CN115796896A - Agricultural product safety traceability system - Google Patents
Agricultural product safety traceability system Download PDFInfo
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- CN115796896A CN115796896A CN202211407151.XA CN202211407151A CN115796896A CN 115796896 A CN115796896 A CN 115796896A CN 202211407151 A CN202211407151 A CN 202211407151A CN 115796896 A CN115796896 A CN 115796896A
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Abstract
The invention provides an agricultural product safety traceability system, which comprises the following modules: the system comprises a planting base traceability module, an input product traceability module, a farming operation traceability module, a quality management traceability module, a warehousing process traceability module, a processing package traceability module and a marketing circulation traceability module. The system can record and store data information from production to sale of a supply chain, can quickly trace the source of a product, locate a responsibility main body, and ensure that the substandard product is identified and eliminated in a monitoring system so as to avoid the substandard product from flowing into the market.
Description
Technical Field
The invention particularly relates to an agricultural product safety traceability system.
Background
In recent years, food quality and safety problems are frequent, the benefits of consumers are damaged, food production enterprises are stricken heavily, the trust crisis between the consumers and the food industry is caused, and an agricultural product tracing system becomes an important means for guaranteeing the safety of agricultural products. The agricultural product traceability system can record and store data information from production to sale of a supply chain and prevent substandard products from flowing into the market, so that the agricultural product security traceability system is provided.
Disclosure of Invention
The invention aims to provide an agricultural product safety traceability system aiming at the defects of the prior art, and the agricultural product safety traceability system can well solve the problems.
In order to meet the requirements, the technical scheme adopted by the invention is as follows: the agricultural product security traceability system comprises the following modules:
the planting base tracing module is used for positioning the origin place of the product;
the input product traceability module is used for carrying out all-dimensional management on the source, the name, the concentration and the in-and-out record of the input product, and is deeply fused with field files to form a strict supervision traceability mechanism, thereby really ensuring the food safety;
the planting file tracing module is used for managing the fertilization and medicine application records, carrying out all-dimensional information acquisition and recording on the planting, fertilization, medicine application and picking processes according to the flow of actual operation, and realizing the tracing of field files by binding with the information of crops;
the farming operation traceability module is used for managing land leveling, canal digging, pruning, fruit thinning and irrigation, and is used for carrying out internal management on a base and providing comprehensive traceability support for products;
the quality management traceability module is used for disclosing a quality management system followed by the product in the production process, authority detection and results and related authentication of the product, and supports the function of uploading pictures;
the storage process traceability module is used for realizing a one-stop type storage management system, seamlessly butting a production link, a harvesting link, a processing link, a sale link and a logistics link, recording the in-out and use of the storage in detail, completely recording the in-out and in-out information of harvested agricultural products each time, recording the harvest land blocks, the harvesting weight, the warehousing quantity, the longest storage days and the storage batch number when harvesting and warehousing, selecting different ex-warehouse types such as transfer out of the warehouse, processing out of the warehouse and sale out of the warehouse when ex-warehouse, realizing recording the in-out and in-out time, transfer between warehouses and other complete storage process information, realizing overdue early warning, and sending out an overdue early warning prompt when the quality guarantee period of the agricultural products and the agricultural materials in the warehouse is over;
the processing and packaging traceability module is used for positioning a person responsible for safety production, judging whether the packaging time is in time or not and disclosing the material quality of the packaging material;
and the sales circulation tracing module is used for tracing the agricultural product transportation process and the sales information so as to ensure the food safety.
The agricultural product safety tracing system has the following advantages:
the system can record and store data information from production to sale of a supply chain, can quickly trace the source of a product, locate a responsibility main body, and ensure that the substandard product is identified and eliminated in a monitoring system so as to avoid the substandard product from flowing into the market.
Drawings
The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the application and together with the description serve to explain the application and not to limit the application. In the drawings:
fig. 1 schematically shows a system framework diagram of an agricultural product security traceability system according to an embodiment of the present application.
