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Design criteria for electro-mechanical transducers and arrangement for measurement of strains due to metal cutting forces acting on dynamometers

机译:机电换能器的设计标准和用于测量由于测功机上的金属切削力而引起的应变的测量装置

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Although there have been papers available dealing with tool dynamometers, so far no one has discussed in compact form of detail the basic design principles of elastic members and equations generally used in design. The author wishes to throw some light on this aspect. In this paper, the elastic members which are the most important parts of dynamometers utilising electric strain gages were analysed to detect the suitable place to cement gages on them activated by compression and tension stresses due to cutting forces. Moreover, some arrangement principles for satisfactory construction were introduced. The bridge circuits used with each of the dynamometers were described as well as the mechanical aspect of each unit. Design details of elastic members employed in load measuring dynamometers in the range of planing, drilling, grinding, turning and milling were given in considerable details.
机译:尽管已有有关工具测功机的论文,但迄今为止,没有人以紧凑的形式详细讨论弹性构件的基本设计原理和设计中常用的方程。作者希望对此有所了解。在本文中,对作为使用电应变计的测力计最重要部分的弹性部件进行了分析,以检测在其上由于剪切力引起的压缩应力和拉应力而将应变仪固结在其上的合适位置。此外,介绍了令人满意的构造的一些布置原理。描述了每个测功机使用的电桥电路以及每个单元的机械方面。负载测量测功机中使用的弹性构件在刨削,钻孔,磨削,车削和铣削范围内的设计细节已得到详细说明。

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