Smart production line for box type parts;
传动类零件自动化生产线；
Assemblage deformation in box type parts often causes a problem of quality control.
箱体类零件装配后，可能发生变形，改变其冷加工时的质量控制。
When stamping the unflanged shallow box type parts, removing unnecessary material is advantageous to the stamping forming.
冲压无法兰边浅盒制件时，挖去多余材料有利于制件成形。
We first introduced the principle and the architecture of case based integrated CAPP system in integrated environments. Then we developed an integrated CAPP system for box type parts.
本文重点介绍了集成化环境下基于范例的综合式CAPP系统的工作原理和体系结构，在上述研究的基础上，针对具体应用环境开发了一个箱体类零件的集成化综合式CAPP系统。
A system structure for virtual machining system is built according to the machining environment of box type parts with the basic core layer, manufacturing system layer and interfacial layer included.
针对箱体类零件加工环境建立虚拟生产加工系统体系结构，该体系结构包括基础核心层、制造系统层、界面层的三层结构。
The shape feature method is applied to portrayal and input box-type parts information.
采用型面特征描述法完成箱体形零件信息的描述与输入。
THFCAPP System is a child system of CAPP-CAM integrated system for box- base-type parts developed by the writers. In the system, GT principle and ES technol- ogy are used.
THFCAPP系统是笔者采用成组技术原理和专家系统技术开发的箱座类零件CAPP-CAM集成设计系统的一个子系统。
THFCAPP System is a child system of CAPP-CAM integrated system for box- base-type parts developed by the writers. In the system, GT principle and ES technol- ogy are used.
THFCAPP系统是笔者采用成组技术原理和专家系统技术开发的箱座类零件CAPP-CAM集成设计系统的一个子系统。
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