Detailed Description
To make the objects, technical solutions and advantages of the present application more apparent, the present application is described in further detail below with reference to the accompanying drawings and specific embodiments.
In the following description, references to "one embodiment," "an embodiment," "one example," "an example," etc., indicate that the embodiment or example so described may include a particular feature, structure, characteristic, property, element, or limitation, but every embodiment or example does not necessarily include the particular feature, structure, characteristic, property, element, or limitation. Moreover, repeated use of the phrase "in accordance with an embodiment of the present application" although it may possibly refer to the same embodiment, does not necessarily refer to the same embodiment.
Certain features that are well known to those skilled in the art have been omitted from the following description for the sake of simplicity.
According to an embodiment of the present application, there is provided an agricultural product security tracing system, as shown in fig. 1, which specifically includes the following modules:
(1) A planting base tracing module: the origin place of the product is accurately positioned, the rigor of food safety tracing is reflected, the produced base needs to be traced, the system supports the management and maintenance of information of a plurality of bases, supports the division and management of plots, and can mark the specific position of the base on a map, so that the system is visual and vivid.
The planting base tracing module specifically comprises the following sub-modules:
(1.1) a base profile module: and recording base names, areas, numbers, managers, contact ways, position information, water sources, surrounding environments, land content information and the like, and really presenting the original production areas of the growing crops.
(1.2) a land parcel management module: and recording land numbers, areas, operators, position information, soil information, land improvement condition information and the like, and associating the land numbers, the areas, the operators, the position information, the soil information, the land improvement condition information and the like with crops growing in the land as carriers for crop growth.
(1.3) a planting variety management module: a planting plan can be arranged for each plot, and each planting plan contains crop species, planting varieties, breeding grafting information, planting standards, a planting start time, a harvest start time, and a harvest end time.
(1.4) map overview module: the geographical position of the base is displayed on a map in a dot-dash manner, so that consumers can clearly and vividly know the information of the origin, and the product image is improved.
(2) An input product tracing module: sources, product names, concentrations, warehouse entry and exit records and the like of the input products are managed in an all-around mode, and are deeply fused with field files to form a strict supervision traceability mechanism, and food safety is practically guaranteed. Agricultural input products are the most important thing influencing food safety, and the tracing of the input products is not only the most concerned by governments and consumers, but also the core of enhancing internal operation management and improving brand value of enterprises.
The input product tracing module specifically comprises the following sub-modules:
(2.1) a farming commodity module: the comprehensive management and maintenance of the names, concentrations, specifications, registration numbers, manufacturers, production batch numbers, approval document numbers, validity periods, safety interval periods and other information of the pesticides and the fertilizers are carried out.
(2.2) agricultural supplier module: the name, qualification, contact way, credit information, directory, introduction and the like of the supplier are managed and maintained in an all-round way, and the tracing of the supplier invested in the product from the source is realized.
(2.3) a farming material inventory management module: each warehouse entry and exit of agricultural input products is recorded in detail, a record sheet with a fixed format can be generated according to government supervision requirements, and the input products which expire first can be automatically prompted for use.
(3) Planting archives module of tracing to the source: management of fertilization and drug use records is an important guarantee of food safety, the system can carry out all-around information acquisition and recording on the processes of planting, fertilization, drug use, picking and the like according to the flow of actual operation, and traceability of field files is realized through information binding with crops. The disclosure of field archives is not open to ordinary consumers, but supports providing query functionality to higher-authority users. When the agricultural technicians issue production tasks, the manufacturers, the agricultural materials with the specifications and the use amount can be specified. The agricultural data is automatically associated with the remaining agricultural inventory in the warehouse, and when the production task is completed, the corresponding agricultural inventory in the warehouse is correspondingly reduced. Meanwhile, the system can automatically calculate the total cost of agricultural materials used by a certain agricultural product in each plot in the growth period. And tracing each link of the production process can be realized, and if the quality of agricultural products in a certain batch is not high, the agricultural materials and the amount of the agricultural materials used by a certain manufacturer can be traced, and the production date and the production batch number of the agricultural materials can be traced, so that the root cause of the problem can be found. The production process may also be selectively displayed to the consumer.
