A slide device includes a body provided at an end portion of a side of the fixed rail, and provided with a guide path, a slider coupled to the body, and selectively slidably movable along a longitudinal direction of the body during slidable movement of the transfer rail, a transfer pin coupled to the slider to be movable simultaneously at the time of movement of the slider, and movable along the guide path, and a damper provided in the body, and configured such that a rod end portion thereof is connected to the transfer pin. The slide device employs a structure in which the rod end part of the damper is detachably coupled to a sub-transfer pin without being directly coupled to the slider, and thereby can maximally prevent occurrence of a problem where the durability of the slider degrades during long-term reciprocating movement.

A driving mechanism for a slide rail assembly with a first and a second rails includes a first driving device, a locking device, a swing member and a second driving device. The first driving device includes a first elastic member and a first base. The first elastic member accumulates a first driving force when the swing member abutting against a locking part of the locking device. The second driving device is mounted to the second rail and includes a second base movably connected to the first base, a blocking member movable in a guiding section of the second base, and a second elastic member. When the second rail and the second base are moved from a retrieve position toward an open position relative to the first rail, the blocking part abuts against a portion of the guiding section for allowing the second elastic member to accumulate a second driving force.

A pull-out drawer guide having a cabinet rail for attaching to a furniture cabinet, a drawer rail for attaching to a drawer, a roller carriage having rollers, which, during relative movement of the rails, roll on a guide face of the respective rail. The pull-out guide includes on the cabinet rail, an automatic retraction mechanism which, by means of a catch element, catches the drawer rail in a closure movement and moves it to a closed position relative to the cabinet rail. The cabinet rail has a stop element, and the drawer rail has an abutment element, wherein, at a catch position of the cabinet rail, a distance between the stop and abutment elements is smaller than a maximum length of movement of a coupling element of a force accumulator of the automatic retraction mechanism, the distance being parallel to a direction of movement of the drawer rail.

A driving mechanism for furniture is disclosed. The furniture includes a first furniture part and a second furniture part movable relative to the first furniture part. The driving mechanism includes a driving device, a locking device and a swing member. The driving device includes an elastic member. The locking device includes a locking part and a guiding member, the guiding member is for generating a force toward the locking part. The swing member is movably connected to the second furniture part. When the swing member is operatively engaged between the locking part and the guiding member, the elastic member of the driving device accumulates a driving force; and when the swing member is operatively disengaged from the locking part and the guiding member, the driving force is released to drive the second furniture part to move from a retrieve position to an open position relative to the first furniture part.

A driving mechanism for furniture is disclosed. The furniture includes a first furniture part and a second furniture part. The driving mechanism includes a first driving device including a first base, a locking device connected to the first base, a swing member movably connected to the second furniture part, a second driving device mounted to the second furniture part and including an elastic member, and a clutch device mounted to the first base. Wherein when the second furniture part is moved from an open position toward a retrieve position to reach a predetermined position, the clutch device is switched from an engaging status to a free status by the second driving device, and the elastic member provides a driving force for driving the second furniture part to be retrieved relative to the first furniture part.

A driving mechanism for a slide rail assembly with a first and a second rails includes a first driving device, a locking device, a swing member and a second driving device. The first driving device includes a first elastic member and a first base. The first elastic member accumulates a first driving force when the swing member abutting against a locking part of the locking device. The second driving device is mounted to the second rail and includes a second base movably connected to the first base, a blocking member movable in a guiding section of the second base, and a second elastic member. When the second rail and the second base are moved from a retrieve position toward an open position relative to the first rail, the blocking part abuts against a portion of the guiding section for allowing the second elastic member to accumulate a second driving force.

A driving mechanism for furniture is disclosed. The furniture includes a first furniture part and a second furniture part movable relative to the first furniture part. The driving mechanism includes a driving device, a locking device and a swing member. The driving device includes an elastic member. The locking device includes a locking part and a guiding member, the guiding member is for generating a force toward the locking part. The swing member is movably connected to the second furniture part. When the swing member is operatively engaged between the locking part and the guiding member, the elastic member of the driving device accumulates a driving force; and when the swing member is operatively disengaged from the locking part and the guiding member, the driving force is released to drive the second furniture part to move from a retrieve position to an open position relative to the first furniture part.

A driving mechanism for furniture is disclosed. The furniture includes a first furniture part and a second furniture part. The driving mechanism includes a first driving device including a first base, a locking device connected to the first base, a swing member movably connected to the second furniture part, a second driving device mounted to the second furniture part and including an elastic member, and a clutch device mounted to the first base. Wherein when the second furniture part is moved from an open position toward a retrieve position to reach a predetermined position, the clutch device is switched from an engaging status to a free status by the second driving device, and the elastic member provides a driving force for driving the second furniture part to be retrieved relative to the first furniture part.

The invention relates to a pull-out guide for a movable furniture part, comprising at least one rail, which is horizontal in the installed position, and a drive element for a drive device for the movable furniture part, which drive element can be fastened on the rail, in particular detachably fastened, wherein the driver element can be brought from a release position in a fixing position with the rail by way of a fastening movement of the drive element, the fastening movement being carried out in the horizontal plane.

A guide device for guiding a furniture pull-out moveable relative to a furniture body comprises: at least one guide unit having a body rail that can be fastened to the furniture body and at least one running rail that is displaceably mounted relative to the body rail; and a functional device comprising at least a first functional element that can be fastened to the moveable furniture pull-out, at least one body-sided second functional element, both functional elements being guided on one another during the retraction movement and/or the extension movement of the furniture pull-out, and a catch device having a bearing mechanism by which the first or second functional element can be moveably hung and having a control surface formed on the first and/or second functional element by which the moveable first functional element can be captured to subsequently guide on the second functional element.