CN117391771A - Multi-task competitive production integral management system based on block chain - Google Patents

Multi-task competitive production integral management system based on block chain Download PDF

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CN117391771A
CN117391771A CN202311228450.1A CN202311228450A CN117391771A CN 117391771 A CN117391771 A CN 117391771A CN 202311228450 A CN202311228450 A CN 202311228450A CN 117391771 A CN117391771 A CN 117391771A
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transaction
data
task
point
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储呈平
余德贵
杨俊峰
孙道权
陈忠立
刘智勇
吴旭强
庄愉
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Hai'an Xinyuan Agricultural Development Co ltd
Lanons Nanjing Intelligent Technology Co ltd
Xinyuan Cocoon Silk Group Co ltd
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Hai'an Xinyuan Agricultural Development Co ltd
Lanons Nanjing Intelligent Technology Co ltd
Xinyuan Cocoon Silk Group Co ltd
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Abstract

The invention discloses a multi-task competitive production integral management system based on a block chain, which comprises a standardized production management module, a production integral management module and an integral digital asset management module; the standardized production management module comprises a task and point issuing unit, a production task data processing unit, a service transaction task data processing unit and a product transaction data processing unit; the production point management module comprises a production transaction point intelligent agent module, a transaction point intelligent agent module and a quality point intelligent agent module. The invention connects the inner and outer of the production enterprises and the related enterprises of the linked industry chains through the consensus mechanism, effectively stimulates the transparency standardization degree of the production process and improves the product quality.

Description

Multi-task competitive production integral management system based on block chain
Technical Field
The invention belongs to the technical field of standardized management of agricultural production, and particularly relates to a multi-task competitive production integral management system based on a block chain.
Background
In recent years, the development of agricultural industry production such as cultivation, planting and the like faces the popularization technical system, the agricultural productivity service system and the like, the natural disaster resistance capability, the market risk capability and the like need to be further enhanced, standardized production management and sound market mechanism research are carried out, production points are used as digital circulation elements of production quality performance and agricultural materials supply subsidy, a production point circulation transaction mechanism is established, the development of standardized production is promoted, and the market competitiveness of the product is improved.
Agricultural production is influenced by various factors such as weather, environment, plant diseases and insect pests, operation specifications and the like, and factors influencing the quality of agricultural production products are complicated in type, large in data amount and different in source, so that the source difference of production data types is large. In the development process of the agricultural production industry, the traditional management method is not beneficial to the execution of production standards, and has the problems of production standard execution supervision, production problem solving, low production material flow supervision efficiency and the like, and the management and control of production quality and the acquisition of production data of tap enterprises such as cultivation, planting and the like are seriously hindered.
The blockchain technology is increasingly applied to the aspects of Internet of things, finance, business, supply chains and the like, and has the characteristics of decentralization, a letter rejection mechanism, irreversible and consensus mechanisms and the like, has high data flow and production management demand coincidence degree in alliance enterprises (farmers) in each link of agricultural production, integrates production management into the blockchain technology, and provides an effective solving approach for various data management of unified supply, management and sales of agricultural production. And the execution of production services such as production management, production guidance and the like is stimulated through a competitive production task integration driving mechanism by combining production tasks of each production link and production enterprises, so that the product quality is improved.
The invention with the patent publication number of CN114612177A discloses a system and a method for managing agricultural product information based on a blockchain, which introduces a blockchain technology into an agricultural product information management process, however, the invention mainly solves the problem of information asymmetry between a buyer and a producer and does not relate to the management problem of the producer and a server.
The invention of patent publication No. CN111950787A discloses a distributed energy supply transaction method based on block chain, which introduces a competition mechanism and a punishment mechanism to realize the intelligent supply relation of electric energy production and can manage an electric energy producer, but the invention is applied to the electric energy field, and completely depends on electricity price to realize the competition and punishment mechanism, so that the invention cannot be applied to the more complex agricultural product production process.
The invention of patent publication No. CN114611904A discloses an intelligent manufacturing management method and system based on block chains, however, the invention aims to realize cooperative cooperation among factories and integrate production resources, and the capacity integral is mainly used for avoiding traditional currency, establishing unified payment standard and avoiding the problem of random pricing of partial factories, and can not be applied to the agricultural product production process.
