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Mute methods and silencer based on the sound beam deflection theory

机译:基于声束偏转理论的静音方法和消音器

摘要

A noise elimination method based on sound ray refraction theory and the muffler thereby are disclosed. The method use s low temperature refrigeration system (2) to form a temperature gradient inside and outside the chamber of the muffler, and the temperature inside the pipe wall of the chamber is higher than the outside. The temperature gradient may force sound ray to reflect towards the low temperature direction, so the noise of the system may be captured and reduce. The muffler comprises a housing (1) whose inner wall is laid with a sound absorbing structure(4),and on the outer wall of the housing (1) is provide a low temperature refrigerating system(2).The system covers at least of the area of the outer wall of muffler housing (1) and combines with a temperature control system(3) to realize quantitative control of the temperature gradient. The muffler improves the noise-absorbing effect of the existing muffler effectively.
机译:公开了一种基于声线折射理论的噪声消除方法和消声器。该方法使用低温制冷系统(2)在消声器的腔室内外形成温度梯度,并且腔室内壁的温度高于外部。温度梯度可能会迫使声线向低温方向反射,因此可以捕获并降低系统的噪声。消声器包括壳体(1),壳体的内壁上放置有吸声结构(4),并且在壳体(1)的外壁上设有低温制冷系统(2)。该系统至少覆盖消声器外壳(1)外壁的面积,并与温度控制系统(3)相结合,实现对温度梯度的定量控制。消声器有效地提高了现有消声器的吸声效果。

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