Footpad auto-adding system and method for punching mold

Abstract

The invention relates to a method for automatically adding a punching die cushion. The method comprises the following steps: selecting the primitive type of a cushion primitive, specification parameters of the primitive and the coordinate position of the primitive on a planform; generating a corresponding primitive on the planform according to the selected primitive type of the cushion primitive, the selected specification parameters of the primitive and the selected coordinate position of the primitive on the planform; adding attribute information to the generated primitive, so as to make the primitive become the cushion primitive; respectively acquiring the coordinate position of the cushion primitive on a front view and a right view; respectively generating a cushion primitive corresponding to the front view and a cushion primitive corresponding to the right view in the coordinate position of the cushion primitive on the front view and the right view according to the specification parameters, and generating holes and screws for fixing the cushion primitives in the coordinate position; and inserting the generated screws into the corresponding holes, so as to fix the cushion primitives. Moreover, the invention also provides a system for automatically adding the punching die cushion.

Description

technical field [0001] The invention relates to a system and method for automatically adding feet of stamping dies. Background technique [0002] The rapid development of mold design technology has led to the transformation and innovation of traditional mold design technology. In mold design, there are many types and shapes of parts. The precision control required for generating structural graphics and the position of parts on the stamping template are all Designers need to carefully consider. [0003] Usually, after a stamping die is designed, sometimes it is necessary to add a footing element (a kind of part element) to the existing design graphics. As the mold design becomes more and more sophisticated and complex, usually a mold has multiple pads, and the mold designer can only spend a lot of time adding work through the naked eye and experience according to the traditional method. The position in the mold graphics is not easy to control, so errors and omissions occur ...

AI Technical Summary

Problems solved by technology

As the mold design becomes more and more sophisticated and complex, usually a mold has multiple pads, and the mold designer can only spend a lot of time adding work through the naked eye and experience according to the traditional method. The position in the mold graphics is not easy to control, so mistakes and omissions occur from time to time, and wrong design leads to wrong processing, which increases the cost of mold manufacturing

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