实现了工艺卡片的自动生成。
分析了常规冷冲压工艺卡片的结构特点。
The composition and feature of traditional stamping process flow chart were analyzed.
依据NPM计划，及时完成锻造工艺卡片的编制工作。
管理机完成热处理工艺卡片、日常打印报表等管理功能；
The supervisory microcomputer has the function of consulting heat treatment cards and printing running record.
介绍了一个实用冲压工艺卡片生成和管理系统的设计和实现。
An applied system of making and managing stamping process CARDS is expounded.
利用该系统可以快速编制冲压工艺卡片并对大量的工艺卡片进行有效的管理。
With the system, it is easy to create a piece of stamping process card quickly as well as to manage a lot of stamping process CARDS effectively.
该系统以工艺卡片的管理为主，具有界面友好、基于网络数据库设计、功能齐全等特点。
The system is mainly engaged in the process card management, featuring friendly interface, network database-based design and complete functions.
运用CAPP技术，通过了解工艺流程，收集大量数据，完成产品磨加工工艺卡片管理系统的开发。
Knowing technology flow procedure, collecting large amount of data and applying CAPP technique, a management system of the technology CARDS of grinding processes of products is completed.
工艺卡片的生成是工艺设计的最后一步，工艺卡片能否快速准确地生成直接关系到CAPP系统的高效性和适用性。
Building the process CARDS is the last step in the process planning, then it influences the efficiency and applicability of CAPP.
该系统由零件信息录入模块，锻造工艺知识和行业规范存储模块，锻造工艺决策优化模块，工艺数据合成及工艺卡片输出模块4个主要部分构成。
This CAPP system composes by 4 parts of basic information input module, forging knowledge and criterion saving module, decision-making and process optimizing module, process CARDS output module.
利用XML技术，设计了一套描述工艺卡片表格的通用XML词汇表，基于这套词汇表和DTD灵活构建了所需工艺文件模板，并以XML文档形式存储。
Using XML technology, the authors design a vocabulary list to describe the tables of process cards. The card template is constructed with the vocabulary list and DTD.
最后对模具的一个主要零部件反拉伸凸凹模进行了简单的加工工艺路线制定，并制作了工序卡片。
Finally one of the major components of the mould-the anti-drawing die have been simply formulated the routing, and produced the process card.
最后设计出工艺过程卡，工序卡片。
最后设计出工艺过程卡，工序卡片。
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