Abstract: An apparatus receives an instruction from a user by speech by dialogic interaction, and includes: a hardware processor that: determines an experience value of the user regarding use of the apparatus; and modifies an information amount to be provided to the user by speech in the dialogic interaction depending on the user's experience value determined by the hardware processor.

Abstract: Provided are an image processing apparatus, an operation control method and a non-transitory computer-readable recording medium. The image processing apparatus uses information of operator's voice sounds and video information given by shooting the operator, to perform the following operations. For example, in response to recognizing an operation command in the sound information during detection of operator's lip movements in the video information, the apparatus executes the operation command. For another example, in response to recognizing an operation command in the sound information, the apparatus judges whether an operator is detected in the video information. When no operator is detected, the apparatus controls one or more operations in which the apparatus makes operation noise being greater than a predetermined level of loudness, or causes an user interface or a speaker of the apparatus to output information to prompt the operator to input instructions by hand.

Abstract: An operation screen display device according to the present invention displays operation screens which have a hierarchical structure on a display surface, and displays a lower level window, in which a region of at least a part of an operation screen of a lower level layer associated with an operation key which is performed with a pinch out operation is displayed, on a display surface at a specified size based on a size specified with the pinch out operation by a user for any of a plurality of operation keys in the operation screen.

Abstract: When an input unit receives a predetermined operation on a preview image during execution of a real-time preview, an image processing apparatus stores information that specifies the preview image for which the predetermined operation has been received, in a specific information storage unit. The image processing apparatus executes a first preview display of displaying a preview image for which the predetermined operation has been received or a preview image for which the predetermined operation has not been received among preview images of a job after completion of the real-time preview, based on the information stored in the specific information storage unit.

Abstract: An operation screen display device according to the present invention displays operation screens which have a hierarchical structure on a display surface, and displays a lower level window, in which a region of at least a part of an operation screen of a lower level layer associated with an operation key which is performed with a pinch out operation is displayed, on a display surface at a specified size based on a size specified with the pinch out operation by a user for any of a plurality of operation keys in the operation screen.

Abstract: When an input unit receives a predetermined operation on a preview image during execution of a real-time preview, an image processing apparatus stores information that specifies the preview image for which the predetermined operation has been received, in a specific information storage unit. The image processing apparatus executes a first preview display of displaying a preview image for which the predetermined operation has been received or a preview image for which the predetermined operation has not been received among preview images of a job after completion of the real-time preview, based on the information stored in the specific information storage unit.

Abstract: The present invention realizes an image processing apparatus including: a reading section to obtain image data by scanning a document, a document feeding section to deliver a plurality of pages of documents successively to the reading section, a detection section to detect a document group from the plurality of documents successively delivered by the document feeding section, a memory section to memorize the image data obtained by the reading section, an output section to output the image data, having been memorized by the memory section, in accordance with an output condition having been set, and a control section that is configured, in a case in which a plurality of document groups has been detected by the detection section, so as to receive an output condition for the image data, which has been memorized by the memory section, on the basis of a document group.

Abstract: An image processing apparatus having: an image data inputting section; a storage section that stores image data that has been input from the inputting section; a processing section that carries out output processing of the image data; a history management section that establishes correspondence between history information of the output processing and the image data and manages the history information; a warning section; and a control section that, in response to a deleting request for the image data stored in the storage section, based on the history information of the output processing, changes a mode of the warning given out by the warning section of confirming the deleting of the image data.

Abstract: An image reading apparatus comprising: an automatic document feeding apparatus which conveying a document that has a part written by pigment that becomes colorless when heated and is loaded in a document tray to a sheet discharge location via a conveying path that passes through a prescribed reading out position; a reading section for obtaining an image information by reading out optically from the document which is conveyed by the automatic document feeding apparatus at the reading out position; a storage section for storing the image information obtained by reading the document in the reading section; and a heating unit for heating the document in a temperature of the pigment becomes colorless on a downstream side of the reading out position while the document passing through the conveying path.

Abstract: The present invention realizes an image processing apparatus including: a reading section to obtain image data by scanning a document, a document feeding section to deliver a plurality of pages of documents successively to the reading section, a detection section to detect a document group from the plurality of documents successively delivered by the document feeding section, a memory section to memorize the image data obtained by the reading section, an output section to output the image data, having been memorized by the memory section, in accordance with an output condition having been set, and a control section that is configured, in a case in which a plurality of document groups has been detected by the detection section, so as to receive an output condition for the image data, which has been memorized by the memory section, on the basis of a document group.

Abstract: An image processing apparatus having: an image data inputting section; a storage section that stores image data that has been input from the inputting section; a processing section that carries out output processing of the image data; a history management section that establishes correspondence between history information of the output processing and the image data and manages the history information; a warning section; and a control section that, in response to a deleting request for the image data stored in the storage section, based on the history information of the output processing, changes a mode of the warning given out by the warning section of confirming the deleting of the image data.

Abstract: An image reading apparatus comprising: an automatic document feeding apparatus which conveying a document that has a part written by pigment that becomes colorless when heated and is loaded in a document tray to a sheet discharge location via a conveying path that passes through a prescribed reading out position; a reading section for obtaining an image information by reading out optically from the document which is conveyed by the automatic document feeding apparatus at the reading out position; a storage section for storing the image information obtained by reading the document in the reading section; and a heating unit for heating the document in a temperature of the pigment becomes colorless on a downstream side of the reading out position while the document passing through the conveying path.

Abstract: After receiving job data from an information processing terminal, job data wherein an output device is designated as an output destination, a server preserves therein the job data until the moment when an output processing for the job data becomes practicable on the device of the output destination, then, creates second job data representing a replication of the job data before the transfer of the job data to the output device is started, and it conducts changing process for the second job data representing a replication, when it receives an instruction for changing an output destination and output setting, after the transfer. Further, the job data are preserved in the output control server until the moment when the print processing is completed at the output destination, so that they may cope with changing operations for a period up to completion of printing.

Abstract: There is described a data outputting system and an output controlling server, in which operations for the job already introduced in the system, such as a changing operation of the output destination of the job, etc., can be achieved by a simple operation conducted by the user. The server includes a communication section to receive a job and an output instruction, a storage to store the job received by the communication section while correlating the job with output destination information and a control section to control managing and communicating operations of the job. The control section controls a transferring operation for transferring the job to the specific output apparatus, corresponding to a time when an implementation for processing the job is enabled in the specific output apparatus represented by the output destination information, which is correlated with the job stored in the storage.