Color or pattern matching toy
AssigneeHuntar Company
InventorsKlause Pfeffer, Peer Clahsen
Life of this patent
Estimating the term…
Abstract
A matching toy is taught containing a sphere and a cube. The cube has six sides, and each of the six sides has an opening, and each side having a marking. The sphere is positioned within the cube, such that when the sphere is within the cube, a cap of said sphere projects out each opening. There are a plurality of markings on a plurality of the caps of the sphere such that when positioned, each cap is capable of being matched with the at least one marking on each side of the cube. In another embodiment, each section of the cube matches the color or pattern of a specific corner of the cube. In another embodiment, instead of a cube, another polygon can be used. Similarly, a sphere within a sphere is disclosed.
Claims6
A matching toy, said matching toy comprising:
- a) a sphere;
- b) a cube, said cube comprising six sides, each side comprising four corners wherein at least two corners are of a different marking, wherein each of said six sides have an opening, said sphere positioned within said cube, such that when said sphere is within said cube, a cap of said sphere projects out each said opening;
- and
- said sphere equally divided into eight cube sections with each of said cube sections comprising one of said markings capable of matching to one of said marking of each of said corners, such that when completely matched, the markings of each one of the sections of the sphere matches with the markings on one of the corners, such that each sphere section is matched with one said corner.
A matching toy, said matching toy comprising:
- a) a sphere;
- b) a polygon, wherein at least two corners are of any side of the polygon have different markings, wherein each said side has an opening, and each side having a marking, said sphere positioned within said polygon, such that when said sphere is within said polygon, a cap of said sphere projects out each said opening;
- and
- c) said sphere divided into sections equal to a summation of a total number of corners of each side of the polygon with each of said sections comprising one of said markings capable of matching to one of said marking of each of said corners, such that when completely matched, the markings of each one of a sphere's sections matches with the markings on one of the corners, such that each section is matched with one said corner.
Dependencies are inferred from the claim text.