Abstract: A control device is connected to a control-target machine and an imaging device (22). The control device includes a first receiver (41) to repetitively receive image data indicating an image captured by the imaging device (22) and containing a first timestamp indicating an elapsed time since a specific time in association with the image, a second receiver (42) to receive communication data related to a history of communication at the imaging device (22) and containing a second timestamp indicating an elapsed time since the specific time and transmission time data indicating a transmission time of transmitting the communication data, and a recorder (43) to cause storages (433, 44) to store association data on the basis of comparison between the first timestamp and the second timestamp that corresponds to the transmission time. The association data indicates a corresponding time corresponding to the first timestamp in association with the image.

Abstract: A mobile information terminal includes a display unit which displays a drawing screen, a touch panel which accepts operations by a user in the drawing screen and that includes a selection list region which displays picture components constituting candidates for input and a selection reflecting region which displays selected one(s) of the picture components, and a control unit which performs a first control to move a picture component displayed in the selection list region to the selection reflecting region based on a singular first operation that is performed in a first direction from the selection list region toward the selection reflecting region in a state in which the user is touching the picture component, and a second control to return the picture component to the selection list region again based on a singular second operation that is performed in a second direction opposite to the first direction in a state in which the user is touching the picture component.

Abstract: An image editing method includes: a setting region detection step (S14) of detecting a region (Ar1) that is set by an operator within an image display region (10); a graphic element identification step (S15) of identifying a graphic element within the region (Ar1) that is set; a graphic information extraction step (S16) of extracting information included in the graphic element identified; and a graphic aggregation determination step (S17) of grouping, into a graphic aggregation, a relevant graphic element based on the graphic information.

Abstract: This image receiving apparatus includes a communication portion capable of receiving content through a network, and a control portion controlling a menu display region on which a menu of the content is displayed and a content display region on which information of the content is displayed independently from each other and controlling a display portion to display the menu display region and the content display region.

Abstract: A display terminal device displays objects arranged in a virtual space on a display device. The display terminal device generates an object identifier indicating an object entered by a user such that the object identifier includes a user identifier. The generated object identifier is, along with the object, transmitted to a drawing device. The display terminal device saves an object and an object identifier received from the drawing device until receiving the transmitted object from the drawing device. A display screen of the display device is refreshed to display the object received from the drawing device.

Abstract: This image apparatus includes a communication portion connected to a comment information server through a network and a control portion acquiring a plurality of comment data from the comment information server at a time interval of at least a first time and controlling a display portion to display the acquired plurality of comment data while switching the comment data at a second time interval shorter than the first time.

Abstract: This image receiving apparatus includes a communication portion capable of receiving content through a network, and a control portion controlling a menu display region on which a menu of the content is displayed and a content display region on which information of the content is displayed independently from each other and controlling a display portion to display the menu display region and the content display region.

Abstract: The invention provides a vehicular navigation system which is capable of lowering the cost of detecting road data stored in order in the outgoing trip, using the road data as resources in the return trip, and determining a route meeting the requirements of the user. According to a vehicular navigation system of the invention, when a vehicle is traveling on a road having bidirectional data along an outgoing route from a starting point to a destination, a road on the opposite side of the road on which the vehicle is traveling is stored as return route data with a lowered cost of route determination. Such a storing operation is performed for each node passed by the vehicle. The return route data thus stored are used to determine a return route.