Wednesday, July 25, 2012

The Hexaflex Toy

The Hexaflex Toy.
Allow me to introduce to you a new conceptual toy that will open up your imagination to build and shape three dimensional space.
All thanks to the guidance of Serendipity I have reverted back to using the Hexaflex matrix as an educational toy. This toy has all the potential to allow scientists, engineers and children to explore the world of natural engineering and to discover new relationships within Mother Nature's geometry.We are carbon life forms.Carbon forms the basic chain structure that allows biological molecules to achieve their complexity and versatility.
This new conceptual flexible toy emulates the geometry of how carbon atoms join together allowing us to make all the complex natural forms that can be found in the natural macro and nano-world.
Graphene




Layers of Learning

The Hexaflex toy is a building kit. It is an educational toy that incorporates multiple layers of learning. These layers promote both critical thinking and discovery. 
These layers include:

1. Exploring the world of polyhedra.

2. Discovering the intricacies of Nanotechnology.

3. Creating robotic structures.

4. Integral construction possibilities with Lego.

The kit consists of a collection of flat hexagonal and rectangular tiles made from Nylon that can hinge together with one another. The tiles easily snap together and apart with an audible click. They can be assembled to construct such objects as multiple variable surface curvatures such as spheres, domes, buckyballs,
 nanotubes, torus /doughnuts, terraced planes, rhombic dodecahedrons and parabolic dish structures.

It is also possible to construct a specially designed latticework. This lattice has very novel properties. It is an assembly of an expandable/contractible truss mechanism (Nodlet)which creates a surface whose curvature can be manipulated remotely.The hinges are common throughout which allow an amazing freedom to build anything in nature.

Individual cells of the lattice can be independently opened or closed. Because of the increase in tension forces experienced in robotic applications, individual metal hinge pins can be inserted into the hinge barrel to prevent the hinge joints coming apart.
The tiles also feature bearing holes that accept Lego axle pins. This feature allows the Hexaflex Building Kit based on hexagonal geometry to integrate with Lego orthogonal structures.