Interlocking spatial components
The present invention relates generally to interlocking spatial components, and more particularly to spatial components having mating surfaces of uniform periodical structure comprising a regular array of interlocking connectors of the same shape allowing components to be arbitrarily interlocked along various relative directions, in various relative orientations, and upon various sides and to be assembled with one another to create spatial structures.
1. A continuous connexing surface configured to be partitioned into a plurality of abutting spatial components, wherein the connexing surface is defined by a periodic planar lattice, wherein the connexing surface defines a mating plane and an orthogonal mating direction, and wherein the lattice is defined in a plane parallel to the mating plane, the connexing surface comprising:
a plurality of substantially identical positive form sectored elements comprising nodes of the lattice;
at least one connecting member extending between and connecting the positive form sectored elements; and
a plurality of negative form sectored elements at least partially defined by at least one of (a) the adjacent positive form sectored elements or (b) the adjacent connecting members, wherein each negative form sectored element comprises an open space extending through the connexing surface in the orthogonal mating direction,
wherein each spatial component comprises at least:
a portion of at least one of the positive form sectored elements,
a portion of at least one of the connecting members, and
a portion of at least one of the negative form sectored elements,
and wherein the connexing surface is configured to interlock with at least a portion of a substantially identical connexing surface with positive form sectored elements of one connexing surface configured to mate with negative form sectored elements of the other connexing surface.
2. A composition comprising a continuous connexing surface defined by a periodic planar lattice, wherein the composition is configured to be partitioned into a plurality of adjacent, abutting, and substantially identical spatial components, wherein the connexing surface defines a mating plane and an orthogonal mating direction, wherein the connexing surface comprises:
a plurality of substantially identical positive form sectored elements comprising nodes of the lattice;
at least one connecting member extending between and connecting the positive form sectored elements; and
a plurality of negative form sectored elements at least partially defined by at least one of (a) the adjacent positive form sectored elements or (b) the adjacent connecting members, wherein each negative form sectored element comprises an open space extending through the connexing surface in the orthogonal mating direction, and
wherein each spatial component comprises at least:
a portion of at least one of the positive form sectored elements,
a portion of at least one of the connecting members, and
a portion of at least one of the negative form sectored elements,
such that at least two abutting spatial components defining one connexing surface are configured to interlock with at least two additional abutting spatial components defining another connexing surface with at least some positive form sectored elements of the one connexing surface configured to mate with corresponding negative form sectored elements of the other connexing surface.
3. An assembly comprising at least two compositions of interlocking spatial components, wherein each composition comprises:
a continuous connexing surface defined by a periodic planar lattice, wherein the composition is configured to be partitioned into a plurality of adjacent, abutting, and substantially identical spatial components,
wherein the connexing surface comprises:
a plurality of substantially identical positive form sectored elements comprising nodes of the lattice;
at least one connecting member extending between and connecting the positive form sectored elements; and
a plurality of negative form sectored elements at least partially defined by at least one of (a) the adjacent positive form sectored elements or (b) the adjacent connecting members,
wherein each spatial component comprises at least:
a portion of at least one of the positive form sectored elements,
a portion of at least one of the connecting members, and
a portion of at least one of the negative form sectored elements,
wherein the assembly comprise one composition of interlocking spatial components defining one connexing surface interlocked with at least a portion of another substantially identical composition of interlocking spatial components defining another connexing surface, with at least some positive form sectored elements of the one connexing surface mated with corresponding negative form sectored elements of the other connexing surface.
4. An assembly of claim 3 , wherein each negative form sectored element comprises an open space extending through the connexing surface in the orthogonal mating direction.
5. The connexing surface of claim 1 , wherein the positive form sectored elements comprise electrically conductive portions, wherein the connexing surface is configured to define a multi-channel electrical connection interface.
6. The connexing surface of claim 1 , wherein the at least one connecting member comprises flexible connexing fingers.
7. The connexing surface of claim 1 , wherein the at least one connecting member comprises a sheet in the mating plane.
8. The connexing surface of claim 1 , wherein the at least one connecting member is rigid.
9. The connexing surface of claim 1 , wherein the positive form sectored elements comprise flexible locking features.
10. The connexing surface of claim 1 , wherein the positive form sectored elements are prisms that extend in the orthogonal mating direction.
11. The connexing surface of claim 1 , wherein each positive form sectored element comprises an opening extending therethrough in the orthogonal mating direction.
12. The connexing surface of claim 1 , wherein the periodic lattice is a triangular lattice.
13. The composition of claim 2 , wherein the composition comprises two opposing connexing surfaces.
14. The composition of claim 2 , wherein each interlocking spatial component is bounded by a plurality of planes, wherein each plane extends in the orthogonal mating direction and passes through at least one of the nodes of the lattice.
15. The composition of claim 14 , wherein each plane extends in the orthogonal mating direction and passes through a plurality of adjacent nodes and connecting members of the lattice.
16. The composition of claim 14 , wherein each plane extends in the orthogonal mating direction and passes through the centers of a plurality of negative sectored elements of the lattice.
17. The composition of claim 2 , wherein the interlocking spatial component is deformable when the interlocking spatial component is not engaged with another interlocking spatial component, and wherein the interlocking spatial component is substantially rigid when the interlocking spatial component is engaged with the other interlocking spatial component.
18. The composition of claim 2 , wherein, for each interlocking spatial component, each positive form sectored element comprises an opening extending therethrough in the orthogonal mating direction.
19. The assembly of claim 3 , wherein the connecting members are flexible connexing fingers, and wherein the assembly is a rigid structure.
20. The assembly of claim 4 , wherein each positive form sectored element comprises an opening extending in the orthogonal mating direction through the respective connexing surface that is configured to align with the open space of the negative form sectored element of the other interlocking connexing surface, such that the assembly defines a plurality of through holes therethrough.
21. The assembly of claim 20 , wherein the plurality of through holes is configured to receive at least one of air flow, fluid flow, grass roots, vegetation, piping, cables, or conduits.
22. The assembly of claim 3 , wherein the connecting members of each connexing surface comprise a sheet in the mating plane such that the assembly comprises two layers with the positive form sectored elements of the respective compositions of interlocking spatial components disposed therebetween.
23. The assembly of claim 22 , wherein the assembly is configured to cover a portion of at least one of a floor, a wall, a ceiling, a roof, a sidewalk, a deck, a patio, a fence, a barrier, an armor, a parking place, a driveway, grass, a slope, a construction toy, or a road.
24. The assembly of claim 3 , wherein at least one of the compositions of interlocking spatial components defines a front face and a rear face, and wherein the connexing surface is defined by at least one of the front face or the rear face such that the composition is configured to interlock with at least a portion of at least one other composition from either the front face or the rear face via respective connexing surfaces.
25. The assembly of claim 24 , wherein the assembly comprises a multilayer structure.
26. The assembly of claim 3 , wherein the assembly forms at least part of a wall, a fence, a barrier, a construction toy, or a space filler.