Multi-level material unfolding food manufacturing traceability management system

Abstract

This invention provides a multi-level material unfolding traceability management system for food manufacturing. The system includes a user terminal device, an input data module, a field normalization module, a correlation determination module, a recursive unfolding module, a document mapping module, and a result output module. Through field normalization and recursive logic, this invention can automatically connect warehousing, material requisition, and material structure information from different data sources, resolving traceability gaps caused by multi-level production in food manufacturing. When the system determines that a lower-level material is a semi-finished product, it continues to unfold downwards until it is identified as a raw material and obtains the corresponding inspection or certification documents, significantly improving the efficiency and accuracy of traceability across production levels.

Claims

1. A multi-level material unfolding food manufacturing traceability management system, comprising: an input data module coupled to multiple data source units, for receiving a target product number and a target batch number from the data source units, and extracting various target information related to the target product number and the target batch number, wherein, The input data module is coupled to a user terminal device, or it is coupled to an inbound data source, a material requisition data source, a material structure data source, a document data source, and a master file data source, or it is coupled to a data source area that includes the inbound data source, the material requisition data source, the material structure data source, the document data source, and the master file data source, so as to input the target information into the input data module; a field normalization module is connected to the input data module to convert different field names or formats with the same semantics in these data source units into multiple standard fields; an association determination module is connected to the field normalization module to establish the association relationship of these target information based on these standard fields, and locate a target inbound node corresponding to the target item number and the target batch number; A recursive expansion module, signal-connected to the association determination module, is used to establish at least one lower-level material node based on at least one of the target information corresponding to the target warehousing node, and to continue expanding the next level material node when the lower-level material node is determined to be a semi-finished product; a document correspondence module, signal-connected to the recursive expansion module, is used to obtain corresponding document information based on a raw material batch number when the lower-level material node is determined to be a raw material; and a result output module, signal-connected to the document correspondence module, is used to output a traceability result, which includes the target warehousing node, the lower-level material node, and the document information.

2. The food manufacturing traceability management system with multi-level material unfolding as described in claim 1, wherein when the lower-level material node is determined to be the semi-finished product, the recursive unfolding module further searches for an inbound data and a requisition data corresponding to the semi-finished product to establish a secondary material node.

3. The food manufacturing traceability management system with multi-level material decomposition as described in claim 1, wherein when the lower-level material node is determined to be the raw material, the module corresponding to the file corresponds to at least one purchase document, at least one inspection document, at least one certification document, or a combination thereof, based on the batch number of the raw material.

4. The food manufacturing traceability management system for multi-level material unfolding as described in claim 1, wherein the recursive unfolding module stops unfolding when a stopping condition is met, the stopping condition including: no corresponding inbound data, the maximum unfolding level has been reached, the node is a raw material, or one of the predetermined stopping rules is met.

5. The food manufacturing traceability management system with multi-stage material unfolding as described in claim 1 further includes a progress status module, which is signal-connected to the input data module, the field normalization module, the association determination module, the recursive unfolding module, the file correspondence module, and the result output module, in order to generate progress status data at multiple processing stages.

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