Abstract Forming a calendar by a unique manner of cutting and folding a material into a geometric form having adhesive faces and which may be unfolded to show various successive surfaces having dates or advertising material thereon. As the geometric form is unfolded to show a new date that surface formerly showing the date or descriptive material may be adhered to the wall or surface to which the calendar is mounted. On the back surface of each folded dated surface or advertising surface there appears a fragmented portion of an overall pictorial representation so that when the calendar is completely unfolded and the formerly exposed surfaces are adhered to the wall there will be shown a pictorial representation in its completed form, which is comprised of all the back surfaces.
A foldable cube calendar comprising a flexible elongated coil in the shape of a flat sheet, said sheet including first and second opposed surfaces and a plurality of strips of successively increasing length, each strip including at least one fold line and at least one square, successive squares in a strip successively increasing in size, the first surface of certain squares having a distinct date of the month impressed thereon, the second surface of each square having a segmental display thereon, the first side of said squares including adhesive means, each strip including at least one edge which is perpendicular to at least one transverse fold line thereof, whereby the strips can be unfolded from a cube configuration with successive dates being successively revealed and a sequential display of increasing segmental displays made visible with the cube unfolded into a sheet and the adhesive means adhering to a flat surface.
Claim 2
Dependent Claim
150 words
A foldable cube calendar comprising a flexible elongated coil in the shape of a flat sheet, said sheet including first and second opposed surfaces and a plurality of strips of successively increasing length, each strip including at least one fold line and at least one square, successive squares in a strip successively increasing in size, the first surface of certain squares having a distinct date of the month impressed thereon, the second surface of each square having a segmental display thereon, the first side of said squares including adhesive means, each strip including at least one edge which is perpendicular to at least one transverse fold line thereof, whereby the strips can be unfolded from a cube configuration with successive dates being successively revealed and a sequential display of increasing segmental displays made visible with the cube unfolded into a sheet and the adhesive means adhering to a flat surface.