Disclosure of Invention
The technical problems to be solved are as follows: the invention provides a multi-task competitive production integral management system based on a blockchain, which is oriented to a production management marketing mode (namely a production mode of unified management supply, unified production standard and unified product recovery of germplasm, seedlings, agricultural materials, agricultural technologies, agricultural machinery and the like), and is characterized in that a tap enterprise issues production integral according to production scale and production period, different production roles of agricultural producers, servers and the like acquire competitive production integral through production record, production service and the like in a set time, and the integral is used for digital transaction circulation such as performance rewarding, service purchase and the like; the invention connects the inner and outer of the production enterprises and the related enterprises of the linked industry chains through the consensus mechanism, effectively stimulates the transparency standardization degree of the production process and improves the product quality.
The technical scheme is as follows:
a blockchain-based multi-task competitive production point management system, comprising a standardized production management module, a production point management module and a point digital asset management module;
the standardized production management module comprises a task and point issuing unit, a production task data processing unit, a service transaction task data processing unit and a product transaction data processing unit;
the task and integral issuing unit is used for uploading the production task issued by the production faucet enterprise, the production standard requirement and the corresponding total integral of the production task to the blockchain system for upper chain link point storage, and storing the distributed blockchain data nodes of all parties supplied to the production industry after intelligent contract authentication is automatically carried out by adopting the public key of the alliance unit of all parties supplied to the production industry and the private key of the production faucet enterprise; the total integral of the production task consists of a production transaction integral, an agricultural machinery and a service circulation integral and a product production quality integral;
the production task data processing unit is used for receiving production records uploaded by farmers and storing the production records to the block chain data nodes at regular time; the service transaction task data processing unit receives service transaction records uploaded by farmers or service providers, and stores service supply circulation data generated by transaction data nodes of the transaction parties to a blockchain data node when the transaction parties finish confirmation transaction; after receiving product transaction confirmation information of production tap enterprises and farmers, the product transaction data processing unit stores transaction circulation data and quality identification data of transaction products into a blockchain data node;
the production point management module comprises a production transaction point intelligent agent module, a transaction point intelligent agent module and a quality point intelligent agent module;
the intelligent agent module of the production transaction points periodically acquires the production record of farmers uploaded to the blockchain data node by the data processing unit of the production tasks, generates corresponding private points which can not be circulated by the user production transactions, acquires the execution progress of the production tasks according to the private points which can not be circulated by the user production transactions when the production batches are finished, calculates the shared points of the allocatable production transactions corresponding to the current production tasks according to the execution progress of the production tasks, allocates the shared points of the allocatable production transactions to each farmer participating in production according to the production efficiency weight of the farmers, and stores the point allocation result to the blockchain user data node;
the transaction point intelligent agent module periodically acquires service transaction records of farmers and service providers uploaded to the blockchain data node by the service transaction task data processing unit, gives or deducts points of agricultural and agricultural machinery and service circulation thereof to the two transaction parties according to service transaction amount, and stores a point giving result or a point deduction result to the blockchain user data node;
the intelligent agent module of the quality score periodically acquires the product transaction confirmation information of the production faucet enterprises and farmers uploaded by the product transaction data processing unit, gives the product production quality score to the farmers according to the transaction flow data and the quality identification data of the transaction products, and stores the score giving result into the blockchain user data node;
the integral digital asset management module converts user integral stored in the blockchain user data node into digital asset and manages the digital asset of each user data node; the digitized asset is used to purchase a production process alliance blockchain alliance supplier product and redeem rewards.
Further, the production task data processing unit is configured to receive a production record uploaded by a farmer, verify a private key of the farmer, generate a current user data node uplink storage request, verify the request data as the received production record uploaded by the farmer, determine that the request data has uplink authority when the verification passes, and store the request data encrypted by the private key signature of the user node and the public key of the alliance chain to the blockchain data node at regular time through an intelligent contract.
Further, after receiving the product transaction confirmation information of the production and supply enterprises and farmers, the service transaction task data processing unit generates a service transaction data uplink storage request, the service transaction data node intelligent agent checks the request data initiated by the transaction node, after the check is passed, the service transaction data node intelligent agent judges that the request data has the uplink authority, the service transaction data node intelligent agent answers the uplink storage request, and the transaction circulation data and the service transaction data of the transaction product encrypted by the private key signature and the alliance public key of the two parties of the transaction node are stored to the blockchain data node at fixed time through the intelligent contract.
Further, after receiving product transaction confirmation information of production tap enterprises and farmers, the product transaction data processing unit generates a product quality data uplink storage request, a transaction data node intelligent agent verifies request data initiated by a transaction node, after verification, the request data is judged to have uplink permission, the transaction data node intelligent agent responds to the uplink storage request, and transaction circulation data and quality identification data of a transaction product encrypted by private key signatures and alliance public keys of two parties of the transaction node are stored to a blockchain data node at fixed time through an intelligent contract.
