A convenient two-step inner sliding rail mounting structure is provided for a server sliding rail assembly in which a front bracket at a front end of an outer rail is connected to a front end of a front bracket auxiliary sliding rail that has an opposing rear end slidably inserted into an outer rail reinforcement rail. The rear end of the front bracket auxiliary sliding rail is connected to a spring plate that is connected with an outer rail pull-out control member having a stopper portion and a press portion that allows a user to release the stopper portion from the outer rail reinforcement rail so that the outer rail reinforcement rail can be pulled out of the front bracket auxiliary sliding rail to permit the insertion of the inner sliding rail into the outer rail.

A server rail and server rack mounting structure includes a server rail, a server rack having a plurality of locating holes, a mounting bracket located at one end of an outer rail portion of the server rail and having a plurality of mounting rods respectively plugged into respective locating holes of the server rack and an abutment wall neighbored to the mounting rods, a swivel control member comprising a stop wall, a pivot member pivotally connect one end of the swivel control member to the mounting bracket and a torsion spring mounted around the pivot member and stopped between the mounting bracket and the swivel control member.

A refrigerator includes a cabinet defining a compartment, a drawer including a first roller at a rear end of the drawer and a guide rib, a second roller that is located at a front portion of the compartment and supports the guide rib, first roller guides that is located at respective side surfaces of the compartment and defines a movement path of the first roller, and a movable support that supports the drawer from below the drawer and discharges together with the drawer. The guide rib includes a first portion extending from a front of the drawer toward the rear end of the drawer in a direction that slopes downward relative to a bottom surface of the compartment, and each first roller guide includes a rear portion extending rearward in a direction corresponding to a slope of the first portion relative to the bottom surface of the compartment.

An improved electric slide rail includes a motor driving device and two slide rail assemblies symmetrically arranged. Every slide rail assembly includes a slide rail and a fixed rail, wherein the slide rail is slidably sleeved on the fixed rail, a rack housing is sleeved on an outer side of the fixed rail, a rack is provided on the rack housing, a gear engaged with the rack is mounted on the slide rail; the motor driving device is installed on the slide rail through a fixing device and is electrically connected with a controller. The improved electric slide rail further includes a clutch which is electrically connected with the controller, wherein the clutch is arranged at a side where an output shaft of a motor of the motor driving device is provided, and is connected with the slide rail through a linkage structure.

A convenient two-step inner sliding rail mounting structure is provided for a server sliding rail assembly in which a front bracket at a front end of an outer rail is connected to a front end of a front bracket auxiliary sliding rail that has an opposing rear end slidably inserted into an outer rail reinforcement rail. The rear end of the front bracket auxiliary sliding rail is connected to a spring plate that is connected with an outer rail pull-out control member having a stopper portion and a press portion that allows a user to release the stopper portion from the outer rail reinforcement rail so that the outer rail reinforcement rail can be pulled out of the front bracket auxiliary sliding rail to permit the insertion of the inner sliding rail into the outer rail.

A server rail and server rack mounting structure includes a server rail, a server rack having a plurality of locating holes, a mounting bracket located at one end of an outer rail portion of the server rail and having a plurality of mounting rods respectively plugged into respective locating holes of the server rack and an abutment wall neighbored to the mounting rods, a swivel control member comprising a stop wall, a pivot member pivotally connect one end of the swivel control member to the mounting bracket and a torsion spring mounted around the pivot member and stopped between the mounting bracket and the swivel control member.

A device for connecting a movable sliding element to a guide rail of a guide system of an item of furniture having adjustment means comprising latching means, an operating element, and a height adjustment element. The latching means have latching teeth and a latching member. The latching teeth are disposed along a shell face. The latching member is connected to the operating element and the latching member latches with the latching teeth. The height adjustment element is configured in the manner of a disk and the height adjustment element is present so as to be pivotable. The operating element is connected to the height adjustment element. The device in the disposed state connects the sliding element to the guide rail in such a manner that a positional modification of the height adjustment element causes a positional modification of the sliding element relative to the guide system.

A movement device installable in a corner cabinet includes at least one frame, for supporting at least one first containment element and at least one second containment element placeable mutually side by side in horizontal direction, first guide means for translating the at least one first containment element along a first drive direction and second guide means for translating the at least one second containment element along a second drive direction, wherein the first guide means are operatively connected to the frame so as to allow the movement of the at least one first containment element only along the first drive direction.

A refrigerator includes a cabinet defining a compartment, a drawer including a first roller at a rear end of the drawer and a guide rib, a second roller that is located at a front portion of the compartment and supports the guide rib, first roller guides that is located at respective side surfaces of the compartment and defines a movement path of the first roller, and a movable support that supports the drawer from below the drawer and discharges together with the drawer. The guide rib includes a first portion extending from a front of the drawer toward the rear end of the drawer in a direction that slopes downward relative to a bottom surface of the compartment, and each first roller guide includes a rear portion extending rearward in a direction corresponding to a slope of the first portion relative to the bottom surface of the compartment.

A frame for a drawer having a frame body which comprises a cavity for receiving a drawer guiding system, wherein the frame body includes an inner base part and an outer covering element which covers the base part, and wherein the inner base part comprises receiving means for the drawer guiding system as well as a support for a bottom part of a drawer bottom. According to the invention, the covering element covers the base part fully or almost fully at least over the length thereof, wherein a top horizontal portion of the covering element is supported on the base part.