Disclosed herein is a wall mountable shelving system that includes a back panel, and shelf panel, and at least one fastener for securing the back and shelf panels together. In a mounted configuration, the back panel is generally vertically oriented and the shelf panel is generally horizontally oriented. Surfaces of the back and shelf panels may form a 90 degrees angle. However, it is also possible for slight variance (e.g., 85-95 degrees, 87-93 degrees, 89-91 degrees). A wall-facing surface of the back panel may include a mounting bracket or base or may be configured to slide over or otherwise be secured to a mounting bracket or base already installed at the wall. The back panel may include a plastic material, optionally reinforced with a filler (e.g., glass fibers). The shelf panel may be unitary or include multiple pieces.

A storage mesh plate, which includes a first long frame, a second long frame and a mesh plate, one end of the first long frame and one end of the second long frame are provided with a first short frame, and another end of the first long frame and another end of the second long frame are provided with a second short frame; four corners where the first long frame is connected to the first short frame and the second short frame and the second long frame is connected to the first short frame and the second short frame are provided with a first reinforced protection decorating part, a fourth reinforced protection decorating part, a second reinforced protection decorating part and a third reinforced protection decorating part respectively.

A mounting device (30) is described for a first (12) and second (10) linear hollow frame segment that make up the frame of a shelf, wherein the frame is provided with a lighting LED strip (20). The device comprises a third portion (72) comprising a flat face (72) of dimensions corresponding to the width of the surface groove (22) so that it can be inserted into the surface groove and fill the portion of the surface groove closest to the angled surface of the first segment.

A mesh shelf system comprises a bracket mount, a bracket, a mesh shelf, and a shelf locking clamp. The bracket mount defines a plurality of mount apertures. The bracket is attached to the bracket mount by interfitting with the mount apertures. The mesh shelf is carried by the bracket and includes a crossbar residing proximate to the bracket mount. The shelf locking clamp includes first and second convexities that are disposed in apertures in the bracket, and the shelf locking clamp is rotatable between a first position away from the crossbar and a second position in which the shelf locking clamp resides proximate to the first crossbar. In the second position, the shelf locking clamp is attachable to the bracket mount.

The present invention relates to an opening and closing type shelf fixing clamp which can easily install and release a shelf, and can be easily and stably coupled to a post. The opening and closing type shelf fixing clamp comprises: a main body (100) which is coupled to a wire (3) constituting two side edges of a shelf (1) and to which a post is coupled; a fixing cover (300) which is coupled to one side of the main body through a hinge and which fixes the post (5) by covering the front surface of the post (5); and a fixing lever (500) which is coupled to the other side of the main body by means of a hinge and which presses the fixing cover toward the main body so as to fix the shelf to the post more stably.

An adjustable shelving system comprised of a plurality of interconnecting shelf sections including a front side shelf section, a right side shelf section and a left side shelf section. At least one of the three shelf sections is independently adjustable in length to adjust a length and/or width of the shelving system and are supported by legs that are also independently adjustable in height.

A mesh shelf system comprises a bracket mount, a bracket, a mesh shelf, and a shelf locking clamp. The bracket mount defines a plurality of mount apertures. The bracket is attached to the bracket mount by interfitting with the mount apertures. The mesh shelf is carried by the bracket and includes a crossbar residing proximate to the bracket mount. The shelf locking clamp includes first and second convexities that are disposed in apertures in the bracket, and the shelf locking clamp is rotatable between a first position away from the crossbar and a second position in which the shelf locking clamp resides proximate to the first crossbar. In the second position, the shelf locking clamp is attachable to the bracket mount.

The present invention provides a clip-shelf fixer, comprising a pipe clip with two side clip-claws on both sides, which a bayonet is formed between the ends of the two side clip-claws and a pipe cavity is formed between the two side clip-claws, wherein the two side clip-claws on both sides are provided with a first portion of the two side clip-claws and a second portion of the two side clip-claws along the axial direction of the pipe cavity; there is an gap between the first portion and the second portion of the two side clip-claws, which is compatible with mesh wires of mesh plate, and at the end of the gap a first mesh wire connection part perpendicular to the axial direction of the pipe cavity is provided; the first mesh wire connection part is provided with a first mesh wire cavity, and the first mesh wire cavity is connected with the pipe cavity to form an integral pipe and mesh wire connection cavity. The present invention can connect the supporting pipe with the mesh plate steel wire intersecting with it, and each supporting pipe can be connected with the matched mesh plate on the support pipe, so as to avoid missing connection; and the overall structure of the clip-shelf fixer can be further strengthened by combining with the parallel steel wire connection structure.

A storage shelf assembly for suspending from a structure includes a platform. A platform support frame includes a first side member that defines a first channel and a second side member that defines a second channel positioned opposite the first side member. A plurality of cross members extend between the first and second side members and are received within the first and second channels. The plurality of cross members are configured to support the platform. A plurality of uprights configured to suspend the platform support frame from the structure are coupled to the platform support frame by an attachment assembly. The attachment assembly includes a support bracket coupled to the upright and configured to cradle the first side member, and a clamp feature coupled to the support bracket and configured to extend over the first side member.

A charging locker includes a charging locker frame defining a locker stack compartment and an adjacent wiring and access compartment. A plurality of lockers are located within the locker stack compartment. A plurality of locker doors are provided which correspond to the plurality of lockers, and selectively individually provide access to interiors of respective lockers from a front of the charging locker. The charging locker also includes a wiring and access compartment door selectively providing access to an interior of the wiring and access compartment from the front of the charging locker. The wiring and access compartment is configured to extend in a vertical direction and is horizontally adjacent to each of the lockers located within the locker stack compartment.