文档介绍：摘要
本课题是基于电子行业,纺织行业的绕线工序,传统行业中大部分依靠手工绕线对人员依赖程度高,导致与绕线工艺相关的绕线行业存在一些无法逾越的问题,首先在电子行业,激烈的竞争以及国内人力成本的逐步提高,导致一些企业利润相当微薄,再次由于磁环绕线工作枯燥乏味,工人流动性极大,从而导致绕线企业缺乏熟练的绕线工,容易产生误差,不能保证产品的高精度,例如在仪表加工行业中,手工绕制的线圈产品,,使得产品不能达到万分之五的精准这直接用想到企业的生产效率与生产质量,因此开发自动绕线机成为制造业的一个新的机遇。
本课题主要针对绕线机的传动部分元件,利用Inventor对绕线机的传动装置零件进行三维实体建模,在进行绕线机的传动装置设计时,首先考虑的传动平稳,运动可靠问题,在使用过程中不能存在任何的安全隐患问题,使用简便、容易操作。
运用Inventor软件对设计出线机的传动装置零件进行装配,检查干涉情况,并运动仿真分析。
关键词:Inventor绕线机; 三维建模; 运动仿真
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Abstract
This topic is based on the electronics industry, textile industry during the process, the traditional industry rely on hand to personnel during most of the dependent degree is high, cause and winding process related coiling industry has some not insurmountable problem, first in the electronics industry, the petition and domestic the gradual improvement of the human cost, leading some corporate profits are lean, once again, because they can work during boring, workers liquidity is great, leading to coiling enterprise shortage of skilled work during, easy to produce the error, can't guarantee products of high precision, for example in the instrument processing industry, the coil products made by hand, are three laps will lead to the error of measurement accuracy together will reduce , make product can't reach five over ten thousand of the precise directly with the thought of enterprise production efficiency and production quality, and so develop automatic winding machine be manufacturing a new opportunity.
This subject mainly for coiling machine of the transmission ponents, the use of coiling machine Inventor of the transmission parts for 3 d entity modeling, in coiling machine transmission device design, the first consideration of smooth transmission, sports and reliable, in use process can't exist any safety concerns, easy to use, easy to operate.
Using software to design qualification machine Inventor of the transmission parts assembly, check the intervene problem, and motion si