Further, the production transaction integration intelligent agent module comprises:
the user production transaction non-circulation private point generation component is used for generating corresponding user production transaction non-circulation private points according to the production records of farmers uploading the production task data processing units to the blockchain data nodes;
the distributable production transaction shared integral acquisition component is used for acquiring the execution progress of the production task according to the private integral which is not capable of being circulated by the user production transaction when the production batch is finished, and calculating to obtain the distributable production transaction shared integral corresponding to the current production task according to the execution progress of the production task; specifically, the following formula is used to calculate the allocatable production transaction common integral:
wherein,y1 i representing that the user production transaction obtained by the ith production farmer cannot flow to the private point; i=1, 2, …, n, n representing the total number of production farmers involved in the production task; s1, a production transaction total amount contained in a production task total amount issued by a production tap enterprise;
the integral distribution component is used for calculating to obtain a peasant household integral distribution weight according to the average production transaction uplink quantity and uplink time of peasant household, calculating to obtain a private production integral weight and an assignable relative weighted integral of each peasant household according to the peasant household integral distribution weight, and calculating to obtain the production transaction integral of each peasant household by combining the private production integral weight and the assignable relative weighted integral of each peasant household; specifically, the calculation formula of the production transaction integral of each farmer is as follows:
sf i ＝y1 i t i *SF1/SFY1
wherein t is i The weight is allocated to the peasant household point of the ith peasant household and is related to the uplink quantity and the uplink time of the average production transaction of the peasant household; y1 i t i Is the private production point weight of the ith farmer and SFY1 is the assignable relative weighted point.
Further, the transaction score intelligent agent module comprises:
the service transaction record monitoring component is used for periodically acquiring service transaction records of farmers and service providers uploaded to the blockchain data node by the service transaction task data processing unit;
the single service transaction point calculation component is used for giving points according to the transaction amount after the single service transaction is completed, and marking service transaction points obtained by farmers asRepresenting the ith user kth i The number of service transaction credits obtained for the secondary transaction; k (k) i Is the kth i Secondary successful service transactions, k i ＝1，2,…，K i ；
A service transaction point management component for counting total service transaction points of each farmer until the production batch is completed, and the ith farmer obtains the allocable product quality transaction point S2 i The method comprises the following steps:
further, the mass-integration intelligent agent module includes:
a single product transaction record component for use in accordance with the ith farmer, jth i Product transaction amount of secondary transactionAnd mass coefficient->Calculating to obtain the ith farmer jth i Product transaction points for a sub-transaction->
The transaction total point calculating component is used for counting the product transaction points output by the single product transaction recording component and calculating to obtain the total product transaction point of each farmerJ i Representing the total number of transactions of the ith farmer;
the product quality transaction score calculating component can be distributed and is used for calculating the product quality transaction score of each farmer by combining the total product transaction score of all farmers:
s3 i ＝y3 i *S3/Y3
in the method, in the process of the invention,s3, the total amount of product quality transaction credits contained in the total amount of production tasks issued by the production faucet enterprises is represented.
Further, the integral digital asset management module comprises a income amount setting component, a digital asset conversion component and a digital asset management component;
the income amount setting component is used for setting the income amount of the current production task according to the requests of the tap enterprises, the agricultural resource supply units and the agricultural machinery supply units as the total amount of the digital assets;
the digital asset conversion component calculates personal production points of the current production task according to the production transaction points of each farmer, the agricultural machinery and the service flow points thereof and the product quality transaction points, and converts the personal production points of each farmer into digital asset line: digital asset amount = personal production credit digital asset total/all production credits; the production credit limit is the sum of personal production credits of all farmers participating in the production task;
the digital asset management component is used for managing all digital assets of a farmer.
The beneficial effects are that:
the multi-task competitive production integral management system based on the block chain is connected with the inner and outer enterprises of the production enterprises and related enterprises of the linkage industry chain through the consensus mechanism, so that the transparency standardization degree of the production process is effectively stimulated, and the product quality and the production enthusiasm are improved.
Drawings
FIG. 1 is a block chain based multi-tasking production credit management system block diagram of the present invention.
FIG. 2 is a flowchart illustrating the operation of the blockchain-based multi-tasking competitive production point management system of the present invention.
Detailed Description
The following examples will provide those skilled in the art with a more complete understanding of the invention, but are not intended to limit the invention in any way.
