注塑模具成型零件工作尺寸计算模块对注塑模具设计及注塑制品的生产具有指导意义和实用价值。
Calculation module has significative and practical values of directing the injection mold designing and the production of plastic parts.
本文提出了FCAD系统中零件管理模块的设计方法和实现。
This author mainly presents methods to design and implement the feature-management module in FCAD.
它包括主控模块、分析计算、产品造型、数据文件、零件库、型腔设计、数控加工等几部分。
The system includes the following parts: main module, analysis module, product modelling, database files, part library, cavity design and NC machining.
该系统包括工程初始化、型面处理、减轻筋布置、工作零件设计、功能组件库和总装设计模块。
The system consists of these modules, i. e. project initialization, work part design, functional group database, surface treatment, and rib arrangement.
最后，在细化设计模块中对满足设计要求的前轴方案快速生成工程图、零件属性列表和BOM清单等。
Finally, the drawing, the BOM and the list of the part property of the final program will be produced through the module of detailed design.
同时，提出把CAPP系统分解为针对不同零件的工艺设计模块，满足敏捷制造生产对象多变的需要的设想。
At the same time, a plan is brought forward to divide the CAPP system into some small modules which aimed at different part type, to meet the need of Agile Manufacturing.
复合轮齿空气压缩机CAD／CAM系统由三大模块构成：复合轮齿机构参数化设计模块、压缩机典型零件CAD模块、压缩机典型零件CAM模块。
This system is made up of three parts: compound gear air compressor parameters design module, typical compressor-part CAD module and typical compressor-part CAM module.
研究了基于特征模块的快速工艺设计的方法，建立了模块和零件的工艺模型。
Rapid process planning method basing on feature module is proposed. The process models of module and part are constructed.
本文对各模块的功能和原理进行了详细的分析，并重点分折了基于零件工艺分工特征的编码设计思想和设计过程。
The function and principle of each module, especially the de-sign principle and design process of part coding are fully analysed.
列举了相关零件的设计步骤，并对在设计过程中所关心的参数给出了一个基于WEB的工程计算模块，从而大大推动了设计过程的顺利进行。
Listing the design processes to a axis, and a calculating model based on WEB is set up for the concern to some parameters related to a axis, which will be sure make the design work convenient.
依据模块化的设计思想完成了蛇形机器人的结构设计，并建立了相应零件的三维模型。
According to the modular design of the snake-like robot to complete the structural design, and the corresponding parts of the three-dimensional model.
基于磁场与摩擦学蜂窝芯材料固持原理，提出复杂型面纸基蜂窝零件固持平台的模块化设计思想。
Based on magnetic field and frictional-clamping principle, a new modularization design concept is presented for the fixation system of paper honeycomb parts with complex shapes.
基于磁场与摩擦学蜂窝芯材料固持原理，提出复杂型面纸基蜂窝零件固持平台的模块化设计思想。
Based on magnetic field and frictional-clamping principle, a new modularization design concept is presented for the fixation system of paper honeycomb parts with complex shapes.
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