冶金设备
冶金設備
야금설비
METALLURGICAL EQUIPMENT
2014年
z1期
18-20
,共3页
平立可换轧机翻转机构%CATIA 建模%运动仿真
平立可換軋機翻轉機構%CATIA 建模%運動倣真
평립가환알궤번전궤구%CATIA 건모%운동방진
Horizontal-vertical convertible rolled mill%Tilting mechanism%CATIA Modeling%Kinematics simu-lation
论述了一种平立可换轧机翻转机构基于 CATIA 软件的建模及运动仿真的方法和过程。首先建立机构的三维实体模型，并在虚拟环境下完成机构模拟装配，再对其进行运动仿真及干涉检查，进而分析机构设计和装配的合理性。此方法缩短了产品开发时间，保证设计结果可靠，对更复杂的运动机械产品设计具有指导意义。
論述瞭一種平立可換軋機翻轉機構基于 CATIA 軟件的建模及運動倣真的方法和過程。首先建立機構的三維實體模型，併在虛擬環境下完成機構模擬裝配，再對其進行運動倣真及榦涉檢查，進而分析機構設計和裝配的閤理性。此方法縮短瞭產品開髮時間，保證設計結果可靠，對更複雜的運動機械產品設計具有指導意義。
논술료일충평립가환알궤번전궤구기우 CATIA 연건적건모급운동방진적방법화과정。수선건립궤구적삼유실체모형，병재허의배경하완성궤구모의장배，재대기진행운동방진급간섭검사，진이분석궤구설계화장배적합이성。차방법축단료산품개발시간，보증설계결과가고，대경복잡적운동궤계산품설계구유지도의의。
In this paper,the modeling and kinematics simulation of the tilling mechanism for the hori-zontal-vertical convertible rolled mill with CATIA software is described.First built the 3D model of the titling mechanism,and accomplished mechanism assembly in the virtual environment,then carried on kinematics simu-lation and interference checking of the mechanism,and then analyzed the rationality of mechanism design and as-sembly.This method shortened the cycle of developing new products,ensured that the design results were relia-ble.It has a guiding significance to the design of complex motion machinery.
