Abstract: A display device includes: a display unit that displays various types of images; and a browser that allows display of plural display screens showing WEB content in the display unit, wherein the browser executes processing of managing an execution state of a process corresponding to each of the display screens displayed in the display unit, determining a display screen in a state of processing continuation under management as a continuous display screen, and selecting a display screen not in the state of processing continuation as a cancel target screen in closing at least one of the plural display screens displayed in the display unit, and closing the display screen selected as the cancel target screen.

Abstract: A data processing apparatus includes a browsing portion to execute a process of the type corresponding to a gesture event, a mouse event generating portion to generate a mouse event including positional information indicating the position detected by a position detecting portion, and a gesture event determining portion to determine one of gesture events on the basis of the mouse event(s). The browsing portion includes a display image generating portion operable, when content includes a description for displaying an embedded image generated as an application program is executed, to generate a display image with the embedded image arranged in an embedded area, and a selecting portion operable, when the position indicated by one of the mouse event(s) from which the gesture event has been determined falls within the embedded area, to select either the gesture event or the mouse event(s) on the basis of the type of the gesture event.

Abstract: A plurality of users of an on-demand bus each use an information terminal device to transmit, as a request, to an operation management center, reservation information including a desired boarding location at which to get on the bus, a desired boarding time, a boarding allowable additional time period for designating a desired boarding time slot, a desired drop-off location at which to get off the bus, a desired drop-off time, and a drop-off allowable additional time period for designating a desired drop-off time slot.

Abstract: A data processing apparatus includes a position detecting portion capable of detecting a position designated by a user, and a control portion which includes a content displaying portion to display a display area of content and a gesture event determining portion to determine a gesture event. The content displaying portion includes a display image generating portion, and a display control portion to display the display image. The display image generating portion includes a state storing portion to store state information for specifying the display area at a time point of start of a gesture period, and a prioritized displaying portion operable, when a first gesture event changing the display area and a second gesture event not changing the display area are determined during the gesture period, to generate a display image for displaying the display area specified by the state information, on the basis of the second gesture event.

Abstract: An operation management center uses desired provision content and desired provision time of a commodity or service to determine a first operation schedule in which a user is moved to a location at which the commodity or the service is to be provided or a second operation schedule in which the commodity or the service is moved to a location at which the provision of the commodity or the service is to be received by the user. The center determines the first operation schedule or the second operation schedule so as to satisfy the desired provision time desired by the user.

Abstract: An image processing apparatus includes a display portion, a touch panel, and a control portion. The control portion includes a touch event generating portion to output a touch event indicating a position detected by the touch panel, a gesture event determining portion to determine a gesture event on the basis of a set of touch events continuously output from the touch event generating portion, an application portion operable, when receiving process identification information, to perform a process corresponding to the process identification information, an association portion operable, at the stage when an application program is installed, to associate each of a plurality of types of processes determined by the application program with one of gesture events, a process specifying portion to specify the process associated with the gesture event determined, and an operation notification portion to output the process identification information of the specified process to the application portion.

Abstract: An image forming apparatus comprising: an e-paper storage that loads one or more sheets of e-paper; a first transmitter that transmits a target image to the one or more sheets of e-paper loaded on the e-paper storage; a detector that detects when the target image is seen via any of the one or more sheets of e-paper; a judgment portion that judges whether or not the number of sheets of e-paper via which the target image has been seen reaches the number of copies specified; and a request transmitter that, if the number of sheets of e-paper via which the target image has been seen reaches the number of copies specified while any of the one or more sheets of e-paper still remains in the e-paper storage without being seen, transmits a request to delete the target image to the remaining sheet of e-paper.

