CN110264374A - A kind of high quality agricultural products support method based on block chain - Google Patents
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Abstract
The present invention provides a kind of high quality agricultural products support method based on block chain, belong to agricultural product regulation technique field, the present invention is based on block chains to carry out standard places and publicity from the product provenance choice phase, it carries out adopting number based on real time monitoring and IOT Internet of Things with regard to environment, the producer, production process in process of production, it gets through, real time data is compared with national standard and publicity with the data of government regulator simultaneously.Randomness sampling observation is carried out to this batch of product after production, to filter out the high quality agricultural products of proof.
Description
Technical Field
The invention relates to an agricultural product supervision technology, in particular to a block chain-based high-quality agricultural product guarantee method.
Background
China is a big traditional agricultural country, and various agricultural products are extremely high. However, in traditional agricultural production, extensive planting and management modes are generally adopted, and fine management is difficult to achieve. The situations that quality standards are not transparent, inspection and detection are not professional, and inferior coins and good coins of low-quality and low-price products are rejected commonly exist in the current agricultural production process.
In recent years, with the continuous improvement of informatization technology, some staged informatization management aiming at agricultural production parts, such as production link monitoring based on equipment of the internet of things, pesticide spraying electronic records and the like, appear. However, although an informatization means is used, the quality of agricultural products is not substantially improved and guaranteed, real full-flow and full-life-cycle management and informatization management strictly bound to a single fruit or a small batch of products are not realized in the prior patents, and meanwhile, a centralized server is often adopted in the prior art, a block chain is not adopted for storage, and the reality of data and the reliability in the transmission process cannot be guaranteed.
Disclosure of Invention
In order to solve the technical problems, the invention provides a block chain-based high-quality agricultural product guarantee method, which guarantees the authenticity and reliability of data storage and avoids the occurrence of next-best behaviors at a production end.
The technical scheme of the invention is as follows:
a block chain-based high-quality agricultural product guarantee method is characterized in that standard establishment and public indication are carried out from a product provenance selection stage based on a block chain, real-time monitoring and IOT (internet of things) -based data collection is carried out on the environment, producers and production processes in the production process, and meanwhile, the method is communicated with data of a government supervision department to compare and disclose real-time data with national standards. And randomly sampling and inspecting the batch of products after production is finished, so as to screen out proven high-quality agricultural products.
The method mainly comprises the following steps:
1) deploying a block chain;
2) acquiring and recording parameters of environment, seed source and planting process;
3) planting code management;
4) and (5) screening and coding the results.
Wherein,
1) deploying blockchains
The method comprises the following steps that a central server of a planter is used as a storage unit for block chain distributed storage, an agricultural planting chain is constructed by combining various planters and a detection mechanism, and the whole flow information is synchronously stored; and each node of the block chain records a piece of data of each stage of the agricultural product.
(2) Acquiring and recording parameters of environment, seed source and planting process;
in the seed storehouse storage environment that agricultural production relates to, lay thing networking device, the data of room temperature, humidity, air content, air velocity, illumination time proportion, illumination intensity of gathering storage environment are transmitted to the database and are preserved.
The server calls various detected actual data and standard data provided by a supervision department, decomposes the actual data and the standard data into single data through an algorithm, carries out itemized comparison, outputs a final comparison result, stores the final comparison result in the server and uploads a block chain; and (4) eliminating the seed bin with abnormal environment, storing the seed bin to the server and uploading the block chain.
And carrying out primary coding on the selected qualified seed bins, generating random numbers by using a Hash value as one of seeds through a block chain, selecting a corresponding part of seed sources for censorship and spot check, acquiring data of activity and water content of the seed sources, and transmitting the data to a database for storage.
The server calls various detected actual data and standard data provided by a supervision department, decomposes the actual data and the standard data into single data through an algorithm, carries out itemized comparison, outputs a final comparison result, stores the final comparison result in the server and uploads a block chain; and removing the seed bins with abnormal proportion larger than a certain numerical value, storing the rest seed bins to a server and uploading the block chain.
The video pictures are shot by the terminal information acquisition equipment in a frequency mode, preset pictures corresponding to different production and breeding stages are stored in a database server of the cloud equipment, the collected picture shot by the terminal information acquisition equipment in the frequency mode is compared with the preset pictures in the database server of the cloud equipment through a VPU server and a GPU server, after the comparison and matching are qualified, the corresponding pictures or video pictures are automatically stored in the video storage equipment, and the associated information is stored in the server in stages and uploaded to a block chain.
