Supply chain management method based on industrial internet

Abstract

The invention relates to the field of industrial Internet and supply chain management, and discloses a supply chain management method based on industrial internet. The method is applied to an industrial interconnection material management system, and the industrial interconnection material management system comprises a supply chain management platform, an acceptance personnel terminal, a distribution personnel terminal and a material acceptance device. The supply chain management platform receives material collection images and material label information sent by the material acceptance device; a label identification module acquires material standard characteristics corresponding to the current material from a database according to the material label information; a pose normalization module performs pose normalization processing on the material collection images to obtain a material acceptance image; a feature extraction module extracts overall features, packaging features and extrusion features of the material acceptance image and serially connects the overall features, the packaging features and the extrusion features to obtain material acceptance features; an loss analysis module calculates material acceptance loss; and the material acceptance module obtains material acceptance data according to the material acceptance loss and sends the material acceptance data to the acceptance personnel terminal.

Description

[0001] The present invention is a divisional application with the original application number 202010718921.7, the original application date is July 23, 2020, and the original invention name is a method for material acceptance based on the Industrial Internet. technical field [0002] The invention relates to the fields of industrial internet and supply chain management, in particular to a supply chain management method based on industrial internet. Background technique [0003] The Industrial Internet is a basic network that connects equipment, materials, personnel, and information systems to achieve comprehensive perception, reliable transmission, and real-time analysis of industrial data, forming scientific decision-making and intelligent control, and improving the efficiency of manufacturing resource allocation and production management. Among them, as the core system of the Industrial Internet, intelligent production management mainly involves the collection, transmission...

AI Technical Summary

Problems solved by technology

[0004] In the field of industrial Internet, when checking and accepting materials, it is generally necessary for the acceptance personnel to conduct on-site acceptance. The acceptance process is not only time-consuming, but also time-consuming and inefficient.

Moreover, in the existing automatic acceptance method, the material acceptance image collected by the image acquisition equipment is too complicated, which easily leads to inaccurate acceptance results

In particular, the impact of different placement and postures of acceptance materials on the results of material acceptance, that is, the material acceptance images collected by relevant image acquisition equipment are often accompanied by changing material postures, and different placement and postures of acceptance materials will lead to material failure. Different parts have different degrees of occlusion, thus losing the information of some material parts

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