Abstract: Provided is an inspection support system capable of improving work efficiency or work accuracy in inspection of structures. A self-traveling apparatus autonomously travels in response to a first travel command based on a first inspection image to a target position, and shoots photographing targets captured in the first inspection image to acquire a second inspection image; and an information processing apparatus extracts, from among the photographing targets captured in the second inspection image, a matched target that matches the photographing target captured in the first inspection image, and correlates the identification information that identifies, in an identifiable manner, the photographing targets that are captured in the first inspection image and are matched to the matched target, with the matched target.

Abstract: Provided is an inspection support system capable of improving work efficiency or work accuracy in inspection of structures. A self-traveling apparatus autonomously travels in response to a first travel command based on a first inspection image to a target position, and shoots photographing targets captured in the first inspection image to acquire a second inspection image; and an information processing apparatus extracts, from among the photographing targets captured in the second inspection image, a matched target that matches the photographing target captured in the first inspection image, and correlates the identification information that identifies, in an identifiable manner, the photographing targets that are captured in the first inspection image and are matched to the matched target, with the matched target.

Abstract: The gravity control apparatus (1) comprises: a first rotating body (10) that rotates along a first shaft (11a) as a result of being driven by a first driving device; a second rotating body (20) that rotates along a second shaft that is orthogonal to the first shaft (11a) within the region of rotation of the first rotating body (10) as a result of being driven by a second driving device; an accelerometer (40) that is set at any position on the second rotating body (20) and detects acceleration; and a control device (50) that controls driving by the first driving device and the second driving device. The control device (50) controls driving by the first driving device and the second driving device on the basis of acceleration data detected by the accelerometer (40).

Abstract: The gravity control apparatus (1) comprises: a first rotating body (10) that rotates along a first shaft (11a) as a result of being driven by a first driving device; a second rotating body (20) that rotates along a second shaft that is orthogonal to the first shaft (11a) within the region of rotation of the first rotating body (10) as a result of being driven by a second driving device; an accelerometer (40) that is set at any position on the second rotating body (20) and detects acceleration; and a control device (50) that controls driving by the first driving device and the second driving device. The control device (50) controls driving by the first driving device and the second driving device on the basis of acceleration data detected by the accelerometer (40).