CN-121981406-A - Trade chain digital operation management method and platform system

CN121981406ACN 121981406 ACN121981406 ACN 121981406ACN-121981406-A

Abstract

The invention relates to the technical field of digital management of a trading chain, and particularly discloses a digital operation management method and a digital operation management platform system of the trading chain. The method comprises the steps of collecting information of a trading chain participation main body, preprocessing identity information, service qualification and historical service records to generate main body credit images and main body unique identification codes, carrying out consistency check on contracts, invoices, customs notes, payment certificates and logistics documents to form check logs, carrying out time sequencing on node data to form a time stamp chain structure, carrying out tracing and tracking on abnormal nodes, generating a full-link state table according to node processing states, carrying out layered display, and sending the full-link state table to each control end and the platform supervision end to realize node data review and state receipt. The system comprises an information acquisition module, a preprocessing module, an element verification module, a time ordering module, a state statistics module and a layered display module. The invention can realize the collaborative management of multiple bodies, multiple nodes and multiple elements of the trade chain.

Inventors

ZHAN GUOFEI
ZHANG CHAODONG
Yu Xuyan
CHEN JING
HUANG XIAOYAN

Assignees

浙江卓盈大数据科技有限公司

Dates

Publication Date: 20260505
Application Date: 20260407

Claims (10)

1. A method for managing the digital operation of a trade chain, comprising the steps of: s1, acquiring information of an accessed trading chain participation main body, wherein the trading chain participation main body comprises an exporter, an importer, a logistics service party, a related service party and a financial service party; S2, preprocessing identity information, service qualification and historical service records of the trade chain participated main body, constructing a main body credit image, generating a main body unique identification code, wherein each information field comprises legal basic information, effective license, near two calendar history transaction amount and default records; S3, verifying trade elements submitted by the trade chain participation main body, wherein the trade elements comprise contracts, invoices, customs notes, payment vouchers and logistics receipts, and performing consistency verification on the trade elements in at least two field dimensions to generate a verification log, wherein the verification log comprises unaligned field lists; S4, time ordering is carried out on data generated by each node, a time stamp chain structure is formed, tracing and tracking are carried out on abnormal states of the nodes, risk triggering links are fed back, abnormal nodes are marked, and an abnormal node list is formed in a summarizing mode; S5, generating a full-link state table according to the processing state of each node, wherein the full-link state table comprises node identities, node time stamps, node processing states and node data summary information, and carrying out layered display on the full-link state table according to the node processing states, wherein processed nodes, nodes to be processed and abnormal nodes are respectively classified into corresponding display layers; S6, synchronously transmitting the all-link state table to an exporter control end, an importer control end and a platform monitoring end, and controlling the platform monitoring end to establish communication connection with at least one node for node data review and node state receipt.
2. The method of claim 1, wherein in step S2, the subject credit image includes three levels of credit ratings: t1 is high, which means that the historical transaction record has no default record in three continuous years and the single amount is not less than 100 ten thousand yuan; T2, representing a history of behaviors that can provide complete qualification but have at least one accounting period exceeding; And T3, low, indicating that there is an unrealistic declaration record or a history record with an unknown funding source.
3. The method of claim 1, wherein step S3, when comparing the contract with invoice data, comprises the steps of: S31, synchronously comparing the contract amount field with the invoice amount field, and if the contract amount field is inconsistent with the invoice amount field, marking the contract amount field as an abnormal contract amount comparison link; S32, comparing the contract commodity description field with the invoice commodity description field, and if the contract commodity description field is inconsistent with the invoice commodity description field, marking the contract commodity comparison abnormal link, wherein the fields comprise commodity names, measurement units, unit price and total price.
4. The method for digitized operation management of a trade chain according to claim 1, wherein step S3 further comprises the steps of, when comparing a contract with a logistics document: s33, comparing the same delivery time field with the logistics delivery time field, and marking the logistics delivery as an abnormal link in advance if a delivery record earlier than the contract appointed time exists; S34, comparing the contract delivery place field with the logistics delivery place field, and if the contract delivery place field is inconsistent with the logistics delivery place field, marking the contract delivery abnormal link.
5. The method for managing the digital operation of the trading chain according to claim 1, wherein in step S4, tracing the abnormal state of the node includes the following two strategies: s41, backtracking the processing state of an upstream node based on a time sequence, determining an upstream abnormal source node, and judging a processing error link if the node state continuously displays abnormality; s42, backtracking the upstream node processing state and the downstream node processing state based on the bidirectional path, and complementing the logic chain to determine the node processing abnormality on the conduction path.
6. The method for managing the digital operation of the trading chain according to claim 1, wherein in step S5, the full-link state table is displayed in a layered manner according to the node processing state, and the method is divided into the following three levels: S51, displaying a first level for a full-quantity node, wherein the first level comprises static information and dynamic information fields of all nodes on a link; s52, the second level is a state node display, and comprises processing state information and key fields of nodes with changed processing states, wherein the key fields comprise node IDs, processing states and interface operation instructions; and S53, displaying the abnormal nodes by the third level, and only displaying the minimum sub-path with the abnormal states of the nodes and the data tracing path.
7. The method for managing digitized operations of a trading chain of claim 1, wherein in step S6, after a connection is established between the control platform monitor and at least one node, the method comprises the following operation procedures: s61, the control platform supervision terminal compares the single-node data with the receipt transmission instruction according to the full-link node data, and identifies inconsistent items between the single-node data and the node call log; S62, identifying a node inconsistent item and a node call failure item, generating a correction instruction according to the node call failure item, feeding back a node data correction request to a node end, and updating all-link node data corresponding to a node data packet after the node finishes data correction and returns a corrected node data packet.
8. The method for managing the digital operation of the trade chain according to claim 1, wherein when tracing the abnormal state of the node, the abnormal time difference value of the node is counted, and the method specifically comprises the following steps: s81, acquiring a node abnormal state log and sequencing; S82, extracting node time stamps of the abnormal nodes; S83, calculating the time difference value of the node time stamps of the adjacent nodes before and after each abnormal node, and if the node time difference value is less than or equal to 120 seconds, outputting the node time difference value to a node time difference value statistical table; S84, the node time difference value statistical table is used as supplementary information of a full-link state table to be in butt joint with a node time display field; s85, outputting the node time difference value statistical table to a node time difference value visualization interface.
9. The method of claim 8, wherein nodes having abnormal node time differences greater than 120 seconds are marked as abnormal time nodes and corresponding abnormal node IDs are generated.
10. A trading chain digitization operations management platform system for implementing the method of any one of claims 1 to 9, comprising: the information acquisition module is used for acquiring information of the accessed trading chain participation main body; the preprocessing module is used for preprocessing identity information, service qualification and historical service records of the trade chain participated main body to generate a main body credit portrait, and each information field comprises legal basic information, effective license, historical transaction amount and default records; The element verification module is used for verifying the trade elements submitted by the trade chain participation main body, carrying out cross comparison on the trade elements and corresponding node data, and extracting node exception processing data; The time ordering module is used for arranging the data generated by each node into a chain structure according to the time sequence, forming a time stamp chain structure and logically complementing the chain structure according to the node transmission time interval; the state statistics module is used for generating a full-link state table according to the processing states of all the nodes, outputting the processing states of the nodes, reading the data of the related nodes and recording the transfer relationship among the nodes; And the layering display module is used for layering and displaying the full-link state table and dividing the full-link state table into a plurality of display layers so as to display the corresponding state information of the processed node, the node to be processed and the abnormal node respectively.