The planting file tracing module specifically comprises the following sub-modules:
(3.1) planting management module: and selecting a planted land block according to the actual planting condition, generating a corresponding crop code, and enabling the crop to become an operation object recorded by the field file.
(3.2) a fertilization management module: and fertilizing operation is carried out on the plots according to the actual fertilizing conditions, the fertilizer is a variety which is maintained in the input product traceability module in advance, the fertilizing operation is rapidly and comprehensively recorded, and original data are provided for the traceability of the planting process. The fertilization operation provides an automatic ex-warehouse function.
(3.3) a medication management module: the method is characterized in that the land parcel is subjected to pesticide application operation according to the actual pesticide application condition, the used pesticide is a variety which is maintained in the input product traceability module in advance, the pesticide application operation is recorded quickly and comprehensively, and original data are provided for the traceability of the planting process. The medication operation provides an automatic ex-warehouse function, and the medication time is used as a starting point for judging the safety interval.
(3.4) a picking management module: picking operation is carried out according to actual picking time, a safety interval period is automatically prompted, an agricultural product traceability code is automatically generated and serves as a unique serial number for food safety traceability, and the serial number is encrypted and written into a two-dimensional code label to realize safety traceability.
(4) Farming operation module of tracing to the source: the agricultural operation traceability management is other agricultural operations besides fertilizing, medicine application and the like, such as land leveling, canal digging, trimming, fruit thinning, irrigation and the like, and the module is used for internal management of the base and provides comprehensive traceability support for products.
The farming operation traceability module comprises the following sub-modules:
(4.1) a video monitoring module: the camera is installed on the farm work site to carry out video supervision on the farm work process, and the automatic uploading and archiving of pictures and video images are supported, so that the traceability information is more visual and concrete, and the brand image is improved.
(4.2) general farming module: the method is used for recording actual farm work operation, is associated with agricultural products, and supports tracing of general farm work processes. Agricultural technical personnel can issue the farming task to each parcel, the production responsible person accessible cell-phone APP receives the farming task, and accomplish the farming task according to the detailed description of task pertinence, and take a picture to the production condition on scene and upload, the system can check up the real-time position of production responsible person when taking a picture, can not accomplish near the parcel and take a picture to upload near not, and must take a picture on the spot through the cell-phone camera when taking a picture, can't select the picture from the album, the authenticity of having guaranteed the farming task.
(5) The quality management tracing module: the quality management tracing discloses a quality management system followed by the product in the production process, the passed authority detection and result, and the related authentication of the product, the module supports the picture uploading function, and the consumer can clearly see the picture of the certificate, thereby enhancing the reliability.
The quality management traceability module comprises the following sub-modules:
(5.1) a quality management system module: the quality management system followed in the production process is recorded, and the strict and standard system is the effective guarantee of food safety.
(5.2) a detection recording module: and recording related detection names, detection results, specific indexes and certificate pictures of the products.
(5.3) a product authentication module: and recording the authentication information of the product, and supporting the uploading of the picture of the authentication certificate.
(6) A warehousing process source tracing module: the system comprises a one-stop stock management system, a seamless butt joint production link, a harvesting link, a processing link, a selling link and a logistics link, and the stock in-out and use are recorded in detail. The complete record can be carried out on the information of each time the harvested agricultural products enter or exit the warehouse. When the harvest is put in storage, the harvest land mass, the harvest weight, the storage quantity, the longest storage days and the storage batch number need to be recorded. When the warehouse is out of the warehouse, different warehouse-out types such as allocation warehouse-out, processing warehouse-out, selling warehouse-out and the like can be selected, and complete warehousing process information such as the time of warehouse entry and exit, allocation among warehouses and the like is recorded. Besides, overdue early warning can be achieved, and when the quality guarantee period of agricultural products and agricultural materials in the warehouse is over, the warehouse responsible person receives overdue early warning reminding through the APP.