The invention discloses a multi-task competitive production integral management system based on a block chain, which comprises a standardized production management module, a production integral management module and an integral digital asset management module;
the standardized production management module comprises a task and point issuing unit, a production task data processing unit, a service transaction task data processing unit and a product transaction data processing unit;
the task and integral issuing unit is used for uploading production tasks issued by a production faucet enterprise, production standard requirements and corresponding total integral of the production tasks to the blockchain system for upper chain link point storage, and storing the production tasks and the total integral into a distributed blockchain data node for each production industry supply party after intelligent contract authentication is automatically carried out by adopting a public key of a production industry supply party alliance unit and a private key of the production faucet enterprise: the total points of the production tasks consist of production transaction points of farmers engaged in agricultural operations and the like, service transaction points of supply services of agricultural machinery and the like in the production process, and product quality points of products recovered by tap enterprises;
the production task data processing unit is used for receiving production records uploaded by farmers and storing the production records to the block chain data nodes at regular time; the service transaction task data processing unit receives service transaction records uploaded by farmers or service providers, and stores service supply circulation data generated by transaction data nodes of the transaction parties to a blockchain data node when the transaction parties finish confirmation transaction; after receiving product transaction confirmation information of production tap enterprises and farmers, the product transaction data processing unit stores transaction circulation data and quality identification data of transaction products into a blockchain data node;
the production point management module comprises a production transaction point intelligent agent module, a service transaction point intelligent agent module and a product quality point intelligent agent module;
the intelligent agent module of the production transaction points periodically acquires the production record of farmers uploaded to the blockchain data node by the data processing unit of the production tasks, generates corresponding private points which can not be circulated by the user production transactions, acquires the execution progress of the production tasks according to the private points which can not be circulated by the user production transactions when the production batches are finished, calculates the shared points of the allocatable production transactions corresponding to the current production tasks according to the execution progress of the production tasks, allocates the shared points of the allocatable production transactions to each farmer participating in production according to the production efficiency weight of the farmers, and stores the point allocation result to the blockchain user data node;
the service transaction point intelligent agent module periodically acquires service transaction records of farmers and service providers uploaded to the blockchain data node by the service transaction task data processing unit, gives points to both transaction parties of agricultural and agricultural machinery and service circulation thereof according to service transaction amount, and stores the points giving results to the blockchain user data node;
the product quality and point intelligent agent module periodically acquires product transaction confirmation information of production tap enterprises and farmers uploaded by the product transaction data processing unit, gives product production quality and point to the farmers according to transaction flow data and quality identification data of transaction products, and stores a point giving result into a blockchain user data node;
the integral digital asset management module converts user integral stored in the blockchain user data node into digital asset and manages the digital asset of each user data node; the digitized asset is used to purchase a production process alliance blockchain alliance supplier product and redeem rewards.
The invention utilizes blockchain and related big data technology to construct agricultural production data and production point transaction management method participated by multiparty users in agricultural production, and constructs a closed-loop production service system of prenatal, prenatal and postnatal data circulation, and the formed digital system comprises a standardized production management module, a production point management module and a point digital asset management module.
The production tap enterprise (unified supply and unified sales) issues standardized production tasks and total credits of the production tasks. Comprises seedling supply, agricultural machinery supply, production process management and the like. According to the production management module, each side of the production main body purchases seedlings, purchases agricultural and agricultural machinery services and records the production process according to the production task, the system carries out integral giving according to the total integral of the production task, agricultural machinery and agricultural machinery circulation and the participation of each side of the production main body in the production process, and the timeliness of production record generation. And recorded at the blockchain node. The points are converted into digitized assets for performance rewards, service procurement discounts, and the like.
The basic working principle of the block chain-based multitasking competitive production point management system of the invention is as follows:
task and integral release: and the production tap enterprise issues production tasks and total points corresponding to the production tasks, and production standard requirements and the points are uploaded to a block chain system for upper chain link point storage. And the intelligent contract authentication is automatically carried out by the public key and the private key of the alliance unit supplied by each party of the production industry, and then the intelligent contract authentication is stored in the distributed blockchain data node of each party.
The production process produces task data: farmers carry out production records according to production requirements, the records are uploaded to a production management module through private key verification, when the production management module receives a user uploading request, a current user data node uplink storage request is generated, a user node intelligent agent verifies request data initiated by a user node, and the user node intelligent agent responds to the uplink request after the user node intelligent agent has uplink permission. Node data encrypted by the private key signature of the user node and the public key of the alliance chain is stored to the blockchain data node at regular time through the intelligent contract.
