Vibration-damping mount
AssigneeToyoda Gosei Co., Ltd.
InventorsHisayoshi Kato, Tuneichi Furuie, Masanao Gotou, Tatsuo Suzuki, Minoru Toyoda, Tetsuya Tsuiki, Shigeki Takeo
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AssigneeToyoda Gosei Co., Ltd.
InventorsHisayoshi Kato, Tuneichi Furuie, Masanao Gotou, Tatsuo Suzuki, Minoru Toyoda, Tetsuya Tsuiki, Shigeki Takeo
Estimating the term…
A vibration damping mount capable of reducing vibration and noise, and improving vehicle stability and controllability. Between an inner cylindrical sleeve and outer cylindrical sleeve which are coaxially arranged with each other, a vibration-damping rubber body is disposed and joined thereto. A stopper plate is secured to a lower end of the inner cylindrical sleeve. The vibration-damping rubber body extends from the lower end thereof along a flange which projects outward from a lower end of the outer cylindrical sleeve to define an annular rubber stopper. An end edge of the annular rubber stopper abuts a peripheral part of the stopper plate. A rubber spacer is disposed in an annular space defined by the rubber stopper, vibration-damping rubber body and stopper plate so as to be compressed and generate a reaction force upon obliquely applied loads due to the relative displacement between the inner sleeve and outer sleeve, thereby reducing vibration and noise with friction damping, and improving vehicle stability and controllability against the obliquely applied loads by applying an increased spring constant upwardly.
A vibration-damping mount comprising:
A vibration-damping mount comprising:
Dependencies are inferred from the claim text.