Abstract: An image forming apparatus includes a CPU. After a print image is printed on a sheet, the CPU determines whether a print result is dissatisfactory. When it is determined that the print result is dissatisfactory, the image forming apparatus provides support to resolve the quality mismatch indicating the difference between the actual print quality and the print quality desired by the user.

Abstract: An image forming apparatus includes a CPU. After a print image is printed on a sheet, the CPU determines whether a print result is dissatisfactory. When it is determined that the print result is dissatisfactory, the image forming apparatus provides support to resolve the quality mismatch indicating the difference between the actual print quality and the print quality desired by the user.

Abstract: A user is able to appropriately select character data such as a watermark, and importance of the document is able to be effectively recognized by an addressee using a language which is different from that of a user who sends the document. A setting accepting portion accepts setting of a first language describing a first character indicated by the first character data, and setting of a second character which is a translation of the first character to a second language; a data generating portion generates a composite image data in which the image data is combined with the first character data indicating a first character which is a translation of the second character to the first language; and an apparatus control portion controls the image forming apparatus to cause the image forming apparatus to execute image forming processing of the composite image data.

Abstract: A user is able to appropriately select character data such as a watermark, and importance of the document is able to be effectively recognized by an addressee using a language which is different from that of a user who sends the document. A setting accepting portion accepts setting of a first language describing a first character indicated by the first character data, and setting of a second character which is a translation of the first character to a second language; a data generating portion generates a composite image data in which the image data is combined with the first character data indicating a first character which is a translation of the second character to the first language; and an apparatus control portion controls the image forming apparatus to cause the image forming apparatus to execute image forming processing of the composite image data.

Abstract: An abnormality detecting method and an image processing method for an image processor is provided. The image processor can easily detect an abnormal rotation of a photosensitive drum without having a special detecting means but using an existing sensor, and keeps image data until a normal toner image is transferred and fine printing is carried out. The image processor forms a toner image corresponding to image data on a plurality of photosensitive drums, and detects the position of the toner image at a given part on a transfer object, to which given part the toner image formed on the photosensitive drum is transferred, to detect a rotation failure of the photosensitive drum. When a rotation failure is detected, the image processor keeps input image data without deleting even after the end of image formation.

Abstract: An image forming apparatus, that is controlled to perform image output based on electrophotography, includes: an image processor for outputting input image information in the form of image data for forming images; and, an image forming portion for forming images on a sheet of paper based on the image data output from the image processor. The image processor has a function which, in accordance with folding information for folding the paper with images formed thereon, sets the images to be formed on the page of the folded paper whose folded sections oppose each other when the paper has been folded.

Abstract: A sheet transporting apparatus including: sheet sensors arranged in a sheet transporting path; an enclosure door; a door sensor that detects the open/close state of the enclosure door; a control unit that determines the opened state or closed state of the enclosure door on the basis of the result of the detection by the door sensor, and makes a determination whether or not a sheet stays at the respective portions of the sheet sensors and whether or not the staying sheet is removed; and a display unit that displays a portion where the sheet stays, wherein the control unit controls such that it repeatedly makes a determination regarding the stay and the removal of the sheet when the sheet stays in the sheet transporting path and the enclosure door is opened, and updates the display on the basis of the result of the determination.

Abstract: An abnormality detecting method and an image processing method for an image processor is provided. The image processor can easily detect an abnormal rotation of a photosensitive drum without having a special detecting means but using an existing sensor, and keeps image data until a normal toner image is transferred and fine printing is carried out. The image processor forms a toner image corresponding to image data on a plurality of photosensitive drums, and detects the position of the toner image at a given part on a transfer object, to which given part the toner image formed on the photosensitive drum is transferred, to detect a rotation failure of the photosensitive drum. When a rotation failure is detected, the image processor keeps input image data without deleting even after the end of image formation.