CAJ | 학술논문

以现行标准 HG／T 20201—2007为准则，夹具刚度条件计算公式为依据，在承压设备泄漏介质检测数据采集基础上，基于 C＃面向对象编程语言和 CAXA 电子图板的二次开发技术，尝试创建承压设备带压密封夹具智能设计系统，包括图纸信息管理、参数计算、图纸处理等模块，提供了可视化的操作界面和使用方法。并以某化工厂0．9 MPa 蒸汽动力管道泄漏为例，介绍了智能设计系统的实际应用效果。初步实现了夹具设计过程的信息化和 CAXA 图纸文件处理的自动化。
이현행표준 HG／T 20201—2007위준칙，협구강도조건계산공식위의거，재승압설비설루개질검측수거채집기출상，기우 C＃면향대상편정어언화 CAXA 전자도판적이차개발기술，상시창건승압설비대압밀봉협구지능설계계통，포괄도지신식관리、삼수계산、도지처리등모괴，제공료가시화적조작계면화사용방법。병이모화공엄0．9 MPa 증기동력관도설루위례，개소료지능설계계통적실제응용효과。초보실현료협구설계과정적신식화화 CAXA 도지문건처리적자동화。
The Intelligent design system for online leak sealing clamps is built on survey data acquisition for leaking media of pressure equipment.The system design takes the national current standard HG/T 20201—2007 as the criterion,and the calculation formula of rigidity condition as the basis.The develop-ment of the system is based on C#programming language which is object-oriented and CAXA electronic board of secondary development technology.The system includes drawing information management mod-ule,parameter calculation module,drawing processing module,etc.And it provides the operating interface and usage.It takes 0.9 MPa steam-powered pipeline leakage of a chemical plant as an example,and intro-duces the practical application of the intelligent design system.The system has realized the informatization of the clamp design process and the automation of the CAXA drawing file processing.