Mobile device, and image processing method for mobile device
First Claim
1. A mobile device comprising:
- a see-through display unit;
a back cover;
a first optical unit arranged between the see-through display unit and the back cover, and configured to capture a first optical detection result along a first optical path, the first optical path passing through an active region of the see-through display unit; and
a processing unit coupled to the first optical unit and the see-through display unit, wherein the processing unit is configured to;
in response to the first optical unit is triggered to capture the first optical detection result, determine a first portion on the see-through display unit according to the first optical path;
control the first portion of the see-through display unit to be transparent while capturing the first optical detection result or adjusting the first optical detection result according to display contents within the first portion on the see-through display unit;
detect a plurality of pixel values or light strength of the display contents within the first portion on the see-through display unit; and
subtract the detected pixel values or the detected light strength of the display contents within the first portion on the see-through display unit from a plurality of pixel values of the first optical detection result respectively to form a first processed optical detection result.
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Accused Products
Abstract
A mobile device includes a see-through display unit, a back cover, a first optical unit and a processing unit. The first optical unit is arranged between the see-through display unit and the back cover, and is configured to capture a first optical result along a first optical path, which passing through an active region of the see-through display unit. The processing unit is coupled to the first optical unit and the see-through display unit. The processing unit is configured to determine a first portion on the see-through display unit according to the first optical path in response to the first optical unit is triggered to capture the first optical result, and control the first portion of the see-through display unit to be transparent while capturing the first optical detection result or adjusting the first optical detection result according to display contents within the first portion on the see-through display unit.
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Citations
15 Claims
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1. A mobile device comprising:
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a see-through display unit; a back cover; a first optical unit arranged between the see-through display unit and the back cover, and configured to capture a first optical detection result along a first optical path, the first optical path passing through an active region of the see-through display unit; and a processing unit coupled to the first optical unit and the see-through display unit, wherein the processing unit is configured to; in response to the first optical unit is triggered to capture the first optical detection result, determine a first portion on the see-through display unit according to the first optical path; control the first portion of the see-through display unit to be transparent while capturing the first optical detection result or adjusting the first optical detection result according to display contents within the first portion on the see-through display unit; detect a plurality of pixel values or light strength of the display contents within the first portion on the see-through display unit; and subtract the detected pixel values or the detected light strength of the display contents within the first portion on the see-through display unit from a plurality of pixel values of the first optical detection result respectively to form a first processed optical detection result. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. An image processing method, suitable for a mobile device comprising a see-through display unit and a first optical unit arranged behind the see-through display unit and configured to generate a first optical detection result along a first optical path through the see-through display unit, the image processing method comprising:
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extracting a first portion of display contents on the see-through display unit when the first optical unit captures the first optical detection result; forming a first processed optical detection result by processing the first optical detection result with the first portion of the display contents displayed on the see-through display unit; and inputting the first processed optical detection result to an application corresponding to the first optical unit; wherein the step of forming the first processed optical detection result by processing the first optical detection result with the first portion of the display contents displayed on the see-through display unit comprises; detecting a plurality of pixel values or a light strength of the first portion of the display contents on the see-through display unit; and subtracting the detected pixel values or the detected light strength of the first portion of the display contents on the see-through display unit from a plurality of pixel values of the first optical detection result respectively to form the first processed optical detection result. - View Dependent Claims (9, 10, 11)
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12. An image processing method, suitable for a mobile device comprising a see-through display unit, a first optical unit arranged behind the see-through display unit and configured to generate a first optical detection result along a first optical path through the see-through display unit, and a second optical unit arranged behind the see-through display unit and configured to generate a third optical detection result along a second optical path through the see-through display unit, the image processing method comprising:
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displaying display contents on the see-through display unit; in response to the first optical unit is triggered to capture the first optical detection result, determining a first portion on the see-through display unit according to the first optical path; controlling the first portion of the see-through display unit to be transparent while capturing the first optical detection result; determining whether the first optical unit captures the first optical detection result or the second optical unit captures the third optical detection result; in response to the first optical unit receives the first optical detection result, controlling the first portion of the see-through display unit to be transparent, and in response to the second optical unit receives a second optical detection result, controlling a second portion of the see-through display unit to be transparent. - View Dependent Claims (13, 14, 15)
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Specification