A goggle system for providing a personal media viewing experience to a user is provided. The goggle system may include an outer cover, a mid-frame, optical components for generating the media display, and a lens on which the generated media displayed is provided to the user. The goggle system, or head mounted display may have any suitable appearance. For example, the goggle system may resemble ski or motorcycle goggles. To enhance the user's comfort, the goggle system may include breathable components, including for example breathable foam that rests against the user's face, and may allow the user to move the display generation components for alignment with the user's eyes. In some embodiments, the goggle system may include data processing circuitry operative to adjust left and right images generated by the optical components to display 3-D media, or account for a user's eyesight limitations.

Head mounted display

A head mounted display device comprises a frame, an image display unit, an extension member and a retaining mechanism. The frame includes a front part, a connection part and a temple part. The front part is mountable on a user's nose and extends in a right-and-left direction in front of the user's eye. The connection part is fixed to at least one edge portion of right and left side edges of the front part and extends in a rearward direction from the one edge portion. The temple part is mountable on the user's ear and rotatably connected with the connection part around a rotation axis extending along an up-and-down direction. The image display unit includes an optical system and is configured to generate an image to be displayed for the user. The extension member extends in a forward direction from the one edge portion. The retaining mechanism is configured to detachably retain the image display unit in the extension member.

Head-mounted display device

The utility model discloses embodiment discloses a head -mounted display, include: be used for wearing user's head wear frame and two perspective type leaded light components, each perspective type leaded light component has a concave surface, the concave surface is towards user's eyes setting, get into user's left eye via a first light of having a X -rayed the concave surface reflection of type leaded light component to and via another right side eye of having a X -rayed second light entering user of the concave surface reflection of type leaded light component, with the vision of the virtual scene of formation 3D, wherein, first light contains left eye virtual image information, and second light contains right side eye virtual image information. The first light that concave surface through two perspective type leaded light components will contain left eye virtual image information more reflects the eyes that get into the user respectively with the second light that contains right side eye virtual image information, and in addition, the user also can see through perspective type leaded light component see external true scene to form the visual sensation who mixes virtual scene of 3D and true scene.

Head-mounted display

A head mounted device padding system includes a pad having an interior side and an exterior side. The interior side of the pad has a substantially concave first curvature about a first axis of the pad, and a substantially convex second curvature about a second axis of the pad.

Head mounted audio-visual display system

PURPOSE: A head mounted display is provided, which is worn conveniently and has a low fabrication cost with a simple structure, and reduces fatigue of eyes as assuring a visual field CONSTITUTION: According to the head mounted display, an optical signal output part(10) is connected to a video device and converts a video signal from the video device into an optical signal and then outputs it And a lens part(20) has a plurality of film layers which are arranged on an optical signal output path of the optical signal output part and are stacked each other, and a reflector(23) which is intervened in each film layer and has a fixed reflection angle for the optical signal to converge to eyes of a user The reflection angle of the reflector becomes smaller as going to a film layer arranged outermost from the film layer adjacent to the eyes The optical signal output part is a LCOS(Liquid Crystal On Silicon) or a GLV(Grating Light Valve)

Seung Yup Lee

Papers

Head mount display

Keyboard for portable terminals