SPATIAL INPUT OPERATION DISPLAY APPARATUS
First Claim
1. A spatial input motion display apparatus comprising:
- a camera;
a shape data storing section that stores shape data in advance;
a movement data storing section that stores movement data in advance;
an image data storing section that stores image data in advance;
a shape recognizing section that recognizes a shape of an object by comparing an image from the camera with the shape data stored in the shape data storing section, selects the shape data most similar to the shape of the object and outputs that differential data and positional information about whether or not the shape data is located in a predetermined position in the image;
a recognition data storing section that stores the differential data in the shape recognizing section and the positional information;
a motion recognizing section that recognizes or predicts a movement pattern by comparing the differential data stored in the recognition data storing section with the movement data stored in the movement data storing section;
a control section that outputs image information about selection of the image to be generated, along with process information, including rotation, enlargement and reduction, based on the movement pattern information in the motion recognizing section and the positional information in the recognition data storing section;
an image generating section that generates the image by selecting the image data stored in the image data storing section based on the image information and processing of the selected image data, including rotation and enlargement; and
a display section that displays, in space, the image generated by the image generating section.
1 Assignment
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Accused Products
Abstract
A spatial input operation display apparatus providing a user interface allowing input operations inside a space without requiring hands or fingers to be stopped in space, and not requiring a physical shape or space. The spatial input operation display apparatus is provided with a shape identifying portion (102) for recognizing shapes by comparing images obtained by a camera (101) with data stored in a shape data storing portion (103), an operation identifying portion (105) for identifying and anticipating motion patterns by comparing differential vector data of data identified by the shape identifying portion (102) with differential vector data stored in a motion data storing portion (106), a controller (107) for outputting image data based on motion pattern data of the operation identifying portion (105) and position data of an identified data storing portion (104), an image generating portion (108) for generating images by performing processes including rotation and expansion based on selected image data, and a display portion (109) for displaying the generated images to a space.
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Citations
9 Claims
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1. A spatial input motion display apparatus comprising:
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a camera; a shape data storing section that stores shape data in advance; a movement data storing section that stores movement data in advance; an image data storing section that stores image data in advance; a shape recognizing section that recognizes a shape of an object by comparing an image from the camera with the shape data stored in the shape data storing section, selects the shape data most similar to the shape of the object and outputs that differential data and positional information about whether or not the shape data is located in a predetermined position in the image; a recognition data storing section that stores the differential data in the shape recognizing section and the positional information; a motion recognizing section that recognizes or predicts a movement pattern by comparing the differential data stored in the recognition data storing section with the movement data stored in the movement data storing section; a control section that outputs image information about selection of the image to be generated, along with process information, including rotation, enlargement and reduction, based on the movement pattern information in the motion recognizing section and the positional information in the recognition data storing section; an image generating section that generates the image by selecting the image data stored in the image data storing section based on the image information and processing of the selected image data, including rotation and enlargement; and a display section that displays, in space, the image generated by the image generating section. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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Specification