Electronic apparatus and eye-gaze input method
AssigneeKYOCERA Corporation
InventorYasuhiro MIKI
Life of this patent
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Abstract
A mobile phone has a display etc. and detects an eye-gaze input based on a point of gaze of a user. The mobile phone performs predetermined processing relevant to an object if the eye-gaze input to the object displayed on the display is detected. If the point of gaze of the user is included to an area that displays a text of a digital book when a digital book application is performed, for example, a detection precision of the eye-gaze input is set in a low precision mode. On the other hand, when the point of gaze of the user is included to another area that does not display the text, the detection precision of the eye-gaze input is set in a high precision mode. Then, after the detection precision of the eye-gaze input is thus set, an eye-gaze of the user is detected.
Claims5
An electronic apparatus that detects an eye-gaze input that is an input based on a point of gaze of a user, comprising:
- a display module operable to display a screen including a specific area and an object display area in which an operating object is displayed;
- a processor operable to perform detection processing for detecting the eye-gaze input, the detection processing comprising;
- detecting the point of gaze of the user,
- setting a detection precision of the eye-gaze input in a first precision mode when the point of gaze of the user is included in the specific area, and
- setting the detection precision of the eye-gaze input in a second precision mode that the detection precision is higher than the first precision mode when the point of gaze of the user is included in the object display area.
An eye-gaze input method in an electronic apparatus that detects an eye-gaze input that is an input based on a point of gaze of a user, and comprises a display module operable to display a screen including a specific area and an object display area in which an operating object is displayed, and a processor operable to perform detection processing for detecting the eye-gaze input, the detection processing comprising steps of:
- setting a detection precision of the eye-gaze input in a first precision mode when the point of gaze of the user is included in the specific area;
- and
- setting the detection precision of the eye-gaze input in a second precision mode that the detection precision is higher than the first precision mode when the point of gaze of the user is included in the object display area.
Dependencies are inferred from the claim text.