Transaction task data of production process: and the farmer purchases the agricultural materials, the agricultural machinery and the services thereof, and when the production management module receives confirmation transaction completed by both transaction parties, the transaction data nodes of both transaction parties generate a supply service streaming data uplink storage request.
Product quality transaction task data: the tap enterprises perform unified purchase and sale for the products produced by farmers, and when the production management module receives confirmation transaction of product quality identification by both transaction sides, the transaction data nodes of both transaction sides generate a product quality data uplink storage request. And the intelligent agent of the current transaction data node checks the request data initiated by the transaction node, and the request is applied to the uplink after the check is completed and the uplink authority is possessed. Node data after being signed by private keys of users of transaction nodes and encrypted by alliance public keys are stored in a blockchain data node at regular time through an intelligent contract, wherein the transaction data and the product quality data are stored in the blockchain data node.
Through the encryption storage of the data of each node of the block chain data node, the data storage safety is effectively ensured, meanwhile, the non-tamper property of the data uplink storage is ensured due to the distributed and contract characteristics of the block chain nodes, and the data reliability is effectively ensured.
Competitive integration: and obtaining, circulating and synchronizing the corresponding digital asset of the principal points of each production participant by using the intelligent contract based on the competitive point obtaining task mechanism to the production process production data and the transaction data which are stored in the uplink.
The production tap enterprise issues a circulation transaction production task shared point (S) which consists of a production transaction point (S1), a service transaction point (S2) and a product quality point (S3): s=s1+s2+s3.
User production transaction integration: the user production points are obtained by adopting a competition mechanism, and when a production farmer initiates a production transaction record and uploads the record to a blockchain user node, the private points y1 which cannot be circulated by the user production transaction are obtained. Production lot end all production farmer production transaction private points Y1 is the weighted sum of all farmer production points:
wherein y1 i Representing that the user production transaction obtained by the ith production farmer cannot flow to the private point; i=1, 2, …, n, n representing the total number of production farmers involved in the production task; s1 is a total amount of production transaction credits contained in a total amount of production tasks issued by a production tap enterprise.
The assignable production task common points SF1 are assignable points formed from the production task common points S1 relative to the production task private points Y1. If Y1> =s1, sf1=s1, and the total integral S1 is allocated to all production tasks, when Y1 < S1, sf1=y1 (Y1/S1), the production tasks are not sufficiently performed, and a punishment mechanism is adopted to reduce the production integral.
Calculating and distributing peasant household integral weight t according to peasant household production standardized execution conditions i The subsequent allocable relative weighted integral SFY1:
wherein t is i The weight is allocated to the peasant household point of the ith peasant household and is related to the uplink quantity and the uplink time of the average production transaction of the peasant household; y1 i t i Is the private production point weight of the ith farmer and SFY1 is the assignable relative weighted point.
The assignable production task points acquired for the ith user are:
sf i ＝y1 i t i *SF1/SFY1
namely, reassigning the assignable production points according to the weight of the production efficiency of the farmers to form the farmers to obtain the assignable production task points sf i 。
And when the user production transaction integral intelligent agent module receives the uplink node data for finishing the production of each production farmer batch, integral allocation calculation is carried out, an integral allocation result is initiated to a uplink request, and the uplink request is stored in a blockchain user data node through an intelligent contract.
Service transaction points (agricultural machinery and service circulation points): when the production user and the service user agree on a transaction and store the transaction into the blockchain data node, the transaction credit processing intelligent agent function gives credits according to the transaction amount.
After the single service transaction is completed, the peasant household (payer) service transaction points are recorded asRepresenting the ith user kth i The number of service transaction points, k, obtained for the secondary transaction i Is the kth i Secondary successful service transactions, k i ＝1，2,…，K i . The score obtained by a single user within a production lot is +.>
After the production batch is completed, the i-th farmer obtains the trade points s2 of the quality of the dispensable products i The method comprises the following steps: s2 i ＝y2 i . The total points (Y2) are the sum of all user service transaction points.
And the intelligent agent module initiates a uplink request when finishing the giving of points and finishing the automatic calculation of total points each time, and stores the meeting conditions into the blockchain service transaction point data node after intelligent contract verification.
Product quality points (product transaction points): when the tap enterprise agrees with the purchase transaction of the produced farmer products and stores the transaction into the blockchain data node, the quality score intelligent agent module intelligently gives scores according to the transaction amount and the quality grade.
Peasant household single product quality integralTransaction amount of hook product->Multiplying by the quality coefficient->The quality of the product exceeds the average quality, the quality coefficient is larger than 1, the quality of the product is lower than the average quality, and the quality coefficient is smaller than 1.
