Illumination device and electronic apparatus

1. An illumination device comprising:

a light emitting substrate that has a plurality of light emitting portions arranged thereon; and

a lens array that has a plurality of lenses each of which is opposed to each of the plurality of light emitting portions and through which passes the light emitted from the opposed light emitting portions,

wherein the plurality of light emitting portions includes a first light emitting portion which is provided on the light emitting substrate and a second light emitting portion which is provided to be closer to an end portion of the light emitting substrate than the first light emitting portion,

wherein the plurality of lenses includes a first lens which is opposed to the first light emitting portion and a second lens which is opposed to the second light emitting portion,

wherein an optical center of the first lens coincides with a geometric center thereof, and

wherein an optical center of the second lens is different from a geometric center thereof.

2. The illumination device according to claim 1 ,

wherein in the first light emitting portion and the first lens opposed to each other, a light emitting center of the first light emitting portion coincides with an optical axis of the first lens, and

wherein the second lens has a degree of eccentricity which is set to refract light emitted from the opposed second light emitting portion in a direction from a center of an array of the plurality of light emitting portions to an end thereof.

3. An illumination device comprising:

a light emitting substrate that has a plurality of light emitting portions arranged thereon; and

a lens array that has a plurality of lenses each of which is opposed to each of the plurality of light emitting portions of the light emitting substrate and through which passes the light emitted from the opposed light emitting portions,

wherein the plurality of light emitting portions includes a first light emitting portion which is provided on the light emitting substrate and a second light emitting portion which is provided to be closer to an end portion of the light emitting substrate than the first light emitting portion,

wherein the plurality of lenses includes a first lens which is opposed to the first light emitting portion and a second lens which is opposed to the second light emitting portion,

wherein in the first light emitting portion and the first lens opposed to each other, a light emitting center of the first light emitting portion coincides with an optical axis of the first lens, and

wherein in the second light emitting portion and the second lens opposed to each other, a light emitting center of the second light emitting portion is deviated from an optical axis of the second lens.

4. The illumination device according to claim 3 ,

wherein an optical center of each of the plurality of lenses coincides with a geometric center thereof, and

wherein the second light emitting portion and the second lens opposed to each other are disposed in a state where the light emitting center of the second light emitting portion is deviated from the optical axis of the second lens such that light emitted from the second light emitting portion is refracted in a direction from a center of an array of the plurality of light emitting portions to an end thereof.

5. An illumination device comprising:

a light emitting substrate that has a plurality of light emitting portions arranged thereon; and

a lens array that has a plurality of lenses each of which is opposed to each of the plurality of light emitting portions and through which passes the light emitted from the opposed light emitting portions,

wherein in each lens opposed to each of the plurality of light emitting portions, as a position of each opposed light emitting portion gets closer to an end of an array of the plurality of light emitting portions from a reference position thereof, an angle, at which the lens refracts light emitted from the opposed light emitting portion in a direction from the reference position to the end, increases.

6. An illumination device comprising:

a light emitting substrate that has a plurality of light emitting portions arranged thereon; and

a lens array that has a plurality of lenses each of which is opposed to each of the plurality of light emitting portions and through which passes the light emitted from the opposed light emitting portions,

wherein each of the plurality of light emitting portions has a light emitting layer which produces light, a light reflective layer which reflects light produced from the light emitting layer, and a light emitting face from which the light reflected by the light reflective layer is emitted,

wherein the plurality of light emitting portions includes a first light emitting portion which is provided on the light emitting substrate and a second light emitting portion which is provided to be closer to an end portion of the light emitting substrate than the first light emitting portion,

wherein a direction of light emitted from the first light emitting portion coincides with a straight line which extends from the light emitting face of the first light emitting portion in a direction perpendicular to the light emitting face, and

wherein a direction of light emitted from the second light emitting portion is inclined with respect to a straight line which extends from the light emitting face of the second light emitting portion in a direction perpendicular to the light emitting face.

7. The illumination device according to claim 6 , wherein in the second light emitting portion, an angle of the light reflective layer to the light emitting layer is set such that the direction of the emitted light is inclined in a direction from a center of an array of the plurality of light emitting portions to an end thereof with respect to the straight line which extends from the light emitting face of the second light emitting portion in the direction perpendicular to the light emitting face.

8. The illumination device according to claim 6 ,

wherein a plurality of the light emitting substrates is provided,

wherein the plurality of light emitting substrates are two-dimensionally arranged,

wherein the plurality of light emitting portions, which belongs to each of the plurality of light emitting substrates, includes a plurality of the second light emitting portions, and

wherein in each of the plurality of light emitting substrates, the plurality of second light emitting portions is disposed along at least an adjacent edge of the corresponding light emitting substrate close to the light emitting substrate among all edges thereof.

9. An electronic apparatus comprising the illumination device according to claim 1 .

10. An electronic apparatus comprising the illumination device according to claim 2 .

11. An electronic apparatus comprising the illumination device according to claim 3 .

12. An electronic apparatus comprising the illumination device according to claim 4 .

13. An electronic apparatus comprising the illumination device according to claim 5 .

14. An electronic apparatus comprising the illumination device according to claim 6 .

15. An electronic apparatus comprising the illumination device according to claim 7 .

16. An electronic apparatus comprising the illumination device according to claim 8 .