Abstract: According to one embodiment, a maintenance device includes a first interface, a memory, and a processor. The first interface is configured to acquire setting information read by a reading unit configured to read the apparatus information including apparatus identification information and error information from an information processing device. The memory is configured to store an apparatus information table including registration error information corresponding to the registration apparatus identification information. The processor is configured to analyze the apparatus information based on the apparatus information table.

Abstract: A system in an embodiment includes an image forming apparatus, an erasing apparatus, a first apparatus, and a display unit. The image forming apparatus forms an image on a sheet using a decolorable color material. The erasing apparatus decolorizes an image. The first apparatus computes, from a reduction in the number of sheets achieved by a setting for image formation in the image forming apparatus, the amount of a reduction in environmental burdens achieved by use of the image forming apparatus and computes, from the number of sheets erased by the erasing apparatus, the amount of a reduction in environmental burdens achieved by use of the erasing apparatus. The display unit simultaneously displays the amount of the reduction in environmental burdens achieved by the image forming apparatus and the amount of the reduction in environmental burdens achieved by the erasing apparatus.

Abstract: According to one embodiment, an environmental contribution supporting apparatus provided for a system including a printing apparatus and an erasing apparatus includes a duplex-reduction calculating unit, an aggregation-reduction calculating unit, a sheet-reduction-ratio calculating unit, a printing-state-character selecting unit, a sheet-reuse-ratio calculating unit, a reuse-state-character selecting unit, a sheet-reduction-message selecting unit, a sheet-reuse-message selecting unit, an advice setting unit, and a report creating unit configured to edit a character selected by the printing-state-character selecting unit, a character selected by the reuse-state-character selecting unit, and a message set by the advice setting unit into a predetermined form.

Abstract: According to one embodiment, an image processing apparatus includes an error processing unit, a communication unit and an output unit. The error processing unit generates error information corresponding to detection of an error. The communication unit transmits the error information to a management apparatus and receives a diagnosis result from the management apparatus. The output unit outputs the diagnosis result.

Abstract: According to one embodiment, a management apparatus includes an information acquisition unit, an information supply unit, a transmission processing unit, and an analysis unit. The information acquisition unit stores detailed data acquired from image processing apparatuses to be managed in an database. The information supply unit outputs data extracted from the database and data extracted from an analysis result database storing an analysis result of log data in response to a supply request of information regarding the image processing apparatus to be managed. The transmission processing unit stores the detailed data stored in the database as the log data of the image processing apparatuses in a log database asynchronously with the supply request of the information. The analysis unit analyzes the log data stored in the log database asynchronously with the supply request of the information and storing the analysis result in the analysis result database.

Abstract: According to one embodiment, a management apparatus includes a setting unit, a data converting unit, and a maintenance scheduling unit. The setting unit sets a relation value indicating a relation between the number of operations in an image processing apparatus to be subjected to maintenance scheduling and data indicating the live of a consumable in the image processing apparatus. The data converting unit converts, using the relation value, the number of operations acquired from the image processing apparatus into the data indicating the life of the consumable in the image processing apparatus. The maintenance scheduling unit creates a maintenance schedule for the image processing apparatus using the data indicating the life of the consumable in the image processing apparatus calculated by the data converting unit.

Abstract: According to one embodiment, a management apparatus includes an acquisition unit, a determination unit, a storage unit, a selection unit, and an output unit. The acquisition unit acquires any one of simple data or detailed data including the simple data from a plurality of image processing apparatuses. If the detailed data is acquired, the determination unit determines maintenance data to be applied to the image processing apparatus which is an output source of the detailed data. The storage unit stores the maintenance data in association with related data included in the detailed data. If the acquisition unit acquires the simple data, the selection unit selects the maintenance data associated with the related data similar to the acquired simple data. The output unit outputs the maintenance data as the data for update with respect to the image processing apparatus which is an output source of the simple data.

Abstract: Provided is an image forming apparatus including: a first sensor which is provided on a transportation path of a sheet and detects a first passage time of the sheet; a second sensor which is provided at a position different from the position of the first sensor in a transportation direction of the sheet and a direction perpendicular to the transportation direction and detects a second passage time of the sheet; a skew determination unit which determines a skew amount of the sheet based on the first passage time detected by the first sensor and the second passage time detected by the second sensor; and a correction control unit which controls correction of a skew of the sheet on the basis of the skew amount determined by the skew determination unit.

Abstract: An image forming apparatus according to the present invention includes: a first sensor that is provided in a conveying path for a sheet and detects a first passage time of the sheet; a second sensor that is provided in a position different from a position of the first sensor in both a conveying direction of the sheet and a direction orthogonal to the conveying direction, and detects a second passage time of the sheet; a skew determining unit that calculates a skew amount of the sheet from a difference between the first passage time detected by the first sensor and the second passage time detected by the second sensor and determines occurrence of skew of the sheet on the basis of the skew amount; and a cause estimating unit that estimates, when the skew determining unit determines that the skew occurs, a cause of the occurrence of the skew.

Abstract: A technique is provided that enables detection of the state of a sheet skew or the like without adding a special sensor or the like in a sheet carrying apparatus if possible. Information about sheet detection timing by two sensors that are arranged at different positions from each other in a sheet carrying direction and arranged at positions different from each other in a direction orthogonal to the sheet carrying direction is acquired. A skew of a carried sheet is determined in accordance with the acquired information.