(7) Processing and packaging source tracing module: the processing and packaging link is also important for food safety, the entering of external pollution is avoided, a person responsible for safety production is positioned, whether the packaging time is timely is judged, packaging material materials and the like are disclosed, so that better brand images can be established, and enterprises can be helped to establish standard operation processes and assist in management.
The processing and packaging source tracing module comprises the following sub-modules:
(7.1) a processing management module: recording detailed information in the agricultural product processing process, including processing date, responsible workshop, responsible person, processing quantity, equipment, picture, abstract record and other information.
(7.2) a packaging management module: the module records information such as agricultural product packaging date, responsible persons, commodity names, packaging quantity, packaging materials, packaging forms, pictures, abstract records and the like in detail.
(8) The sales circulation tracing module: the management of the transportation information can disclose whether the transportation process of the agricultural products meets the preservation requirement or not and avoid external pollution; the tracing of the sales information can position the responsibility main body of the circulation link, and the food safety is guaranteed.
The sales circulation tracing module comprises the following sub-modules:
(8.1) a transportation information module: and recording the transportation time, the transportation company, the transportation driver, the license plate number, the vehicle (storage) temperature, the vehicle (storage) humidity, the vehicle description, the transportation picture, the remark and other information of the agricultural product transportation.
(8.2) sales information module: and recording information such as agricultural product sales units, delivery mechanisms, commodity batch numbers, sales time, sales places, sales modes, remarks and pictures.
(9) The environment intelligent perception module: the intelligent perception of the environment is that the automatic real-time collection of environmental data is realized by using the technology of the Internet of things, manual operation is completely omitted, and the information of the crop growth environment is accurately and comprehensively collected by regular automatic collection, so that the added value and the interestingness of the product can be greatly enhanced by taking the environment map as a traceable content, the intelligent perception of the environment is a beneficial supplement of food safety traceablility, and the brand value can be improved.
The environment intelligent perception module comprises the following sub-modules:
(9.1) an environment real-time monitoring module: the method comprises the steps of installing various sensor devices such as soil heavy metal, irrigation water quality heavy metal and air quality monitoring, collecting surrounding environment information, uploading the surrounding environment information to a server through data transmission nodes, displaying current indexes through a graphical interface by a software system when a client accesses the server through a browser, refreshing the system at intervals, enabling a user to set refreshing time, and achieving real-time monitoring when the interval time is short enough.
(9.2) a data statistical analysis module: the user can customize the storage time interval of various indexes, and the time interval can be short enough. When the customer inquires the historical data, the inquiry condition is input in the system, and the corresponding index change condition output in a curve form can be checked.
(9.3) an over threshold alarm module: the user can set an upper limit value and a lower limit value for each index, and when the detected data exceeds the range, the alarm can be given in the modes of short messages and the like.
(10) The full-flow data intercommunication module: by adopting the modular design, the subsystems of the modules of the public service platform, the management middle background and the user foreground are highly integrated and communicated, and the data stream sharing is realized to break an information island.
The full-flow data intercommunication module comprises the following sub-modules:
(10.1) production management and inventory module: the production task gets through the agricultural material inventory data and is accurate to detailed data such as agricultural material batch numbers, people to be used, warehouse-in and warehouse-out records, using land parcels and using amount.
(10.2) sales management and inventory, production management module: the sales data get through the stock data of the agricultural products, synchronously link the production management data, and accurately obtain the production traceability data and the sales records of the agricultural products, thereby realizing the traceability of the whole production-sales process.
(11) A label management module: and binding the two-dimension code label with the source tracing code is realized.
(12) Farm resource plan management system: the intelligent production management of the facility greenhouse is to monitor the environment in the whole production process of the facility greenhouse, carry out production management analysis according to an expert system, then realize carrying out accurate and efficient intelligent management on each production device, promote the modernized agricultural management level, record the historical data of each link simultaneously, and provide various data supports and technical supports for the growth research of crops.
