首页> 外文会议>AES international conference on music induced hearing disorders 2018 >The Lantos 3D Scanning System and Computer Aided Design of Musicians Earplugs™
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The Lantos 3D Scanning System and Computer Aided Design of Musicians Earplugs™

机译:Lantos 3D扫描系统和音乐家Earplugs™的计算机辅助设计

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摘要

Musicians Earplugs™ (MEPs) are custom-fitted passive hearing protection devices that are intended to maintain the relative loudness of sound across frequencies, while providing a modest amount of attenuation. To achieve the intended performance, the earplug must be sufficiently long (past the ear canal's 2nd bend) and the earplug's hollow sound bore must have acoustic mass that falls within manufacturer specifications. Herein, we report the performance of MEPs made from Lantos ear scans and digitally manufactured to correct, as well as incorrect, acoustic specifications for a cohort of ears. Data show that the uniformity of attenuation and occlusion effect magnitude were heavily influenced by the length of the earplug in the ear canal. The acoustic mass of the sound bore of the earplug did not significantly influence the occlusion effect magnitude, and had modest effect on the uniformity of attenuation across 125 - 8000 Hz.
机译:音乐家Earplugs™(MEP)是定制安装的无源听力保护设备,旨在在整个频率范围内保持声音的相对响度,同时提供适度的衰减。为了达到预期的性能,耳塞必须足够长(通过耳道的第二弯),并且耳塞的空心音孔的声压必须在制造商规定的范围内。本文中,我们报告了通过Lantos耳扫描和数字化制造的MEP的性能,这些MEP可以正确校正和校正一组人群的声学规范。数据表明,衰减的均匀性和闭塞效果的大小受耳道中耳塞长度的影响很大。耳塞的声孔的声学质量不会显着影响闭塞效果的大小,并且对125-8000 Hz范围内的衰减均匀性影响不大。

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