Description

Trade chain digital operation management method and platform system Technical Field The invention relates to the technical field of digital management of a trading chain, and particularly discloses a method and a platform system for digital operation management of the trading chain. Background Along with the continuous deepening of international trade, cross-regional supply collaboration and multi-main-body business linkage, links such as purchasing, customs reporting, logistics, warehousing, settlement, account checking, wind control, customer service and the like in a trade chain have the characteristics of long flow, multiple participants, miscellaneous data types and high aging requirement. In particular, in the context of rapid development of digital economy, enterprises have raised higher demands on transparent management, procedural control, and collaborative operations of trade services. The trade chains are uniformly managed through informatization, networking and datamation means, so that the method has gradually become an important development direction for improving the trade operation efficiency, enhancing the service traceability and supporting the fine decision. In the prior art, technical routes are generally formed around trade business management, namely, independent systems based on enterprise resource planning, customer relationship management, warehouse management, logistics management and the like respectively process purchase, order, inventory, transportation and settlement business, and the other types are used for inputting information of upstream and downstream subjects into a unified interface for centralized management by setting up a trade information platform, and the other types are used for digitally reforming part of key links by means of electronic documents, online approval and data report tools. The technical routes improve the information processing efficiency of trade business to a certain extent, but the problems of module dispersion, system fracture, inconsistent data caliber and dependence on manual connection of business circulation are still presented in the whole. Particularly, under a multi-main-body cooperative scene, stable corresponding relations are difficult to form among order information, logistics state, document data, fund information and performance progress, and information hysteresis, repeated input, inconsistent state, untimely abnormal discovery, chain breakpoint management and other conditions are easy to occur, so that the continuity, accuracy and controllability of the whole operation of the trade chain are further affected. Therefore, it is necessary to construct a digital operation management scheme more adapted to actual operation requirements aiming at the trade chain service scene so as to meet development requirements of multi-link collaborative management, whole process information penetration and service operation standardization. Disclosure of Invention The invention aims to provide a method for managing the digital operation of a trade chain, which comprises the following steps: s1, acquiring information of an accessed trading chain participation main body, wherein the trading chain participation main body comprises an exporter, an importer, a logistics service party, a related service party and a financial service party; S2, preprocessing identity information, service qualification and historical service records of the trade chain participated main body, constructing a main body credit image, generating a main body unique identification code, wherein each information field comprises legal basic information, effective license, near two calendar history transaction amount and default records; S3, verifying trade elements submitted by the trade chain participation main body, wherein the trade elements comprise contracts, invoices, customs notes, payment vouchers and logistics receipts, and performing consistency verification on the trade elements in at least two field dimensions to generate a verification log, wherein the verification log comprises unaligned field lists; S4, time ordering is carried out on data generated by each node, a time stamp chain structure is formed, tracing and tracking are carried out on abnormal states of the nodes, risk triggering links are fed back, abnormal nodes are marked, and an abnormal node list is formed in a summarizing mode; S5, generating a full-link state table according to the processing state of each node, wherein the full-link state table comprises node identities, node time stamps, node processing states and node data summary information, and carrying out layered display on the full-link state table according to the node processing states, wherein processed nodes, nodes to be processed and abnormal nodes are respectively classified into corresponding display layers; S6, synchronously transmitting the all-link state table to an exporter control end, an importer control end and a platform monitori