Digital display system with a front-facing camera and rear digital display
There is provided a digital display system for use with a first vehicle. The first vehicle includes a vehicle body, a vehicle front end and a vehicle rear end. The system includes a front-facing camera affixed with the vehicle body configured to capture digital images from in front of the vehicle front end. The system further includes a wireless receiver affixed with the vehicle body configured to receive an activation request signal from a wireless transmitter of a second vehicle. The system further includes a digital display affixed with the vehicle body disposed at the vehicle rear end. The digital display is configured to display captured digital images from the front-facing camera in response to receipt of an activation request signal by the wireless receiver.
1. A digital display system for use with a first vehicle, the first vehicle including a vehicle body, a vehicle front end and a vehicle rear end, the system comprising:
a front-facing camera affixed with the vehicle body configured to capture digital images from in front of the vehicle front end;
a wireless receiver affixed with the vehicle body configured to receive motion data from a wireless transmitter of a second vehicle;
a processor configured to determine, based at least on the received motion data of the second vehicle, when the second vehicle is preparing to pass the first vehicle and a capacity of the second vehicle to safely pass the first vehicle; and
a digital display affixed with the vehicle body disposed at the vehicle rear end, the digital display configured to display digital images deterring the second vehicle from passing in response to determining that the capacity of the second vehicle to safely pass the first vehicle is low.
2. The digital display system of claim 1 wherein the front-facing camera is disposed at the vehicle front end.
3. The digital display system of claim 1 wherein the front-facing camera is configured to capture video images.
4. The digital display system of claim 1 further includes a distance sensor disposed at the vehicle rear end, the distance sensor is configured to sense distance data of an object behind the vehicle rear end, the digital display is configured to display captured digital images from the front-facing camera in response to receipt of sensed distance data from the distance sensor.
5. The digital display system of claim 1 further includes an image processor, the image processor is configured to scale the captured digital images prior to display at the digital display.
6. A method of displaying images upon a first vehicle, the first vehicle including a vehicle body, a vehicle front end and a vehicle rear end, the method comprising:
capturing digital images from in front of the vehicle front end by a front-facing camera of the first vehicle;
receiving motion data from a wireless transmitter of a second vehicle by a wireless receiver of the first vehicle;
determining, based at least on the received motion data of the second vehicle, when the second vehicle is preparing to pass the first vehicle and a capacity of the second vehicle to safely pass the first vehicle; and
displaying, at the vehicle rear end, the digital images deterring the second vehicle from passing in response to determining that the capacity of the second vehicle to safely pass the first vehicle is low.
7. The method of claim 6 wherein the front-facing camera is configured to capture video images.
8. The method of claim 6 further includes receiving an activation request signal indicating when the second vehicle is preparing to pass the first vehicle.
9. The method of claim 6 further includes:
sensing with a distance sensor disposed at the vehicle rear end distance data of the second vehicle behind the vehicle rear end.
10. The method of claim 9 wherein the digital display digital images from the front-facing camera are displayed in response to the sensed distance data.
11. The method of claim 6 further includes:
determining proximity data of the second vehicle to the first vehicle based upon the received motion data.
12. The method of claim 11 wherein the digital images from the front-facing camera are displayed in response to the determined proximity data.
13. The method of claim 6 further includes:
scaling the digital images prior to the displaying at the digital display.
14. The method of claim 6 further includes:
receiving a signal indicating activation of a turn signal indicator from the wireless transmitter of a second vehicle by the wireless receiver of the first vehicle.
15. The method of claim 6 further includes:
determining a movement status of the first vehicle; and
displaying the captured digital images at the vehicle rear end using the determined movement status of the first vehicle.
16. A digital display system comprising:
a first object configured to receive motion data from a wireless transmitter of a second object;
a processor configured to determine, based at least on the received motion data of the second object, when the second object is preparing to pass the first object and a capacity of the second object to safely pass the first object; and
a digital display configured to display digital images deterring the second object from passing in response to determining that the capacity of the second object to safely pass the first object is low.
17. The display system of claim 16 wherein the first object is a vehicle.
18. The display system of claim 16 wherein the first object is a fixed structure.
19. The display system of claim 16 wherein the second object is a vehicle.
20. The display system of claim 16 wherein the second object is a mobile device.