Head-mounted device with virtually shifted component locations using a double-folded light path

An electronic device, comprising:

• a housing;
• head-mounted support structures coupled to the housing;
• a lens in the housing;
• a user display in the housing that is configured to present an image to an eye box through the lens, wherein the user display comprises an array of pixels;
• an externally viewable display supported by the housing wherein the externally viewable display is at a first location spaced apart from the eye box;
• and
• an optical system supported by the housing that overlaps the externally viewable display, wherein the optical system has a double-folded light path that virtually shifts the externally viewable display toward the eye box to a second location that coincides with the eye box, and wherein the array of pixels of the user display is interposed between the first location and the second location.

An electronic device, comprising:

• a housing;
• head-mounted support structures coupled to the housing;
• an internally-viewable display mounted in the housing, wherein the internally-viewable display comprises an array of pixels;
• a lens in the housing through which an image is viewable from an eye box;
• an optical component in the housing;
• and
• an optical system in the housing at a first location that has a double-folded light path that virtually shifts the optical component toward the eye box from the first location to a second location, wherein the array of pixels is interposed between the first location and the second location, and wherein the optical component is interposed between the optical system and internally-viewable display.