When the production batch is finished, the calculation process of the mass integral of the dispensable product obtained by the farmer is as follows:
the points obtained by farmers in the trade of the production batch products arej i ＝1，2,…，J i ，J i The total number of transactions for the ith farmer is expressed, assuming that the farmer transacts n times with the batch of products. The product of the production batch has a total transaction score of +.>The product mass point S3 of the dispensable product obtained by the ith farmer is obtained by the transaction of the product in the production batch corresponding to the dispensable point S3 according to the total price i The method comprises the following steps: s3 i ＝y3 i *S3/Y3。
And the intelligent agent module initiates a uplink request when finishing integral assignment and finishing total integral intelligent distribution each time, and stores the meeting conditions into the blockchain product quality integral data node after intelligent contract verification.
Integral digital asset management:
user points are converted into digital assets, and a part of income credit is distributed as the point digitization by the tap enterprises, the agricultural materials and the agricultural machinery supply units according to the income of product purchase/salesThe assets, the farmers acquire the digital asset quota as personal production credits. For a certain individual farmer, the individual production points of farmer (i) are recorded as sz i Sz is then i ＝sf i +s2 i +s3 i ；sf i 、s2 i 、s3 i And respectively obtaining corresponding production records, service transactions and product quality scores for the farmers.
The digital assets can be used for purchasing products of the alliance provider of the alliance blockchain in the production process and exchanging red package rewards, when two parties of product transaction agree, transaction data comprising digital asset expenditure of a buyer and digital asset income of the provider after being encrypted by user private key signatures and alliance public keys of the transaction nodes are transmitted to the blockchain transaction and corresponding user data nodes through intelligent contracts.
For example, a tap corporation delivers a portion of the benefit (assuming the monetary value is Z) as a performance incentive to provide production enthusiasm, improve product quality, and divide the performance incentive into production record performance Z1, trade service performance Z2, and product quality performance Z3 according to production standardization, production service volume, and product quality. Farmers (i) convert the obtained production allocation credits into digitized assets z by production process standard records i 1＝sf i (SFY 1) Z1, corresponding to the service transaction digital asset Z obtained by the farmer j 2. Product quality digital asset z j 3 are the total percentage of the project that is the farmer's obtained points for the total digital asset, respectively. The higher the standardized production degree is, the higher the obtained production performance digital asset is, the more the transaction agricultural materials and agricultural machines are used in the production process, the more the rewards are used for exchanging the red packages, and the production enthusiasm is effectively improved.
According to the invention, a tap enterprise issues a production task according to the production task and agricultural materials, pesticides and the like required by a standardized production process, and issues a certain amount of initial production transaction points, service transaction points and product quality points according to the production task; and storing the intelligent contracts to the alliance blockchain nodes to form the initial integral of the production task of the nodes on the chain.
Agricultural production transaction records are carried out by production subjects such as farmers, family farms and the like according to standardized production task instructions, and are uploaded to block chain nodes through intelligent contracts to form private production points of users; when the production task is finished, according to the standardized production task execution condition of farmers and the uploading block chain time node condition, the intelligent contract endows farmers with high execution standard and high time efficiency with higher integral weight; also, higher integration weights are given to production farmers with high product quality; generating a peasant household production task integral and a product quality integral according to the peasant household private integral quantity, the integral weight and the initial production integral total quantity by the intelligent contract; farmers purchase services such as agricultural materials, agricultural machinery and the like, form service transaction private points according to the purchased amount, and store the private points to the blockchain nodes after each transaction is completed.
The production data supply unit in the tap enterprise collaborative alliance takes a part of the amount of profit as the performance dispatch for feeding back farmers according to the production benefits and the service benefits, the obtained points of the farmers are correspondingly formed into the performance amount of the farmers according to the performance sum, the performance information can be converted into performance red packets, the performance information can also be used for conversation of production services of agricultural machinery, agricultural materials and the like, the higher the production standardization degree of the farmers is, the higher the relative performance amount is obtained, the production enthusiasm of the user can be effectively stimulated to a certain extent, the same production standardization degree is high, the product quality is improved, the production service efficiency is provided, and the production benefits of tap enterprises in the alliance and the parties involved in supply are improved.
The above is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above examples, and all technical solutions belonging to the concept of the present invention belong to the protection scope of the present invention. It should be noted that modifications and adaptations to the invention without departing from the principles thereof are intended to be within the scope of the invention as set forth in the following claims.

