3D image capture method and system
AssigneeWistron Corporation
InventorsYao-Tsung Chang, Chuan-Yen Kao
Life of this patent
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Abstract
A 3D image capture method includes selecting a plurality of different pairs of image capture devices, of which distance errors relevant to an object are determined, the distance error being a distance between a measured position and a real position of the object; selecting a pair of image capture devices with a minimum distance error; and obtaining 3D information according to spacing and angles of view of the selected pair of image capture devices.
Claims18
A three-dimensional (3D) image capture method, comprising:
- selecting a plurality of different pairs of image capture devices, at least one pair of which being used to capture images of an object, according to which a measured position of the object is obtained, and a distance between the measured position of the object and a real position of the object is defined as a distance error;
- selecting a pair of image capture devices with a minimum distance error;
- and
- obtaining 3D information according to spacing and angles of view of the selected pair of image capture devices.
A three-dimensional (3D) image capture system, comprising:
- at least three visible light image capture devices;
- and
- a processor that controls the at least three image capture devices to capture images, according to which 3D information is obtained;
- wherein the at least three image capture devices are paired into a plurality of different pairs of image capture devices, at least one pair of which being used to capture images of an object, according to which a measured position of the object is obtained, a distance between the measured position of the object and a real position of the object is defined as a distance error, a pair of image capture devices with a minimum distance error is selected, and 3D information is accordingly obtained.
A three-dimensional (3D) image capture system, comprising:
- at least two visible light image capture devices;
- a position adjusting device for adjusting a position of at least one of said at least two image capture devices;
- and
- a processor that controls the position adjusting device and the at least two image capture devices to capture images, according to which 3D information is obtained;
- wherein the at least two image capture devices are adjusted and paired into a plurality of different pairs of image capture devices, at least one pair of which being used to capture images of an object, according to which a measured position of the object is obtained, a distance between the measured position of the object and a real position of the object is defined as a distance error, a pair of image capture devices with a minimum distance error is selected, and 3D information is accordingly obtained.
A three-dimensional (3D) image capture system, comprising:
- an infrared (IR) scan projector that projects IR rays;
- at least two IR image capture devices;
- and
- a processor that controls the at least two image capture devices to capture images, according to which 3D information is obtained;
- wherein the at least two image capture devices are paired in companion with the IR scan projector into a plurality of different pairs of image capture devices, at least one pair of which being used to capture images of an object, according to which a measured position of the object is obtained, a distance between the measured position of the object and a real position of the object is defined as a distance error, a pair of image capture devices with a minimum distance error is selected, and 3D information is accordingly obtained.
A three-dimensional (3D) image capture system, comprising:
- an infrared (IR) scan projector that projects IR rays;
- at least one IR image capture device;
- a position adjusting device for adjusting a position of at least one of said at least one image capture device;
- and
- a processor that controls the position adjusting device and the at least one image capture device to capture images, according to which 3D information is obtained;
- wherein the at least one image capture device is adjusted and paired in companion with the IR scan projector into a plurality of different pairs of image capture devices, at least one pair of which being used to capture images of an object, according to which a measured position of the object is obtained, a distance between the measured position of the object and a real position of the object is defined as a distance error, a pair of image capture devices with a minimum distance error is selected, and 3D information is accordingly obtained.
Dependencies are inferred from the claim text.