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 (2, 28) and a fixed rail (31, 26), wherein the slide rail (2, 28) is slidably sleeved on the fixed rail (31, 26), a rack housing (1, 10) is sleeved on an outer side of the fixed rail (31, 26), a rack (13, 11) is provided on the rack housing (1, 10), a gear (4, 16) engaged with the rack (13, 11) is mounted on the slide rail (2, 28); the motor driving device is installed on the slide rail (2, 28) through a fixing device and is electrically connected with a controller. The improved electric slide rail further includes a clutch (18, 39, 46) which is electrically connected with the controller, wherein the clutch (18, 39, 46) is arranged at a side where an output shaft of a motor (17, 41, 44) of the motor driving device is provided, and is connected with the slide rail (2, 28) through a linkage structure. The improved electric slide rail has a simple structure, which not only achieves manual and automatic pushing and pulling of the drawer, but also achieves laborsaving manual pushing and pulling and convenient use of the drawer when the motor is powered off. Moreover, the improved electric slide rail is also able to increase the capacity of the drawer and is extended in the service life.

A wheelchair-accessible heavy-duty table with tote tray holder assembly is provided. The tote tray holder may be disposed in the wheelchair-accessible heavy-duty table. The tote tray holder may have a metal frame. The metal frame may have a flat top portion and two side portions. Each of the two side portions of the metal frame may include an elongated portion and a c-shaped detent. The tote tray holder may be configured to be mounted to the bottom side of the tabletop. The tote tray holder may hold a tote tray. The c-shaped detent of each of the two side portions of the tote tray holder may be further configured with a fold tab to hold the tote tray level when the tote tray is pulled out up to about 2 inches before the end of the tote tray.

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.

The invention concerns an ergonomic storage unit having at least one retractable container; and a mechanism configured to displace the at least one retractable container between two positions: a stowed position in which the retractable container is stowed in the storage unit; and an ergonomic position in which the retractable container is positioned in front of the storage unit and at a height which is different from that of the stowed position, in a manner such that the retractable container is more accessible as regards to height compared with the stowed position. The mechanism is configured to support the weight of the retractable container by distributing the weight on either side of the mechanism in the width direction of the retractable container, thereby establishing lateral access to the retractable container in the ergonomic position.

The invention concerns an ergonomic storage unit having at least one retractable container; and a mechanism configured to displace the at least one retractable container between two positions: a stowed position in which the retractable container is stowed in the storage unit; and an ergonomic position in which the retractable container is positioned in front of the storage unit and at a height which is different from that of the stowed position, in a manner such that the retractable container is more accessible as regards to height compared with the stowed position. The mechanism is configured to support the weight of the retractable container by distributing the weight on either side of the mechanism in the width direction of the retractable container, thereby establishing lateral access to the retractable container in the ergonomic position.

A cabinet includes four upright members having a triangular section and including two outer boards, an inner board, and two longitudinal groove formed at a joining portion of a first end of the inner board and an end of one outer board and at a joining portion of a second end of the inner board and an end of the other outer board respectively, the inner board including an upper first through hole and a lower second through hole; a plurality of board members each including four through holes at four corners respectively; a plurality of fastening devices at the through holes of the board members respectively, each fastening device including a hook assembly and a bolt and nut combination for securing the hook assembly, the upright member, and the board member together; and three board elements each disposed between the grooves of two adjacent upright members.

According to examples, an apparatus may include a guide system including a first gear having teeth to engage with a first set of teeth, a second gear having teeth to engage with a second set of teeth, the first gear and the second gear to rotate in concert with respect to each other, and a first glide mechanism to slidably contact a first channel. In addition, the apparatus may include a panel to employ the guide system to be slidably mounted to a base structure, wherein the first gear and the second gear are to impede rotation of the panel about a first axis and the first glide mechanism is to impede rotation of the panel about a second axis.

Disclosed is a geometric reinforcing structure for a slide rail. The slide rail includes an inner rail, a middle rail, an outer rail and slip elements. The slip elements are movably installed between the inner and middle rails and between the middle and outer rails respectively, such that the inner and middle rails can be sequentially pulled out and extended relative to the outer rail. Except the remaining part that overlaps the inner and outer rails, the middle rail is formed with geometric reinforcing blocks by stamping, and the reinforcing blocks are equidistantly arranged along the extension direction of the middle rail, and all or part of the reinforcing blocks are rotated with an angle, or the reinforcing blocks have a configuration means with a slope and form an interference portion between two adjacent reinforcing blocks to greatly improve the load strength of pulling out in an application.

Disclosed is a geometric reinforcing structure for a slide rail. The slide rail includes an inner rail, a middle rail, an outer rail and slip elements. The slip elements are movably installed between the inner and middle rails and between the middle and outer rails respectively, such that the inner and middle rails can be sequentially pulled out and extended relative to the outer rail. Except the remaining part that overlaps the inner and outer rails, the middle rail is formed with geometric reinforcing blocks by stamping, and the reinforcing blocks are equidistantly arranged along the extension direction of the middle rail, and all or part of the reinforcing blocks are rotated with an angle, or the reinforcing blocks have a configuration means with a slope and form an interference portion between two adjacent reinforcing blocks to greatly improve the load strength of pulling out in an application.

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.