Goods warehousing system and method based on intelligent contract
A technology of smart contracts and warehousing systems, applied in the field of cargo warehousing systems based on smart contracts, can solve the problems of difficult traceability, lack of systems, and easy leakage of cargo warehousing information.
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Embodiment 1
[0042] Such as figure 1 As shown, a cargo storage system based on smart contracts includes a login module, an information interaction module, a smart contract module, a monitoring module and a block chain storage module; the output end of the login module and the input end of the information interaction module Electrically connected, the output end of the information interaction module is electrically connected to the input end of the smart contract module and the input end of the blockchain storage module, and the output end of the smart contract module is connected to the monitoring module The input end of the monitoring module is electrically connected to the input end of the block chain storage module, and the output end of the monitoring module is electrically connected to the input end of the block chain storage module; the login module is used for user login system And generate a key, the information interaction module receives the information of the key, and is used fo...
Embodiment 2
[0053] Such as figure 2 As shown, the space shortest path algorithm (Dijkstra) between any two nodes: first obtain the temperature of the warehouse, the remaining storage space and the maximum load capacity of the shelf through the sensor, as well as the relevant data of the product, and calculate the best storage location of the goods. In the virtual simulation model of the warehouse built by digital twin technology, the shortest path algorithm regards each branch of the warehouse route as a point, and all the points form a matrix. At the same time, the placement of goods has different levels. Another point is formed, and all the points form a matrix, so the two plane matrices form a three-dimensional rectangular matrix composed of point sets; the starting point of the product entering the warehouse is marked with K, K(vs)=0, and the rest The point is the J label, the storage location of the product is the final label point B, compare the distance between the K label point a...
Embodiment 3
[0055] Such as image 3 As shown, a cargo storage method based on smart contracts is applied to a cargo storage system based on smart contracts, including the following steps:
[0056] S1: The user logs in to the system through the login module and obtains the key;
[0057] S2: The user publishes information in the operation sub-module through the key, and browses the content that he has permission to browse in the permission access sub-module;
[0058] S3: Both users participating in the cooperation enter the transaction confirmation sub-module to confirm the cooperation information and quotation information;
[0059] S4: The contract generation sub-module generates contracts based on cooperation information and quotation information;
[0060] S5: After the contract is generated, the transfer sub-module performs automatic transfer according to the quotation information;
[0061] S6: The digital twin model of the monitoring module obtains the optimal storage location of the...
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