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An inertia damper having a mounting base to be mounted on a rotary shaft and an inertia weight component which is coupled to the mounting base through a vibration absorbing layer, the vibration absorbing layer being made of a gel material with a penetration valve of approximately 50 to 200. The iner

An inertia damper having a mounting base to be mounted on a rotary shaft and an inertia weight component which is coupled to the mounting base through a vibration absorbing layer, the vibration absorbing layer being made of a gel material with a penetration valve of approximately 50 to 200. The inertia weight component is adhered to one surface of the vibration absorbing layer and the other surface of the vibration absorbing layer is adhered to the mounting base of the rotary shaft. A vibration wave generated at the rotary shaft side is dispersedly absorbed by deformation of gel material which forms the vibration absorbing layer and a vibratory component can be removed from a braking motion.

대표청구항 ▼

An inertia damper comprising a mounting base to be mounted on a rotary shaft, a vibration absorbing layer one surface of which is coupled to said mounting base and an inertia weight component which is coupled to the other surface of said vibration absorbing layer and to said mounting base through sa

An inertia damper comprising a mounting base to be mounted on a rotary shaft, a vibration absorbing layer one surface of which is coupled to said mounting base and an inertia weight component which is coupled to the other surface of said vibration absorbing layer and to said mounting base through said vibration absorbing layer, wherein said vibration absorbing layer is made of a gel material with a penetration value of approximately 50 to 200.