Claims (8)

1. The multi-task competitive production point management system based on the blockchain is characterized by comprising a standardized production management module, a production point management module and a point digital asset management module;
the standardized production management module comprises a task and point issuing unit, a production task data processing unit, a service transaction task data processing unit and a product transaction data processing unit;
the task and integral issuing unit is used for uploading the production task issued by the production faucet enterprise, the production standard requirement and the corresponding total integral of the production task to the blockchain system for upper chain link point storage, and storing the distributed blockchain data nodes of all parties supplied by the production industry after intelligent contract authentication is automatically carried out by adopting the public key of the alliance unit of all parties supplied by the production industry and the private key of the production faucet enterprise; the total integral of the production task consists of a production transaction integral, an agricultural machinery and a service circulation integral and a product production quality integral;
the production task data processing unit is used for receiving production records uploaded by farmers and storing the production records to the block chain data nodes at regular time; the service transaction task data processing unit receives service transaction records uploaded by farmers or service providers, and stores service supply circulation data generated by transaction data nodes of the transaction parties to a blockchain data node when the transaction parties finish confirmation transaction; after receiving product transaction confirmation information of production tap enterprises and farmers, the product transaction data processing unit stores transaction circulation data and quality identification data of transaction products into a blockchain data node;
the production point management module comprises a production transaction point intelligent agent module, a transaction point intelligent agent module and a quality point intelligent agent module;
the intelligent agent module of the production transaction points periodically acquires the production record of farmers uploaded to the blockchain data node by the data processing unit of the production tasks, generates corresponding private points which can not be circulated by the user production transactions, acquires the execution progress of the production tasks according to the private points which can not be circulated by the user production transactions when the production batches are finished, calculates the shared points of the allocatable production transactions corresponding to the current production tasks according to the execution progress of the production tasks, allocates the shared points of the allocatable production transactions to each farmer participating in production according to the production efficiency weight of the farmers, and stores the point allocation result to the blockchain user data node;
the transaction point intelligent agent module periodically acquires service transaction records of farmers and service providers uploaded to the blockchain data node by the service transaction task data processing unit, gives points to both transaction parties of agricultural and agricultural machinery and service circulation thereof according to service transaction amount, and stores the points giving results to the blockchain user data node;
the intelligent agent module of the quality score periodically acquires the product transaction confirmation information of the production faucet enterprises and farmers uploaded by the product transaction data processing unit, gives the product production quality score to the farmers according to the transaction flow data and the quality identification data of the transaction products, and stores the score giving result into the blockchain user data node;
the integral digital asset management module converts user integral stored in the blockchain user data node into digital asset and manages the digital asset of each user data node; the digitized asset is used to purchase a production process alliance blockchain alliance supplier product and redeem rewards.
2. The blockchain-based multi-task competitive production point management system according to claim 1, wherein the production task data processing unit is configured to receive a production record uploaded by a farmer, generate a current user data node uplink storage request after verification by using a private key of the farmer, request data is the received production record uploaded by the farmer, verify the request data initiated by the current user data node by the user node intelligent agent, determine that the request data has uplink authority when the verification passes, and respond to the uplink storage request by the user node intelligent agent, and store the request data encrypted by the private key signature of the user node and the public key of the alliance chain to the blockchain data node at regular time through an intelligent contract.
3. The blockchain-based multi-task competitive production point management system according to claim 1, wherein the service transaction task data processing unit generates a service transaction data uplink storage request after receiving product transaction confirmation information of production and supply enterprises and farmers, the service transaction data node intelligent agent checks the request data initiated by the transaction node, the service transaction data node intelligent agent determines that the request data has uplink authority after the check is passed, and the service transaction data node intelligent agent responds to the uplink storage request and stores transaction circulation data and service transaction data of the transaction product encrypted by private key signatures and alliance public keys of both users of the transaction node to the blockchain data node at regular time through an intelligent contract.
4. The blockchain-based multitasking competitive production point management system of claim 1, wherein the product transaction data processing unit generates a product quality data uplink storage request after receiving product transaction confirmation information of production tap enterprises and farmers, the transaction data node intelligent agent checks the request data initiated by the transaction node, determines that the request data has uplink authority after the check is passed, and the transaction data node intelligent agent responds to the uplink storage request to store transaction flow data and quality identification data of the transaction product encrypted by private key signatures and alliance public keys of both users of the transaction node to the blockchain data node at regular time through an intelligent contract.
