Abstract:
The relaying device may generate a first type of image data selection screen data for causing the display unit of the image processing device to display a first type of image data selection screen having a first display pattern, in a case where the folder type information regarding the selected folder indicates that the selected folder is a first type of folder used for storing a first type of image data. The relaying device may generate a second type of image data selection screen data for causing the display unit of the image processing device to display a second type of image data selection screen having a second display pattern which is different from the first display pattern, in a case where the folder type information regarding the selected folder indicates that the selected folder is a second type of folder used for storing a second type of image data.
Abstract:
The relaying device may receive folder selecting instruction information from the image processing device. The relaying device may receive folder identifying information and image data identifying information from the server. The relaying device may generate first selection screen data, in a case where it is determined that one or more image data and one or more subfolders are stored in the selected folder. The relaying device may send the first selection screen data to the image processing device. The relaying device may generate second selection screen data in a case where accessing image selecting instruction information is received. The relaying device may send the second selection screen data to the image processing device. The relaying device may execute a process for causing the image processing device to acquire selected image data in a case where image data selecting instruction information is received from the image processing device.
Abstract:
A computer-readable recording device may store a computer program including instructions for causing a computer of a mobile device to operate as: (1) an image specifying module that specifies a plurality of partial images corresponding to a plurality of candidate devices within a taken image that is displayed by a display unit provided in the mobile device, and (2) a communication controlling module that controls a communication unit configured to communicate using a wireless network such that the communication unit communicates with a candidate device corresponding to the partial image, in a case where an operation unit configured to receive an operation on the mobile device by a user receives a selection of the partial image.
Abstract:
A print controlling device operated on a multi-task operating system to process application data according to a printer driver is provided. The print controlling device includes an input device, a display device, a modifying system to modify the application data into a printable format, a communication interface, an output device determining system to determine to which devices between the printing device and the display device the printable-formatted data is output, an activating system to activate a displaying program in a separated operating task from the currently-executed operating task having been executed for the printer driver, a transmission system to transmit the printable-formatted data to the printing device, and a terminating system to terminate the currently-running operating task for the printer driver when the activating system activates the displaying program in the separated operating task.
Abstract:
A print control system includes a computer configured to perform data processing, a printer, which is connected with the computer, configured to execute a print job transmitted by the computer so as to print an image on a recording medium, a print control unit configured to control the printer to execute the print job based on print settings, and a setting change unit configured to accept a setting change of the print settings regarding the print job in execution and update the print settings based on the accepted setting change while the print job is being executed. When the setting change unit updates the print settings, the print control unit controls the printer to execute the print job based on the updated print settings.
Abstract:
An image forming apparatus includes an image data correcting unit, an image forming unit, a setting designation unit, a color conversion information storing unit and an adjusting screen displaying unit. The image data correcting unit is configured to correct image data based on color conversion information. The image forming unit forms an image corresponding to the corrected image data on a recording medium. The setting designating unit is configured to designate one of a plurality of the setting modes contained in setting information to form the image. The color conversion information storing unit stores the color conversion information for each of the setting modes. The adjusting screen displaying unit is configured to display an adjusting screen on a display screen, which is used for adjusting the color conversion information applied to form the image, if the color conversion information corresponding to the designated setting mode is in a predetermined condition.
Abstract:
An output processing: method used in an output apparatus which includes an output section configured to output at least one image based on at least one image data which has been acquired by an image-data acquiring device includes: acquiring a staple position of the at least one image which has been set in the at least one image data; setting a page-turning procedure which is an operating procedure for changing an image to be outputted to the output section to one of a subsequent image and a previous image based on the staple position; outputting the at least one image to the output section; receiving: an output according to the page-turning procedure; and changing the at least one image which has been outputted to the output section in accordance with the input according to the page-turning procedure.
Abstract:
There is provided non-transitory computer readable medium including a program which is to be executed on a computer of a portable terminal including: a display section including four edges; and a sensor configured to output sensor data based on at least one of a proximity of an input medium to the display section, a contact of the input medium with the display section, and a posture of the portable terminal. The program causes the computer to execute displaying an image based on image data; setting a binding edge at the time of printing the image, based on the sensor data; and processing the image data based on the binding edge.
Abstract:
A non-transitory computer-readable medium having an information processing program readable by a computer in an information processing apparatus including a connection unit connected to a relay device that a target device is wirelessly connected to, the information processing program causes the computer to perform operations including: storing device specification information for specifying the target device and relay device identification information for identifying the relay device in a storage unit so as to be associated with each other; displaying a plurality of the device specification information stored in the storage unit; accepting the device specification information from the plurality of the displayed device specification information through an input unit; and connecting the connection unit to the relay device identified by the relay device identification information stored in the storage unit so as to be associated with the designated device specification information.
Abstract:
A nontransitory storage medium storing an information processing program to be executed by an information processing device, the program being designed to have the device function as: a display controlling section for controlling a display portion to display icon images; a transmission controlling section for controlling a transmitting portion to transmit user-selected targeted data among data corresponding to the icon images; an obtainment controlling section for controlling an obtaining portion to obtain converted data created by an external device based on the targeted data; and a storage controlling section for storing reduced-size image data created using the targeted data, into a storage portion such that the reduced-size image data is associated with the targeted data. For each data with which the reduced-size image data is associated, the display portion displays a reduced-size image corresponding to the reduced-size image data as an icon image.