Abstract: An electronic device includes a communication module configured to communicate with an external device having a battery capacity greater than a battery capacity of the electronic device, a display, and at least one processor. The processor is configured to control the communication module to transmit a communication start request to the external device, and in a case where the electronic device receives notification information from the external device, change an operation mode of the electronic device from a first mode to a second mode. The display performs displaying a normal operation of the electronic device in the first mode, and the display performs displaying based on the notification information in the second mode.

Abstract: A hand display control device includes a processor. The processor causes an oscillation circuit to output a first frequency signal or a second frequency signal to a first processing circuit that executes processing for operating a hand in response to the first frequency signal. The oscillation circuit outputs the first frequency signal or the second frequency signal by switching. The second frequency signal is higher in frequency than the first frequency signal. The processor controls whether to output the second frequency signal to a second processing circuit that performs previously determined certain processing in response to the second frequency signal. The processor controls the switching of the oscillation circuit depending on whether the certain processing is performed. The processor prohibits the first processing circuit from performing a specific operation of the hand while the second processing circuit is performing the certain processing.

Abstract: Provided is a communication device that includes a wireless communication receiver that performs, with an external device, a first wireless communication for acquiring first information concerning a moving distance of the communication device and a second wireless communication that possibly has collision with the first wireless communication, and a processor that specifies a moving distance correlation value related to the moving distance. The processor acquires an acceleration of the communication device, specifies the moving distance correlation value based on the first information that the wireless communication receiver acquires from the external device, and specifies the moving distance correlation value based on the acceleration of the communication device in a case determining that a first condition is present. In the first condition, acquisition of the first information from the external device is possibly interrupted by the collision more than predetermined.

Abstract: A controller includes a first transmission unit that transmits identification information designating one servo-motor from among the servo-motors, an operation detection unit that detects an operation aspect of the driving device that is caused by a movement of the drive section driven by the servo-motor which is operated by the drive controller based on the identification information transmitted by the first transmission unit, and a correspondence information generation unit that creates correspondence information indicating which servo-motor among the servo-motors the identification information transmitted by the first transmission unit corresponds to, based on the detected operation aspect.

Abstract: An imaging apparatus includes a first detecting unit configured to detect the trajectory of a first touch operation which is a touch operation which is performed while contact with a touch panel is kept, a setting unit configured to set a touch operation area having a shape according to the trajectory of the first touch operation detected, a second detecting unit configured to detect a second touch operation which is a touch operation on the set touch operation area, and an output control unit 10e configured to control content output on the basis of the detected second touch operation.

Abstract: A moving image generation system includes a plurality of image capture apparatuses respectively having an image capture unit and a CPU.

Abstract: A controller includes a first transmission unit that transmits identification information designating one servo-motor from among the servo-motors, an operation detection unit that detects an operation aspect of the driving device that is caused by a movement of the drive section driven by the servo-motor which is operated by the drive controller based on the identification information transmitted by the first transmission unit, and a correspondence information generation unit that creates correspondence information indicating which servo-motor among the servo-motors the identification information transmitted by the first transmission unit corresponds to, based on the detected operation aspect.

Abstract: A watching robot in the present invention includes an action detection unit that detects an action of a user, an action determination unit that determines an action of the watching robot based on the action of the user detected by the action detection unit, an action control unit that controls the watching robot to perform the action determined by the action determination unit, and an output unit that externally outputs information about the action of the watching robot determined by the action determination unit.

Abstract: A central control unit of a display control apparatus performs control for displaying an image in which one or more persons are included, in a first display area R1, designates a person part of the image to be displayed in the first display area R1, the person part including at least one person therein, according to a manipulation of a user, which is different from directly designating the at least one person, specifies the at least one person included in the designated person part of the image, acquires information relating to the specified at least one person, and performs control for displaying the acquired information relating to the at least one person in a second display area, the second display area being different from the first display area.

Abstract: A moving image generation system includes a plurality of image capture apparatuses respectively having an image capture unit and a CPU.

