Adjustable front assembly in head-mounted display
Embodiments relate to adjustable arms in a head-mounted display. Each adjustable arm includes three separate links that are configured to allow a user to move a front end assembly in numerous ways in order to promote eye relief. Each adjustable arm is composed of a front end assembly link, an interlink, and a back end assembly link. These three links connect to each other in a rotatable manner, allowing a user to adjust the front end assembly into a position that provides the greatest degree of eye relief.
1. A head-mounted display, comprising:
a front end assembly located at a front portion of the head-mounted display;
a back end assembly located behind the front end assembly, wherein the back end assembly includes a facial interface assembly attached to a rear portion of the back end assembly, the facial interface assembly contoured to contact a user's face; and
a first adjustable arm between the front end assembly and the back end assembly, the first adjustable arm comprising:
a front end assembly link attached to the front end assembly to adjust tilting of the front end assembly relative to the back end assembly,
a back end assembly link rotatably coupled to the back end assembly, and
an interlink having an end coupled to the front end assembly link and another end rotatably coupled to the back end assembly link, the interlink adjusting a height of the front end assembly relative to the back end assembly.
2. The head-mounted display of claim 1 , wherein the front end assembly includes display panels located on an inside of the front end assembly, the display panels aligned with a user's field of vision by adjusting the first adjustable arm.
3. The head-mounted display of claim 1 , wherein the front end assembly link is fixed relative to the front end assembly.
4. The head-mounted display of claim 1 , wherein the back end assembly further comprises:
a cage attached to a front of the facial interface assembly, the cage enclosing a user's eyes when the head-mounted display is worn by the user; and
a first guiding track on which an end of the back end assembly link slides.
5. The head-mounted display of claim 4 , wherein the back end assembly link includes a bolt extending from an inside surface of the back end assembly link, the bolt configured to fit within the first guiding track.
6. The head-mounted display of claim 4 , further comprising a second guiding track on which an end of a second adjustable arm slides, the second adjustable arm coupled between the front end assembly and the back end assembly at a side of opposite to the first adjustable arm.
7. The head-mounted display of claim 6 , wherein the second adjustable arm comprises:
another front end assembly link attached to the front end assembly to adjust tilting of the front end assembly relative to the back end assembly,
another back end assembly link attached to the back end assembly, and
another interlink having an end coupled to the other front end assembly link and another end rotatably coupled to the other back end assembly link.
8. An adjustable arm of a head-mounted display, comprising:
a front end assembly link attached to a front end assembly at a front portion of the head-mounted display to adjust tilting of the front end assembly relative to a back end assembly, wherein the front end assembly link is fixed relative to the front end assembly;
a back end assembly link rotatably coupled to the back end assembly; and
an interlink that rotatably connects the front end assembly link and the back end assembly link, the interlink adjusting a height of the front end assembly relative to the back end assembly.
9. The adjustable arm of claim 8 , wherein the front end assembly is located at the front of the head-mounted display and the back end assembly is located behind the front end assembly.
10. The adjustable arm of claim 8 , wherein the front end assembly includes display panels located on an inside of the front end assembly, the display panels configured to align with a user's field of vision by adjusting the adjustable arm.
11. The adjustable arm of claim 8 , wherein the back end assembly link includes a bolt extending from an inside surface of the back end assembly link, the bolt configured to fit within a first guiding track formed in the back end assembly.