Abstract: A data processing apparatus includes a position detecting portion capable of detecting a position designated by a user, and a control portion which includes a content displaying portion to display a display area of content and a gesture event determining portion to determine a gesture event. The content displaying portion includes a display image generating portion, and a display control portion to display the display image. The display image generating portion includes a state storing portion to store state information for specifying the display area at a time point of start of a gesture period, and a prioritized displaying portion operable, when a first gesture event changing the display area and a second gesture event not changing the display area are determined during the gesture period, to generate a display image for displaying the display area specified by the state information, on the basis of the second gesture event.

Abstract: A data processing apparatus includes a browsing portion to display a display area of content on a display portion, and a gesture event determining portion to determine a gesture event on the basis of position(s) designated by a user on a display surface of the display portion. The browsing portion includes a display area determining portion to determine a display area on the basis of the gesture event, a capture area determining portion to determine a capture area including the display area, a captured image generating portion to generate a captured image corresponding to the capture area on the basis of the content, a temporary memory control portion to temporarily store the captured image, a display image generating portion to generate a display image corresponding to the display area on the basis of the captured image, and a display control portion to display the display image on the display portion.

Abstract: A data processing apparatus includes a browsing portion to execute a process of the type corresponding to a gesture event, a mouse event generating portion to generate a mouse event including positional information indicating the position detected by a position detecting portion, and a gesture event determining portion to determine one of gesture events on the basis of the mouse event(s). The browsing portion includes a display image generating portion operable, when content includes a description for displaying an embedded image generated as an application program is executed, to generate a display image with the embedded image arranged in an embedded area, and a selecting portion operable, when the position indicated by one of the mouse event(s) from which the gesture event has been determined falls within the embedded area, to select either the gesture event or the mouse event(s) on the basis of the type of the gesture event.

Abstract: An image processing apparatus includes a display portion, a touch panel, and a control portion. The control portion includes a touch event generating portion to output a touch event indicating a position detected by the touch panel, a gesture event determining portion to determine a gesture event on the basis of a set of touch events continuously output from the touch event generating portion, an application portion operable, when receiving process identification information, to perform a process corresponding to the process identification information, an association portion operable, at the stage when an application program is installed, to associate each of a plurality of types of processes determined by the application program with one of gesture events, a process specifying portion to specify the process associated with the gesture event determined, and an operation notification portion to output the process identification information of the specified process to the application portion.

Abstract: An image forming apparatus comprising: an e-paper storage that loads one or more sheets of e-paper; a first transmitter that transmits a target image to the one or more sheets of e-paper loaded on the e-paper storage; a detector that detects when the target image is seen via any of the one or more sheets of e-paper; a judgment portion that judges whether or not the number of sheets of e-paper via which the target image has been seen reaches the number of copies specified; and a request transmitter that, if the number of sheets of e-paper via which the target image has been seen reaches the number of copies specified while any of the one or more sheets of e-paper still remains in the e-paper storage without being seen, transmits a request to delete the target image to the remaining sheet of e-paper.

Abstract: A cooperative image processing system comprises an image processing apparatus and a portable information apparatus; the image processing apparatus comprises: a file creator that creates a file; a transmitter that transmits the file to the portable information apparatus; and a log information generator that generates log information of the image processing apparatus which includes a transmission history; the portable information apparatus comprises: a display; one or more processors; a cooperation portion that shows on the display an operation screen; transmits user instructions entered through the operation screen, to the image processing apparatus; receives the file in exchange for the user instructions; and transfers the file to any one of the one or more processors; a log information obtaining portion that obtains: the log information of the image processing apparatus and that of the portable information apparatus; and a log information manager that consolidates the log information of both of them.

Abstract: An image display apparatus includes a storage portion to store application data and reduced image data thereof, in association with each other, a position detection portion to detect a position designated by the user on a display surface of a display portion, an enlargement operation detection portion to detect an enlargement operation, a first image display portion to display a first display image generated from the reduced image data as a preview image, a process target determination portion to determine process target data from the reduced image data and the application data, based on a magnification set based on the amount of operation in the enlargement operation, a second display image generation portion to generate a second display image based on the process target data, in response to the enlargement operation being detected, and a second image display portion to display the second display image as a preview image.

