Development of Low-Noise Gears : Silencing Effect and Operating Characteristics of Polyamide Elastomer Gears

N. Tsukamoto, H. Maruyama, T. Ikuta
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引用次数: 3

Abstract

In their previous study, the authors demonstrated that noise can be greatly reduced by using gears which are made of plastic material (called P-nylon) consisting of nylon filled with a plasticizer. In apparatus such as acoustic equipment, gears suffer only a slight torque and their teeth need not be high in strength. Currently, the development of gears with low noise is in demand in this field. In the present study, gears are produced using a polyamide elastomer which is softer than P-nylon and harder than rubber, and tests are carried out to determine their noise reduction effect, the wear of their teeth and their operation life. The practical performance of these gears is studied based on the test results
低噪声齿轮的发展:聚酰胺弹性体齿轮的消声效果和工作特性
在他们之前的研究中,作者证明了使用由填充增塑剂的尼龙制成的塑料材料(称为p -尼龙)制成的齿轮可以大大降低噪音。在诸如声学设备之类的设备中,齿轮只承受很小的扭矩,它们的齿也不需要有很高的强度。目前,开发低噪声齿轮是这一领域的迫切需要。在本研究中,齿轮是用比p -尼龙软、比橡胶硬的聚酰胺弹性体制造的,并进行了测试,以确定其降噪效果、齿的磨损和使用寿命。根据试验结果,对这些齿轮的实际性能进行了研究
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