(3) Planting code management
Planting the high-quality seed sources which are inspected and screened twice, carrying out land block/block coding on the seeds which are screened for the first time, assigning a unique identification code, and binding and associating the information which is detected and screened and recorded in the prior art and the coding information of the link by the Internet of things equipment.
Furthermore, the identification code can be associated with any one of a two-dimensional code, a bar code or an RFID chip, abnormal parameters are reported to the storage server through manual patrol finding, an associated interface of the server side is an APP or a small program with an account number and a password, the APP or the small program runs on a smart phone with an NFC function, the smart phone with the NFC function of the farm farmer side writes in breeding information of each production stage through the information associated interface in a mode of scanning the two-dimensional code or shooting an NFC card, taking pictures and the like, and the breeding information is uploaded to the server and the block chain through a wireless network.
(4) Result screening and code assigning display
In the achievement collecting stage, a block chain uses the Hash value of a certain future block or a certain previous block as one of seeds to generate a random number, a corresponding part of achievements are selected for inspection and spot check, the activity and the water content of the achievements are acquired, and the data are transmitted to a database for storage; the server calls various detected actual data and standard data provided by a supervision department, decomposes the actual data and the standard data into single data through an algorithm, carries out itemized comparison, outputs a final comparison result, stores the final comparison result in the server and uploads a block chain.
Carrying out unique identification coding on the agricultural products in batches passing the inspection, wherein the unique identification coding is in any one of a two-dimensional code, a bar code or an RFID chip, and in the server, binding and associating the coding with the unique code in the production process of the agricultural products; the associated interface of the code server side is an APP or a small program with an account number and a password, and the whole process production information is inquired in a mode of scanning a two-dimensional code, a bar code or shooting an NFC card.
The invention has the advantages that
1. The data recording and management of the whole process are realized through the informationized management based on the block chain from the storage stage of the seeds to the picking and pre-selling stage of the agricultural products.
2. By means of encoding in production, encoding detection in production, detection of collected small batches and binding of unique identification codes on finished products, fine management and tracing of single fruits or small-batch products are achieved.
3. Data storage is carried out through the block chain, authenticity and reliability of data storage are guaranteed, and the phenomenon that the data storage is carried out at a production end in a satisfactory manner is avoided.
Drawings
FIG. 1 is a schematic workflow diagram of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer and more complete, the technical solutions in the embodiments of the present invention will be described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention, and based on the embodiments of the present invention, all other embodiments obtained by a person of ordinary skill in the art without creative efforts belong to the scope of the present invention.
The invention relates to a block chain-based high-quality agricultural product guarantee method, which comprises the following concrete implementation steps:
(1) deploying blockchains
The blockchain is a decentralized distributed storage technology and has the characteristics of credibility, non-tampering and the like. Based on the characteristics of the block chain, the method is used for the service scene of agricultural product life cycle management in a targeted manner, and the forward development of the service is effectively promoted;
the method comprises the following steps that a central server of a planter is used as a storage unit for block chain distributed storage, an agricultural planting chain is constructed by combining various planters and a detection mechanism, and the whole flow information is synchronously stored;
each node of the block chain records a copy of data of each stage of the agricultural product, and data modification initiated by an individual node is not effective, so that the reliability of the data is greatly improved;
the blockchain uses a piece of code to execute various logics, and the code is publicly readable, so that the fairness and the fairness of the logics are ensured. The difficulty of tampering data is also increased because no human intervention is involved in the execution of the code. Based on the technical advantages of the block chain, the credibility problem can be effectively solved.
