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Development of micro mechanical parts utilized extra fine wires

机译:微机械零件的开发利用额外的电线

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A micro screw, a micro nut, an outer micro gear, an internal micro gear, a helical micro gear, a micro turbine-impeller and other micro mechanical parts are developed by utilizing extra fine wires. The extra fine wires are metallic wires or synthetic fibers which diameters are as small as 30 to 200 micrometers like a stainless wire, a tungsten wire, a copper wire, and a fluorocarbon thread. The micro screw is produced by coiling a pair of these wires around a needle pin without spacing, and by brazing the wires on the pin; besides, by peeling one wire from the brazed pin. Its pitch is less than 100 micrometers, and its major diameter is less than 600 micrometers. Other micro mechanical parts are also produced by same processes. In this paper, a novel manufacturing method for the micro mechanical parts utilized extra fine wires is developed, and several micro mechanical parts are produced as prompt products. Moreover, a micro positioning stage and reduction micro gear systems are developed as trial manufactures, and the micro turbine system is proposed as a new engine for the micro systems without electrostatic or magnetic drives.
机译:通过利用额外的电线开发微螺钉,微螺母,外部微齿轮,内部微齿轮,螺旋微齿轮,微涡轮机 - 叶轮和其他微机械部件。额外的细线是金属线或合成纤维,直径为30至200微米,如不锈钢线,钨丝,铜线和氟碳螺纹。通过在没有间隔的情况下在没有间隔的情况下缠绕一对这些导线,并通过钎焊在销上钎焊;此外,通过从钎焊销剥离一根钢丝。其间距小于100微米,其主要直径小于600微米。其他微机械部件也通过相同的方法生产。在本文中,开发了一种新的微机械零件的制造方法,利用额外的细线,产生了几种微机械部件作为提示产品。此外,微定位阶段和还原微齿轮系统被开发为试验制造,并且将微型涡轮机系统提出作为用于无静电或磁驱动的微系统的新发动机。

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