Interlocking toy building blocks with interconnecting, releasable hinges

• US 4,606,732 A
• Filed: 06/15/1984
• Issued: 08/19/1986
• Est. Priority Date: 06/15/1984
• Status: Expired due to Term

• Current Assignee: Fantasy Toys, Inc.
• Original Assignee: Fantasy Toys, Inc.
• Inventors: Lyman, Ronald
• Primary Examiner(s): Bagwill, Robert E.
• Assistant Examiner(s): MUIR, DAVID N
• Application Number:
  US06/621,232
• Time in Patent Office: 795 Days
• Field of Search: 446/85, 446/102, 446/104, 446/108, 446/109, 446/112, 446/115, 446/116, 446/117, 446/120, 446/121, 446/124, 446/128, 446/122, 446/487, 16/221, 16/222, 16/223, 16/224, 16/225, 16/226, 16/227, 16/252, 16/254, 16/255, 16/232, 16/379, 16/380, 16/DIG. 13, 403/65, 403/119, 403/155, 403/159, 403/231, 403/234, 403/243, 403/244, 403/247, 403/DIG. 6, 220/337, 220/338, 220/339, 220/340, 206/386, 63/4, 63/DIG. 3, 59/80
• US Class Current: 446/120
• CPC Class Codes: A63H 33/042 Mechanical, electrical, optical, pneumatic or hydraulic arrangements; Motors
• CPC Class Codes: A63H 33/086 with primary projections fitting by friction in complementary spaces between secondary projections, e.g. sidewalls

Abstract

A toy building block system includes a plurality of blocks, each having an array of cylindrical projections extending from one surface thereof and a like array of socket-like receptacles in the opposite surface for stackable interconnection. In addition, one end of each block includes a pair of hinge arms extending therefrom, with a pair of detent knobs formed on the confronting interior surfaces of the arms. The opposed end of each block includes opposed recessed surface portions, each having a detent recess to receive the knob of a hinge arm of an adjacent block in snap-engaging, pivotting fashion. The blocks thus may be joined end-to-end in pivotting fashion by the hinge arms, as well as stackably in column fashion by the projections and receptacles, or any combination thereof.

Claims

1. A toy building block system, comprising;

a plurality of blocks, each having first interconnection means extending from one exterior face thereof and second interconnecting means extending from an opposed exterior face, said first and second interconnecting means being mutually engagable in releasable frictional engagement with second and first interconnecting means of other like blocks for stackable interconnection therebetween in a longitudinal direction, third interconnecting means disposed at one end of each block and fourth interconnecting means disposed at an opposite end, said third and fourth interconnecting means being mutually engagable in releasable frictional engagement with fourth and third interconnecting means of other blocks for end-to-end interconnection therebetween, and means for providing substantial pivoting angular movement between said mutually engaged third and fourth interconnecting means about an axis generally orthogonal to said longitudinal direction and offset laterally from said exterior faces.

2. The toy building block system of claim 1, wherein said third interconnecting means includes a pair of spaced apart arms extending from said one end of each block.

3. The toy building block system of claim 2, wherein said fourth interconnecting means includes means for engaging said spaced apart arms of another block in releasable, snap-engaging fashion.

4. The toy building block system of claim 3, wherein said spaced apart arms extend in generally parallel fashion from said one end, and wherein the last mentioned means includes a pair of detent knobs protruding from mutually confronting surfaces of said arms.

5. The toy building block system of claim 4, wherein said fourth interconnecting means includes a pair of detent recesses formed in said other end and disposed to engage the detent knobs of another similar block.

6. The toy building block system of claim 5, wherein said fourth interconnecting means further includes a pair of recessed surface portions, each surrounding one of said detent recesses and dimensioned to receive one of said spaced apart arms of another similar block.

7. The toy building block system of claim 4, wherein each of said spaced apart arms includes a generally smooth, rounded, disc-like form, and the respective detent knob is centered with respect to said form.

8. A toy building block system of claim 1, further including snap-acting, resilient means for joining said third and fourth interconnecting means in quick connect, quick release fashion.

9. A toy building block system, comprising:

a plurality of blocks, each block comprising a generally rectangular solid form having a top, bottom, opposed side walls and first and second end walls extending therebetween, each block having first interconnection means at said top and second interconnecting means at said bottom, said first and second interconnecting means being mutually engagable in releasable frictional engagement with second and first interconnecting means of other like blocks for stackable interconnection therebetween, third interconnecting means generally disposed directly adjacent to the intersection of said first end wall and said bottom of each block and fourth interconnecting means generally disposed directly adjacent to the intersection of said second end wall and said bottom, and said third and fourth interconnecting means being mutually engagable in freely pivoting, releasable frictional engagement with fourth and third interconnecting means of other blocks for end-to-end interconnection therebetween.

10. The toy building block system of claim 9, wherein said third interconnecting means includes a pair of arms extending outwardly of said first end wall in spaced apart, parallel fashion.

11. The toy building block system of claim 10, wherein said arms extend generally coplanarly with said opposed side walls.

12. The toy building block system of claim 10, wherein said arms are disposed adjacent to the corners defined by said side walls, said first end wall, and said bottom.

13. The toy building block system of claim 11, further including a pair of detent knobs, each extending from one of said arms, said fourth interconnecting means including means for engaging said detent knobs in snap fashion.

14. The toy building block system of claim 13, wherein said arms include generally semicircular distal end portions.

15. The toy building block system of claim 14, wherein said knobs extend from opposing interior surfaces of said arms, and said fourth interconnecting means includes a pair of recessed surface portions formed in said side walls adjacent to said second end wall, each of said recessed surface portions being dimensioned to receive a substantial portion of one of said arms therein.

