This compact storage, display, and dispensing system for folded garments comprises a plurality of stackable, flexible trays, each of which may hold a uniformly-folded garment, and vertical rails to which each tray may attach individually by magnets in single reinforced tray edges. Trays have nonslip upper surfaces so the garments do not slide off. Users view and select a desired garment, then remove the appropriate tray without disturbing adjacent garments or trays by simply pulling to overcome the magnetic force holding that tray attached. The remaining trays remain attached, and the force of gravity causes them to slide down the rails to occupy the space previously occupied by the now removed tray. Empty trays can either be added to the top of the stack, or removed for refilling. Due to the force of the magnets, removed trays remain in neat vertical stacks, either when empty or refilled.

A multipurpose piece of furniture (1) has four square panels (3, 4, 6, 7), i.e., a first vertical side panel (3), a second vertical side panel (4) arranged parallel thereto, a third panel (6) that is arranged between an edge (5) of the first side panel (3) and an edge of the second side panel (4) at a right angle to the first side panel (3) and the second side panel (4) and that connects the first side panel (3) and the second side panel (4) into a U-shaped piece of furniture. The fourth panel is an intermediate panel (7) that is inserted into the piece of furniture between the first side panel (3) and the second side panel (4) at a right angle thereto and at a right angle to the third panel (6). At their four corners, the first side panel (3) and the second side panel (4) have recesses (33, 34) and/or projections (19, 20, 21, 22), wherein these are recessed in the corner regions of the side panels (3, 4) extending substantially in the shape of an elongated rectangle into the edges (5) of the side panels, or extending out of the edges in the shape of an elongated rectangle and running at a right angle to each other in their directions of elongation at each of the corner regions.

A rack of a yogurt machine is disclosed. The yogurt machine includes a main body, which has a surface to which a controller is mounted and is recessed to form an accommodation compartment for receiving a blower assembly mounted therein and in connection with the controller. At least one rack is mounted atop the main body and includes, at a lower portion thereof, a lower rack frame that is stacked on and coupled to the main body. The lower rack frame has an inner surface on which coupling projections are mounted and is coupled, with a top thereof, to an upper rack frame that is inwardly contracted with respect to and extends upward from the lower rack frame. The upper rack frame receives a horizontal support board therein and includes yogurt fermentation cups mounted thereto. A top cover is fit to a top rim of the upper rack frame.

A hanging, stackable and nestable bin for storing parts and components used in assembly includes a pair of footers and a pair of footer depressions having a complimentary shape to one another. The hanging, stackable and nestable bin also includes a notch with a projection formed in the floor of the bin that extends transversely along the rear wall of the bin and a complimentary shaped upper rear wall rim. The footer, footer depressions, notch and upper rear wall rim provide three point stacking support when one bin is stacked onto another bin. In addition, the hanging, stackable and nestable bin includes sidewalls that are generally planar at the rear portion of the bin which aid in facilitating nesting of one bin into another bin. A cleat formed in the top rear wall of the bin provides rear hanging support for the bin.

A hanging, stackable and nestable bin for storing parts and components used in assembly includes a pair of footers and a pair of footer depressions having a complimentary shape to one another. The hanging, stackable and nestable bin also includes a notch with a projection formed in the floor of the bin that extends transversely along the rear wall of the bin and a complimentary shaped upper rear wall rim. The footer, footer depressions, notch and upper rear wall rim provide three point stacking support when one bin is stacked onto another bin. In addition, the hanging, stackable and nestable bin includes sidewalls that are generally planar at the rear portion of the bin which aid in facilitating nesting of one bin into another bin. A cleat formed in the top rear wall of the bin provides rear hanging support for the bin.

Methods and systems for modular fuel storage and transportation are provided. In an embodiment, a fuel storage system includes one or more fuel containers each supported by a fuel container support assembly. The fuel storage system may be mounted to a transportation device such as a vehicle or used in a stand-alone fashion. Each support assembly may include a plurality of detachable end support members such as end support members configured to support the end portions of the fuel container and side support members configured to support the body portion of the fuel container. Some of the end support members may include neck grooves such that when the end support members are coupled, the neck grooves form an enclosure around the neck portion of the fuel container. In an embodiment, the support assembly is configured to facilitate release of excess pressure in the fuel container.

A modular shelving system includes at least two elongate U-shaped members, wherein each of the elongate U-shaped members includes: an elongate body member; and first and second parallel elongate leg members extending transversely in the same direction away from opposing ends of the elongate body member with space between the first and second parallel leg members, wherein the length A of the elongate U-shaped member is equal to twice the height B of the first side of the elongate U-shaped member, plus twice the height C of the second side of the elongate U-shaped member, such that A=2B+2C.

A rack of a yogurt machine is disclosed. The yogurt machine includes a main body, which has a surface to which a controller is mounted and is recessed to form an accommodation compartment for receiving a blower assembly mounted therein and in connection with the controller. At least one rack is mounted atop the main body and includes, at a lower portion thereof, a lower rack frame that is stacked on and coupled to the main body. The lower rack frame has an inner surface on which coupling projections are mounted and is coupled, with a top thereof, to an upper rack frame that is inwardly contracted with respect to and extends upward from the lower rack frame.

The upper rack frame receives a horizontal support board therein and includes yogurt fermentation cups mounted thereto. A top cover is fit to a top rim of the upper rack frame.

A furniture kit is disclosed that includes a set each of floor ladders, longitudinal cross-bars, and longitudinal wind braces. Each of the floor ladders has two vertical supports connected via upper and lower rungs, each of the two vertical supports is equipped with a foot for placement on a floor. Each longitudinal end of the cross-bars is equipped with a latching claw mountable, without tools, on a floor ladder rung. Each of the wind braces is equipped at its longitudinal ends with a clamp designed to be mounted on a rung of a floor ladder by gripping the rung. Cross-bars and wind braces are designed such that a cross-bars can be mounted on upper rungs of first and second floor ladders, while one of the wind braces is mounted on the upper of the first of the floor ladders and the lower of the second of the floor ladders.

Storage and grow rack systems include splice joints for stacking and joining upright posts, structural support beams with integral drainage, and studs or rivets providing releasable attachment of cross members to upright posts.