A shelving system with a shelf, two rear vertical posts and two front vertical posts. The posts all have vertically spaced apart openings passing therethrough. The shelf has a pair of front side support arms that pass through the apertures in the front vertical posts and a pair of rear side support arms that pass through the apertures in the rear vertical posts. The rear of the shelf can be raised or lowered and re-attached in a new position while the front side support arms remain positioned within the apertures in the front vertical posts. If the rear of the shelf is accidentally dropped, the shelf rotates such that the front side support arms lock against the top and bottom of the vertically spaced apart apertures, thereby preventing the shelf from falling.

A shelving system with a shelf, two rear vertical posts and two front vertical posts. The posts all have vertically spaced apart openings passing therethrough. The shelf has a pair of front side support arms that pass through the apertures in the front vertical posts and a pair of rear side support arms that pass through the apertures in the rear vertical posts. The rear of the shelf can be raised or lowered and re-attached in a new position while the front side support arms remain positioned within the apertures in the front vertical posts. If the rear of the shelf is accidentally dropped, the shelf rotates such that the front side support arms lock against the top and bottom of the vertically spaced apart apertures, thereby preventing the shelf from falling.

A storage system with reversible shelf clips that can be oriented in at least two different ways to achieve variable shelf spacing. The shelf clips have a support arm that extends laterally from a clip plate and a pair of locating pins that can be slidably attached to the clip plate and inserted into the cutouts of the vertical posts. The shelf clip is asymmetrical such that the orientation of the shelf clip can be changed such that the support arm can be positioned above or below the center line of the clip plate, depending on the desired shelf height, and the locating pins can protrude from either face surface of the clip plate, allowing the shelf clips to be used in multiple orientations. The shelf clips are universal and eliminate the need for multiple parts or handed components to set the shelf spacing.

A shelving system with a shelf, two rear vertical posts and two front vertical posts. The posts all have vertically spaced apart openings passing therethrough. The shelf has a pair of front side support arms that pass through the apertures in the front vertical posts and a pair of rear side support arms that pass through the apertures in the rear vertical posts. The rear of the shelf can be raised or lowered and re-attached in a new position while the front side support arms remain positioned within the apertures in the front vertical posts. If the rear of the shelf is accidentally dropped, the shelf rotates such that the front side support arms lock against the top and bottom of the vertically spaced apart apertures, thereby preventing the shelf from falling.

A shelving system with a shelf, two rear vertical posts and two front vertical posts. The posts all have vertically spaced apart openings passing therethrough. The shelf has a pair of front side support arms that pass through the apertures in the front vertical posts and a pair of rear side support arms that pass through the apertures in the rear vertical posts. The rear of the shelf can be raised or lowered and re-attached in a new position while the front side support arms remain positioned within the apertures in the front vertical posts. If the rear of the shelf is accidentally dropped, the shelf rotates such that the front side support arms lock against the top and bottom of the vertically spaced apart apertures, thereby preventing the shelf from falling.

A shelf includes a support arm part, a support foot part, a locking device. The support foot part is used for supporting the support arm part. The locking device is used for detachably locking the support arm part to the support foot part, so that the support arm part and the support foot part can be locked to each other through a locking part. During the process of disassembling and assembling the support foot part and the support arm part, only the locking of the support foot part and the support arm part by the locking device needs to be released, and the support foot part and the support arm part will not be damaged, so that the shelf can be repeatedly disassembled and assembled.

A cabinet system includes a cabinet defined by a back panel, top panel, bottom panel and first and second opposing side panels. Each of the side panels includes at least one slot for supporting at least one removable shelf. The at least one removable shelf includes tabs for engaging with the slots located on the side panels and a cut-out along a rear edge wherein the cut-out is configured to weaken the at least one removable shelf at a predetermined location to promote controlled deformation of the removable shelf.

A storage rack is provided. The storage rack includes a plurality of upright supports and a shelf support supported by each of the plurality of upright supports. The plurality of upright supports include a first upright support, a second upright support, a third upright support, and a fourth upright support each having an opening. The shelf support includes a shelf beam extending between the first and second upright supports. The shelf beam includes a body, a first tab, and a second tab. The first and second tabs each extend outwardly from an end of the body and are configured to engage the first upright support at opposing sides of the opening of the first upright support in order to detachably connect the shelf beam to the first upright support.

A supporting device for furniture shelves configured to provide a reversible connection of a shelf with an opposite shoulder of a piece of furniture includes a main body, with which a movable engagement system is slidingly associated, coupled to a pin. The movable engagement system slides with respect to the main body along a sliding direction between a first non-operating position, in which the pin does not protrude from the shelf, and a second operating position, in which the pin projects outwardly from a transverse edge of the shelf. The supporting device further includes an actuation system of the engagement system and a movement-transmission system configured to transform the movement of the actuation system into a translational movement along the sliding direction of the movable engagement system.

A modular mounting device and system for interconnecting accessories to a structure to provide modularity and adjustability for a variety of applications. In some embodiments a column is configured to interconnect with a column receiver. In some embodiments an accessory ring is configured to interconnect with a column. In some embodiments, an accessory is configured to interconnect with an accessory ring. In some embodiments, the interconnection of one or more elements results in the digital and/or electrical interconnection between the interconnected elements.