Semi-finished product traceability system for high-viscosity liquid food

Abstract

The invention provides a semi-finished product traceability system for high-viscosity liquid food. The semi-finished product traceability system is characterized in that each batch of semi-finished products enter a semi-finished product storage tank and automatically generate a semi-finished product batch number; after the semi-finished products in each semi-finished product storage tank enter a semi-finished product weighing tank and are weighed, the weighing data of the semi-finished products and the batch numbers of the semi-finished products are correspondingly recorded; the weighed semi-finished products enter a back-end production device and are prepared into finished products, the everyday finished products automatically generate a production date batch number, and the correspondingweight of the production date batch number is recorded; and according to the corresponding weight of the production date batch number and the corresponding weight of the semi-finished product batch number, the semi-finished products of the semi-finished product batch number corresponding to the finished products of each production date batch number are calculated. The semi-finished product traceability system for high-viscosity liquid food has the advantages that according to the weight of the finished products and the weight of the semi-finished products, the semi-finished product number corresponding to each finished product can be calculated, all production information is traceable according to the number of the semi-finished products, and precise tracing of the whole food processing procedure is realized.

Description

technical field [0001] The invention relates to a food processing traceability system, in particular to a high-viscosity liquid food semi-finished product traceability system. Background technique [0002] The production process of high-viscosity liquid food similar to honey is generally divided into: raw material feeding, primary filtration, precipitation, filtration, concentration, semi-finished product storage, sterilization, filling, and finished product packaging. During the production process of honey raw material→semi-finished product→finished product, weighbridge is often used to estimate the weight of honey raw material, and the cumulative net content value of honey finished product can be estimated, but the estimation error of honey semi-finished product tank is often large, resulting in the output of honey being less than that of honey The inversion of production volume, once this happens, honey production enterprises often face the risk of being suspected of addi...

AI Technical Summary

Problems solved by technology

During the production process of honey raw material→semi-finished product→finished product, weighbridge is often used to estimate the weight of honey raw material, and the cumulative net content value of honey finished product can be estimated, but the estimation error of honey semi-finished product tank is often large, resulting in the output of honey being less than that of honey The inversion of production volume, once this happens, honey production enterprises often face the risk of being suspected of adding other substances

[0003] Not only that, the entire production process from raw material feeding to finished product production is often not completed on the same day, resulting in batches of finished products that cannot correspond to batches of raw materials

The accuracy of honey traceability is not enough, and the amount of semi-finished products used is vague, which greatly reduces the significance of traceability of high-viscosity liquid foods such as honey

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