Surface attachable storage systems having a base rail (7) for attachment to a wall (1) or ceiling (2) surface, an outer rail (11) for attachment to the base rail to form a rail assembly (3), the outer rail having means for attaching accessories for holding storage items and at least one accessory (4, 5) for holding storage items. The means on the outer rail for attaching accessories for holding storage items may be at least one pin-receiving socket (17) in the outer rail of the rail assembly for inserting a mating bayonet-type pin (23) on an accessory or a T-slot (15) in the outer rail of the rail assembly for inserting T-pins (26, 30) of an accessory.

Provided is a reinforcement beam for horizontal frames, the reinforcement beam being configured to be used in a prefabricated shelf that is fabricated with vertical frames and horizontal frames, the horizontal frames including a connection portion fastened to the vertical frames at end portions of the connection portion, and an abutment portion which is formed by folding the connection portion such that the abutment portion is formed integrally with the connection portion and which supports a support plate. The reinforcement beam for the horizontal frames includes a body portion in which a pulling portion configured to support a lower outer surface of the connection portion is provided on each of opposite ends of the body portion. The reinforcement beam for the horizontal frames prevents the horizontal frames from collapsing under a large load.

The modular structure for shelving comprises:—a plurality of vertical uprights comprising at least one pair of first teeth arranged one on top of the other to define a first interlocking plane;—a plurality of first metal sections provided with a cross section, higher than its width, of substantially tubular and parallelepiped shape, and with two ending parts provided with corners and with one pair of first clamping elements, arranged protruding in the proximity of the corners and superimposed on one another; the first clamping elements being spaced apart from one another to be coupled from top to bottom and in block configuration to any pair of the first teeth along the first interlocking plane, each first clamping element comprising a loop defining a passage slot and each of the ending parts of the first metal sections being substantially flat.

A mounting device (10) for connecting two support beams (20, 30, 40) of a rack has an attachment plate (11). The attachment plate (11) has a through-hole (14) arrangeable adjacent an opening (21) of a first (20) of the two support beams and at least one first engaging element (12) for engaging with a recess (31, 32) of a second (30; 40) of the two support beams when the attachment plate (11) is arranged with a first flat side (11C) facing the first support beam (20). The mounting device (10) further has an eccentric stud (15) insertable into the through-hole (14) of the attachment plate (11) and the opening (21) of the first support beam (20). Therein, turning the eccentric stud (15) adjusts a position of the first engaging element (12) in the recess (31, 32) of the second support beam (30; 40).

The method includes first connecting an upper portion of two or more vertical uprights to a first crossbar, second connecting a lower portion of the two or more vertical uprights to a second crossbar, inserting a projection of each of a pair of support brackets into a first cavity and a second cavity on respective ends of the first crossbar, the pair of support brackets each including a first engaging structure, and attaching the first engaging structure of each of the pair of support brackets to a first column and a second column of a consumer product display, respectively.

Disclosed herein is an adjustable shoring beam in which the ends can adjusted to different heights along one or more securement tracks on a vertical post. The adjustable shoring beam engages the securement tracks on the vertical posts and each end is independently adjustable in one degree of freedom. Modular deck tracks on the vertical posts, adjacent to the securement tracks, allow for the engagement of a modular deck with a vertical post. The modular deck and securement beam are able to be moved independently past each other on the vertical posts by a user or an autonomous machine.

Generally, an enclosure and method for assembling an enclosure including a plurality of frame members connected or interconnectable to generate a framework and a plurality of panels fastened or fastenable to the framework. In particular embodiments, enclosure and a method of assembling an enclosure from a kit including prefabricated enclosure sides including interconnectable frameworks fastened to panels configured to overlap adjacent panel edges at the corners upon interconnecting the frameworks.

A rack for storing goods has supports which extend between crossbeams. The supports are downwardly open profiles having a first and a second side wall. A horizontal wall connects the side walls and forms a goods support. At least one crossbeam has two slots, each with a locking projection that engages in an opening in the respective side wall. The openings are located in short end portions of the side walls. Central portions form a majority length of the side walls. The end portions are separated from the central portions by a slot which extends from the lower edge of the side wall over a portion of the height of the side wall. The end portions have in the direction toward the lower edge thereof a wall extent which in comparison with the wall extent on the central portion is offset in the direction toward the profile center plane.

A shelf support beam (80, 130, 200) for use in a shelving unit (10) to support a shelf (22). A structural member (82, 132, 202) has a C-shaped cross-section. A web (94, 144, 216) separates a top flange (96, 146, 220) from a bottom flange (112, 162, 234). The top flange (96, 146, 220) is configured to support the shelf (22). The web (94, 144, 216), the top flange (96, 146, 220), and the bottom flange (112, 162, 234) define a channel (92, 142, 214) of the member (82, 132, 202). The channel (92, 142, 214) defines a cavity height (C1, D1, E1). The top flange (96, 146, 220) and the bottom flange (112, 162, 234) define a top flange width (C2, D2, E2) and a bottom flange width (C3, D3, E3), respectively. A ratio of the cavity height (C1, D1, E1) to a sum of the top flange width (C2, D2, E2) and the bottom flange width (C3, D3, E3) is greater than 1, is at least 1.20, or is about 1.40. The C-shaped cross-section has a moment of inertia (98, 148, 238) of greater than 0.40, greater than 0.45, or at least 0.46. The top flange (96, 146, 220) includes an elevated portion (100, 150, 222) and a lower or shelf support portion (104, 154, 226) separated by a sidewall (106, 156, 230).

The invention provides a side frame, which comprises a frame body formed by connecting vertical columns and a horizontal bar; and a plurality of supporting arms provided on the frame body; the vertical columns are provided with a plurality of mounting holes, two ends of each of the supporting arms are respectively connected with mounting holes of two of the vertical columns of the frame body; one end of the horizontal bar of the frame body is provided with a fixing device for installing the frame body to a wall body. The present invention also provides a storage rack with side frames. The storage rack comprises at least two side frames and a plurality of boards, each of which is positioned between two side frames, and can be detachably connected to the supporting arms on the side frames. The side frames of the present invention have simple structure and strong practicability. The supporting arms of the side frames can form a stable connection with the frame body of the side frames, thereby improving the structural strength of the side frames. The invention of the storage rack with the side racks has better supporting capacity and load bearing effect, thereby improving the practicability and stability of the storage rack.