基于数据集成挖掘机专用零部件智能设计计算及辅助制图系统的分析-机械设计及理论专业论文.docxVIP

太 太l泉!jl工大学硕士研究生学位论文 A RESEARCH FOR MIN卧 G EXCAVATORS SPECIAL PARTS INTELLIGENT DESIGN COMPUTING BASED ON DATA 卧JTEGRATI ON AND AUXILIARY DRAWINGS SYSTEM ABSTRAC T TZ-technical center excavator department is the main research on excavator open-pít rmnll1g. In order to improve the efficíency of research excavator department introduces UG in 2007 and realize digital design and information management. 1n product development and UG application process ，excavator department need second development to reducc artificial ca1culation because of the revision of the design scheme，Besides Chinas enterprises in the product manufacturing is mainly base engineering drawing，but UG can not completely meet our country enterprise drawing standards，which need to be ctlstomized . This topic base on the cnterprise actua l usage，to improve the design efficiency in excavator-design and first proposed the development train of mathematical relationship and model integrated intelligent design calculation system. Excavator department is UG main user，in order to reali ze good compatibility on data，so we puts fOlward the data integration platform based on intelligent design calcuJation system，in order to solve repetitive artificially computing problems Intelligent design calculation based on model parametric design ，through the equation solution ，data interface and parametric model ， I113 I 1 1 太 太 原理丁.大学硕 才 7研究生学位 论文 integrate the force，torque，speed and based data etc. 、Nehn designer modify physical quanbty and size parameters ，the system solve th e co n.esponding data automaticalJy and model for parts a1so amendment automatica l1y，which can greatly reduce the design scheme for changes of repeated computation，sh orten the different amounts oflarge minc cxcavator spccial components design cyclc. In addition，in order to developmen t drawing module to satisfy the T7..-standards ，the topic research engineering drawing module，through parameterized -drawing，