Abstract: A remote control apparatus for remotely controlling an image forming apparatus includes a display unit configured to display an operation screen for remotely controlling the image forming apparatus, an activation unit configured to activate a handwriting input application that is installed in the remote control apparatus in a state where image data for displaying a keyboard screen as the operation screen is received from the image forming apparatus, and a display control unit configured to display a handwriting input screen on the display unit, the handwriting input screen being an input screen for the handwriting input application activated by the activation unit.

Abstract: An MFP (Multi Function Peripheral) serving as a display device detects a touch on the touch panel and then sets a wait time in accordance with the position of the touch on the touch panel. If another touch is detected before the wait time has passed since the touch on the touch panel is detected, the MFP determines that the detected two touches are multi-touch. If the wait time has passed without detecting another touch since the touch on the touch panel is detected, the MFP determines that the detected touch is single touch.

Abstract: When an instruction for combine setting is accepted, a reduction ratio of an original image is set as a first reduction ratio based on an orientation of the original image and an orientation of output paper. When an instruction to change the reduction ratio for the previewed original image is accepted, if a reduction ratio after the change (a second reduction ratio) falls within a prescribed range from the first reduction ratio, the first reduction ratio is set as a reduction ratio of the original image for arranging onto a sheet of output paper in combination.

Abstract: Provided is an image forming apparatus that is one of a large number of image forming apparatuses logically connected in a hierarchical structure of multiple levels. The image forming apparatus includes: a state obtaining unit configured to obtain an available processing capacity of each of a plurality of child apparatuses, the plurality of child apparatuses being a plurality of image forming apparatuses on a lower level by one from the image forming apparatus; and a distribution control unit configured to transmit update data to the plurality of child apparatuses, the update data relating to firmware of apparatuses, wherein the distribution control unit determines a distribution order relating to the plurality of child apparatuses based on the available processing capacity of each of the plurality of child apparatuses, and transmits the update data to the plurality of child apparatuses in accordance with the distribution order.

Abstract: An image processor displays a mapscroller screen including a function key display region and an icon display region. The function key display region displays a plurality of function keys arrayed in first direction while being scrollable in the first direction, the plurality of function keys receiving a setting of a function related to image processing, and the icon display region displays a plurality of icons arrayed in the first direction in an order identical to that of the plurality of function keys displayed in the function key display region, the plurality of icons corresponding to the plurality of function keys displayed in the function key display region. The image processor groups and displays, on the mapscroller screen, the function key and icon corresponding to the function, in which the setting is received when a grouping instruction is received with the settings of the plurality of functions received.

Abstract: An image forming apparatus remotely operated by an external terminal includes a generation unit generating a first composite image by combining an operation screen image corresponding to an operation screen of the image forming apparatus that includes software keys, and the hardware key area image of an area including hardware key images corresponding to hardware keys of the image forming apparatus, a setting unit not setting a dead area within the hardware key images but setting the dead area in a portion of an area of at least one software key among the software keys, the portion being on a side close to the hardware key area image, and the at least one software key being adjacent to the hardware key area image, and a transmission unit transmitting the first composite image as a remote operation image used in remotely operating the image forming apparatus, to the external terminal.

Abstract: An image forming apparatus displays part of function keys for menu items of basic functions so as to be stopped at a predetermined stop position. The image forming apparatus switches the function keys for menu items of basic functions to be displayed, by displaying another part of function keys for menu items of basic functions so as to be stopped at a predetermined stop position. When part of function keys for menu items of advanced functions are displayed so as to be arranged in a predetermined direction, the image forming apparatus accepts scroll operation and then moves the menu items of advanced functions by a distance decided based on the speed of the scroll operation.

Abstract: An image forming apparatus includes an import unit configured to import import data from a storage apparatus in which the import data is stored, a job accepting unit configured to accept a job to be executed by the image forming apparatus, a determination unit configured to determine a type of job-related information that is specific information required to execute the job among information included in the import data, an acquisition unit configured to acquire the job-related information of the type determined by the determination unit from the storage apparatus before completion of import processing performed by the import unit, and a job execution unit configured to execute the job, using the job-related information acquired by the acquisition unit.

Abstract: An image forming apparatus includes an operation panel serving as a display apparatus and an input apparatus for accepting a request for performing processing and a control unit for controlling display on the operation panel. The control unit performs determination processing for determining whether a time period required for the processing requested to be performed is predictable or not, provides animation display by continuously displaying two or more windows relating to the processing when it is determined that the time period required for the processing is predictable, and provides pop-up display by displaying one window relating to the processing when it is determined that the time period required for the processing is not predictable.

Abstract: An MFP (Multi-Functional Peripheral) includes a display device with a touch panel for displaying a variety of information. A plurality of screens including a base screen and a pop-up screen overlapping one another are displayed on the touch panel. The MFP accepts operation on any one of the screens and identifies the user who performs the accepted operation. If the identified user does not have operation authority over the pop-up screen, the MFP does not specify the pop-up screen as a screen serving as a target of the operation but specifies the base screen as a screen serving as a target of the operation.

Abstract: An image processing apparatus includes a display for displaying operational information for executing image processing, an operation unit for giving an input instruction in association with a display region appearing on the display, and a controller for controlling the display in accordance with the input instruction on the operation unit. The controller is configured to determine whether an input instruction of a flick operation is given through the operation unit in association with a prescribed display region appearing on the display. If it is determined that the input instruction of the flick operation is given, the controller is configured to enlarge a range of the prescribed display region in which the input instruction is allowed, and to display the enlarged display region on the display.

Abstract: When an instruction for combine setting is accepted, a reduction ratio of an original image is set as a first reduction ratio based on an orientation of the original image and an orientation of output paper. When an instruction to change the reduction ratio for the previewed original image is accepted, if a reduction ratio after the change (a second reduction ratio) falls within a prescribed range from the first reduction ratio, the first reduction ratio is set as a reduction ratio of the original image for arranging onto a sheet of output paper in combination.

Abstract: An image forming system comprises a display control part, an instruction input part, and a notification control part. The display control part displays at least one of a plurality of buttons, which is included in a display target range, on a display part as display target buttons. The plurality of buttons corresponding to a plurality of functions, respectively, are virtually arranged in a predetermined direction. The instruction input part receives a scroll instruction input for causing the display target range to virtually move in the predetermined direction to change the display target buttons. The notification control part controls a notifying operation for notifying a user of the presence of the instruction input part.

Abstract: An image forming apparatus includes an operation panel serving as a display apparatus and an input apparatus for accepting a request for performing processing and a control unit for controlling display on the operation panel. The control unit performs determination processing for determining whether a time period required for the processing requested to be performed is predictable or not, provides animation display by continuously displaying two or more windows relating to the processing when it is determined that the time period required for the processing is predictable, and provides pop-up display by displaying one window relating to the processing when it is determined that the time period required for the processing is not predictable.