Mechanical Polyknot Construction System
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There are 8 remixes of archipanels: 6 pyramids and 2 C hinges that can be used to make mechanical polyknots.
C-Hinge Assembly for Polyknot Construction
See 3 in action at: https://www.youtube.com/watch?v=kQpTj5Hh89M
https://www.youtube.com/shorts/yfpGe2HroEM
https://www.youtube.com/shorts/kG2VVz8ND6w
The components for building a new class of entangled geometric structures.
A polyknot is a structure that combines the topology of knots and links with the geometry of polyhedra — organizing knotted or interlinked forms around the faces, edges, or vertices of a polyhedral framework. A mechanical polyknot adds kinetic behavior: the structure physically moves through a controlled, predictable path between states while maintaining its topological integrity. The motion is not added on — it is built into the geometry of the object.
These components — C-hinges, hinged polygon frames, and hinged pyramid frames — are the building blocks for constructing mechanical polyknots and star polyknots.
C-Hinge Assembly for Polyknot Construction
See 3 in action at: https://www.youtube.com/watch?v=kQpTj5Hh89M
https://www.youtube.com/shorts/yfpGe2HroEM
https://www.youtube.com/shorts/kG2VVz8ND6w
The components for building a new class of entangled geometric structures.
A polyknot is a structure that combines the topology of knots and links with the geometry of polyhedra — organizing knotted or interlinked forms around the faces, edges, or vertices of a polyhedral framework. A mechanical polyknot adds kinetic behavior: the structure physically moves through a controlled, predictable path between states while maintaining its topological integrity. The motion is not added on — it is built into the geometry of the object.
These components — C-hinges, hinged polygon frames, and hinged pyramid frames — are the building blocks for constructing mechanical polyknots and star polyknots.
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