Abstract:
A link mechanism for supporting a window glass and for moving up and down the window glass is disposed on the inner panel at the outside of a compartment and a drive shaft rotated by a driving device for driving the link mechanism is rotatably supported on the inner panel. A cam member is fixed to an end portion of the inside of the compartment and a cam follower contacting with a cam portion of the cam member is movably supported on the inner panel. One end of the cam follower is connected to a stopper disposed on the inner panel by a cable. When the window glass is moved down with respect to a predetermined position, the stopper is projected and contacts with a stopping member provided on a body.
Abstract:
Rotary damper (15), comprising a casing (17), an intermediate element (31) mounted on the casing (17), a braking fluid provided between the casing (17) and the intermediate element (31) so as to brake the movement of the intermediate element (31) relative to the casing (17), a rotor (50) mounted on the intermediate element (31) rotably about an axis of rotation (x), and a unidirectional coupling arranged between the intermediate element (31) and the rotor (50). The unidirectional coupling comprises at least one radial block (60) arranged between a radially outer surface (52) of the rotor (50) and a radially inner surface (34) of the intermediate element (31), and at least one actuating lobe (55) formed on the rotor (50) and projecting radially from the radially outer surface (52) thereof, the radial bock (60) comprising a wedge part (61) designed to be engaged by the actuating lobe (55) of the rotor (50) during rotation in the first direction of rotation (A) so as to push the radial block (60) in the centrifugal direction and lock it between the rotor (50)
Abstract:
An opening movement control device of a sliding door on a vehicle body. The sliding door having an outer panel connected to an inner panel to define a space therebetween, with a window glass slidably supported between the panels. A link mechanism disposed in the space includes a drive link coupled to the glass to cause reciprocal motion thereof. A drive shaft is rotatably supported by a module base, with one end passing through the module base, and another end fixed to the drive link. A cam member is fixed on the one end of the drive shaft, and a cam follower is movably supported by the inner panel and contacting the cam member. A stopper coupled to the cam follower contacts the vehicle body only when the glass moves down to prevent movement of the door when the window glass is down.