Product assembly method based on big data and industrial internet

Abstract

The invention relates to a product assembly method based on big data and an industrial internet. The method comprises the following steps: receiving a product assembly request sent by a product management terminal; extracting assembly surface features of a target assembly part to obtain first assembly surface features; establishing an assembly constraint condition according to the first assembly surface features to obtain a candidate assembly part set of the target assembly part; according to the similarity between the first assembly surface features and second assembly surface features corresponding to each candidate assembly part, obtaining a matched assembly part of the target assembly part, and obtaining third assembly surface features corresponding to the matched assembly part; obtaining an assembly direction matrix and an assembly displacement matrix of the target assembly part and the matched assembly part according to the first assembly surface features and the third assembly surface features; and generating a product assembly instruction according to the target assembly part, the matched assembly part, the assembly direction matrix and the assembly displacement matrix.

Description

technical field [0001] The invention relates to the fields of big data and industrial Internet, in particular to a product assembly method based on big data and industrial Internet. Background technique [0002] With the development of a new generation of information technology, the Industrial Internet has become an important enabling tool for the digital transformation of the real economy at home and abroad. Its core idea is to combine emerging information technology with traditional manufacturing, with cyber-physical systems as the core technology system, to realize enterprise production. Comprehensive perception, dynamic transmission, real-time analysis of data in the operation process, scientific decision-making and intelligent control, promote the upgrading and transformation of traditional industries. [0003] With the advancement of science and technology and the continuous leap and innovation of industrial automation technology, the traditional product assembly proce...

AI Technical Summary

Problems solved by technology

[0003] With the advancement of science and technology and the continuous leap and innovation of industrial automation technology, the traditional product assembly process has been gradually eliminated due to its shortcomings such as low work efficiency, high scrap rate, large number of labor, and high production cost.

In addition, the traditional product assembly method cannot automatically sense the dynamic changes in the manufacturing environment and equipment working conditions and carry out corresponding adaptive control and adjustment

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