Abstract: A processing condition setting device for setting a processing condition in an image processing apparatus comprises a history storage section storing a plurality of previous setting details includes a combination of a plurality of setting conditions in correlation with processing objects, a first display section displaying processing objects stored in history storage section, a candidate selecting section selecting as a setting candidate setting details corresponding to processing object, which is selected from processing objects displayed by first display section, from plurality of previous setting details stored in history storage section, a second display section displaying setting candidates selected on basis of selected processing object by candidate selecting section, and a history updating section storing setting details of process, which is performed in a state where one setting candidate is selected from setting candidates displayed by second display section, in history storage section.

Abstract: An image forming printing condition setting device for setting an image forming condition displays setting candidates including combinations of plural types of setting conditions, generates a new setting candidate similar to a selected setting candidate if the setting candidate is selected from the displayed setting candidates, and displays the selected setting candidate and the generated new setting candidate similar to the selected setting candidate.

Abstract: A maintenance system for an apparatus that is a maintenance target enables reduction in cost related to maintenance services and reduction in downtime of the apparatus. The maintenance system acquires information related to a visit interval that prescribes a time interval at which a visit should be made for maintenance operation for each consumable part and a replacement interval that prescribes a time interval at which each consumable part should be replaced, acquires a counter value that indicates actual use of the consumable parts, and calculates the time for the next maintenance visit and the consumable part that should be replaced at that time, on the basis of the information related to the visit interval and the replacement interval, and the counter value.

Abstract: An environmental-load announcing apparatus calculates, as an execution value, a value of an environmental load required by a printer to print a print target image on a sheet, sets, as a reference value, a value of an environmental load caused if the printer prints, with reference setting content, the print target image on the sheet and calculates a degree of the calculated execution value with respect to the reference value, and causes a display device to display, as a degree of effort with respect to the environmental load in the printing executed by the printer, the degree of the execution value with respect to the calculated reference value.

Abstract: An image forming apparatus includes a reading unit which reads a document image, a detecting unit which detects a document direction representing whether a sub-scanning direction in reading the document image is a short side or a long side direction of an original document, a designating unit which designates, as a copying function, a form for copying the document image on a sheet, an editing unit which edits the read document image as an image corresponding to the designated copying function, a copying unit which copy the edited image on the sheet, and an acquiring unit which acquires a sheet direction representing whether a conveying direction of the sheet conveyed to the copying unit is the short side or the long side direction of the sheet. The editing unit executes processing on the document image on the basis of the document direction, the sheet direction, and the designated copying function.

Abstract: An image reading apparatus of the invention includes an auto document feeder to automatically feed an original document along a conveyance path, a first sensor that is provided on the conveyance path and detects a first passage time of the original document, a second sensor that is provided at a position different from a position of the first sensor in a conveyance direction of the original document and also different therefrom in a direction perpendicular to the conveyance direction and detects a second passage time of the original document, and a skew determination section that obtains a skew amount of the original document from a difference between the first passage time detected by the first sensor and the second passage time detected by the second sensor and determines occurrence of a skew of the original document based on the skew amount.

Abstract: An image forming apparatus includes a state determination unit configured to determine a state of a machine body, an input determination unit configured to receive an operation of a user, and a content delivery unit configured to perform content delivery using a transmission system of terrestrial digital broadcasting based on a request signal from the state determination unit or the input determination unit.

Abstract: An image forming apparatus according to the present invention includes: a first sensor that is provided in a conveying path for a sheet and detects a first passage time of the sheet; a second sensor that is provided in a position different from a position of the first sensor in both a conveying direction of the sheet and a direction orthogonal to the conveying direction, and detects a second passage time of the sheet; a skew determining unit that calculates a skew amount of the sheet from a difference between the first passage time detected by the first sensor and the second passage time detected by the second sensor and determines occurrence of skew of the sheet on the basis of the skew amount; and a cause estimating unit that estimates, when the skew determining unit determines that the skew occurs, a cause of the occurrence of the skew.

Abstract: An image forming apparatus is installed in a digital multifunction peripheral (MFP) having a copying function of recording images continuously and a function of transmitting and receiving information to and from an external apparatus. The image forming apparatus includes a first storing section which stores recording media before recording, a plurality of image forming sections which form images and record the images on the recording media, and a second storing section which stores the recording media after recording. The image forming sections are configured to selectively perform an operation of recording images on the recording media by individually performing an image forming operation in parallel, and an operation of recording images on one recording medium by performing the image forming operation by turns.

Abstract: A maintenance scheduling system that lays out a maintenance schedule for an image forming apparatus includes an actual-use-result acquiring unit that acquires actual use result information of consumables, a failure-probability-distribution estimating unit that estimates failure probability distributions of the consumables, a cost-related-constant acquiring unit that acquires cost related constants of the consumables, a first cost calculating unit that calculates, for each of plural visit interval values, cost per unit time required for the image forming apparatus, a visit-interval calculating unit that calculates the visit interval value giving minimum cost, a second cost calculating unit that calculates, for each of plural replacement interval values, cost per unit time required for the image forming apparatus, a replacement-interval calculating unit that calculates a calculated replacement interval value, and a maintenance-schedule presenting unit that presents the next visit time and at least one of the co