Digital greenhouse archives: through greenhouse management, base management personnel are helped to manage facility agricultural assets in the controlled area, and greenhouse boundary definition, greenhouse attribute information management, greenhouse coding, greenhouse inquiry, greenhouse equipment association and the like are provided.
Digital farmland notes: the digital farmland notes mainly realize standard recording and informatization management of farm work operations such as land preparation, seedling raising, irrigation, fertilization, pest control and harvesting, and carry out farm work management recording in a click-through mode, so that the forms of manual character input and the like are reduced, the workload of production personnel is reduced, and the recording difficulty is reduced.
Farming production management: and (3) establishing an agricultural work efficiency management system, and realizing whole-course digital management from scheduling, production process and post-harvest management. Managers or workers regularly collect the working conditions of the workers, and the system carries out agricultural work efficiency management through different work types, working time lengths, working areas and flexibly configurable work valuation units to generate the wages of the workers in the agricultural production process in time.
Scheduling management: adding, deleting and maintaining the planting plan, setting the planting standard, planting and harvesting time, and filling the predicted yield.
Farming tasks: daily task allocation and management of farming production, setting of task types and feedback types and arrangement of execution of responsible persons.
And (3) task feedback: and the task responsible person feeds back the task by using a pc or app in a mode of characters, pictures, videos and the like according to the task requirement.
Inventory of agricultural products: and (4) managing the outgoing and the warehousing of the agricultural products, and inquiring the incoming and outgoing records of the agricultural products.
And (3) agricultural material inventory: and (4) carrying out warehouse-out and warehouse-in management on the agricultural materials, and inquiring the records of the warehouse-out and warehouse-in of the agricultural materials.
Equipment management: the management of various types of equipment of the facility greenhouse is realized, and the binding of relevant equipment and the management and maintenance of basic information of the equipment are realized.
(13) APP system is removed on wisdom farm: the intelligent greenhouse APP has the functions of farming management, internet of things monitoring, intelligent control, harvesting management, detection management, data analysis and the like. The farm management provides a portable farmland note function and supports the functions of text recording, voice-to-text, picture uploading, short video uploading, real-time position acquisition and the like.
The intelligent farm mobile APP system comprises the following sub-modules:
(13.1) greenhouse environment monitoring module: the real-time environment monitoring indexes of all monitoring areas can be checked, the real-time environment monitoring indexes comprise the online/offline state, the real-time monitoring data, the index state and the updating time of each sensor, and the historical monitoring data of each sensor can also be checked (the historical monitoring data of the last day, the last week and the last month can be quickly checked, and the historical monitoring data can also be inquired in a user-defined time range).
(13.2) an automatic control management module: the control device real-time states (on/off/stop) of all monitoring areas can be checked, remote control can be performed through APP, for example, an inner sunshade, a fan, a wet curtain, an electromagnetic valve, a cooling fan and the like are started, and historical operation records of each control device are inquired, wherein the historical operation records comprise operation time, operators, operation types and operation results.
(13.3) a farming weather and water and fertilizer operation management module: the real-time working conditions of the weather station and the intelligent water and fertilizer all-in-one machine can be checked. For a meteorological station, real-time and historical monitoring values of wind direction, wind speed, illuminance, air temperature and humidity, PM2.5, atmospheric pressure and rainfall can be checked. For the water and fertilizer machines, the real-time running state (running/stopping/offline) of each water and fertilizer machine can be inquired, the daily fertilizer consumption and the daily total water consumption of each fertilizer barrel can be checked, the water and fertilizer machines can be remotely turned on/off, the running parameters of the water and fertilizer machines can be remotely modified through app (for example, the flow rate of a first fertilizer suction diaphragm pump is modified), the historical fertilizer and water consumption conditions of the water and fertilizer machines can be inquired, and water saving, fertilizer saving and fine irrigation are achieved.
