Door and window design and process planning integration method and system, server and readable storage medium

Abstract

The invention provides a door and window design and process planning integration method and system, a server and a readable storage medium. The method comprises: acquiring door and window data information; constructing a door and window parameterization model according to the door and window data information; performing data analysis and extraction on the door and window parameterized model; and constructing a blanking process rule model based on the analyzed and extracted data. The door and window design and the data management system are integrated, and the problems of information repetitionand poor data consistency of users are avoided. The door and window graph design efficiency is improved, the requirement for interactive design of door and window graphs can be met, and the design requirement for various door and window graphs can be met; the integration level of a door and window system is improved, planning of a door and window discharging process rule during interactive designis met, and the discharging process rule can be directly driven by the design size to generate a discharging result; the integration and sharing of data are improved, effective product data can be provided for ERP and the like, and the data island phenomenon of a process planning system is avoided.

Description

technical field [0001] The invention relates to the technical field of door and window design, in particular to a method for integrating door and window design and process planning, a system, a server and a readable storage medium. Background technique [0002] With the rapid development of manufacturing capacity and market demand in the door and window industry, the original production capacity and management level of domestic door and window manufacturing users have encountered great challenges, and put forward higher requirements for users' automation and informatization levels. In order to adapt to the development needs of the industry, door and window users must continuously expand their production capacity and scale, which makes the demand for automation of door and window production from design to manufacturing and installation higher and higher. For most door and window users, there are not many information tools available in the design and manufacturing process, and...

AI Technical Summary

Problems solved by technology

For most door and window users, there are not many information tools available in the design and manufacturing process, and the industry lacks means for integrated management of graphic design and process planning data. The existing design and management software cannot meet the integrated production needs of door and window users , cannot well support the user's design and production automation

[0003] The main factors that plague the production of doors and windows users are as follows: First, the door and window users need designers to improve design efficiency, be able to quickly express the size and components of each component of the product, and be able to manage the data information of door and window products in a timely manner , to provide a guarantee for the smooth execution of the entire order in the future; secondly, because each project of door and window users involves a variety of different types and sizes of window types, and new types of doors and windows will continue to emerge in each project, so door and window users Production personnel spend a lot of time and energy on process planning for each door and window

[0004] The current integration of process decision-making system and drawing software for door and window users is mainly based on the text information in the two-dimensional drawing of parts. There is still a big gap in information integration. At the same time, the process design system cannot provide manufacturing information for ERP and other related systems, resulting in problems such as information duplication and poor data consistency, which greatly restricts the application of process decision-making systems.

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