Swing angle milling head assembly sequence planning demonstration system and method

Abstract

The invention discloses a swing angle milling head assembly sequence planning demonstration system and method, and the system carries out the planning of a swing angle milling head part assembly sequence, finally displays the swing angle milling head part assembly sequence through a virtual environment, and comprises three modules: a part information module, an assembly sequence planning module, and a virtual simulation and experience module. The process from input of the three-dimensional model information of the swing angle milling head assembly to VR experience virtual simulation assembly of the user is realized. A three-dimensional model and assembly information of a part are obtained through the part information module, the part assembly information is converted into an assembly information matrix which can be recognized by a programming language through the assembly sequence planning module, assembly sequence planning is carried out through a particle swarm genetic hybrid algorithm, and an optimal assembly sequence is obtained; and the optimal assembly sequence and a part three-dimensional information model obtained by the part information module are subjected to simulation verification through the virtual simulation module and finally displayed on a VR interface for user experience evaluation.

Description

technical field [0001] The invention belongs to the field of assembly sequence planning, and specifically designs an assembly sequence planning demonstration system and a use method of a swing angle milling head. Background technique [0002] With the development of the times and the advancement of science and technology, the manufacturing industry has become more and more important in the national economy, and assembly is an indispensable step in the process of product manufacturing. The ultimate goal of assembly planning is to determine the product assembly plan. The core goal of the assembly planning problem is the assembly sequence planning, which belongs to the combinatorial optimization problem, and its essence is to obtain the optimal assembly sequence of the product. Therefore, reducing the time spent on assembly and reducing the difficulty of the assembly process is a powerful way to reduce product manufacturing costs and improve corporate social competitiveness. ...

AI Technical Summary

Problems solved by technology

At present, due to its complex structure, there are still a large number of artificial solutions to the assembly sequence, which largely depends on the subjective experience of the assembly workers. For scholars who want to observe and learn the assembly process, they can only learn from videos or other explanation videos. Unable to experience learning in person

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