybe can tracing to the source by mobile logo code printer 4 printed sample exclusive identification code label and circulate therewith.As used packing container 5 of can tracing to the source to transmit sample, then use RFID read-write module 29 writing in unique identification code information and real time information, in position, time and operator's information to the rfid chip module 51 that can trace to the source packing container 5, unique identification's code label interlocks with rfid chip module 51 information, it can be ensured that sample is not exchanged during circulation.
The uniqueness of the exclusive identification code label that mobile fast detector 3 of can tracing to the source reads or typing gathers sample encodes, and complete monitoring at collection site, and Monitoring Data is sent to central server 1 online by wireless transport module 31, in time without network, is buffered in this locality, uploads when there being network afterwards.Exclusive identification code based on sample reports test data to central server 1, can take to inspect clastotype by random samples so that sample, check work the most independently to carry out, and avoids detecting injustice most possibly and occurs.For guaranteeing safety, central server 1 system is processed by data encryption, sample message, detection data are combined, it is submitted to GIS platform carry out visualizing Study on Trend, include but not limited to carry out distribution displaying, quality condition analysis by region, kind, time, position etc., according to region, different index pollution condition are done color rendering, carried out the monitoring and warning etc. of appropriate level.
Central server 1 receives the Monitoring Data that mobile fast detector 3 scene of can tracing to the source is beamed back, or reception sample reaches the data that accredited laboratory is submitted to after testing, central server 1 utilizes these data and imports to the memory module 14 of central server 1, if desired for examining doubtful problem points position further, can be in time in GIS map, centered by this some position, take intensive cloth point mode to strengthen monitored density, draft survey tasks in time and be issued to mobile intelligent terminal device 2；Complete sample collecting task according still further to procedure above after mobile intelligent terminal device 2 reception task, complete quality safety survey in region in time, accurately and efficiently.
When central server 1 stores and issue standard for manual sampling, technical specification, program and task to sampling intelligent terminal, multiple network data transfer mode can be taked: Wireless Mobile Internet, WIFI or Bluetooth technology or wire transmission.
The mobile intelligent terminal device 2 that spot sampling personnel use, can be based on wireless network real-time operation and report sample data in sampling process, it is possible to work under off-line state, reported data behind receipt position, is completely independent of network；Including navigation sample collector to default sampling optimization, it is possible to carry out under off-line state.
Mobile fast detector 3 of can tracing to the source only gathers the exclusive number of sample, and the monitoring that hits the target forms Monitoring Data, sample message, detection data can send respectively, be stored in central server 1, when needing to carry out data Study on Trend, it is possible to be combined processing at in-house LAN by data encryption treatment mechanism.
By the fingerprint typing identification module 25 in mobile intelligent terminal device 2, electronic module for signing mane 26, it is achieved the identification checkup of operator, confirmation, stop other people and forge the generation of behavior, and the uniqueness of operator's identity and non-repudiation；Use based on PKI public key cryptography, the identity of spot sampling personnel is carried out digital authenticating and sampled data is encrypted transmission, it is ensured that the verity of spot sampling personnel identity and the sample data confidentiality in transmitting procedure.
This apparatus system utilize informatization and network technology realize in Safety of Food Quality based on place of production investigation various information are real-time, omnidistance, the control of complete closed loop, full detail record and process all can be at slave mode.
Last it is noted that above example is only in order to illustrate the technical solution of the utility model, it is not intended to limit；Although this utility model being described in detail with reference to previous embodiment, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or wherein portion of techniques feature is carried out equivalent；And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of this utility model each embodiment technical scheme.
Claims (1)
1. applied satellite technology Safety of Food Quality based on a place of production investigation apparatus system, it is characterized in that, including, central server (1), mobile intelligent terminal device (2), mobile fast detector (3) of can tracing to the source, mobile logo code printer (4), packing container (5) of can tracing to the source；
Described central server (1) includes, data processing module (11), wireless transport module (12), remote sensing surveying and mapping data module (13), memory module (14), exclusive identification code identification modular converter (15), described data processing module (11) connects wireless transport module (12), remote sensing surveying and mapping data module (13), memory module (14), exclusive identification code identification modular converter (15) respectively；
Described mobile intelligent terminal device (2) includes, wireless transport module (21), geo-location module (22), navigation module (23), audio frequency and video module (24), fingerprint typing identification module (25), electronic module for signing mane (26), exclusive identification code generates print module (27), memory module (28), RFID read-write module (29), described wireless transport module (21) connects geo-location module (22) respectively, navigation module (23), audio frequency and video module (24), fingerprint typing identification module (25), electronic module for signing mane (26), exclusive identification code generates print module (27), memory module (28), RFID read-write module (29)；
Described mobile fast detector (3) of tracing to the source includes, wireless transport module (31), geo-location module (32), detection module (33), exclusive identification code identification module (34), memory module (35), described wireless transport module (31) connects geo-location module (32), detection module (33), exclusive identification code identification module (34), memory module (35) respectively；
Described mobile logo code printer (4) includes, wireless transport module (41) and print module (42), and wireless transport module (41) connects print module (42)；
Described traced to the source packing container (5) is provided with rfid chip module (51)；
The wireless transport module (12) of described central server (1) connects the wireless transport module (31) of the wireless transport module (21) of mobile intelligent terminal device (2), mobile fast detector (3) of can tracing to the source the most respectively；The wireless transport module (41) of mobile logo code printer (4) connects the wireless transport module (21) of intelligent end device (2) and the wireless transport module (31) of mobile fast detector (3) of can tracing to the source the most respectively；The RFID read-write module (29) of intelligent end device (2) connects the rfid chip module (51) of packing container (5) of can tracing to the source by RF identification mode identification, and the data processing module (11) of central server (1) connects, by scanning or radio frequency reading manner, packing container (5) of can tracing to the source.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105976184A (en) * | 2016-05-02 | 2016-09-28 | 成都荣为信息技术有限公司 | Production place-based food quality safety survey device system using satellite technologies |
| CN113777256A (en) * | 2021-08-09 | 2021-12-10 | 力合科技（湖南）股份有限公司 | Automatic point distribution method, system, equipment and storage medium for environment monitoring point location |
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2016
- 2016-05-02 CN CN201620379734.XU patent/CN205621065U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105976184A (en) * | 2016-05-02 | 2016-09-28 | 成都荣为信息技术有限公司 | Production place-based food quality safety survey device system using satellite technologies |
| CN113777256A (en) * | 2021-08-09 | 2021-12-10 | 力合科技（湖南）股份有限公司 | Automatic point distribution method, system, equipment and storage medium for environment monitoring point location |
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Inventor after: Yang Jun Inventor after: Pu Gang Inventor after: Xiong Changwu Inventor before: Pu Gang Inventor before: Yang Jun Inventor before: Xiong Changwu |