One embodiment of the present invention provides a slide device comprising: a fixed rail fixed on a main body; a movable rail capable of sliding along the fixed rail; a body which is provided in one end portion region of the fixed rail and which has a guide path; a slider which is coupled to the body, and which selectively moves in the longitudinal direction of the body when the movable rail slides; a transfer pin which is rotatably coupled to the slider and which moves along the guide path; an elastic member which connects the body and the slider and which elastically compresses or expands when the slider moves; and a damper which is provided in the body and which has a rod having the end portion connected to the slider.

One embodiment of the present invention provides a slide device comprising: a fixed rail fixed on a main body; a movable rail capable of sliding along the fixed rail; a body which is provided in one end portion region of the fixed rail and which has a guide path; a slider which is coupled to the body, and which selectively moves in the longitudinal direction of the body when the movable rail slides; a transfer pin which is rotatably coupled to the slider and which moves along the guide path; an elastic member which connects the body and the slider and which elastically compresses or expands when the slider moves; and a damper which is provided in the body and which has a rod having the end portion connected to the slider.

A damping device includes a housing, a piston and a controller. The housing defines a chamber filled with a damping medium. The piston is movable in the chamber and includes a passage for allowing the damping medium to pass through. The controller includes a control member and a resilient member. The control member is capable of being moved toward the passage of the piston or closing a portion or all portions of the passage of the piston in response to a speed of the piston.

A movement control device is applicable to a first object and a second object movable relative to the first object. One of the first object and the second object is arranged with a first blocking part and a second blocking part, and the other one of the first object and the second object is movably arranged with a blocking member. When the second object is moved relative to the first object and the blocking member is moved from an initial position to a blocking position, the blocking member is configured to block one of the first blocking part and the second blocking part, in order to prevent the second object from being moved relative to the first object.

A movement control device is applicable to a first object and a second object movable relative to the first object. One of the first object and the second object is arranged with a first blocking part and a second blocking part, and the other one of the first object and the second object is movably arranged with a blocking member. When the second object is moved relative to the first object and the blocking member is moved from an initial position to a blocking position, the blocking member is configured to block one of the first blocking part and the second blocking part, in order to prevent the second object from being moved relative to the first object.

A drive mechanism for a movable furniture part includes a mechanically loaded drive element which is movable in the drive direction. The drive element has a drive stop by which a follower can be moved in the course of a drive movement. On a side of the drive element facing away from the drive stop, a ramp is provided to allow the follower to pass over the drive element in the drive direction.

A furniture drive includes a driver for retracting a movable furniture part into a closed position, and the driver is displaceably mounted in sections along a linear travel path and can be detachably coupled to the movable furniture part. A spring device applies force to the driver in a retraction direction, and a damping device damps movement of the driver in the retraction direction. The damping device includes a fluid chamber and a tappet which is displaceably mounted relative to the fluid chamber. A holding device is arranged between the tappet and the driver, and the holding device holds the tappet relative to the driver. The tappet is movable through an opening of the holding device when a force acting upon the driver in the retraction direction is exceeded, whereby the driver can be decoupled from the tappet.

A furniture drive includes a driver for retracting a movable furniture part into a closed position, and the driver is displaceably mounted in sections along a linear travel path and can be detachably coupled to the movable furniture part. A spring device applies force to the driver in a retraction direction, and a damping device damps movement of the driver in the retraction direction. The damping device includes a fluid chamber and a tappet which is displaceably mounted relative to the fluid chamber. A holding device is arranged between the tappet and the driver, and the holding device holds the tappet relative to the driver. The tappet is movable through an opening of the holding device when a force acting upon the driver in the retraction direction is exceeded, whereby the driver can be decoupled from the tappet.

A furniture drive for retracting a movably supported furniture part into a closed position relative to a furniture carcass includes a housing, an entrainment member which can be releasably coupled to the movable furniture part, a spring device for applying a force to the entrainment member, and a guide path arranged or formed on the housing. The entrainment member is displaceably arranged along the guide path, and the guide path includes a first bend for releasably locking the entrainment member. The guide path includes at least one second bend for releasably locking the entrainment member, and at least one movably-supported switch element with a first and with a second switching position is provided. The switch element, in the first switching position, blocks the first bend so that the entrainment member can move into the second bend and the switch element, in the second switching position, unblocks the first bend so that the entrainment member can move into the first bend.

A movement control device is applicable to a first object and second object movable relative to the first object. One of the first object and the second object is arranged with a first blocking part and a second blocking part; and the other one of the first object and the second object is movably arranged with a blocking member. When the second object is moved relative to the first object and the blocking member is moved from an initial position to a blocking position, the blocking member is configured to block one of the first blocking part and the second blocking part, in order to prevent the second object from being moved relative to the first object.