The present invention is a shelving system for consumer goods that maximizes available storage space by being adjustable both horizontally and vertically. This system allows stacking of multiple units, and permits internal storage of adjustable shelf members, eliminating the need to separately store removed members. Nesting hollow rods or their equivalent are used to adjust the shelves horizontally. A malleable ring is used to prevent the shelves from sagging in the center once the rods are extended, and to lock the shelves into a new horizontal orientation. Spring clips in the standing poles of this rack allow a consumer to raise or lower shelves, an inch at a time, to accommodate consumer goods, such as shoes, with taller or shorter vertical dimensions than can be accommodated with existing racks.

An apparatus for collecting clothes is provided. The apparatus includes a bracket disposed perpendicularly to an installing surface and provided with one pair of guides, the one pair of guides protruding in front of the bracket from left and right ends of the bracket to have a vertical length, and trays horizontally coupled in front of the bracket as at least one layer to place arranged clothes on top surfaces of the trays, wherein each of the trays has left and right ends supported by the one pair of guides.

Various embodiments of the present invention are directed to an apparatus comprising a modular storage assembly. Various embodiments comprise a storage rack that includes a plurality of post members, a plurality of shelves, and a plurality of retaining rings. The plurality of post members include a plurality of grooves that extend around the perimeter of the posts. Further, the plurality of post members include male and female ends that enable the post members to form a post assembly. The plurality of shelves include a wall mount and a plurality of apertures, which define a toothed profile and which are disposed at the corners of the plurality of shelves. The retaining rings feature a generally tapered shape, a gap, an outer perimeter featuring a toothed profile, and an inner perimeter featuring annular ridges. The retaining rings are thus configured to couple the shelves to the post members such that the position of the shelves with respect to the post members is adjustable in the vertical direction. Various embodiments also comprise a door assembly that includes a plurality of identical door panels, a latching post and a hasp member. The door assembly may thus form a storage bin and/or a storage cabinet.

A shelf assembly and method of assembling the same are generally presented. The shelf assembly includes a back shelf wall having one or more mounting ports therein. Each mounting port may include one or more ear openings and a foot opening. A shelf may be provided to be connected to the back shelf wall. The shelf may include a surface and at least one flange extending from the surface. A mounting bracket may be inserted through openings in the flange and into the mounting port to connect the shelf to the back shelf wall. The mounting bracket may include a body, one or more ears extending from a first side of the body, and a foot, extending from a second side of the body. The foot may include a head portion and a neck portion. The foot opening may include a top slot portion and a bottom slot portion contiguous with the top slot portion. The foot may be inserted into the foot opening and seated in the bottom slot portion to lock the mounting clip in place.

A rack comprising: a main panel defining an array of vertical slits; at least a movable support element having a first face panel, an second face panel, and an intervening spacer block; each of the first and second face panels having a panel engagement hook configured to be received in a respective slit of the panel; a lock element having a protrusion configured to be received in a panel slit proximate to a movable support element to prevent unwanted extraction of the movable support element.

Disclosed herein are various embodiments of a display unit with built-in, hollow vertical supports that are formed out of a single sheet of material. As one example, a display unit having a plurality of built-in, hollow vertical supports for supporting one or more shelves is provided. The display unit includes: a first single sheet of material folded into: (i) a plurality of vertical panels; and (ii) a first set of built-in, hollow vertical supports of the plurality of built-in, hollow vertical supports, wherein each built-in, hollow vertical support contacts one or more of the plurality of vertical panels; and a first shelf of the one or more shelves disposed within the frame and supported by each built-in, hollow vertical support of the first set of built-in, hollow vertical supports.

A weapon mounting system including a base and an upright for supporting a weapon holder. The weapon holder is supported for sliding movement along the upright.

A shelf assembly and method of assembling the same are generally presented. The shelf assembly includes a back shelf wall having one or more mounting ports therein. Each mounting port may include one or more ear openings and a foot opening. A shelf may be provided to be connected to the back shelf wall. The shelf may include a surface and at least one flange extending from the surface. A mounting bracket may be inserted through openings in the flange and into the mounting port to connect the shelf to the back shelf wall. The mounting bracket may include a body, one or more ears extending from a first side of the body, and a foot, extending from a second side of the body. The foot may include a head portion and a neck portion. The foot opening may include a top slot portion and a bottom slot portion contiguous with the top slot portion. The foot may be inserted into the foot opening and seated in the bottom slot portion to lock the mounting clip in place.

The modular shelving system with highly flexible use has at least one first module having supporting feet of a bottom shelf and a top shelf connected to one another by uprights, said feet comprising adjustment means for the perfectly horizontal arrangement of said bottom shelf and said top shelf so that each of said uprights is loaded with a peak or axial load so as to obtain a capacity of said shelving system that is substantially equal to the nominal design load thereof.

A weapon mounting system including a base and an upright for supporting a weapon holder. The weapon holder is supported for sliding movement along the upright.