Sectional photo display cube

Claim 2

A sectional display cube having six faces for displaying indicia thereon, said cube comprising two complementary shaped sections, each of said sections including a base surface area located on opposite faces of said cube, each of said base surface areas forming a side of a plurality of blocks projecting perpendicularly therefrom, said blocks in one of said sections being shaped to interfit with the blocks in the other of said sections to form a cube when assembled, and each of said sections including at least one surface area forming a fractional portion of each face of said cube.

Claim 3

A sectional display cube according to claim 1 wherein each of said faces of said cube includes unitary indicia.

Claim 4

A sectional display cube according to claim 2 wherein at least one surface of said sections located within the interior of said cube is provided with individual indicia.

Claim 5

A sectional display cube according to claim 3 wherein all of the interior surfaces of said sections are provided with individual indicia.

Claim 6

A sectional display cube according to claim 2 wherein said unitary indicia comprises a photo.

Claim 7

A sectional photo display cube according to claim 5 wherein at least one surface of said sections located within the interior of said cube is provided with an individual photo.

Claim 8

A sectional photo display cube according to claim 6 wherein all of the interior surfaces of said sections are provided with individual photos.

Claim 9

A sectional display cube according to claim 1 wherein each base surface area is bounded by at least four edges of the cube.

Claim 10

A sectional display cube according to claim 8 wherein each base surface is bounded by at least six edges of the cube.

Claim 11

A sectional display cube according to claim 1 wherein at least four blocks project from each surface area.

Claim 12

A sectional display cube according to claim 1 wherein the mating blocks in each section have a combined height equal to the edge dimension of the cube.

Claim 13

A sectional display cube according to claim 1 wherein at least one block in each section has a height corresponding to the edge dimension of the cube.

Claim 14

A sectional cuboidal display device having six faces for displaying indicia thereon, said device comprising two complementary shaped sections, each of said sections including a base surface area located on opposite faces of said device, each of said base surface areas forming a side of a plurality of rectangular parallelepipeds projecting therefrom, said parallelepipeds in one of said sections being shaped to interfit with the parallelepipeds in the other of said sections to form a cuboidal when assembled, and each of said sections includes at least one surface area forming a fractional portion of each face of said cuboidal display device.

Claim 15

A sectional cuboidal display device having six faces for displaying indicia thereon, said device comprising two complementary shaped sections, each of said sections including a base surface area located on opposite faces of said device, each of said base surface areas forming a side of a plurality of rectangular parallelepipeds projecting therefrom, said parallelepipeds in one of said sections being shaped to interfit with the parallelepipeds in the other of said sections to form a cuboidal when assembled, and each of said sections includes at least one surface area forming a fractional portion of each face of said cuboidal display device.

Claim 16

A sectional three dimensional polyhedron display device bounded by more than four plain faces for displaying indicia thereon, said device comprising two complementary shaped sections, each of said sections including a base surface area located on opposite faces of said devices each of said base surface areas including a plurality of block shaped portions projecting perpendicularly therefrom, said block shaped portions in one of said sections being shaped to interfit with the block shaped portions in the other of said sections to hold said two sections together to form a polyhedron when assembled, and each of said blocked shaped portions on each of said two sections including interior surfaces for displaying indicia thereon and exposed only when said two sections of said polyhedron are disassembled.

Claim 17

A sectional three dimensional polyhedron display device bounded by more than four plain faces for displaying indicia thereon, said device comprising two complementary shaped sections, each of said sections including a base surface area located on opposite faces of said devices each of said base surface areas including a plurality of block shaped portions projecting perpendicularly therefrom, said block shaped portions in one of said sections being shaped to interfit with the block shaped portions in the other of said sections to hold said two sections together to form a polyhedron when assembled, and each of said blocked shaped portions on each of said two sections including interior surfaces for displaying indicia thereon and exposed only when said two sections of said polyhedron are disassembled.

Claim 18

A sectional three dimensional display device according to claim 14 wherein said polyhedron is a hexahedron bounded by six plan faces, and each of said sections including at least one surface area forming a fractional portion of each face of said hexahedron.

Claim 19

A three dimensional display device according to claim 15 wherein each face of said hexahedron includes unitary indicia.

Claim 20

A three dimensional display device according to claim 16 wherein at least one surface of said sections located within the interior of said hexahedron is provided with individual indicia.

Claim 21

A three dimensional display device according to claim 17 wherein all of the interior surfaces of said sections are provided with individual indicia.

Claim 22

A three dimensional display device according to claim 16 wherein said unitary indicia comprises a photo.

Claim 23

A three dimensional display device according to claim 19 wherein at least one surface of said sections located within the interior of said hexahedron is provided with an individual photo.