A container apparatus comprises a mounting means, a lid connected to the mounting means by a connecting means and a frame slideably connected to the mounting means. The frame is adapted to support a waste container. The frame is slideable between a first frame position, wherein an open end of the waste container is entirely covered by the lid, and a second frame position which is offset from the first position in a first direction. The connecting means allows the lid to move between a first lid position and a second lid position which is above the first lid position and is offset from the first lid position. The apparatus has lid moving means which move the lid to the second lid position when the frame is moved from the first frame position to the second frame position. A collar for mounting a container between runners of a retractable container apparatus is also provided.

An electric height-adjustable desk is provided which comprises a desk board body comprising a desk board, and a frame disposed at the bottom of the desk board, and the desk board and the frame are connected to integrally form the desk board body; a lifting assembly, connected to the bottom of the desk board body, and comprising a transmission rod, two lifting columns and one drive motor, wherein the drive motor is in transmission connection with the two lifting columns through the transmission rod to drive the two lifting columns to ascend and descend; the transmission rod, the two lifting columns and the drive motor are connected to integrally form the lifting assembly; a base, connected to lower ends of the two lifting columns; a groove for embedding the transmission rod is disposed at the bottom of the frame of the desk board body; a manual controller and a human-machine interaction interface of the manual controller is disposed at an outer side wall of the desk board body. The electric height-adjustable desk provided makes the space under the desk board increased to allow users to place legs freely and help users to avoid touching the desk, while being simple in structure and fast in assembly, the manual controller is not easy to be accidentally touched by users to ensure high safety.

A slide rail assembly includes a first rail, a second rail and first function member. The first rail has a passage. The second rail is movably mounted in the passage of the first rail. The least one function member is arranged on the first rail and adjacent to an end portion of the first rail. The least one function member includes a first function portion located in the passage and a second function portion exceeding the end portion of the first rail. When the second rail is moved along a direction from a predetermined position and a rail section of the second rail exceeds the end portion and is located at outside of the channel of the first rail, the second function portion of the least one function member is configured to support at least one part of the rail section of the second rail.

A modular storage system is provided with a plurality of upright side supports to be supported upon an underlying support surface. Each of the plurality of upright side supports is packaged separately. A plurality of horizontal cross members is provided to interconnect a pair of upright side supports. The plurality of horizontal cross members is packaged separately from the plurality of upright side supports.

The invention relates to a telescopic pull-out shelf with at least two runners which are movably guided one on the other so that they can be displaced relative each other in the longitudinal direction. A support on the first runner is resiliently fastened in the direction of movement of the runners.

An inner rail release device for a slide includes a holder, a pulling rod, a first shifting block, a second shifting block, a first elastic member, a second elastic member and a driving member. The holder, the pulling rod, the first shifting block, the second shifting block, the first elastic member and the second elastic member are installed on a surface of an inner rail, and the driving member is installed on a middle rail, and the driving member is disposed opposite to the first shifting block and the second shifting block. The invention improves the convenience of operation significantly.

The invention relates to a shelf system for service vehicles having at least one container which has a front side, a rear side, a bottom, a top and two side walls, and at least one guide element along which the container can be moved in the pull-out direction from a rear, retracted position into a front, extended position, with at least one rear stop and at least one front stop being provided on the container and interacting with a dead stop provided on at least one guide element in such a way that the container remains in a defined rear position and, when moved in the pull-out direction, in a defined front position, and a recess being provided in at least one side wall of the container for engaging a guide strip provided on the guide element, wherein the at least one front stop and the at least one rear stop are arranged below the relevant recess.

A compartment divider assembly. The compartment divider assembly may comprise: a first divider having at least one dovetail groove and a divider support groove assembly, comprising: a first groove portion having a first dovetail portion and a second groove portion, having a second dovetail portion. The first dovetail portion may have a planar face sloping outwardly at a dovetail angle. The second dovetail portion may also have a planar face sloping outwardly at a dovetail angle. The first dovetail portion and said second dovetail portion together may form a male dovetail when combined, and the male dovetail may engage and secure onto the dovetail groove of the first divider. The compartment divider assembly may further comprise a corner coupler, comprising: two male dovetails, both of which may be adapted to slideably engage with a dovetail groove. The compartment divider assembly may also comprise an accessory holder for receiving an accessory.

A drawer front connection unit for a drawer wall element of a drawer. The drawer wall element and a marginal portion of a drawer bottom are insertable to form a drawer side wall adjoining the drawer bottom. The drawer wall element comprises a wall profile part and a bottom-receiving profile part. A support surface is provided on the bottom-receiving profile part, for providing underside support to the drawer bottom. The wall profile part comprises a chamber portion having inner and outer wall sheet portions, which, lying opposite each other, are spaced apart by a width of the drawer wall element and connected by a bent section. The drawer front connection unit fits into the chamber portion of the drawer wall element and extends over a height of the chamber portion. The drawer front connection unit has front-fastening elements.

An example rail kit includes a bracket assembly that is attachable to opposing columns of a device rack, a middle rail that is slidably engaged by the bracket assembly, and an inner rail that is connectable to an electronic device and slidably engaged by the middle rail. The rail kit may include a rail lock that is attached to the bracket assembly and that is to, when the inner rail is not engaged by the middle rail and the middle rail is located at a first position that is forward of a fully retracted position, lock the middle rail by engaging a depression in the middle rail such that the middle rail is prevented from sliding rearward. The rail lock may be released as a result of the inner rail being slid toward a retracted position while engaged by the middle rail.