Method for designing tire die on basis of Excel and CAD (computer aided design) platform

Abstract

The invention discloses a method for designing a tire die on the basis of Excel and CAD (computer aided design) platforms. The method comprises the following four steps of generating a die standard drawing, creating an Excel platform data processing base, inputting data and creating a function relationship, and storing the data. The method can also be widely applied to design work for a plurality of dies, the defect that each die is required to be independently calculated and designed in the traditional die design is effectively avoided, and the working efficiency of die design is greatly improved; meanwhile, on one hand, the calculation intensity of related parameters in the traditional die design is reduced, the traditional requirement on drawing precision of the die is weakened, the workload of drawing is reduced, and the die designing efficiency is greatly improved, on the other hand, while the die is designed, making work, such as making a part production technical table can also be finished, the workload of designing traditional die machine processing working procedures and making a working procedure sheet is avoided, the workload of mechanical processing is reduced, and the working efficiency is improved.

Description

technical field [0001] The invention relates to a tire mold design method based on an Excel and CAD platform, and belongs to the technical field of tire gauge mold computer aided design. Background technique [0002] At present, in the design and production of molds such as tire molds, the actual process is mainly composed of several steps such as parameter accounting, standard drawing drawing, production order preparation and production process preparation. In the process of parameter accounting and standard drawing drawing, the designer A large amount of data calculation and drawing drawing work are required, and the workload is extremely heavy, which also leads to frequent errors in the calculation process and drawing drawing process, and the work efficiency is extremely low. At the same time, after the standard drawing is drawn, it is necessary to Designers and production personnel are combined to compile detailed production orders and production process tables, and most...

AI Technical Summary

Problems solved by technology

[0002] At present, in the design and production of molds such as tire molds, the actual process is mainly composed of several steps such as parameter accounting, standard drawing drawing, production order preparation and production process preparation. In the process of parameter accounting and standard drawing drawing, the designer A large amount of data calculation and drawing drawing work are required, and the workload is extremely heavy, which also leads to frequent errors in the calculation process and drawing drawing process, and the work efficiency is extremely low. At the same time, after the standard drawing is drawn, it is necessary to Designers and production personnel are combined to compile detailed production orders and production process tables, and most of the core work in this process needs to be completed manually by designers, and the workload is relatively large, and it is easy to appear between designers and production personnel. The disadvantages of improper cooperation between the two parties make it difficult to guarantee work efficiency and work quality, which leads to the disadvantages of low efficiency, error-prone and extremely labor-intensive mold design, which seriously limits the development of mold design and production. At the same time, although currently in the mold Parts platforms such as CAD are also used in the design, which can reduce the workload to a certain extent and facilitate the mutual borrowing of data from multiple similar molds. Carrying out independent design calculation and drawing process requires a lot of repetitive work, which further limits the development of mold design and production. Therefore, it is urgent to develop a new mold design and production method with high automation, strong versatility and convenient operation.

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