Vehicle display systems including environmental light painting
New augmented reality display systems for motor vehicles are provided. In some embodiments, such systems include at least partially transparent display window(s), object sensor(s) and projector(s) configured for environmental light painting of real-world objects, enhancing a user's view. In some embodiments, such a system includes a matrix of light-augmenting and attenuating pixels within a variable-transmission display screen window of a motor vehicle. In some aspects, such a system assesses collision and other dangers posed by such real-world object(s), and projects collimated light or other electromagnetic radiation onto the object(s) and other environmental features. In some embodiments, such electromagnetic radiation is of a wavelength outside of the visible spectrum, and the display system includes sensors for sensing such radiation projected onto real-world objects, and displays images formed by such projections on such a display window. In some embodiments, such radiation may be encoded, and visible only through an authorized display.
1. A system for enhancing a user's view comprising:
hardware configured to define observation point(s) or region(s); and
hardware configured to reduce light transmission through one or more first area(s) of a screen to reduce light at said observation point(s) or region(s), based on whether said light transcends a threshold limit of luminance at said observation point(s) or region(s);
hardware configured to scan environmental object(s) within a real-world environment around or about said observation point(s) or region(s);
hardware configured to project collimated electromagnetic radiation onto at least one of said environmental object(s), selectively augmenting said at least one of said environmental object(s).
2. The system for enhancing a user's view of claim 1 , wherein said collimated electromagnetic radiation is within a spectrum of light visible by human beings.
3. The system for enhancing a user's view of claim 2 , wherein the system is configured to provide virtual objects using augmented reality hardware.
4. The system for enhancing a user's view of claim 2 , wherein said hardware configured to project collimated electromagnetic radiation onto at least one of said environmental object(s) comprises one or more lasers.
5. The system for enhancing a user's view of claim 2 , wherein said hardware configured to project collimated electromagnetic radiation onto at least one of said environmental object(s) comprises one or more lights comprising a parabolic mirror and/or lens.
6. The system for enhancing a user's view of claim 1 , wherein said hardware configured to scan environmental object(s) within a real-world environment around or about said observation point(s) or region(s) comprises a LIDAR system.
7. The system for enhancing a user's view of claim 1 , wherein said hardware configured to scan environmental object(s) within a real-world environment around or about said observation point(s) or region(s) comprises a camera.
8. The system for enhancing a user's view of claim 1 , wherein said hardware configured to scan environmental object(s) within a real-world environment around or about said observation point(s) or region(s) comprises an infrared sensor.
9. The system for enhancing a user's view of claim 1 , wherein said hardware configured to scan environmental object(s) within a real-world environment around or about said observation point(s) or region(s) comprises a RADAR system.
10. The system for enhancing a user's view of claim 1 , wherein said hardware configured to project collimated electromagnetic radiation onto at least one of said environmental object(s) comprises masking sub-unit(s).
11. The system for enhancing a user's view of claim 10 , wherein said hardware configured to project collimated electromagnetic radiation onto at least one of said environmental object(s) comprises system-actuable leaves.
12. The system for enhancing a user's view of claim 1 , wherein the system is configured to add margins of shading around at least one of said first area(s).
13. The system for enhancing a user's view of claim 12 , wherein the system is configured to expand, contract and/or relocate said margins of shading.
14. The system for enhancing a user's view of claim 1 , wherein the system is configured to allow said user to set said observation point(s) or region(s) by using a device(s) and/or control(s) comprised in a passenger-carrying vehicle.
15. The system for enhancing a user's view of claim 14 , wherein the device(s) and/or control(s) is a device that also controls a function of a motor vehicle other than said setting said observation point(s) or region(s).
16. The system for enhancing a user's view of claim 1 , wherein the system paints at least part of at least one of said real-world object(s) with electromagnetic radiation based on potential danger posed by said real-world object(s).
17. The system for enhancing a user's view of claim 16 , wherein said potential danger posed by an object is a probability that said real-world object(s) will collide with a motor vehicle comprising or comprised in said system.
18. The system for enhancing a user's view of claim 17 , wherein said motor vehicle is an autonomous or semi-autonomous motor vehicle and comprises an anti-collision subsystem.
19. The system for enhancing a user's view of claim 17 , wherein said motor vehicle periodically tests performance characteristics of said motor vehicle creating and/or altering automotive performance-related information related to said motor vehicle, and wherein the system is configured to actuate motor vehicle driving control(s) and/or said hardware configured to project collimated electromagnetic radiation based on said performance-related information.
20. A method for enhancing a user's view, comprising the following steps:
providing a device for enhancing a user's view, comprising:
hardware configured to define observation point(s) or region(s); and
hardware configured to reduce light transmission through one or more first area(s) of a screen to reduce light at said observation point(s) or region(s), based on whether said light transcends a threshold limit of luminance at said observation point(s) or region(s);
hardware configured to scan environmental object(s) within a real-world environment around or about said observation point(s) or region(s);
hardware configured to project collimated electromagnetic radiation onto at least one of said environmental object(s).