Dual / Triple Angled LED Module - Concept.

One small solid crystal sphere, sliced in half to create a medium change between the two glass surfaces, supporting light. Now the LED's color can be seen under a 45 degree angle from the source. Two modules, Two LED's, Two colors can be used and or mixed. A small camera module could perhaps also be installed instead of a LED, creating some type of light I/O system, sending and receiving light signals in the exact center of the contraption. Perhaps a LASER could also fit instead of a slower LED. The LED spheres can be magnetically linked together to form a larger screen. Sideways, or Top to Bottom, forming a lattice of light known color emitting spheres. Depending on scale maybe all 3 or 4 primary color LED's could be fitted, depending on need etc. The pair can be orientated sideways different ways.

I had to update up to Three leds, the space was too perfect. now Three color LED's or Lasers can be used onto the center screen, and one side has space for a tiny lens as large as the LED holding platforms.Three colors complete the Primary colors needed to mix and create all other colors to our eyes. Three allows for Full Color spectrum to be generated, and outputted. Included all original 3dsmax Drawings.

Now that i think about it, it could even go up to 5 sides with LED's, but instead of single cut through to form the medium change, we would need another boolean spherical bubble in the center of the contraption, serving as the projection screen for 5 input projection sides. Like so, boolean removed a sphere from the form, to create a spherical projection screen we could project on from 5 sides, and see from the last available 6th side. Two sides could be or hold a thin battery to make it more mobile as a system, perhaps rechargeable, wearable. Added 5D object files.

*If the White Centers on the sides were shafts, able to quickly rotate the Cut Spherical medium change Screen, we could electrically switch what color to reflect, and send forward to the output side of the thingy. perhaps side motors could be pretty small. Here we can clearly see the colors in the example are actually wrong, in this case the red and blue would be trapped inside a single compartment and conflict, while the blue led is reflected up and then to the output side on the right. Switching very fast can optically mix colors. Now we could project 3 different primary colors forwards, from the exact same location. Scale the principle down to our machines ability.

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