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.

An improved storage organizer (10) having a plurality of vertical modular side panels (30) providing support, adjustability of size, location and storage capacity for a plurality of horizontal, adjustable shelf rails (70), adjustable, extendable, pull-out shelves (20) and encoded labels (25A) enabling identification of stored items within upright freezers and refrigerators in the first embodiment. A user of the organizer (10) can assemble the organizer without tools in the first embodiment to suit various models, dimensions and inner configuration of the storage space and anticipated weight and sizes of items stored on the shelves. A user of the organizer can track quantity and content of stored items by means of encoded labels (25A) inserted in shelf label holders (25) and in or on packages containing stored items, both visually and by means of remote inventory control systems. Thus, a considerably more versatile, durable, modular and efficient storage organizer is provided—that can be adjusted to provide more or less storage capacity in most models of upright freezers and refrigerators in the first embodiment as well as in other cold, heated or room-temperature storage compartments in other embodiments with ease of tracking quantities and locations, viewing, adding, removing, rearranging, identifying and retrieving a variety of stored items.

An improved storage organizer (10) having a plurality of vertical modular side panels (30) providing support, adjustability of size, location and storage capacity for a plurality of horizontal, adjustable shelf rails (70), adjustable, extendable, pull-out shelves (20) and encoded labels (25A) enabling identification of stored items within upright freezers and refrigerators in the first embodiment. A user of the organizer (10) can assemble the organizer without tools in the first embodiment to suit various models, dimensions and inner configuration of the storage space and anticipated weight and sizes of items stored on the shelves. A user of the organizer can track quantity and content of stored items by means of encoded labels (25A) inserted in shelf label holders (25) and in or on packages containing stored items, both visually and by means of remote inventory control systems. Thus, a considerably more versatile, durable, modular and efficient storage organizer is provided—that can be adjusted to provide more or less storage capacity in most models of upright freezers and refrigerators in the first embodiment as well as in other cold, heated or room-temperature storage compartments in other embodiments with ease of tracking quantities and locations, viewing, adding, removing, rearranging, identifying and retrieving a variety of stored items.

A rack features a front panel, a rear panel, a first rail assembly and a second rail assembly. The first rail assembly includes a first frame, a first plurality of support members extending laterally from the first frame, and a first set of edge connectors extending in a first longitudinal direction from the first frame. The second rail assembly includes a second frame, a second plurality of support members extending laterally from the second frame and aligned with the first plurality of support members, and a second set of edge connectors extending in the first longitudinal direction from the second frame for coupling to the front panel. The first set of edge connectors includes one or more locking edge connectors, each of the locking edge connectors includes a first protrusion for insertion through an aperture within a first attachment mechanism positioned within a first side panel member of the plurality of side panel members and retention of the first protrusion by a portion of the first attachment mechanism.

A cabinet assembly including a first frame having a first open channel, a second frame spaced from the first frame with the second frame having a second open channel, and a plurality of beams extending between the first and second frames and interlocking to each of the first and second frames. Each of the beams include a bottom side, a top side opposite the bottom side, and a pair of opposing recessed portions extending from the top and bottom sides. Each of the recessed portions has an upper surface and a lower surface with the upper surface being disposed below the top side. A portion of the bottom side and the entire recessed portion is disposed within the first open channel. The top side is disposed outside the first open channel to interlock the beam to the first and second frames.

An adjustable shelving rack and system for storing and maintaining a plurality of item containers within a shelving unit in a stacked, vertical configuration. Each of the plurality of adjustable shelving racks are selectively coupled to a horizontal traverse of the shelving unit at a user determined position. The item containers may then be inserted by disposing each item container on one of a plurality of supports within each shelving rack. By having two shelving racks in close proximity to one another, each item container may be held in a suspended configuration with either side of the item container supported by a different shelving rack. Each shelving rack is coupled to a plurality of traverses through a corresponding plurality of vice assemblies which are selectively actuated to grip or apply a squeezing force to each traverse.

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.

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 semi-full access and full access face frame for a cabinet box is provided, together with a method for making and assembling cabinet boxes. In a semi-full access face frame, the vertical stiles are rotated ninety degrees compared to a traditional face frame. In a full access face frame the vertical stiles and the horizontal rails are rotated ninety degrees compared to a traditional face frame.

A semi-full access and full access face frame for a cabinet box is provided, together with a method for making and assembling cabinet boxes. In a semi-full access face frame, the vertical stiles are rotated ninety degrees compared to a traditional face frame. In a full access face frame the vertical stiles and the horizontal rails are rotated ninety degrees compared to a traditional face frame.