Abstract: An open frame display shelf assembly formed of elongate parallel base rods to which are connected an array of rod beams arranged transversely to the base rods and bent upwardly to support forward and rearward wall-forming rods. The wall-forming rods are arranged to provide receptor gaps. The shelves are supported from cantilevered sidewalls also containing receptor gaps. A bracket assembly with two adjusting components and three triangularly oriented connectors permit attitude adjustments of the shelf. A sign mount at the forward walls of the shelving is tiltable to accommodate the attitude of the shelf assembly. Sign support assemblies, carrying product identifying visual patterns may be pivotally mounted from the forward edge of forward region of one shelf to freely abuttably rest upon the forward wall of the next lower adjacent shelf. To access the product, the customer pivotally lifts the sign support.

Abstract: An open frame display shelf assembly formed of elongate parallel base rods to which are connected an array of rod beams arranged transversely to the base rods and bent upwardly to support forward and rearward wall-forming rods. The wall-forming rods are arranged to provide receptor gaps. The shelves are supported from cantilevered sidewalls also containing receptor gaps. A bracket assembly with two adjusting components and three triangularly oriented connectors permit attitude adjustments of the shelf. A sign mount at the forward walls of the shelving is tiltable to accommodate the attitude of the shelf assembly. Sign support assemblies, carrying product identifying visual patterns may be pivotally mounted from the forward edge of forward region of one shelf to freely abuttably rest upon the forward wall of the next lower adjacent shelf. To access the product, the customer pivotally lifts the sign support.

Abstract: An open frame display shelf assembly formed of elongate parallel base rods to which are connected an array of rod beams arranged transversely to the base rods and bent upwardly to support forward and rearward wall-forming rods. The wall-forming rods are arranged to provide receptor gaps. The shelves are supported from cantilevered sidewalls also containing receptor gaps. A bracket assembly with two adjusting components and three triangularly oriented connectors permit attitude adjustments of the shelf. A sign mount at the forward walls of the shelving is tiltable to accommodate the attitude of the shelf assembly.

Abstract: An open frame rack assembly which is formed of two principal modules having a general U-shape. Two identical such modules are interconnectable and may be assembled in conjunction with a wheel mounting base such that a multi-shelved open frame structure is developed having a tower form of architecture having a stiffness permitting its easy movement upon wheels. The structure is lightweight and may be dimensioned for shipment using lower cost freight facilities.

Abstract: An open frame rack assembly is provided which is modular and includes open frame load receiving components formed of vertically disposed loading rods which are connected with a plurlaity of regularly vertically spaced receiving connector assemblies fashioned as parallelogramic paired loops. These paired loops provide receptor gaps for receiving corresponding tab assemblies of interconnecting modules including front connectors, corner links, and open frame connector panels. Assembly of the rack is carried out without tools.

Abstract: A multiple carriage rack assembly is described wherein storage load supporting carriages are employed of consistent widthwise dimension. This consistent width is achieved through the utilization of a rolling suspension of the carriages on two rails which is designed such that the forwardly disposed wheels of one carriage ride upon a wheel receiving surface of a next forwardly adjacent carriage, while the rearward wheels of all carriages ride only upon the two rails. By providing rearwardly disposed, downwardly depending rear wheel support components of incrementally increasing lengths, the storage surfaces of the carriages remain mutually parallel and the carriages readily are nested at the front accessing and placement position within any given bay. The structure also permits the employment of a substantial number of carriages within a given bay of a warehousing racking facility.