Method for quickly designing mould using computer

Abstract

The invention discloses a computer-based fast design mould method which comprises the following steps of: acquisition of customer requiring data, date processing, establishing integrated template database, and encapsulating the establishing integrated template database on network server; finishing the structure design of working contents according to technology contents; determining the framework design of mould structure according to working contents; calling the mould structure from the partial mould structure module database and thus accomplishing the partial structure design of mould; calling parts from standard part integrating warehouse, adjusting specification size, extracting the feature of installing structure and thus accomplishing mould design that meets the design requirements. The invention has the advantages that the integrated template database is simple and rapid to learn and use and is suitable for mould designers of different levels, the complicated mould structures become simpler, more standard, more intelligent, and the design regulations are integrated into template database, thereby the much more difficult mould structure design is capable of being accomplished much faster and better, the design period is shortened by 30 percent and design errors are avoided.

Description

technical field [0001] The invention relates to the design of a cold stamping die, in particular to a method for rapidly designing a die by using a computer. Background technique [0002] In the field of stamping dies, due to differences in automotive panels, the repetition rate of products is extremely low, resulting in a low degree of reusability in die design. Usually, the total number of panels for a car model is about 200-300 pieces, and the total number of molds required is about 600-1000 sets. It can be seen that the workload of developing a set of panel molds for a complete vehicle is very huge, and it is difficult for mold companies to meet the needs of automobile manufacturers. The industry needs to respond quickly to the market. According to statistics, before using this system method, the design of each set of molds has to be restarted, and the average design cycle is about 20 days, not including the time of engineering changes. Contents of the invention [0...

AI Technical Summary

Problems solved by technology

[0002] In the field of stamping dies, due to differences in automotive panels, the repetition rate of products is extremely low, resulting in a low degree of reusability in die design

Usually, the total number of panels for a car model is about 200-300 pieces, and the total number of molds required is about 600-1000 sets. It can be seen that the workload of developing a set of panel molds for a complete vehicle is very huge, and it is difficult for mold companies to meet the needs of automobile manufacturers. The industry needs to respond quickly to the market

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