(13.4) the greenhouse monitoring and management module: the real-time video monitoring of each monitoring area can be checked so as to realize real-time visual monitoring of the production environment. And also supports the pan-tilt control (up-down, left-right rotation and zooming) of the camera. In addition, screenshot and video recording can be carried out on video monitoring, and historical recorded videos can be played back.
(13.5) the farming early warning management module: alarm reminders triggered when the value of the sensor exceeds the normal value range can be checked, and each alarm reminder comprises alarm time, the name of the sensor, the area where the sensor is located, an abnormal value and a normal value range. The real-time status (activated/not activated) of the automation controller can be checked for each monitored area.
(14) Wisdom farm visual analytic system: the combination of the Internet of things environment acquisition information realizes real-time remote monitoring management of agricultural production processes such as production environment, production video, agricultural condition monitoring, standardized production and the like. The system is accessed to video monitoring data and environment sensing data of greenhouse operation, realizes dynamic analysis and tracking of environment data of a production base, and automatically warns of environmental abnormality when the temperature is too high or the humidity is too low in the agricultural production environment.
The intelligent farm visual analysis system is used for realizing the following functions:
monitoring the production environment: the temperature and humidity of air soil, rainfall precipitation, soil moisture content information and the like in production environments such as agricultural fields, greenhouses, livestock breeding and the like are monitored through the Internet of things intelligent environment sensing facility.
Visual monitoring: the field operation condition of crops planted in the greenhouse is visually monitored.
Agricultural production early warning: by combining with comprehensive application and analysis of agricultural Internet of things data such as main body, environment, visualization and the like, early warning in the agricultural production process is realized, and the informatization guarantee capability of agricultural safety production is enhanced.
The above-mentioned embodiments only show several embodiments of the present invention, and the description thereof is specific and detailed, but should not be construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present invention should be subject to the claims.
Claims (10)
1. An agricultural product safety traceability system is characterized by comprising the following modules:
the planting base tracing module is used for positioning the origin place of the product;
the input product traceability module is used for carrying out all-dimensional management on the source, the name, the concentration and the in-and-out-of-warehouse records of the input product, and is deeply fused with field files to form a strict supervision traceability mechanism, so that the food safety is practically ensured;
the planting file tracing module is used for managing the fertilization and medicine application records, carrying out all-dimensional information acquisition and recording on the planting, fertilization, medicine application and picking processes according to the flow of actual operation, and realizing the tracing of field files by binding with the information of crops;
the farming operation traceability module is used for managing land leveling, canal digging, pruning, fruit thinning and irrigation, and is used for carrying out internal management on a base and providing comprehensive traceability support for products;
the quality management traceability module is used for disclosing a quality management system followed by the product in the production process, an authority detection and result and the related authentication of the product, and supports a picture uploading function;
the storage process traceability module is used for realizing a one-stop type storage management system, seamlessly butting a production link, a harvesting link, a processing link, a sale link and a logistics link, recording the in-out and use of the storage in detail, completely recording the in-out and in-out information of harvested agricultural products each time, recording the harvest land blocks, the harvesting weight, the warehousing quantity, the longest storage days and the storage batch number when harvesting and warehousing, selecting different ex-warehouse types such as transfer out of the warehouse, processing out of the warehouse and sale out of the warehouse when ex-warehouse, realizing recording the in-out and in-out time, transfer between warehouses and other complete storage process information, realizing overdue early warning, and sending out an overdue early warning prompt when the quality guarantee period of the agricultural products and the agricultural materials in the warehouse is over;
the processing and packaging traceability module is used for positioning a person responsible for safety production, judging whether the packaging time is in time or not and disclosing the material quality of the packaging material;
and the sales circulation tracing module is used for tracing the agricultural product transportation process and the sales information so as to ensure the food safety.
2. The agricultural product security traceability system of claim 1, wherein: the planting base tracing module supports the management and maintenance of information of a plurality of bases, supports the division and management of plots, and can mark the specific positions of the bases on a map.
