Toy construction fabricating member and assemblage

• US 3,975,858 A
• Filed: 08/29/1974
• Issued: 08/24/1976
• Est. Priority Date: 08/29/1974
• Status: Expired due to Term

• Current Assignee: Joe Much
• Original Assignee: Joe Much
• Inventors: Much, Joe
• Primary Examiner(s): Shay, F. Barry
• Application Number:
  US05/501,751
• Time in Patent Office: 726 Days
• Field of Search: 46/16, 46/17, 46/22, 46/26, 46/27, 46/28, 46/29
• US Class Current: 446/107
• CPC Class Codes: A63H 33/102 using elastic deformation A63H33/101 takes precedence

Abstract

A toy construction system incorporating fabricating members each defining a plurality of bores and holes, a large number of which holes and bores are provided with expansion slits which permit easy insertion and removal of rods and tubes in the holes and bores and which serve to enable the holes and bores to act resiliently when a rod or tube is inserted. The rods and tubes are preferably flexible, thereby to facilitate the making of assemblages which have a highly contoured or sculptured look.

Claims

1. A toy assemblage comprising an assembly of at least two toy construction fabricating members, each defining a plurality of bores extending through said fabricating member and a plurality of holes extending inwardly of said fabricating member, each surface of said fabricating member being penetrated by at least one of said holes or bores, each said fabricating member further defining means to provide for limited resilient expansion of at least some of said holes and bores when members complementary thereto are force-inserted thereinto whereby said force-inserted members are firmly gripped, said means comprising a plurality of bore slits for some of said bores and a plurality of hole slits for some of said holes, each said bore slit extending inwardly from a surface of said fabricating member to a said bore and each said hole slit extending inwardly from a surface of said fabricating member to a said hole, each said slit extending in a plane parallel to the axis of its associated bore or hole and intersecting its associated surface and associated bore or hole along a distance of at least half the length of its associated hole or bore, and a complementary connecting member of a size adapted to be resiliently retained in one of said slit bores or holes of two of said fabricating members.

2. A toy assemblage comprising an assembly in accordance with claim 1 in which said connecting member is flexible and is flexed and is maintained in said flexed condition to present a contoured toy assemblage configuration.

3. A toy assemblage comprising an assembly in accordance with claim 1 in which said holes and bores are generally cylindrical.

4. A toy assemblage comprising an assembly in accordance with claim 1 in which some of said bores and holes intersect generally at right angles.

5. A toy assemblage comprising an assembly in accordance with claim 1 in which said fabricating member defines a pair generally parallel major surfaces through which the bores extend, opening at each of said major surfaces, and a perimeter in which the holes open, said holes having axes lying generally parallel to and between the two major parallel surfaces, said bore slits extending inwardly from said perimeter and said hole slits extending from each of said major surfaces to a said hole.

6. A toy assemblage comprising an assembly in accordance with claim 5, in which said bores and holes are generally cylindrical.

7. A toy assemblaage comprising an assembly in accordance with claim 6 in which said connecting member is flexible and is flexed and is maintained in said flexed condition to present a contoured toy assemblage configuration.

8. A toy construction in accordance with claim 7 in which some of said bores intersect with some of said holes, and at least some of said bore slits and hole slits have portions that are common to a said bore slit and a said hole slit.