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The Design Of The Fly Wheel Of The Shaper Machine Tool According To The Maximum And Minimum Angular Velocity

机译:根据最大和最小角速度的整形机工具的苍轮设计

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This paper presents a new method to design and to determine the inertial moment of the fly wheel, according to the allowed maximum and minimum angular velocity. The advantage of this method is: in the same time of the dynamic analysis of the the mechanics we can fulfill the design of the fly wheel. With this method, the inertial moment of fly wheel is determined precisely. In the traditional method, first we have to determine the inertial moment of fly wheel, then, make static-dynamic analysis of the mechanism and find out the react force of the connect pair. For example, after work, one first goes home and then has to go shopping. But if we choose not to go home directly, while on the way home in passing do some shopping then go home. Even though it is not the shortest way, but in total we can shave time and rod. It is the same Occasion with our design method too. Even though the process of calculation is more complicated than the formal method, but we can determine the reaction on the connect pair at the same time. So that in total decreased the amount of design work.
机译:本文提出了一种新的方法来设计,并确定飞轮的惯性力矩,根据所允许的最大和最小角速度。这种方法的优点是:在动力学分析的同时,我们可以满足苍蝇的设计。利用这种方法,精确确定飞轮的惯性力矩。在传统的方法中,首先我们必须确定苍蝇轮的惯性力矩,然后对机构进行静动态分析,找出连接对的反应力。例如,下班后,一个人回家然后去购物。但如果我们选择不直接回家,那么在回家的路上都有一些购物,然后回家。即使这不是最短的方式,但总共可以刮掉时间和杆。它也是我们的设计方法的同样的场合。尽管计算过程比形式的方法更复杂,但我们可以同时确定连接对上的反应。因此,总的来说,整个设计工作量。

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