The invention relates to an inclined shelf case having a shelf body having at least one inclined shelf which drops away to the take-out side and has an abutting element holding a placed object on the bottom end thereof, wherein the at least one inclined shelf is held to the shelf body via guide rails and is designed as a pull-out running on the guide rails which can be pulled out to the take-out side and having a spring device for decelerating the inclined shelf during the pull-out, which operates between the shelf body and the inclined shelf. According to the invention the spring device has a connection element which has a first connection section, which is connected to the shelf body in an operating position by means of a holder , and which has a second connection section, and the inclined shelf has a fastening holder to which the connection element is fastened via the second connection section in an assembly position, wherein, upon pushing in the inclined shelf with the connection element in the assembly position, the first connection section engages on the holder and wherein the second connection section is removable from the fastening holder.

A fold-out cabinet includes a folding back panel that is pivotably attached to side panels so that the back panel can be sandwiched at least partially between the side panels when in a folded configuration. When unfolded, top and bottom panels are attached to complete the cabinet structure. The fold-out cabinet can be rapidly assembled and takes up a minimal footprint when packaged for storage, shipping or merchandising. Optional accessories may be included with the cabinet, including a workbench type top surface, one or more shelves, one or more drawers, and one or more doors. When assembled, the cabinet is structurally stable and functional, but requires little time for complete assembly.

A fold-out cabinet includes a folding back panel that is pivotably attached to side panels so that the back panel can be sandwiched at least partially between the side panels when in a folded configuration. When unfolded, top and bottom panels are attached to complete the cabinet structure. The fold-out cabinet can be rapidly assembled and takes up a minimal footprint when packaged for storage, shipping or merchandising. Optional accessories may be included with the cabinet, including a workbench type top surface, one or more shelves, one or more drawers, and one or more doors. When assembled, the cabinet is structurally stable and functional, but requires little time for complete assembly.

A sliding rail fixing structure in a server includes a sliding rail, a fastening plate with a fastening seat, and a clip. The fastening plate defines a restriction hole. The fastening seat includes a supporting member. The supporting member passes through the restriction hole to be positioned at a side of the fastening seat. A size of the supporting member matches a size of an installing hole defined on a pillar. The supporting member is positioned in the installing hole when the pillar is positioned at the side of the fastening seat. The clip can rotate on the fastening seat and includes a hook portion. The hook portion hooks onto the pillar to assemble the pillar to the sliding rail fixing structure. When the clip rotates through a preset angle, the hook portion moves away from the pillar to disassemble the pillar.

A device for releasably connecting a furniture pull-out to a guidance unit that movably guides the furniture pull-out in a furniture body comprises: a base part; an adjuster arranged on the base part and comprising a plurality of components movable in relation to one another, the adjuster enabling a position of the furniture pull-out to be set in at least one spatial direction relative to the guidance unit; and a stop mechanism to delimit the travel of the adjuster, the stop mechanism including a springy-elastic component.

An under cabinet brewing cartridge holder includes a cartridge rack which both pivots at the rear and slide forward to clear a downward reaching lip along a front edge of the cabinet. The cartridge rack includes opposing lateral pins near the rack rear, which pins slide in horizontal slots in holder side walls. A sloped rear surface limits the downward pivot of the rack, and magnets retain the rack in the stored position. In another embodiment, a second under cabinet brewing cartridge holder includes unequal length arms attach a second rack to a slider engaging the horizontal slots. The second rack pivots down and away from the holder and slides forward and rearward.

A cabinet slide system includes a drawer or shelf and a telescoping slide member. The telescoping slide member can include a fixed base portion and a slidable portion. The slidable portion can be slidably engaged with the fixed base portion. The slidable portion can be coupled with the drawer or shelf so the combination of the drawer or shelf and the slidable portion is movable to extend away from the fixed base portion. The cabinet slide system can also include a rigid bracket and a support. The rigid bracket can be formed with a vertical section and a horizontal section perpendicular to the vertical section. The fixed base portion can be coupled with the vertical section. The support can be included in the horizontal section. The fixed base portion can be contiguously and detachedly rested on the support to arrest rotational torque of the telescoping slide member upon being placed under load.

A drawer wall element for a drawer. An edge portion of a drawer base can be installed thereon, forming a drawer side wall. The drawer wall element comprises a profiled wall part and a profiled base-receiving part. A support surface is present on the profiled base-receiving part. The profiled wall part comprises a chamber portion having inner and outer wall sheet metal portions, spaced from one another in an opposing manner across a width of the drawer wall element and connected by a bent section. A bearing portion is angled upwards towards the support surface. A web portion is provided on the profiled base-receiving part above and spaced from the support surface. At least one freely resilient tab protrudes past the support surface or the side of the web portion facing the support surface.

A panel adjustment mechanism for an appliance includes an adjustment bracket having a first lateral adjustment mechanism extending from a first side of the adjustment bracket. A vertical adjustment mechanism extends from a second side of the adjustment bracket. A door panel abutment surface is positioned perpendicular to the first and second sides of the panel adjustment bracket. A bracket housing defines an adjustment region and includes first and second flanges, wherein the first lateral adjustment mechanism extends through a lateral adjustment slot defined in the first flange, wherein the vertical adjustment mechanism extends through a vertical adjustment slot defined within the second flange, wherein the operation of at least one of the lateral adjustment mechanism and the vertical adjustment mechanism moves the panel adjustment bracket between a plurality of positions within the adjustment region.

A drawer slide assembly includes a first rail, a second rail, a drawer frame member, and an adjusting device. The second rail can be displaced with respect to the first rail along a longitudinal direction. The drawer frame member includes a carrier and a drawer sidewall connected to the carrier. The carrier is mounted on the second rail. The adjusting device is mounted on the drawer sidewall and is configured to adjust the drawer frame member vertically with respect to the second rail.