3. The agricultural product security traceability system of claim 1, wherein: the planting base tracing module comprises the following sub-modules:
the base general profile module is used for recording base names, areas, numbers, managers, contact ways, position information, water sources and surrounding environments so as to present the original producing areas of the crops;
the plot management module is used for recording plot numbers, areas, operators, position information, soil information and the like, serving as carriers for crop growth and relating crops grown in the plots;
the planting variety management module is used for arranging planting plans for each land parcel, and each planting plan comprises crop types, planting varieties, planting standards, planting starting time, harvesting starting time and harvesting finishing time;
and the map overview module is used for displaying the geographical position of the base on a map in a dot-dash manner, so that consumers can clearly and vividly know the origin information.
4. The agricultural product security traceability system of claim 1, wherein: the input product tracing module comprises the following sub-modules:
the agricultural commodity submodule is used for carrying out comprehensive management and maintenance on the names, concentrations, specifications, registration certificate numbers, manufacturers, production batch numbers, approval document numbers, validity periods and safety interval period information of pesticides and fertilizers;
the agricultural resource supplier submodule is used for carrying out all-around management and maintenance on the name, qualification, contact way, credit information, directory and brief introduction of a supplier, and tracing the supplier who invests the product from the source;
and the agricultural material inventory management submodule is used for recording each incoming and outgoing warehouse of the agricultural input goods in detail, generating a record sheet with a fixed format and automatically prompting the input goods which are due first for use.
5. The agricultural product security traceability system of claim 1, wherein: the planting archive tracing module comprises the following submodules:
the planting management module is used for selecting a planted land block according to an actual planting condition and generating a corresponding crop code, and the crop becomes an operation object recorded by the field file;
the fertilization management module is used for fertilizing the plots according to the actual fertilization situation, the fertilizer is a variety which is maintained in the input product traceability module in advance, the fertilization operation is rapidly and comprehensively recorded, original data are provided for the traceability of the planting process, and the automatic ex-warehouse function is provided for the fertilization operation;
the pesticide administration management module is used for carrying out pesticide administration operation on the plots according to the actual pesticide administration condition, the used pesticides are varieties which are maintained in the input product traceability module in advance, the pesticide administration operation is recorded quickly and comprehensively, original data are provided for the traceability of the planting process, the automatic ex-warehouse function is provided for the pesticide administration operation, and the pesticide administration time is used as a starting point for judging the safety interval period;
and the picking management module is used for picking operation according to actual picking time, automatically prompting a safety interval period, automatically generating an agricultural product traceability code as a unique serial number for food safety traceability, and encrypting and writing the serial number into a two-dimensional code label to realize safety traceability.
6. The agricultural product security traceability system of claim 1, wherein: the farming operation traceability module comprises the following sub-modules:
the video monitoring submodule is used for installing a camera on a farming operation site to carry out video monitoring on a farming process and supporting automatic uploading and archiving of pictures and video images;
the general farming submodule is used for recording actual farming operation, is associated with agricultural products, supports the tracing of the general farming process, issues farming tasks for each land, can be used for receiving the farming tasks through a mobile phone APP by a production responsible person, can be used for completing the farming tasks according to detailed descriptions of the tasks, can be used for photographing and uploading production conditions on site, can be used for verifying the real-time position of the production responsible person during photographing, cannot be used for completing photographing and uploading near the land, can be used for photographing in situ by a mobile phone camera during photographing, cannot be used for selecting pictures from an album, and ensures the authenticity of the farming tasks.
7. The agricultural product security traceability system of claim 1, wherein: the quality management traceability module comprises the following sub-modules:
the quality management system submodule is used for recording the quality management system followed in the production process, and the strict and standard system is the effective guarantee of food safety;
the detection recording sub-module is used for recording related detection names, detection results, specific indexes and certificate pictures of the products passing by;
and the product authentication submodule is used for recording the authentication information of the product and supporting the uploading of the picture of the authentication certificate.