Abstract: A central control unit of a display control apparatus performs control for displaying an image in which one or more persons are included, in a first display area R1, designates a person part of the image to be displayed in the first display area R1, the person part including at least one person therein, according to a manipulation of a user, which is different from directly designating the at least one person, specifies the at least one person included in the designated person part of the image, acquires information relating to the specified at least one person, and performs control for displaying the acquired information relating to the at least one person in a second display area, the second display area being different from the first display area.

Abstract: A moving image generation system includes a CPU and memory storing programs which when executed by the CPU cause the CPU to perform: receiving a determination of whether a designated subject is present in each of a plurality of photographed frame images in moving images acquired by image capture devices that are disposed such that respective photographing areas thereof overlap; at certain timings, selectively clipping a subject-included image area from at least one of the photographed frame images, wherein the subject-included image area is a partial image area in which the subject is detected and included at a predetermined position and in a predetermined size in which all of the subject is provided and a predetermined margin can be provided around the subject; and coupling a plurality of selectively clipped image areas so as to generate a single moving image.

Abstract: An imaging apparatus includes a first detecting unit configured to detect the trajectory of a first touch operation which is a touch operation which is performed while contact with a touch panel is kept, a setting unit configured to set a touch operation area having a shape according to the trajectory of the first touch operation detected, a second detecting unit configured to detect a second touch operation which is a touch operation on the set touch operation area, and an output control unit 10e configured to control content output on the basis of the detected second touch operation.

Abstract: An output control apparatus, including: a touch panel to which a pressing operation is performed by a user; and a processor that is configured to: detect pressing amounts at a plurality of touch points which are simultaneously touched by a user on the touch panel; and perform control of switching an output part in a continuous content on the basis of a relationship between the detected pressing amounts at the respective touch points.

Abstract: A moving picture processing device detects a predetermined feature point existing in a frame of a moving picture, identifies a position of the frame, in which a changing state of the detected feature point in the moving picture shows a predetermined changing state, and causes the predetermined changing state, as a condition to identify the position of the frame, to be common to other moving pictures.

Abstract: An imaging apparatus of the present invention, which is capable of wireless communication, images a peripheral imaging apparatus from among a plurality of peripheral imaging apparatuses around the imaging apparatus; detects predetermined information by which identification information identifying the peripheral imaging apparatus is identifiable from within the imaging frames; identifies the identification information by analyzing the detected predetermined information; selects a peripheral imaging apparatus to be a target for predetermined processing from among the plurality of peripheral imaging apparatus by using the identified identification information; and performs the predetermined processing with the selected peripheral imaging apparatus via the wireless communication.

Abstract: A master camera sets temporary conditions at the time of executing photographing by a plurality of cameras, determines whether photographing by the plurality of cameras can be executed under the temporary conditions, sets actual conditions at the time of executing photographing by the plurality of cameras in accordance with this determination result, and executes control such that photographing by the plurality of cameras is executed under the actual conditions.

Abstract: A moving image generation system includes: acquiring a plurality of moving images acquired by performing continuous photography by a plurality of image capture units that is disposed so as to differentiate their photographing areas; detecting, by way of image recognition, from within each moving image acquired, a subject arbitrarily designated; according to each timing in the continuous photography, selects a moving image including a subject-included area in which the subject detected is included at a predetermined position or in a predetermined size, and clips an image within the subject-included area; and couples the plurality of images that is clipped in the order of photographing time to generate a single moving image.

Abstract: An imaging apparatus of the present invention, which is capable of wireless communication, images a peripheral imaging apparatus from among a plurality of peripheral imaging apparatuses around the imaging apparatus; detects predetermined information by which identification information identifying the peripheral imaging apparatus is identifiable from within the imaging frames; identifies the identification information by analyzing the detected predetermined information; selects a peripheral imaging apparatus to be a target for predetermined processing from among the plurality of peripheral imaging apparatus by using the identified identification information; and performs the predetermined processing with the selected peripheral imaging apparatus via the wireless communication.

Abstract: A master camera sets temporary conditions at the time of executing photographing by a plurality of cameras, determines whether photographing by the plurality of cameras can be executed under the temporary conditions, sets actual conditions at the time of executing photographing by the plurality of cameras in accordance with this determination result, and executes control such that photographing by the plurality of cameras is executed under the actual conditions.