Passenger vehicle window glass and warning display method

1. A window glass for a vehicle, the window glass comprising two transparent plates and an interlayer provided between the two transparent plates,

wherein the two transparent plates are bonded together via the interlayer,

wherein the interlayer comprises a resin film as a light emitting layer,

wherein the resin film comprises a resin and a fluorescent material that is dispersed in the resin,

wherein the window glass emits visible light through incident radiation of excitation light irradiated from a light source,

wherein an end part of the window glass is allowed to emit the light through irradiation with the excitation light,

wherein the end part is allowed to emit light when it is detected that at least any one of a person and an object is approaching the vehicle,

wherein the mode of light emission is changed depending on detected contents, and

wherein

at least one of light emitting area and light emitting position is changed depending on a distance from an approaching the person or the object,

or

light emitting position is changed as follows:

when a detector detects the person or the object approaching from a left side of the vehicle, the end part on the left side of a windshield that is composed of the window glass is allowed to emit the light, and

when a detector detects the person or the object approaching from a right side of the vehicle, the end part on the right side of the windshield is allowed to emit the light.

2. The window glass for a vehicle according to claim 1 , wherein the window glass for a vehicle is any one of windshield and side glass for a car.

3. A warning display method utilizing a window glass for a vehicle,

wherein the window glass comprises two transparent plates and an interlayer provided between the two transparent plates,

wherein the two transparent plates are bonded together via the interlayer,

wherein the interlayer comprises a resin film as a light emitting layer,

wherein the resin film comprises a resin and a fluorescent material that is dispersed in the resin,

wherein the window glass emits visible light through incident radiation of excitation light irradiated from a light source,

wherein an end part of the window glass is allowed to emit the light through irradiation with the excitation light to alert a passenger,

wherein the end part is allowed to emit light when it is detected that at least any one of a person and an object is approaching the vehicle,

wherein the mode of light emission depending on the detected contents, and

wherein

at least one of light emitting area, and light emitting position is changed depending on a distance from an approaching the person or the object,

or

light emitting position is changed as follows:

when a detector detects the person or the object approaching from a left side of the vehicle, the end part on the left side of a windshield that is composed of the window glass is allowed to emit the light, and

when a detector detects the person or the object approaching from a right side of the vehicle, the end part on the right side of the windshield is allowed to emit the light.

4. The warning display method according to claim 3 , wherein the window glass for a vehicle is any one of windshield and side glass for a car.

5. The window glass for a vehicle according to claim 1 ,

wherein the window glass is a windshield.

6. The window glass for a vehicle according to claim 1 ,

wherein the window glass is a windshield and at least one of a front side glass and a delta window glass, and

wherein an end part of the windshield and at least one of the delta window glass and an end part on a front side of the front side glass are allowed to emit light through irradiation with the excitation light.

7. The window glass for a vehicle according to claim 1 , wherein the excitation light is from a light source unit comprising a MEMS mirror and the light source, and the window glass is irradiated with the excitation light from the light source via the MEMS mirror.

8. The window glass for a vehicle according to claim 1 , wherein a light guide extends along an outer peripheral surface of the window glass, the light guide is a side emission type of optical fiber, and the excitation light enters the window glass through the light guide and the outer peripheral surface.

9. The window glass for a vehicle according to claim 1 , wherein the excitation light is allowed to enter the window glass from an outer peripheral surface thereof such that the excitation light does not penetrate into the center of window glass, thereby allowing only the end part of the window glass to emit the light.

10. The warning display method according to claim 3 ,

wherein the window glass is a windshield.

11. The warning display method according to claim 3 ,

wherein the window glass is a windshield and at least one of a front side glass and a delta window glass, and

wherein an end part of the windshield and at least one of the delta window glass and an end part on a front side of the front side glass are allowed to emit light through irradiation with the excitation light.

12. The warning display method according to claim 3 , wherein the excitation light is from a light source unit comprising a MEMS mirror and the light source, and the window glass is irradiated with the excitation light from the light source via the MEMS mirror.

13. The warning display method according to claim 3 , wherein a light guide extends along an outer peripheral surface of the window glass, the light guide is a side emission type of optical fiber, and the excitation light enters the window glass through the light guide and the outer peripheral surface.

14. The warning display method according to claim 3 , wherein the excitation light is allowed to enter the window glass from an outer peripheral surface thereof such that the excitation light does not penetrate into the center of window glass, thereby allowing only the end part of the window glass to emit the light.