Abstract: An operation teaching device used in operation teaching during movement and/or rotation operation of an object (2h) to adjust the object to a predetermined position and direction, including: a TOF type depth image camera (40) for obtaining three-dimensional shape information about the object; extraction means for extracting a feature region from the three-dimensional shape information acquired by the TOF type depth image camera (40) using a luminance image of the object obtained from information about light receiving intensity of the projection light, the projection light being reflected from the object and received with light receiving means; and generation means for generating information for the operation teaching by calculating a deviation between the three-dimensional shape information including the feature region of the object in the predetermined position and direction and the three-dimensional shape information including the feature region of the object in a current position and direction.

Abstract: An image data processing device including: a storage means configured to store a three-dimensional MRI image of a subject's head; a three-dimensional appearance image generation means configured to generate a three-dimensional appearance image of the head; an image generation means configured to perform positional alignment between the three-dimensional MRI image and the three-dimensional appearance image, and to generate a three-dimensional image of the head after the positional alignment; an after-movement image generation means configured to generate, when the subject's head has been moved, a three-dimensional subject's head image after the movement and the positional alignment; an operational object image generation means configured to generate an operational object image indicating a position of an operational object; and a display means configured to display the three-dimensional image of the subject's head after the movement and the operational object image in one image.

Abstract: An operation teaching device used in operation teaching during movement and/or rotation operation of an object (2h) to adjust the object to a predetermined position and direction, including: a TOF type depth image camera (40) for obtaining three-dimensional shape information about the object; extraction means for extracting a feature region from the three-dimensional shape information acquired by the TOF type depth image camera (40) using a luminance image of the object obtained from information about light receiving intensity of the projection light, the projection light being reflected from the object and received with light receiving means; and generation means for generating information for the operation teaching by calculating a deviation between the three-dimensional shape information including the feature region of the object in the predetermined position and direction and the three-dimensional shape information including the feature region of the object in a current position and direction.

Abstract: The present invention provides an image data processing device that is beneficial in order to reduce the patient's strain and botheration for the practitioner when performing the transcranial magnetic stimulation treatment, and a transcranial magnetic stimulation apparatus utilizing the image data processing device.

Abstract: A moving object measuring apparatus includes: a movement trajectory information acquisition portion that obtains movement trajectory information indicating a movement trajectory of a moving object from images included in two or more video sequences that are stored, for each of the two or more video sequences separately; a three-dimensional trajectory information acquisition portion that obtains three-dimensional trajectory information that is information of a three-dimensional trajectory of the moving object by using Visual Hulls Method, based on the movement trajectory information obtained by the movement trajectory information acquisition portion for each of the two or more video sequences separately and two or more camera parameters that are stored; and a three-dimensional trajectory information output portion that outputs the three-dimensional trajectory information.