Nestable dual-configuration storage and display container

1. A container assembly comprising:

a number of sidewall assemblies;

each sidewall assembly of the number of sidewall assemblies including first and second generally planar rectangular sidewalls;

each sidewall of each sidewall assembly including a perimeter defined by four edges;

each sidewall assembly having: (a) a first hinge joining a first edge of the four edges of the first sidewall of the sidewall assembly to a first edge of the four edges of the second sidewall of the sidewall assembly; (b) a generally rigid first stiffening edge segment interposed between and joined to the first hinge and either the first edge of the first sidewall or the first edge of the second sidewall, the first stiffening edge segment joined at a fixed angle orientation to the plane of the first or second sidewall to which it is joined, to stiffen the first or second sidewall to which it is joined; and (c) a generally rigid second stiffening edge segment joined to a second edge of the four edges of the second sidewall, the second edge of the second sidewall being located adjacent to the first edge of the second sidewall, and so joined at a fixed angle orientation relative to the plane of the second sidewall to stiffen the second sidewall;

said number of sidewall assemblies adapted to be disposed in an enclosing configuration, wherein a first sidewall assembly and a second sidewall assembly of said number of sidewall assemblies are configured and dimensioned to fold along their respective first hinges, and be inter-positioned, so that the respective second stiffening edge segments of the first and second sidewall assemblies overlap each other, and define a generally enclosed space; and

wherein the first stiffening edge segment of the first sidewall assembly is interposed between and joined to the first hinge and the first edge of the second sidewall of the first sidewall assembly, and the first sidewall assembly further comprises a first triangular gusset disposed between the first and second stiffening edge segments.

2. The container assembly of claim 1 , wherein each sidewall assembly is a unitary body; and wherein each first hinge is a living hinge.

3. The container assembly of claim 1 , wherein the respective second stiffening edge segments of the first and second sidewall assemblies are configured to be coupled to define a reinforced edge.

4. The container assembly of claim 3 , wherein the respective second stiffening edge segments of the first and second sidewall assemblies are configured to be coupled to define one of a fastened reinforced edge, an adhered reinforced edge, or a bonded reinforced edge.

5. The container assembly of claim 1 , wherein one of the first and second sidewalls of the number of sidewall assemblies includes one or more features selected from the group consisting of coupling components, stand-off elements, windows, and risers.

6. The container assembly of claim 1 , wherein at least one sidewall of the number of sidewall assemblies defines a primary opening.

7. The container assembly of claim 1 , wherein said second sidewall assembly further comprises:

a generally rigid third stiffening edge segment joined to a third edge of the second sidewall located opposite to the first edge of the second sidewall, and so joined at a fixed angle orientation relative to the plane of the second sidewall to stiffen the second sidewall;

a second triangular gusset disposed between the second and third stiffening edge segments; and

said first and second triangular gussets are configured and dimensioned to overlap each other and be coupled to each other when the first and second sidewall assemblies are inter-positioned to define the generally enclosed space.

8. The container assembly of claim 1 , wherein one of the first and second sidewall assemblies comprises a third generally planar rectangular sidewall including a perimeter defined by four edges;

a second hinge joining a first of the four edges of the third sidewall to one of the second, third or fourth edges of the first sidewall;

the third sidewall having (i) a generally rigid third stiffening edge segment joined to a second, a third or a fourth edge of the third sidewall at a fixed angle orientation relative to the plane of the third sidewall to stiffen the third sidewall; and (ii) a generally rigid fourth stiffening edge segment joined to a third or a fourth edge of the third sidewall at a fixed angle orientation relative to the plane of the third sidewall to stiffen the third sidewall;

wherein the first and second sidewall assemblies are configured and dimensioned to fold along their respective first and second hinges, and be inter-positioned in the enclosing configuration, to provide plural overlapping adjacent stiffening edge segments that each defines a reinforced edge.