Hydraulically damping bearing
A hydraulic shock absorption and hydraulic technology, applied in shock absorbers, springs/shock absorbers, shock absorbers, etc., can solve problems such as complex structures, achieve long service life, suppress noise generation, and prevent self-resonance effects.
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[0025] figure 1 A hydraulic shock mount 10 for use as an engine mount in a motor vehicle is shown. The carrier 10 has a suspension spring 11 made of elastomer material, which supports a core 12 on the engine side. The suspension spring 11 is supported on the edge of the housing 17 which delimits the support 10 on the outer circumference. The suspension spring 11 delimits a working chamber 13 which is separated from the compensation chamber 14 by a partition 15 . The compensation chamber 14 is delimited by an elastically resilient compensation cap 16 made of elastomer material.
[0026] Hydraulic fluid is filled in the working chamber 13 and the compensation chamber 14 . A flow passage 18 communicating with the working chamber 13 and the compensation chamber 14 is provided in the partition 15 , and the flow passage has a helical path. Furthermore, the working chamber 13 and the compensating chamber 14 communicate with each other via a vertically extending bypass channel 19 ...
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