天津科技
天津科技
천진과기
Tianjin Science & Technology
2015年
10期
52-54
,共3页
虚拟样机%自调心%滚轮架%圆管%锥管%箱体
虛擬樣機%自調心%滾輪架%圓管%錐管%箱體
허의양궤%자조심%곤륜가%원관%추관%상체
virtual prototype%self-alignment%turning rolls%circular tube%taper pipe%box
基于虚拟样机技术，利用 Solidworks 软件研制了自调心焊接滚轮架并建立了滚轮架的仿真模型，详细介绍了驱动机构的结构与设备配置设计以及滚轮架的结构、选材与加工工艺设计。根据滚轮架加工工件原理，针对圆形管件、锥形管件和箱体结构，利用虚拟样机技术进行模拟现实仿真，实现了自调心焊接滚轮架的研制与应用，为高效、高精度的先进设计制造技术提供了可行性分析及参考依据。
基于虛擬樣機技術，利用 Solidworks 軟件研製瞭自調心銲接滾輪架併建立瞭滾輪架的倣真模型，詳細介紹瞭驅動機構的結構與設備配置設計以及滾輪架的結構、選材與加工工藝設計。根據滾輪架加工工件原理，針對圓形管件、錐形管件和箱體結構，利用虛擬樣機技術進行模擬現實倣真，實現瞭自調心銲接滾輪架的研製與應用，為高效、高精度的先進設計製造技術提供瞭可行性分析及參攷依據。
기우허의양궤기술，이용 Solidworks 연건연제료자조심한접곤륜가병건립료곤륜가적방진모형，상세개소료구동궤구적결구여설비배치설계이급곤륜가적결구、선재여가공공예설계。근거곤륜가가공공건원리，침대원형관건、추형관건화상체결구，이용허의양궤기술진행모의현실방진，실현료자조심한접곤륜가적연제여응용，위고효、고정도적선진설계제조기술제공료가행성분석급삼고의거。
Based on the virtual prototype technology,a self-alignment turning rolls was developed using Solidworks and its simulation model was established.The driving mechanism,equipment configuration design and the structure,material selection and process design of the turning rolls were described.According to the principle of roller processing work-piece, in view of the circular conical pipe fittings,pipe fittings and enclosure structure,realistic simulation was realized with the help of virtual prototype technology , which enables the development and application of the self-alignment turning rolls.This may provide a feasibility analysis and reference for the design of high efficiency and high precision advanced manufacturing technology.
