An aisle containment system is disclosed. The aisle containment system includes a frame defined by wall beams, header frames, and a plurality of posts secured to the wall beams and header frames. The header frames extend the width of the frame and the wall beams extend the length of the frame. A plurality of blanking panels extend from the floor to one of the wall beams. The plurality of blanking panels have a top, a bottom, a first side and a second side. Vertical stiffeners are positioned along at least one of the first side and the second side of each blanking panel. The blanking panels overlap adjacent blanking panels along the length of the frame. The blanking panels are laterally adjusted to fill openings in the aisle containment system.

Modular constructions made of easily assembled and disassembled light-weight materials, where the structural parts of these constructions are made of multiwall sheets that enclose a supporting structure. The supporting structure may be a plurality of bubbles, corrugated or fluted structure that respond anisotropically to pressure applied towards a bendable surface of the two surfaces along a desired line of bending. The second surface opposite the bendable surface is textured allowing printing graphics on it that is not stretched or harmed in the bending area, thereby enabling continuous flow of graphics along the entire printing area. The line of bending may be formed thermally, mechanically or in a combination of thermal and mechanic operations. The sheets are folded upon themselves to form three-dimensional structures. These structures combine together to form modular constructions such as shelf systems, cabinets, closets, vanities and cupboards.

A furniture assembly system that includes a first furniture assembly, a casegood furniture assembly, and a coupler, the coupler selectively connecting the first furniture assembly and the casegood furniture assembly.

A modular cabinet assembly includes a first cubby element having a box shaped configuration and bounding a first compartment, the first cubby element having a front face extending between a first side and an opposing second side and encircling an opening to the first compartment. A second cubby element is similarly configured. The cubby elements can be stacked, or positioned side-by-side. A removable clip can secure the first cubby element to the second cubby element. In an embodiment, various cubby elements, of related widths can be provided, e.g., a first cubby element of width (x), a second cubby element of width (2), a third cubby element of width (3), and/or a fourth cubby element of width (1.5). An embodiment can include a false back defining a hidden cavity and/or stacking brackets, for securely stacking cubby elements.

A modular table system having a base assembly, a pedestal and a top member. The base assembly includes a plurality of base members. The pedestal includes a plurality of adjacent wall panels, each supported by a corresponding one of the base members. The member engages with upper panel mounts on at least some of wall panels, whereby the base assembly, the pedestal and the top member define an enclosure.

Disclosed is a display and dispensing lottery ticket dispenser designed to be attached in a side-by-side relationship with a similar type dispenser. More particularly, this invention relates to a lottery ticket dispenser that has side engagement members for attaching two dispensers together.

A folding storage cabinet is provided. The folding storage cabinet includes a back plate, two folding side plates, a frame, a bottom plate, and a top plate. Left and right sides of the back plate are respectively pivoted with one side of each of the two folding side plates, and the other side of each of the two folding side plates are pivoted with two sides of the frame. The folding side plates are capable of being bent to folded, such that the back plate may be close to the frame after the two folding side plates are folded, and the top plate and the bottom plate are respectively pivoted with the top portion and bottom portion of the back plate. The top plate and the bottom plate may be opened and closed relative to the back plate.

A storage box structure includes two side boards, at least two laminates, multiple screws, and at least one back board. The at least two laminates are parallel and located between the two side boards. The at least one back board is located between the two side boards. Each of the two side boards has a side board body. The side board body is provided with multiple first screw holes. Each of the at least two laminates has a laminate body. The laminate body is provided with multiple second screw holes. Thus, any two adjacent storage box structures are assembled through the first screw holes, and any two stacked storage box structures are assembled through the second screw holes.

A storage box structure includes two side boards, at least two laminates, multiple screws, and at least one back board. The at least two laminates are parallel and located between the two side boards. The at least one back board is located between the two side boards. Each of the two side boards has a side board body. The side board body is provided with multiple first screw holes. Each of the at least two laminates has a laminate body. The laminate body is provided with multiple second screw holes. Thus, any two adjacent storage box structures are assembled through the first screw holes, and any two stacked storage box structures are assembled through the second screw holes.