CAJ | 학술논문

为实现大型多工位压力机在工作过程中自动送料和工件按工艺要求顺序转换工位,自主研发了大型电子伺服三坐标多工位送料系统。研发过程中,运用系统法确立了总体设计方案,有效地解决了该复杂送料系统研发过程中影响因素多,设计工作难以有序、全面展开的问题。通过三维设计软件SolidWorks创建了参数化模型,运用ADAMS和ANSYS进行了运动学仿真和有限元受力分析,试制的样机验证了该送料系统设计方案的可行性和可靠性。
위실현대형다공위압력궤재공작과정중자동송료화공건안공예요구순서전환공위,자주연발료대형전자사복삼좌표다공위송료계통。연발과정중,운용계통법학립료총체설계방안,유효지해결료해복잡송료계통연발과정중영향인소다,설계공작난이유서、전면전개적문제。통과삼유설계연건SolidWorks창건료삼수화모형,운용ADAMS화ANSYS진행료운동학방진화유한원수력분석,시제적양궤험증료해송료계통설계방안적가행성화가고성。
In order to achieve automatic feeding and station conversion required by a large-scale multi-stage press machine,a large-scale electronic servo three-axis multi-stage feeding system was researched and developed. In the process of research design,an overall design solution was proposed at first based on a systematic approach,effectively solving the difficulties resulted by many influence factors for designing such a complex feeding system,and leading to an orderly design manner.Then the feeding system was modeled by a three-dimensional design software of Solidworks,and was simulated by the kinematics software of ADAMS and the finite element analysis software of ANSYS.Finally,a physical prototype of the feeding system was built,which verified the feasibility and reliability of the proposed design solution.