The invention provides a rack system (500) comprising a plurality of metal profiles (200, 300), one or more of the metal profiles comprising a first end, wherein the first end is disposed with a polymeric cap (100).

The present disclosure relates to a suspension system with a rear rail, configured to be arranged on a wall or the like, and a hang standard with rear leg portions comprising suspension slots arranged in each of the leg portions and being configured to connect with the lower flange of the rear rail. The rear rail further comprises an upper flange, and each of the hang standard leg portions comprise a mounting slot adapted to connect with the upper flange of the rear rail. The upper and lower flanges at least partially extend in different directions.

A hanger element for one or more receiving bracket apertures that receives a hanging item. The hanger element includes a load bearing, concave shaped flange that attaches to the one or more receiving bracket aperture. A trailing concave shaped, curved hanging structure extends from the load bearing, concave shaped flange.

A storage and management assembly for a plurality of portable electronic devices is provided. The assembly includes a tower assembly to define a vertical channel along a first side of the tower assembly. A plurality of shelves are removably coupled to a second side of the tower assembly, each of the shelves includes a storage bay defined by a bottom portion provided perpendicular to the first member, and opposing raised edge portions provided about a portion of the perimeter of the bottom portion, the plurality of shelves provided in a stacked vertical arrangement along the tower assembly. Rear support shelves protrude rearwardly from the shelf bottom portion and through tower support first receiving slots to support electrical apparatus within the channel for powering portable electronic devices placed on the shelf bottom portions. Side access openings in a side of the vertical channel provide side access to each rear support shelf and any electrical devices thereon, and the channel is adapted to support a power distribution strip within the channel with a plurality of electrical receptacles each of which project outwardly through an opening in the supporting side of the channel to provide a side accessible power source for each of the portable electric devices being stored and charged in the assembly. Cable management apertures in the walls of the vertical channel facilitate management of each cable from the stored portable electronic devices to the electrical receptacles. The channel may be wall mounted or a rear frame may be connected to the channel for supporting the tower assembly on a stationary or movable base.

An adjustable bathroom handrail assembly is provided with a pair of elongate vertical handles with mounting hardware to mount to an upright support surface and spaced apart from the upright support surface. An adjustable horizontal bar extends between the pair of vertical handles, and a locking mechanism connects the at least one adjustable horizontal bar and one of the pair of elongate vertical handles. A locking mechanism is located at an intersection of the horizontal bar and the one of the elongate vertical handles. A method for installing and adjusting wall-mount hardware installs a pair of elongate vertical handles to an upright support surface. The ends of a horizontal bar are installed onto the pair of elongate vertical handles. A locking mechanism on the horizontal bar is disengaged to adjust the horizontal bar to a location along the pair of elongate vertical handles.

A shelving assembly includes at least one first post having an L-shaped section and including first apertures, two connection members at first ends respectively, and a retainer disposed on an outer surface of each connection member and including a neck and an enlarged head. A second post has an L-shaped section and includes second apertures and two T-shaped aperture members at second ends respectively. A size of the aperture member is greater than a diameter of the head. A length of the aperture member is at least 1.5 times of a diameter of the head. A width of a vertical part of the aperture member is greater than a diameter of the neck and smaller than the diameter of the head. The retainer passes through the aperture member to lock the neck in the vertical part, thereby joining the first and second posts.

A shelving system includes a plurality of horizontal support members, each horizontal support member having a length; a plurality of wall supports, each wall support including a first surface on which at least a portion of a horizontal support member rests; a plurality of brackets, each bracket attachable to the horizontal support members at different positions along the length of the horizontal support member; a plurality of vertical support members, each vertical support member coupled to at least one bracket; and a shelf attached to at least two of the plurality of vertical support members.

The present disclosure relates to a flexible cover strip for a storage system including a carrier rail (1) having a U-shaped cross section with first and second parallel rows (3, 5) of elongated substantially identical slots (7) in a front portion to accommodate a suspension element such as e.g. a bracket. The cover strip has an abutment face (17) and an exterior face (31), and a plurality of projections (19), rising from the abutment surface of the strip in first and second parallel rows matching the slots of the carrier rail, such that the cover strip can be fitted on the front portion with the projections entering the slots, and wherein at least some of the projections are provided with a snap element (27) at their distal ends, which snap elements prevent the cover strip from falling off the rail.

A connection arrangement having a first and a second switchgear cabinet framework which each have a rectangular, lateral profile frame composed of two vertical struts and two horizontal struts, wherein the profile frames are connected to one another via an aligning connector, wherein the switchgear cabinet frameworks adjoin one another via outer sealing edges of the profile frames, wherein the outer sealing edges are arranged on the respective free end of a sealing web of the profile frame, wherein a fastening flange is bent off from each of the sealing webs so as to be set back from the outer sealing edge, with the result that the opposite fastening flanges delimit between them a receptacle for an aligning connector for the profile frames, which receptacle is further delimited by the adjoining sealing webs and, where appropriate, a sealing element arranged between the sealing webs, and wherein an aligning connector is arranged in the receptacle and is secured to the opposite fastening flanges.

A display unit includes at least one shelf including a first side, an opposing second side, a pair of brackets and at least one hang bar that is mounted to and protrudes from the first side or the second side. The at least one shelf is configured in a first orientation or a second orientation. In the first orientation, the pair of brackets are configured to orient the first side to face in an upward direction and the opposing second side to face in a downward direction. In the second orientation, the pair of brackets are configured to orient the first side to face in a forward direction and the opposing second side to face in a backward direction.