UG environment parts list development system based on entity attribute

Abstract

The invention relates to a compiling system of a detailed list of parts which is based on the entity attributes under the UG environment, the compiling system uses the UG STYLE to create a user interface which is needed, the VISUAL C++ is taken as a development platform, an input interface is the expansion of the UG function, the entity attributes under the UG environment are taken as data carriers, thus obtaining and preserving the detailed information of the parts at the design state, that is, the modeling process; an output interface is the expansion of the client end function of a production and management system, and the output interface is connected with a database. The compiling system has the advantages that: the whole system is fully integrated in the UG environment, the input of the details of the non-standard items only needs a designer to input the necessary information by a program interface, the input of the details of the standard items is automatically completed after calling the PART FAMILY, the system is fully integrated in the modeling process of the designer, thus realizing the automatic output of the details of the parts and improving the working efficiency by the integration of the output interface and the production and management system.

Description

(1) Technical field [0001] The invention relates to a computer-aided design technology, in particular to a part list compilation system based on entity attributes in a UG environment. (2) Background technology [0002] With the wide application and continuous development of computer-aided design technology (CAD) in the manufacturing industry, parametric modeling technology based on 3D entities has become a standard solution for various mainstream CAD software, enabling enterprises to build The 3D solid parts library driven by parameterization enables product design based on 3D solids, thereby greatly shortening the product design cycle; at the same time, in order to support subsequent procurement, production and cost accounting, the enterprise manages production information through the production management system. However, due to the lack of effective integration between CAD software and the production management system, after the design is completed, the designer needs to ...

AI Technical Summary

Problems solved by technology

However, due to the lack of effective integration between CAD software and the production management system, after the design is completed, the designer needs to spend a lot of time and energy to classify and sort out various parts entities with a large number of quantities and specifications, and then summarize them into a parts list and enter them into production management system

What's more troublesome is that this method of manually organizing the schedule is prone to errors, resulting in errors not being discovered until the later stage of mold assembly, which affects the procurement cost and the entire project cycle

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