Display device

A display device, comprising:

• a display including a first display region emitting a first bundle of rays and a second display region emitting a second bundle of rays;
• an optical unit including a first emission region transmitting the first bundle of rays and a second emission region transmitting the second bundle of rays;
• and
• a reflector which reflects at least a portion of the first bundle of rays and at least a portion of the second bundle of rays, the reflector including a first reflection region reflecting the at least a portion of the first bundle of rays, and a second reflection region reflecting the at least a portion of the second bundle of rays,
• wherein the optical unit forms a first focal point of the first bundle of rays between the optical unit and the reflector and forms a second focal point of the second bundle of rays between the optical unit and the reflector,
• wherein a distance between the first emission region and the first reflection region is shorter than a distance between the second emission region and the second reflection region,
• wherein a first distance between the first focal point and the first reflection region is shorter than a second distance between the second focal point and the second reflection region,
• wherein
• the reflector includes a first reflective surface and a second reflective surface, the second reflective surface being tilted with respect to the first reflective surface,
• a center of the first reflection region is positioned on the first reflective surface, and
• a center of the second reflection region is positioned on the second reflective surface.

A display device, comprising:

• a display including a first display region emitting a first bundle of rays and a second display region emitting a second bundle of rays;
• an optical unit including a first emission region transmitting the first bundle of rays and a second emission region transmitting the second bundle of rays;
• and
• a reflector which reflects at least a portion of the first bundle of rays and at least a portion of the second bundle of rays, the reflector including a first reflection region reflecting the at least a portion of the first bundle of rays, and a second reflection region reflecting the at least a portion of the second bundle of rays,
• wherein the optical unit forms a first focal point of the first bundle of rays between the optical unit and the reflector and forms a second focal point of the second bundle of rays between the optical unit and the reflector,
• wherein a distance between the first emission region and the first reflection region is shorter than a distance between the second emission region and the second reflection region,
• wherein a first distance between the first focal point and the first reflection region is shorter than a second distance between the second focal point and the second reflection region,
• wherein the reflector transmits a portion of the first bundle of rays and a portion of the second bundle of rays.

A display device, comprising:

• a display including a first display region emitting a first bundle of rays and a second display region emitting a second bundle of rays;
• an optical unit including a first emission region transmitting the first bundle of rays and a second emission region transmitting the second bundle of rays;
• and
• a reflector which reflects at least a portion of the first bundle of rays and at least a portion of the second bundle of rays, the reflector including a first reflection region reflecting the at least a portion of the first bundle of rays, and a second reflection region reflecting the at least a portion of the second bundle of rays,
• wherein the optical unit forms a first focal point of the first bundle of rays between the optical unit and the reflector and forms a second focal point of the second bundle of rays between the optical unit and the reflector,
• wherein a distance between the first emission region and the first reflection region is shorter than a distance between the second emission region and the second reflection region,
• wherein a first distance between the first focal point and the first reflection region is shorter than a second distance between the second focal point and the second reflection region,
• wherein
• the reflector has a first surface and a second surface, the first surface being on a side of the optical unit the second surface being on a side opposite to the first surface, and
• the reflector transmits at least a portion of external light incident on the reflector from the second surface.

A display device, comprising:

• a display including a first display region emitting a first bundle of rays and a second display region emitting a second bundle of rays;
• an optical unit including a first emission region transmitting the first bundle of rays and a second emission region transmitting the second bundle of rays;
• and
• a reflector which reflects at least a portion of the first bundle of rays and at least a portion of the second bundle of rays, the reflector including a first reflection region reflecting the at least a portion of the first bundle of rays, and a second reflection region reflecting the at least a portion of the second bundle of rays,
• wherein the optical unit forms a first focal point of the first bundle of rays between the optical unit and the reflector and forms a second focal point of the second bundle of rays between the optical unit and the reflector,
• wherein a distance between the first emission region and the first reflection region is shorter than a distance between the second emission region and the second reflection region,
• wherein a first distance between the first focal point and the first reflection region is shorter than a second distance between the second focal point and the second reflection region,
• wherein the optical unit further includes a reflective member having a surface reflecting at least a portion of the first bundle of rays and at least a portion of the second bundle of rays.

A display device, comprising:

• a display including a first display region emitting a first bundle of rays and a second display region emitting a second bundle of rays;
• an optical unit including a first emission region transmitting the first bundle of rays and a second emission region transmitting the second bundle of rays;
• a reflector which reflects at least a portion of the first bundle of rays and at least a portion of the second bundle of rays, the reflector including a first reflection region reflecting the at least a portion of the first bundle of rays, and a second reflection region reflecting the at least a portion of the second bundle of rays;
• and
• a holder holding at least one of the reflector, the optical unit or the display, and the device being mountable to a head of a viewer,
• wherein the optical unit forms a first focal point of the first bundle of rays between the optical unit and the reflector and forms a second focal point of the second bundle of rays between the optical unit and the reflector,
• wherein a distance between the first emission region and the first reflection region is shorter than a distance between the second emission region and the second reflection region,
• wherein a first distance between the first focal point and the first reflection region is shorter than a second distance between the second focal point and the second reflection region.