A storage system including at least two support rails attached to a ceiling or other overhead structure and at least two channel rails which are configured to be moveably attached to the support rails in a spaced relationship with sliding fastening clips. The channel rails move along the length of the support rail in order to accommodate the different widths of storage containers which are to be installed in the storage system.

Provided is a prefabricated shelf assembly. The prefabricated shelf assembly enables a shelf to be conveniently and rapidly assembled, enables the assembled shelf to be firmly maintained, and allows an outer wall and a door to be assembled as a user desires, thus realizing a high-quality product, and allows the length of the shelf to be adjusted via an assembly kit or allows a plurality of shelves to be optionally arranged and then be assembled depending on an installation environment, and adopts a coupling method using a fitting protrusion and a fitting hole, so that the shelf may be re-assembled by separating only a support plate even when the assembly has been completed, and thereby the height of a storage part can be easily changed.

A storage system which includes storage receptacles that are slidably mounted along a support member. The storage system may be formed as part of a cabinet. In one aspect, there may be a cabinet including a housing defining a cavity having an opening, the housing including a first sidewall and a second sidewall opposite the first sidewall. A support rod may be supported within the cavity of the housing to extend between the first and second sidewalls of the housing. There may be at least one storage receptacle having a mounting element, so that the at least one storage receptacle is slidably mounted to the support rod by engagement between the mounting element of the storage receptacle and the support rod. The storage system may not include a cabinet in all embodiments and the support rod or member may instead be mounted on a support surface such as a wall.

An adaptor for facilitating mounting of a shelf divider for pivoting around an axis perpendicular to uniformly spaced apart wires of a shelf include a frame having side members that are fixedly spaced apart, an axle extending between the side members on which a shelf divider can be pivotably mounted, and snap-fit connectors configured to releasably secure the adaptor onto spaced apart parallel wires of a wire shelf.

The retail merchandise tray has a load bearing member formed from a rail attached to a mounting plate. The mounting plate and rail form a downward opening notch for mounting to a tray support structure. The tray may have a locating flange that carries a locating pin that engages a tray support structure. The locating pin locates the tray along the tray support structure. The tray may have at least one divider assembly. The divider assembly includes outward extending offset projections that can prevent an adjacent tray from contacting the divider wall.

Free standing storage system for garage spaces and the like, without requiring any attachments, and no tools are required. The system includes positioning vertical supports, each having ends with extendable threaded footers that can vertically abut each support against both a floor and ceiling. Posts can have a generally rectangular configuration with two short spaces between two supports on a left side and right side, and two long spaces between the two supports (posts) between the left and right posts. Accessory bar(s) can be positioned between the left and right side pairs of vertical posts. Fasteners, can attach parts together. A pair of telescoping horizontal beams positioned between the left and right side posts. Shelves with wire racks or boars can be used with the horizontal beams.

A device for connecting modular metal shelving units, comprising at least two props (1) and at least one connecting element (2), for mutual coupling of the two props (1). Each prop (1) comprises central couplings (14), first distal couplings (16) and second distal couplings (17), and each of the couplings (14,16,17) comprises a central coupling (11) and a first adjustment slot (12). The connecting element (2) comprises a first grouping (21) of pins (20), which can be inserted into the first distal couplings (16) of a prop (1), and a second grouping (22) of pins (20), which can be inserted into the second distal couplings (17) of another prop (1). The first adjustment slot (12) of the first distal couplings (16) is diametrically opposed to the first adjustment slots (12) of the central couplings (14) and the second distal couplings (17).

This invention provides a supporting arm for a storage rack, comprising a body; a supporting portion for installing a board; and a first tab and a second tab for engaging a frame body structure; the body is provided with a vacant portion for the second tab to be engaged with the frame body structure; the supporting portion is connected to the body; the first tab is provided at one end of the body, the second tab is disposed near the other end of the body and facing the vacant portion, so that the supporting portion for installing the board is fixed on the frame body structure through the first tab and the second tab. The supporting arm for a storage rack of the invention has a simple structure and strong practicability. Not only can the supporting arm form a stable connection with a frame body structure, it also provides the storage rack better support effect, thereby improving the structural strength of the storage rack.

Provided is a prefabricated shelf assembly. The prefabricated shelf assembly enables a shelf to be conveniently and rapidly assembled, enables the assembled shelf to be firmly maintained, and allows an outer wall and a door to be assembled as a user desires, thus realizing a high-quality product, and allows the length of the shelf to be adjusted via an assembly kit or allows a plurality of shelves to be optionally arranged and then be assembled depending on an installation environment, and adopts a coupling method using a fitting protrusion and a fitting hole, so that the shelf may be re-assembled by separating only a support plate even when the assembly has been completed, and thereby the height of a storage part can be easily changed.

A hanging item (50) configured for hanging on a mounting surface such as a wall, the hanging item (50) comprises a substantially planar back surface (51), the back surface (51) comprises a mounting hole (1), the mounting hole (1) comprises at least one oblong rectilinear slot (14) and a first insertion hole (10), the width of the at least one oblong rectilinear slot (14) is smaller than a cross sectional size of the first insertion hole (10), wherein the mounting hole (1) comprises a second insertion hole (11), the first insertion hole (10) and second insertion hole (11) are positioned opposed each end of the at least one oblong rectilinear slot (14), the first insertion hole 10 and the second insertion hole (11) communicate with the at least one oblong rectilinear slot (14), the first and second insertion holes are adapted for entry of a protruding support member, such as a bolt, and the at least one oblong rectilinear slot (14) adapted for the protruding support member to be slide from an insertion hole along the length of the at least one oblong rectilinear slot (14) to a resting point (20) the side surface of the at least one oblong rectilinear slot, the at least one oblong rectilinear slot (14) extends horizontally when in use condition, the mounting hole (1) is adapted to allow the hanging item to be slide sideways horizontally into hanging position, where a protruding support member rests at the at least one oblong rectilinear slot (14).