(2) Acquiring and recording parameters of environment, seed source and planting process;
in a seed barn (nursery) storage environment related to agricultural production, Internet of things equipment is arranged, and data such as room temperature, humidity, air content (including oxygen, carbon dioxide and the like), air flow rate, illumination time proportion, illumination intensity and the like of the storage environment are collected and transmitted to a database for storage;
the server calls various detected actual data and standard data provided by a supervision department, decomposes the actual data and the standard data into single data through an algorithm, carries out itemized comparison, outputs a final comparison result, stores the final comparison result in the server and uploads a block chain; removing the seed bin (nursery) with abnormal environment, storing the seed bin (nursery) to a server and uploading the seed bin (nursery) to a block chain; carrying out primary coding on the selected qualified seed bin (nursery), using the Hash value of a certain block in the future or a certain block in the front as one of seeds through a block chain to generate random numbers, selecting a corresponding part of seed sources (seedlings) for inspection and spot check, acquiring data of activity, water content and the like of the seeds, and transmitting the data to a database for storage;
the server calls various detected actual data and standard data provided by a supervision department, decomposes the actual data and the standard data into single data through an algorithm, carries out itemized comparison, outputs a final comparison result, stores the final comparison result in the server and uploads a block chain; removing the seed bins (nursery) with abnormal proportion larger than a certain numerical value, storing the rest seed bins (nursery) to a server and uploading the seed bins (nursery) to a block chain;
in the planting stage, the Internet of things equipment is arranged, and data information such as the air temperature change, the precipitation change, the ground humidity, the air quality, the air flow rate, the illumination time proportion, the illumination intensity, the pesticide, the chemical fertilizer and other use conditions of the planting environment are collected through the equipment. The video pictures are shot by the terminal information acquisition equipment in a frequency mode, preset pictures corresponding to different production and breeding stages are stored in a database server of the cloud equipment, the collected picture shot by the terminal information acquisition equipment in the frequency mode is compared with the preset pictures in the database server of the cloud equipment through a VPU server and a GPU server, after the comparison and matching are qualified, the corresponding pictures or video pictures are automatically stored in the video storage equipment, and the associated information is stored in the server in stages and uploaded to a block chain.
(3) Planting code management;
planting high-quality provenance (seedling plants) which are inspected and screened twice, and performing land block/plant block dividing coding on the seeds (seedling plants) which are screened for the first time, wherein the seeds (seedling plants) are given unique identification codes in a form including but not limited to land block dividing, plant block dividing and labeling and other means, and the information of the previous detection and screening record and the coding information of the current link are bound and associated by the Internet of things equipment;
optionally, the identification code can also be associated with any one of a two-dimensional code, a bar code or an RFID chip, abnormal parameters such as partial plant diseases and insect pests can also be reported to the storage server through manual patrol discovery, the association interface of the server side is an APP or a small program with an account number and a password, the server side operates on a smart phone with an NFC function, the smart phone with the NFC function of the farm farmer side writes in the breeding information of each production stage through the information association interface by means of two-dimensional code scanning or NFC card shooting, photographing and the like, and uploads the breeding information to the server and the block chain through a wireless network.
(4) Result screening and code assigning display
In the achievement collecting stage, a block chain uses the Hash value of a certain future block or a certain previous block as one of seeds to generate a random number, a corresponding part of achievements are selected for inspection and spot check, data such as activity and water content of the achievements are acquired, and the data are transmitted to a database for storage; the server calls various detected actual data and standard data provided by a supervision department, decomposes the actual data and the standard data into single data through an algorithm, carries out itemized comparison, outputs a final comparison result, stores the final comparison result in the server and uploads a block chain;
and carrying out unique identification coding on the agricultural products in the batch passing the inspection, wherein the unique identification coding is in any one form of a two-dimensional code, a bar code or an RFID chip, and the coding is bound and associated with the unique code in the production process of the agricultural products in the server. The associated interface of the code server side is an APP or a small program with an account number and a password, and the whole process production information is inquired by means of scanning a two-dimensional code, a bar code or shooting an NFC card and the like.
The above description is only a preferred embodiment of the present invention, and is only used to illustrate the technical solutions of the present invention, and not to limit the protection scope of the present invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention shall fall within the protection scope of the present invention.
Claims (9)
1. A block chain-based high-quality agricultural product guarantee method is characterized in that standard establishment and public displaying are carried out at a product provenance selection stage based on a block chain, real-time monitoring and IOT (internet of things) -based data collection is carried out on the environment, producers and production processes in the production process, and meanwhile, the data collection is communicated with data of a supervision department, and real-time data and national standards are compared and disclosed; randomly sampling and inspecting the batch of products after production is finished, so as to screen out proven high-quality agricultural products;
the method comprises the following steps:
1) deploying a block chain;
2) acquiring and recording parameters of environment, seed source and planting process;
3) planting code management;
4) and (5) screening and coding the results.
