航空制造技术
航空製造技術
항공제조기술
AERONAUTICAL MANUFACTURING TECHNOLOGY
2013年
20期
70-73
,共4页
肖姝娴%张林鍹%李惠%杜兆才
肖姝嫻%張林鍹%李惠%杜兆纔
초주한%장림선%리혜%두조재
柔性装配%可重构夹具%并联机构%夹具定位布局%构件库设计
柔性裝配%可重構夾具%併聯機構%夾具定位佈跼%構件庫設計
유성장배%가중구협구%병련궤구%협구정위포국%구건고설계
Flexible assembly%Reconfigurable ifxture%Parallel mechanism%Fixture position%Compo-nent library design
本文对数字化柔性装配领域中的重点问题--可重构柔性夹具设计进行研究,分别就夹具定位和夹具验证两方面的关键技术进行阐述。并针对实际需求,提出一套基于并联机构的可重构柔性夹具设计的实施技术方案,该设计方案具有模块化、智能化、通用化等特点。
本文對數字化柔性裝配領域中的重點問題--可重構柔性夾具設計進行研究,分彆就夾具定位和夾具驗證兩方麵的關鍵技術進行闡述。併針對實際需求,提齣一套基于併聯機構的可重構柔性夾具設計的實施技術方案,該設計方案具有模塊化、智能化、通用化等特點。
본문대수자화유성장배영역중적중점문제--가중구유성협구설계진행연구,분별취협구정위화협구험증량방면적관건기술진행천술。병침대실제수구,제출일투기우병련궤구적가중구유성협구설계적실시기술방안,해설계방안구유모괴화、지능화、통용화등특점。
Reconifgurable ifxture design is the key issue of digital flexibly assembly. The possibility of using reconfigurable fixture device is proved by model-ing of fixture position and fixture design. According to the needs of aircraft assembly, a parallel mechanism as a ifxture holding device component and library-based imple-mentation as a technical solutions is presented. The design has stiffness, flexibility, dynamic superior performance characteristics, but also has high versatility.