5. The blockchain-based multi-tasking competitive production credit management system of claim 1, wherein the production transaction credit intelligent agent module includes:
the user production transaction non-circulation private point generation component is used for generating corresponding user production transaction non-circulation private points according to the production records of farmers uploading the production task data processing units to the blockchain data nodes;
the distributable production transaction shared integral acquisition component is used for acquiring the execution progress of the production task according to the private integral which is not capable of being circulated by the user production transaction when the production batch is finished, and calculating to obtain the distributable production transaction shared integral corresponding to the current production task according to the execution progress of the production task; specifically, the following formula is used to calculate the allocatable production transaction common integral:
wherein,y1 i representing that the user production transaction obtained by the ith production farmer cannot flow to the private point; i=1, 2, …, n, n representing the total number of production farmers involved in the production task; s1, a production transaction total amount contained in a production task total amount issued by a production tap enterprise;
the integral distribution component is used for calculating to obtain a peasant household integral distribution weight according to the average production transaction uplink quantity and uplink time of peasant household, calculating to obtain a private production integral weight and an assignable relative weighted integral of each peasant household according to the peasant household integral distribution weight, and calculating to obtain the production transaction integral of each peasant household by combining the private production integral weight and the assignable relative weighted integral of each peasant household; specifically, the calculation formula of the production transaction integral of each farmer is as follows:
sf i ＝y1 i t i *SF1/SFY1
wherein t is i The weight is allocated to the peasant household point of the ith peasant household and is related to the uplink quantity and the uplink time of the average production transaction of the peasant household; y1 i t i Is the private production point weight of the ith farmer and SFY1 is the assignable relative weighted point.
6. The blockchain-based multi-tasking competitive production point management system of claim 1, wherein the transaction point intelligent agent module includes:
the service transaction record monitoring component is used for periodically acquiring service transaction records of farmers and service providers uploaded to the blockchain data node by the service transaction task data processing unit;
the single service transaction point calculation component is used for giving points according to the transaction amount after the single service transaction is completed, and marking service transaction points obtained by farmers asRepresenting the ith user kth i The number of service transaction credits obtained for the secondary transaction; k (k) i Is the kth i Secondary successful service transactions, k i ＝1，2,...，K i ；
A service transaction point management component for counting total service transaction points of each farmer until the production batch is completed, and the i-th farmer obtains the allocable product quality transaction points s2 i The method comprises the following steps:
7. the blockchain-based multi-tasking competitive production point management system of claim 1, wherein the quality point intelligent agent module includes:
a single product transaction record component for use in accordance with the ith farmer, jth i Product transaction amount of secondary transactionAnd a mass coefficientCalculating to obtain the ith farmer jth i Product transaction points for a sub-transaction->
The transaction total point calculating component is used for counting the product transaction points output by the single product transaction recording component and calculating to obtain the total product transaction point of each farmerRepresenting the total number of transactions of the ith farmer;
the product quality transaction score calculating component can be distributed and is used for calculating the product quality transaction score of each farmer by combining the total product transaction score of all farmers:
s3 i ＝y3 i *S3/Y3
in the method, in the process of the invention,s3, the total amount of product quality transaction credits contained in the total amount of production tasks issued by the production faucet enterprises is represented.
8. The blockchain-based multitasking competitive production point management system of claim 1, wherein the point digital asset management module includes a revenue credit setting component, a digital asset conversion component, and a digital asset management component;
the profit margin setting component is used for setting the profit margin of the current production task according to the requests of the tap enterprises, the agricultural resource supply units and the agricultural machinery supply units and taking the profit margin as a digital asset total Z;
the digital asset conversion component calculates personal production points of the current production task according to the production transaction points of each farmer, the agricultural machinery and the service flow points thereof and the product quality transaction points, and converts the personal production points of each farmer into digital assets: digital asset amount = personal production credit digital asset total/all production credits; the production credit limit is the sum of personal production credits of all farmers participating in the production task;
the digital asset management component is used for managing all digital assets of a farmer.
CN202311228450.1A 2023-09-21 2023-09-21 Multi-task competitive production integral management system based on block chain Pending CN117391771A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN117635021A (en) * 2023-12-06 2024-03-01 广州尚捷智慧云网络科技有限公司 Supply chain management platform based on digital service
CN117635021B (en) * 2023-12-06 2024-05-17 广州尚捷智慧云网络科技有限公司 Supply chain management platform based on digital service

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN117635021A (en) * 2023-12-06 2024-03-01 广州尚捷智慧云网络科技有限公司 Supply chain management platform based on digital service
CN117635021B (en) * 2023-12-06 2024-05-17 广州尚捷智慧云网络科技有限公司 Supply chain management platform based on digital service

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