8. The agricultural product security traceability system of claim 1, wherein: the processing and packaging source tracing module comprises the following sub-modules:
the processing management module is used for recording detailed information in the agricultural product processing process, and specifically comprises processing date, a responsible workshop, a responsible person, processing quantity, equipment, pictures and abstract recording information;
and the packaging management module is used for recording the packaging date of the agricultural products, the responsible persons, the commodity names, the packaging quantity, the packaging materials, the packaging forms, the pictures and the abstract recording information.
9. The agricultural product security traceability system of claim 1, wherein: the sales circulation tracing module comprises the following sub-modules:
the transportation information module is used for recording transportation time, transportation companies, transportation drivers, license plate numbers, vehicle storage temperature, vehicle storage humidity, vehicle description, transportation pictures and remark information of agricultural product transportation;
and the sales information module is used for recording the information of agricultural product sales units, delivery mechanisms, commodity batch numbers, sales time, sales places, sales modes, remarks and pictures.
10. The agricultural product security traceability system of claim 1, further comprising the following modules:
the environment intelligent sensing module is used for realizing automatic real-time acquisition of environment data by using the technology of Internet of things, automatically acquiring the environment data at regular intervals, accurately and comprehensively collecting information of crop growth environment, and taking an environment map as a content enhancement product for tracing;
the full-flow data intercommunication module is used for realizing high integration and intercommunication of all module systems of a public service platform, a management middle background and a user foreground and realizing data stream sharing;
the label management module is used for binding the two-dimension code label with the source tracing code;
the farm resource plan management system is used for monitoring the environment of the whole production process of the greenhouse, performing production management analysis, performing accurate and efficient intelligent management on each production device, recording historical data of each link, and providing various data supports and technical supports for growth research of crops;
the intelligent farm mobile APP system is used for providing farming management, internet of things monitoring, intelligent control, harvesting management, detection management and data analysis functions, wherein the farming management provides a portable farmland note function, and supports text recording, voice-to-text, picture uploading, short video uploading and real-time position acquisition functions;
wisdom farm visual analytic system for combine thing networking environment information collection, realize the real-time remote monitoring management of production environment, production video, farming feelings monitoring, standardized production agricultural production process, the video monitoring data, the environmental sensing data of access big-arch shelter operation realize that dynamic analysis trails the environmental data of production base, when the unsuitable condition that the gas temperature is too high or humidity is low excessively in its agricultural production environment, automatic early warning environmental anomaly.
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| CN202211407151.XA CN115796896A (en) | 2022-11-10 | 2022-11-10 | Agricultural product safety traceability system |
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| CN202211407151.XA CN115796896A (en) | 2022-11-10 | 2022-11-10 | Agricultural product safety traceability system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116342152A (en) * | 2023-05-30 | 2023-06-27 | 深圳市红禾谷生物科技有限公司 | Method and system for tracing source production and marketing information of agricultural products |
| CN116562606A (en) * | 2023-05-08 | 2023-08-08 | 北京华农农业工程技术有限公司 | Park management informatization system |
| CN117422482A (en) * | 2023-12-19 | 2024-01-19 | 山东一方制药有限公司 | Full-period traceability management platform for traditional Chinese medicine formula particles |
-
2022
- 2022-11-10 CN CN202211407151.XA patent/CN115796896A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116562606A (en) * | 2023-05-08 | 2023-08-08 | 北京华农农业工程技术有限公司 | Park management informatization system |
| CN116562606B (en) * | 2023-05-08 | 2023-10-13 | 北京华农农业工程技术有限公司 | Park management informatization system |
| CN116342152A (en) * | 2023-05-30 | 2023-06-27 | 深圳市红禾谷生物科技有限公司 | Method and system for tracing source production and marketing information of agricultural products |
| CN117422482A (en) * | 2023-12-19 | 2024-01-19 | 山东一方制药有限公司 | Full-period traceability management platform for traditional Chinese medicine formula particles |
| CN117422482B (en) * | 2023-12-19 | 2024-03-08 | 山东一方制药有限公司 | Full-period traceability management platform for traditional Chinese medicine formula particles |
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