Abstract: In a mold for continuously casting a round billet with a curved type continuous casting apparatus, assuming that D0 (m) is an inner diameter at a lower mold edge and R0 (m) is a curvature radius of an outer curvature side at the lower mold edge, when a rate of change Tp (%/m) in mold inner diameter per unit length along a casting direction is expressed by Formula 1, and when a rate of change Rp (%/m) in curvature radius of an outer curvature side per unit length along the casting direction is expressed by Formula 2, the rate of change Tp in mold inner diameter and the rate of change Rp in curvature radius satisfy a relationship expressed by Formula 3; Tp=(1/D0)×(dD/dx)×100(%/m)??Formula 1 Rp=(1/R0)×(dR/dx)×100(%/m)??Formula 2 where D in Formula 1 is a mold inner diameter at a distance x away from an upper mold edge and R in Formula 2 is a curvature radius of the outer curvature side at the distance x, Rp=(Tp/2)×(D0/R0)??Formula 3 Uniform and good contact is obtained between the billet and a mold inner pe

Abstract: When an image of content reproduced by a first reproduction device is shot, a content display support device obtains the shot image and positional information that specifies the position and orientation of a shooting device. The content display support device generates combination content by visualizing and embedding the positional information in the shot image and transmits the combination content to a second reproduction device. A portable terminal obtains the positional information from an image obtained by shooting the combination content reproduced by the second reproduction device. The portable terminal requests supplementary information by transmitting the positional information to the content display support device. The supplementary information associated with the positional information is transmitted from the content display support device to the portable terminal and displayed at the portable terminal.

Abstract: An image processing apparatus includes an operation panel as an example of a touch panel and a display device, as well as CPU as an example of a processing unit for performing processing based on a contact. CPU includes a first identifying unit for identifying a file to be processed, a second identifying unit for identifying an operation to be executed, a determination unit for determining whether or not the combination of the file and operation as identified is appropriate, and a display unit for displaying a determination result. In the case where one of the identifying units previously detects a corresponding gesture to identify the file or the operation, and when a gesture corresponding to the other identifying unit is detected next, then the determination result is displayed on the display device before identification of the file or the operation is completed by the gesture.

Abstract: Apparatus and methods are described for assisting a requestor to identify and reserve a resource that meets the need of the requestor's request. For example, a request can be augmented using augmentation data, such as current position and requestor preferences, and resources are located and ranked according to their match against the augmented request. A person who is the requestor may engage in another attention demanding task, such as driving a car, while resources well matched to preferences are located. Preference data may be determined from social network data, a preference file, and/or other sources.

Abstract: An information terminal capable of transmitting a file to another device includes a display unit; a storage unit for storing a relationship between an image and a transmission destination; a designation unit for designating the image as a standby image of the display unit; an operation unit for receiving an operation to instruct transmission of the file; and a processing unit for performing a process of transmitting the file to another device in accordance with the operation. The processing unit performs a process of specifying, as a transmission destination of the file, the transmission destination related to the image set as the standby image in the display unit at a time when the operation unit receives the operation, for transmitting the file.

Abstract: In a mold for casting a billet with a curved type continuous casting apparatus, D0 (m) is an inner diameter at a lower mold edge and R0 (m) is a curvature radius of an outer curvature side at the lower mold edge. When a rate of change Tp (%/m) in mold inner diameter per unit length along a casting direction is Tp=(1/D0)×(dD/dx)×100 (%/m), and when a rate of change Rp (%/m) in curvature radius of an outer curvature side per unit length along the casting direction is Rp=(1/R0)×(dR/dx)×100 (%/m), the rate of change Tp in mold inner diameter and the rate of change Rp in curvature radius satisfy a relationship expressed Rp=(Tp/2)×(D0/R0), where D is a mold inner diameter at a distance x away from an upper mold edge and R in Formula 2 is a curvature radius of the outer curvature side at the distance x.