A tie bar for connecting two horizontal beams includes first and second elongate walls arranged parallel to each other, and a third elongate wall arranged perpendicular to the first and second elongate walls and coupled to a lateral side of each of the first and second elongate walls. The tie bar further includes at least one pair of hook elements positioned at terminal ends of at least one of the first, second, or third elongate walls. Each of the hook elements includes a depending tab configured to be received by an elongate slot of a horizontal beam of a shelving unit. The first and second elongate walls may be top and bottom walls, respectively, the third elongate wall may be a side wall, and the at least one pair of hook elements may include first and second hook elements positioned on the second elongate wall.

A load carrier for a rack for disposition at one or more rack uprights and for receiving loads with a load bearing contact surface for the purpose of storing loads and an upright contact surface section for disposition of the load carrier at the upright or uprights, wherein the load bearing surface section extends along the length and width of the load carrier and the upright contact surface section runs along the length and height of the load carrier, wherein the load bearing surface section and the upright contact surface section are disposed transversely to each other to form a support bracket, wherein for the purpose of reinforcing the load carrier, the load bearing surface section and/or the upright contact surface section are part of a hollow profile and/or have one or more corrugations. Also, a rack with corresponding load carriers and a method for making the same.

A shelving unit includes front and rear shelf supporting beams, each beam including an upper shelf supporting flange that defines a shelf seat and a lower flange spaced from the upper flange, a shelf configured to be positioned in the seat defined by the front and rear shelf support beams, and at least one tie clip configured to be connected to the shelving unit between the shelf and the lower flange of at least one of the front and rear shelf supporting beams. A method of assembling a shelving unit is also disclosed.

A cabinet includes a structural frame including a plurality of connecting rods and a plurality of connector modules each of which includes first and second connectors. The first connector includes two first main plate portions perpendicularly connected to each other, a first fastening hole, and a limiting indented portion. The second connector includes a second main plate portion perpendicular to the first main plate portions, a seat body connected to the second main plate portion and having a first fastening hole corresponding in position to the first fastening hole of the first connector, and a limiting protruding portion protruding from the second main plate portion and having a shape complementing with that of the limiting indented portion.

My second mount rack frame in one embodiment comprises at least two laterally aligned modular rigid support structures along a rack base with mechanical fasteners that reversibly insert to adjust a dimension of a rigid modular support structure. Rigid modular support structures also align with and mechanically attach vertically to each other to increase storage space. Another embodiment of my second mount rack frame comprises a single rigid modular support structure that also vertically aligns and attaches to another multi-component support structures without lateral alignment of these structures along a rack base. A third mount rack frame comprises two rigid vertical components, two rigid horizontal components and two rack base legs.

A shelving unit comprises a lower section movable between a first shelf-supporting condition and a first collapsed condition, and an upper section separately movable from the lower section between a second shelf-supporting condition and a second collapsed condition. The upper section is movably connected to the lower section among a first mode mounted on top of and fully engaged with the lower section, a second mode partially disengaged from the lower section and a third mode located behind the lower section.

A shelving unit comprises a lower section movable between a first shelf-supporting condition and a first collapsed condition, and an upper section separately movable from the lower section between a second shelf-supporting condition and a second collapsed condition. The upper section is movably connected to the lower section among a first mode mounted on top of and fully engaged with the lower section, a second mode partially disengaged from the lower section and a third mode located behind the lower section.

A position adjustable support assembly is convertible to and from a tool case, to allow transport with a plurality of articles attached thereto. A segmented position adjustable support assembly has a center assembly and a left and right assembly. The left and right assemblies are rotatable about the center assembly and the vertical supports of the center, left and right assemblies can be retained in base and top-receivers of a tool case. Retainers may secure the segmented assembly to the base and top. This allows a user to mount the segmented assembly in a first work location, and then convert the segmented assembly to a tool case for transport to a second work location.

Bath shelving units with at least one rear stability bar are disclosed. The bath shelving unit may be installed behind a toilet or any other desired location. The stability bar may be connected between rear vertical leg assemblies, each of which comprises a lower and an upper rear leg section. The stability bar may be oriented horizontally, and may be used to help fasten the lower and upper rear leg sections together.

A protector for installation on a floor includes: a guard part comprising a contact surface portion having first screw through-holes formed therethrough, a middle portion which is coupled upward from the edge of the contact surface portion to be primarily impacted, and wing portions integrally coupled to both sides of the middle portion, respectively; a base part having third screw through-holes formed therethrough so as to be fixed to a floor surface while being brought into contact with the floor surface; an intermediate body disposed between the guard part and the base part and having second screw through-holes formed therethrough; and stud bolts passing through the guard part, the intermediate body, and the base part so as to fix the base part to the floor surface, wherein when an external force is applied, the elastic and flexible intermediate body is compressed in a collision direction to effectively reduce the impact.