Cold-chain logistics transportation commodity safety quality comprehensive intelligent analysis management system

Abstract

The invention discloses a cold-chain logistics transportation commodity safety quality comprehensive intelligent analysis management system which is composed of a frozen commodity storage environment quality management subsystem and a frozen commodity storage state quality management subsystem. Wherein the frozen commodity storage environment quality management subsystem comprises a frozen commodity storage environment parameter acquisition module, a frozen commodity storage environment parameter analysis module and a frozen commodity storage environment exception handling terminal; the frozen commodity storage state quality management subsystem comprises a frozen commodity storage state quality inspection area setting module, a frozen commodity storage state quality detection module, a frozen commodity storage state abnormity processing terminal and a management database. Comprehensive management and control over the cold chain transportation quality of the frozen products are achieved, the management and control defect caused by the fact that only the storage environment of the frozen products is managed and controlled in the prior art is effectively overcome, and the quality safety of the frozen products in cold chain transportation is greatly guaranteed.

Description

technical field [0001] The invention belongs to the technical field of cold chain transportation quality management, in particular to the cold chain transportation management calculation of frozen commodities, in particular to a comprehensive intelligent analysis and management system for the safety and quality of cold chain transportation commodities. Background technique [0002] In recent years, with the development of the economy, people's living standards have gradually improved, and people have higher and higher requirements for the freshness of food, especially meat products, because of their perishable characteristics, they need to be frozen at low temperatures to keep fresh. Under this trend, the cold chain transportation of frozen products with meat products, aquatic products and other commodities as the transportation objects has arisen. storage quality control. [0003] However, in the prior art, the storage quality control method for frozen products in the cold...

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Problems solved by technology

[0004] 1. The management and control indicators are too single: the characterization indicators of the storage quality of frozen products in cold chain transportation are not only reflected in the storage environment, but also in the storage state of frozen products. For frozen products such as meat products and aquatic products, other The maintenance of product quality requires a suitable storage state, such as the degree of freezing. Excessive freezing will affect the nutritional value of the product. Insufficient freezing will breed bacteria, which will accelerate the decay of the product. The storage status of frozen products is largely reflected Therefore, even if the storage environment of frozen products in cold chain transportation is suitable, it does not mean that the storage quality of frozen products in cold chain transportation is good. It can be seen that only controlling the storage environment cannot achieve the quality of frozen products. Quality control requirements in cold chain transportation;

[0005] 2. The accuracy of storage environment monitoring is not high: the current monitoring method for the storage environment parameters of frozen products in the transport car packaging box is simply to set up a storage environment collection terminal in the packaging box to collect the storage environment parameters in the packaging box, but Since the frozen products in the packing box are piled up, the setting of a single storage environment collection terminal can only collect the storage environment parameters of the storage environment collection terminal’s placement area, which is too general and cannot truly reflect the storage environment parameters in the packing box. As a result, the accuracy of monitoring the storage environment of frozen products in cold chain transportation is not high

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