Method and apparatus of instrumenting converging and diverging flat lenses by sequential upright and inverted 3-D transparent anvils: pyramidal flat lens

An apparatus for converging and diverging light rays using a with larger area at one surface and with sharp area in the opposite surface);

• A first transparent inclined 3-D anvil;
• A second transparent inclined 3-D anvil in the reverse orientation;
• Further, the first and second transparent inclined 3-D anvils are in sequential placements from the border of the structure to the center of the structure;
• Further, each transparent inclined anvil comprising:
• A first 3-D inclined transparent plane that, if extended, converges to a summit point of finite pyramid height;
• A second 3-D inclined transparent plane that, if extended, converges to a summit point of infinite pyramid height except the most inferior transparent plane which converges if extended to the summit point of the finite pyramid height;
• Further, the first inclined 3-D transparent plane with the finite pyramid height comprising 360 transparent rectangular distinct objects located at the exterior of the transparent plane;
• Further, the extensions of the transparent rectangular objects meet at the summit of the finite pyramid height;
• Further, the structure of the transparent 3-D inclined anvils resembles a shape of nozzle rectangular or circular without the addition of the outer transparent 3-D vertical anvil.

An apparatus for converging and diverging light rays using a flat transparent structure from both surfaces comprises:

• An outer transparent 3-D vertical anvil (with larger area at one surface and with sharp area in the opposite surface);
• A first transparent inclined 3-D anvil;
• A second transparent inclined 3-D anvil in the reverse orientation;
• Further, the first and second transparent inclined 3-D anvils are in sequential placements from the border of the structure to the center of the structure;
• Further, each transparent inclined anvil comprising:
• A first 3-D inclined transparent plane that if extended it converges to a summit point of finite pyramid height;
• A second 3-D inclined transparent plane that if extended it converges to a summit point of infinite pyramid height except the most inferior transparent plane which converges if extended to the summit point of the finite pyramid height;
• Further, the first inclined 3-D transparent plane with the finite pyramid height comprising 360 transparent rectangular distinct objects located at the interior and exterior of the transparent plane;
• Further, the extensions of the transparent rectangular objects meet at the summit of the finite pyramid height;
• Further, the structure of the transparent 3-D inclined anvils resembles a shape of nozzle rectangular or circular without the addition of the outer transparent 3-D vertical anvil.