Solid state imaging device having a light emitting diode

Claim 2

A solid state imaging device comprising: at least one light emitting device; light directivity control means provided above said light emitting device for controlling an emitted light so that said emitted light is prevented from being introduced to an image area of said solid state imaging device; and said light directivity control means being composed of a plurality of layers, said plurality of layers including a first layer provided above said light emitting device and having a higher index of refraction than that of a second layer which is provided around said first layer.

Claim 3

A solid state imaging device, comprising: an image area comprising a plurality of image sensors on a surface of a semiconductor body each serving as a pixel, a plurality of vertical signal lines, a horizontal signal line, and an output section; an illuminating means for illuminating an object which faces said surface of the semiconductor body and which is sensed by said image area, said illuminating means being provided on said same surface of the semiconductor body at which said image area is provided; and said illuminating means being located at least at both opposite sides of said image area.

Claim 4

A solid state imaging device, comprising: an image area comprising a plurality of image sensors on a surface of a semiconductor body each serving as a pixel, a plurality of vertical signal lines, a horizontal signal line, and an output section; an illuminating means for illuminating an object which faces said surface of the semiconductor body and which is sensed by said image area, said illuminating means being provided on said same surface of the semiconductor body at which said image area is provided; and said illuminating means being located at least at both opposite sides of said image area.

Claim 5

A solid state imaging device according to claim 2 wherein said illuminating means comprises a diode.

Claim 6

A solid state imaging device according to claim 2 wherein said illuminating means is provided on said surface of said semiconductor body by use of a layer containing said illuminating means.

Claim 7

A solid state imaging device according to claim 2 wherein said illuminating means is adjacent said image area.

Claim 8

A solid state imaging device according to claim 2 wherein said illuminating means comprises a plurality of light emitting devices, a first one of said light emitting devices emitting a first light of a color different from a second light emitted by a second one of said light emitting devices.

Claim 9

A solid state imaging device according to claim 6 further comprising a third of said light emitting devices emitting a third light of a color different from said first and second lights.

Claim 10

A solid state imaging device according to claim 7 wherein said colors of said first, second, and third lights are respectively green, red, and blue.

Claim 11

A solid state imaging device according to claim 2 further comprising light intercepting means located between said image area and said illuminating means for preventing a light emitted by said illuminating means from being introduced to said image area.

Claim 12

A solid state imaging device according to claim 9 wherein said light intercepting means comprises a trench provided in a semiconductor body and filled with a metallic material.

Claim 13

A solid state imaging device according to claim 9 wherein said light intercepting means comprises a projection provided on a semiconductor body.

Claim 14

A solid state imaging device according to claim 2 further comprising light directivity control means provided above said illuminating means for controlling an emitted light so that said emitted light is prevented from being introduced to said image area.

Claim 15

A solid state imaging device according to claim 12 wherein said light directivity control means comprises a micro lens.

Claim 16

A solid state imaging device according to claim 12 wherein said light directivity control means is comprised of a plurality of layers, said plurality of layers including a first layer provided above said light emitting device and having a higher index of refraction than that of a second layer provided around said first layer.

Claim 17

A solid state imaging device according to claim 12 wherein said light directivity control means comprises a plurality of layers, said plurality of layers including a first layer provided above said light emitting device and having a lower index of refraction than that of a second layer provided on said first layer.

Claim 18

A solid state imaging device according to claim 2 wherein said solid state imaging device comprises an electro-endoscope.

Claim 19

A solid state imaging device for obtaining an image of an object, comprising: a semiconductor substrate having a solid state CCD imaging array at a surface thereof; and a plurality of light emitting diodes at said semiconductor surface at opposite sides of said imaging array for illuminating said object when said object faces toward and is in front of said semiconductor surface.

Claim 20

A solid state imaging device for obtaining an image of an object, comprising: a semiconductor substrate having a solid state CCD imaging array at a surface thereof; and a plurality of light emitting diodes at said semiconductor surface at opposite sides of said imaging array for illuminating said object when said object faces toward and is in front of said semiconductor surface.

Claim 21

An electro-endoscope solid state imaging device for obtaining an image of an object, comprising: a semiconductor substrate having a solid state CCD imaging array at a surface thereof; and a plurality of light emitting diodes at said semiconductor surface at opposite sides of said imaging array for illuminating said object when said object faces toward and is in front of said semiconductor surface.

Claim 22

An electro-endoscope solid state imaging device for obtaining an image of an object, comprising: a semiconductor substrate having a solid state CCD imaging array at a surface thereof; and a plurality of light emitting diodes at said semiconductor surface at opposite sides of said imaging array for illuminating said object when said object faces toward and is in front of said semiconductor surface.