Light emitting apparatus and display

A light emitting apparatus comprising:

• a light source;
• an opposed reflecting mirror that reflects light rays, emitted from the light source, and allows reflected light rays to advance in a predetermined direction;
• and
• a split reflector including a plurality of reflecting surfaces that reflects, from the surfaces, incident light rays supplied from the opposed reflecting mirror,
• wherein the plurality of reflecting surfaces are located at different positions in a sliding split manner along the direction of light rays supplied from the opposing reflecting mirror,
• wherein the light source is mounted on a substrate,
• wherein the opposed reflecting mirror comprises a first reflecting surface and a second reflecting surface,
• wherein a part of the substrate is attached to a body including the opposed reflecting mirror,
• wherein the light source faces the first reflecting surface,
• wherein the first reflecting surface reflects light rays emitted from the light source and allows the reflected light rays to advance in a predetermined direction, and
• wherein the second reflecting surface is extended to the attached substrate, reflects light rays emitted from the light source, and allows the reflected light rays to advance toward the first reflecting surface.

A light emitting apparatus comprising:

• a light source;
• an opposed reflecting mirror that reflects light rays, emitted from the light source, and allows reflected light rays to advance in a predetermined direction;
• and
• a light guide body including a plurality of reflecting surfaces that reflect incident light rays supplied from the opposed reflecting mirror,
• wherein the plurality of reflecting surfaces are located at different positions in a sliding split manner along said predetermined direction of light rays supplied from the opposed reflecting mirror,
• wherein the light source is mounted on a substrate,
• wherein the opposed reflecting mirror comprises a first reflecting surface and a second reflecting surface,
• wherein a part of the substrate is attached to a body including the opposed reflecting mirror,
• wherein the light source faces the first reflecting surface,
• wherein the first reflecting surface reflects light rays emitted from the light source and allows the reflected light rays to advance in a predetermined direction, and
• wherein the second reflecting surface is extended to the attached substrate, reflects light rays emitted from the light source, and allows the reflected light rays to advance toward the first reflecting surface.

A light emitting apparatus comprising:

• a light source;
• an opposed reflecting mirror that includes a solid angle of substantially 2π strad to the light source and reflects light rays, emitted from the light source, and allows reflected light rays to advance in a predetermined direction;
• and
• a light guide body including a plurality of reflecting surfaces that reflect incident light rays supplied from the opposed reflecting mirror,
• wherein the plurality of reflecting surfaces are located at different positions in a sliding split manner along said predetermined direction of light rays supplied from the opposed reflecting mirror, and
• wherein said light emitting apparatus comprises a plurality of light emitting apparatuses disposed in an array and extending radially from said light source.

A light emitting apparatus comprising:

• a light source;
• a reflecting mirror opposed to said light source that reflects light rays emitted from said light source in a predetermined direction;
• and
• an elongated light guide body that receives incident light rays from the reflecting mirror,
• wherein said elongated light guide body comprises:
• a proximal end and a distal end, wherein said proximal end is disposed proximate said light source, and
• a plurality of stepped reflecting surfaces extending from said proximal end to said distal end,
• wherein the light source is mounted on a substrate,
• wherein the opposed reflecting mirror comprises a first reflecting surface and a second reflecting surface,
• wherein a part of the substrate is attached to a body including the opposed reflecting mirror,
• wherein the light source faces the first reflecting surface,
• wherein the first reflecting surface reflects light rays emitted from the light source and allows the reflected light rays to advance in a predetermined direction, and
• wherein the second reflecting surface is extended to the attached substrate, reflects light rays emitted from the light source, and allows the reflected light rays to advance toward the first reflecting surface.