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기록

METHODS AND SYSTEMS FOR TRACKING EYE MOVEMENT IN VISION TESTS IN VIRTUAL ENVIRONMENTS

발명심사 중
20청구항 · 3 독립항
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개요

발명자

Steven LEE; Julia ZHEN; ChyrSong TING; Sophia MOH; Matthew James GOLINO; Justin Paul DEMPSEY; Jeffrey Joseph FILLINGHAM

IPC 분류

A61B 3/32A61B 3/A61B 3/113G6T 7/G6T 7/20G6T 7/70

CPC 분류

A61B3/32A61B3/25A61B3/5A61B3/113G6T7/14G6T7/20G6T7/70G6T2200/24G6T2207/10016G6T2207/20081G6T2207/20132G6T2207/30041G6T2207/30196G6T2207/30241

This application is directed to tracking eye positions in a vision test in a virtual reality (VR) environment. An electronic device includes a head-mounted display (HMD) and a camera. The electronic device executes a user application configured to enable a virtual vision test, and generates a VR user interface corresponding to a three-dimensional (3D) virtual environment. The electronic device focuses the camera on an eye area of a user wearing the electronic device, and displays, on the user interface, a visual stimulus corresponding to the virtual vision test. While displaying the visual stimulus, in real time, the electronic device captures a sequence of eye images using the camera, determines eye movement information including a temporal sequence of eyeball positions based on the sequence of eye images, and compares the visual stimulus and the eye movement information to determine an eye health condition.

원문 (중국어)

This application is directed to tracking eye positions in a vision test in a virtual reality (VR) environment. An electronic device includes a head-mounted display (HMD) and a camera. The electronic device executes a user application configured to enable a virtual vision test, and generates a VR user interface corresponding to a three-dimensional (3D) virtual environment. The electronic device focuses the camera on an eye area of a user wearing the electronic device, and displays, on the user interface, a visual stimulus corresponding to the virtual vision test. While displaying the visual stimulus, in real time, the electronic device captures a sequence of eye images using the camera, determines eye movement information including a temporal sequence of eyeball positions based on the sequence of eye images, and compares the visual stimulus and the eye movement information to determine an eye health condition.