Automatic Planning Approach of Auxiliary Clamping Points of Rapid Fixture in Thin-Walled Parts

Abstract

In order to solve the deformation of thin-walled parts when fixed by fixtures in the environment of examination, transport, welding, assembly and demonstration, the paper is based on automatic planning approach of main champing points in Rapid Fixture Design System and mainly focuses on auto-planning auxiliary clamping points of thin-walled parts in Rapid Fixture Design System and represents the layout of auxiliary clamping points to deal with the problem of easy deformation of thin-wall parts when under small stress environment, which establishes automatic planning approach of RP. Finally, the paper gives an example to verify the effectiveness of the approach. Achieve the goal of designing rapid fixture automatically, fast and efficiently and enhance the capacity of enterprises responding quickly to dynamic changes in the market.