Study of new screw loosening inspection system using ultrasound

Kohei Okamichi, Takashi Watanabe, Seiki Murayama
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Abstract

It is assembled by a plurality of parts, and an easy screw end method is mainstream, and the resolution after at the time of assembling and the assembling is used for an electric appliance and a car, an airplane, a train, the machine tool in that by the various joining method. However, because external force such as vibration and the repetition load acts on the join of the screw, the screw loses a conclusion power, and the slack occurs. This phenomenon causes a serious accident to give material and human damage. In contrast, it is dealt by the slack laboratory procedure of various screws, but lower unevenness and reliability of the measured value, the inspection that let you maintain proofreading and a conclusion state of the screw head again have a problem that it is difficult, and there is not the laboratory procedure that is simple and easy and highly precise in the present conditions. Therefore, in this study, I report it because I studied the slack of the screw which occurs because a spindle is lost by external force for the purpose of the detection of the slack and a thing judging more easily than the method and exactly in before.
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新型超声螺钉松动检测系统的研究
它是由多个零件组装而成,而一种简易的旋接方式是主流,并且在组装和装配后的解决方案用于电器和汽车、飞机、火车、机床中所采用的各种连接方式。但由于振动和重复载荷等外力作用于螺杆连接处,使螺杆失去闭合力,产生松弛。这种现象会造成严重的事故,给物质和人身造成损害。相比之下,它是由各种螺钉的松弛实验室程序处理的,但测量值的不均匀度和可靠性较低,让您保持螺钉头的校对和结论状态的检查再次出现困难的问题,并且在目前的条件下不存在简单易行和高度精确的实验室程序。因此,在本研究中,我之所以报告它,是因为我研究了由于主轴外力丢失而产生的螺杆松弛,目的是为了检测松弛,这是一个比以前的方法更容易判断和准确的事情。
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