Head mounted display, and near-to-eye display method

Abstract

The present disclosure provides a head mounted display includes a display assembly to display a compensated image, an imaging assembly to modulate the compensated image into a near-to-eye image and projects the near-to-eye image to a user's eye, a driving device connects with the imaging assembly for adjusting a position of the imaging assembly, an eye tracking device to obtain an outline image of the eye, and a processor. The processor electrically connects with the eye tracking device and the driving device to calculate a gaze position of the eye on the display assembly according to the outline image, and is used to transmit a control signal to the driving device to make the driving device adjust a position of the imaging assembly according to the control signal, so that an optical axis of the image module coincides with the gaze position. The processor also electrically connects with the display assembly to generate the compensated image centered on the gaze position. The present disclosure also provides a near-to-eye display method.