Abstract: A damper is disposed between an outer peripheral surface of a bushing and an inner peripheral surface of an inner hub. The damper includes a first portion facing a rib of the bushing, a second portion facing a rib of the inner hub, and a connection portion by which the first portion and the second portion are connected to each other. In a state in which a rotational force has not been applied between the bushing and the inner hub, the damper includes a cross-sectional shape that defines a deformation-absorbing space positioned between the first portion and the second portion. The deformation-absorbing space is deformed such that the first portion approaches the second portion in a state in which the rib of the bushing and the rib of the inner hub have moved relatively by application of a rotational force between the bushing and the inner hub.

Abstract: A damper is disposed between an outer peripheral surface of a bushing and an inner peripheral surface of an inner hub. The damper includes a first portion facing a rib of the bushing, a second portion facing a rib of the inner hub, and a connection portion by which the first portion and the second portion are connected to each other. In a state in which a rotational force has not been applied between the bushing and the inner hub, the damper includes a cross-sectional shape that defines a deformation-absorbing space positioned between the first portion and the second portion. The deformation-absorbing space is deformed such that the first portion approaches the second portion in a state in which the rib of the bushing and the rib of the inner hub have moved relatively by application of a rotational force between the bushing and the inner hub.

Abstract: A damper is disposed between an outer peripheral surface of a bushing and an inner peripheral surface of an inner hub. The damper includes a first portion facing a rib of the bushing, a second portion facing a rib of the inner hub, and a connection portion by which the first portion and the second portion are connected to each other. In a state in which a rotational force has not been applied between the bushing and the inner hub, the damper includes a cross-sectional shape that defines a deformation-absorbing space positioned between the first portion and the second portion. The deformation-absorbing space is deformed such that the first portion approaches the second portion in a state in which the rib of the bushing and the rib of the inner hub have moved relatively by application of a rotational force between the bushing and the inner hub.

Abstract: A damper is disposed between an outer peripheral surface of a bushing and an inner peripheral surface of an inner hub. The damper includes a first portion facing a rib of the bushing, a second portion facing a rib of the inner hub, and a connection portion by which the first portion and the second portion are connected to each other. In a state in which a rotational force has not been applied between the bushing and the inner hub, the damper includes a cross-sectional shape that defines a deformation-absorbing space positioned between the first portion and the second portion. The deformation-absorbing space is deformed such that the first portion approaches the second portion in a state in which the rib of the bushing and the rib of the inner hub have moved relatively by application of a rotational force between the bushing and the inner hub.

Abstract: The present invention provides an attachment construction for a seat belt system provided with a pretensioner mechanism, in which a lap anchor in a locking portion for fixing one end of a seat belt to a vehicle body has a gas generator and a tubular cylinder portion. The cylinder portion or the cylinder portion and the gas generator are arranged between a pillar and a pillar trim covering the cabin side of the pillar.

Abstract: A folding seat 1 is provided with a leg 4, the leg having a movable hinge portion 42a at the lower end thereof, the movable hinge portion is pivotally connected to a fixed hinge portion 61 on a vehicle body floor 5 so that the leg can tilt down forward to fold the seat on the vehicle body floor The covering structure for the leg 4 includes a leg cover 7 mounted on the leg to cover the leg front surface and the movable hinge portion, and a hinge cover 8 mounted on the vehicle body floor side to cover the fixed hinge portion. The hinge cover has engagement grooves 82 engaging with a movable hinge covering portion of the leg cover so as to allow pivoting of the movable hinge covering portion. The movable hinge covering portion is provided with an engagement edge 72a on the lateral portion thereof so as to be slidably under the inner periphery side of an inside edge 82a of the engagement groove.

Abstract: A folding seat 1 is provided with a leg 4, the leg having a movable hinge portion 42a at the lower end thereof, the movable hinge portion is pivotally connected to a fixed hinge portion 61 on a vehicle body floor 5 so that the leg can tilt down forward to fold the seat on the vehicle body floor The covering structure for the leg 4 includes a leg cover 7 mounted on the leg to cover the leg front surface and the movable hinge portion, and a hinge cover 8 mounted on the vehicle body floor side to cover the fixed hinge portion. The hinge cover has engagement grooves 82 engaging with a movable hinge covering portion of the leg cover so as to allow pivoting of the movable hinge covering portion. The movable hinge covering portion is provided with an engagement edge 72a on the lateral portion thereof so as to be slidably under the inner periphery side of an inside edge 82a of the engagement groove.

Abstract: The present invention provides an attachment construction for a seat belt system provided with a pretensioner mechanism, in which a lap anchor in a locking portion for fixing one end of a seat belt to a vehicle body has a gas generator and a tubular cylinder portion. The cylinder portion or the cylinder portion and the gas generator are arranged between a pillar and a pillar trim covering the cabin side of the pillar.