16. The toy building block system of claim 15, wherein the depth of said recessed surface portions is generally equal to the thickness of said arms, said arms each being in generally flush relationship with the side wall of the respective recessed surface portion.

17. The toy building block system of claim 15, further including a pair of detent recesses, each disposed in one of said recessed surface portions and adapted to receive one of said detent knobs in snap-engaging, freely rotating fashion.

18. The toy building block system of claim 15, wherein each of said knobs is disposed at the center of the respective semicircular distal end portion of the respective arm.

19. The toy building block system of claim 17, wherein two blocks joined by said third and fourth means are angularly rotatable about an axis extending through said detent recesses and coincidently through said detent knobs.

20. The toy building block system of claim 19, wherein at least one of said end walls is bevelled inwardly from top to bottom to provide clearance for said end walls in rotation about said axis.

21. The toy building block system of claim 9, wherein said first interconnecting means includes a plurality of projections extending upwardly from said top in a regular array, and said second interconnecting means includes a like plurality of socket-like receptacles formed at said bottom in a like regular array, said receptacles being adapted to frictionally engage the projections of any other block.

22. A toy building block, comprising;

a pair of spaced apart side walls, first and second end walls and a top wall extending therebetween to define a generally rectangular solid, said solid having a generally hollow interior and an open bottom, a plurality of projections extending upwardly from said top wall and disposed in a regular array, a plurality of interior panel members extending from the interior surface of said top wall toward said bottom opening, said interior panel members extending generally perpendicularly to said top wall and disposed to define a plurality of receptacles in conjunction with said side and end walls, said receptacles being dimensioned to receive said projections in releasable frictional engagement, a pair of arms coextensive with said side walls and extending outwardly of said first end wall, a pair of recessed surface portions disposed in said side walls adjacent to said second end wall, said recessed portions being adapted to receive said arms of a like block, a pair of detent recesses, each disposed in one of said recessed surface portions, and a pair of detent knobs, each extending from one of said arms and dimensioned to be received in one of said detent recesses of a like block in freely rotating, snap-engaging fashion.

23. The toy building block of claim 22, wherein said arms extend generally coplanarly with said opposed side walls.

24. The toy building block of claim 22, wherein said arms are disposed adjacent to the corners defined by said side walls, said first end walls, and said bottom.

25. The toy building block of claim 22, wherein said arms include generally semicircular distal end portions.

26. The toy building block of claim 22, wherein the depth of said recessed surface portions is generally equal to the thickness of said arms, said arms each being in generally flush relationship with the side wall of the respective recessed surface portion.

27. The toy building block of claim 25, wherein each of said knobs is disposed at the center of the respective semicircular distal end portion of the respective arm.

28. The toy building block of claim 22, wherein two blocks joined by said arms and recessed surface portions are angularly rotatable about an axis extending through said detent recesses and coincidently through said detent knobs.

29. The toy building block of claim 28, wherein at least one of said end walls is bevelled inwardly from top to bottom to provide clearance for said end walls in rotation about said axis.

30. The toy building block of claim 22, wherein said arms, recessed surface portions, detent recesses and recess knobs provide snap-acting, resilient means for joining a plurality of said blocks in quick connect, quick release fashion.

31. A toy building block system, comprising;

a plurality of blocks, each having first interconnection means extending from one exterior face thereof and second interconnecting means extending from an opposed exterior face, said first and second interconnecting means being mutually engagable in releasable frictional engagement with second and first interconnecting means of other like blocks for stackable interconnection therebetween to form a stack extending in a nominal plane, third interconnecting means disposed at one end of each block and fourth interconnecting means disposed at an opposite end of each block, said third and fourth interconnecting means being mutually engagable in releasable frictional engagement with fourth and third interconnecting means of other blocks for end-to-end interconnection therebetween in said nominal plane, and means for providing substantial rotational angular movement within said nominal plane between said mutually engaged third and fourth interconnecting means.

32. The toy building block system of claim 31, wherein said third interconnecting means includes a pair of spaced apart arms extending from said one end of each block.

33. The toy building block system of claim 32, wherein said fourth interconnecting means includes means for engaging said spaced apart arms of another block in releasable, snap-engaging fashion.

34. The toy building block system of claim 33, wherein said spaced apart arms extend in generally parallel fashion from said one end, and wherein the last mentioned means includes a pair of detent knobs protruding from mutually confronting surfaces of said arms.

35. The toy building block system of claim 34, wherein said fourth interconnecting means includes a pair of detent recesses formed in said other end and disposed to engage the detent knobs of another similar block in snap-engaging, freely rotating fashion.

36. The toy building block system of claim 35, wherein said fourth interconnecting means further includes a pair of recessed surface portions, each surrounding one of said detent recesses and dimensioned to receive one of said spaced apart arms of another similiar block.

37. The toy building block system of claim 34, wherein each of said spaced apart arms includes a generally smooth, rounded, disc-like form, and the respective detent knob is centered with respect to said form.

38. The toy building block system of claim 36, wherein the depth of said recessed surface portions is generally equal to the thickness of said arms, said arms each being in generally flush relationship with the side wall of the respective recessed surface portion.

39. The toy building block system of claim 37, wherein two blocks joined by said third and fourth means are angularly rotatable about an axis extending through said detent recesses and coincidentally through said detent knobs.

40. The toy building block system of claim 39, wherein at least one of said ends is bevelled inwardly from top to bottom to provide clearance for said ends in rotation about said axis.