2. The method of claim 1,
1) deploying blockchains
The method comprises the following steps that a central server of a planter is used as a storage unit for block chain distributed storage, an agricultural planting chain is constructed by combining various planters and a detection mechanism, and the whole flow information is synchronously stored; and each node of the block chain records a piece of data of each stage of the agricultural product.
3. The method of claim 1,
(2) acquiring and recording parameters of environment, seed source and planting process;
in the seed storehouse storage environment that agricultural production relates to, lay thing networking device, the data of room temperature, humidity, air content, air velocity, illumination time proportion, illumination intensity of gathering storage environment are transmitted to the database and are preserved.
4. The method of claim 3,
the server calls various detected actual data and standard data provided by a supervision department, decomposes the actual data and the standard data into single data through an algorithm, carries out itemized comparison, outputs a final comparison result, stores the final comparison result in the server and uploads a block chain; removing the seed bin with abnormal environment, storing the seed bin to a server and uploading the block chain;
performing primary coding on the selected qualified seed bins, generating random numbers by using a Hash value as one of seeds through a block chain, selecting corresponding partial seed sources for inspection and spot check, acquiring data of activity and water content of the seed sources, and transmitting the data to a database for storage;
the server calls various detected actual data and standard data provided by a supervision department, decomposes the actual data and the standard data into single data through an algorithm, carries out itemized comparison, outputs a final comparison result, stores the final comparison result in the server and uploads a block chain; and removing the seed bins with abnormal proportion larger than a certain numerical value, storing the rest seed bins to a server and uploading the block chain.
5. The method of claim 4,
the video pictures are shot by the terminal information acquisition equipment in a frequency mode, preset pictures corresponding to different production and breeding stages are stored in a database server of the cloud equipment, the collected picture shot by the terminal information acquisition equipment in the frequency mode is compared with the preset pictures in the database server of the cloud equipment through a VPU server and a GPU server, after the comparison and matching are qualified, the corresponding pictures or video pictures are automatically stored in the video storage equipment, and the associated information is stored in the server in stages and uploaded to a block chain.
6. The method of claim 1,
(3) planting code management
Planting the high-quality seed sources which are inspected and screened twice, carrying out land block/block coding on the seeds which are screened for the first time, assigning a unique identification code, and binding and associating the information which is detected and screened and recorded in the prior art and the coding information of the link by the Internet of things equipment.
7. The method of claim 6,
the identification code can also be associated with any one of a two-dimensional code, a bar code or an RFID chip, abnormal parameters are reported to the storage server through manual patrol discovery, an associated interface of the server side is an APP or a small program with an account number and a password, the server side operates on a smart phone with an NFC function, the smart phone with the NFC function of the farm culture user side writes in the breeding information of each production stage through the information associated interface in a mode of scanning the two-dimensional code or shooting an NFC card, taking a picture and the like, and the breeding information is uploaded to the server and the block chain through a wireless network.
8. The method of claim 7,
(4) result screening and code assigning display
In the achievement collecting stage, a block chain uses the Hash value of a certain future block or a certain previous block as one of seeds to generate a random number, a corresponding part of achievements are selected for inspection and spot check, the activity and the water content of the achievements are acquired, and the data are transmitted to a database for storage; the server calls various detected actual data and standard data provided by a supervision department, decomposes the actual data and the standard data into single data through an algorithm, carries out itemized comparison, outputs a final comparison result, stores the final comparison result in the server and uploads a block chain.
9. The method of claim 8,
carrying out unique identification coding on the agricultural products in batches passing the inspection, wherein the unique identification coding is in any one of a two-dimensional code, a bar code or an RFID chip, and in the server, binding and associating the coding with the unique code in the production process of the agricultural products; the associated interface of the code server side is an APP with an account number and a password, and the whole process production information is inquired in a mode of scanning two-dimensional codes and bar codes or shooting NFC cards.
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| CN113761586A (en) * | 2020-06-28 | 2021-12-07 | 北京同邦卓益科技有限公司 | Method and device for randomly sampling and inspecting articles based on block chain |
| CN114493637A (en) * | 2022-01-29 | 2022-05-13 | 山东浪潮工业互联网产业股份有限公司 | Block chain-based traditional Chinese medicine tracing method, equipment and medium |
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Application publication date: 20190920 |