An image processing apparatus includes a job executor, a storage, and a controller. The job executor executes a job related to image processing. The storage stores therein a setting value related to the execution of the job as setting history. The controller controls the storing of the setting value into the storage. The controller restricts the setting value from being stored if the setting value meets definition of a specific setting value.

An output unit determines whether a plurality of consumables installed in the output apparatus, such as a fixing unit and a transfer belt unit, are properly installed based on information on the main body of the output apparatus and information on the consumables. When the consumables are not properly installed, the output unit issues a message indicating a warning or an error to the user.

An output unit determines whether a plurality of consumables installed in the output apparatus, such as a fixing unit and a transfer belt unit, are properly installed based on information on the main body of the output apparatus and information on the consumables. When the consumables are not properly installed, the output unit issues a message indicating a warning or an error to the user.

An image forming system includes a printing management apparatus including a first processor configured to, in a case where a notification indicating that a user enters a region in which authentication of the user is necessary at entry is received, transmit printing data registered in advance by the user who has entered the region to an image forming apparatus installed in the region, and at least one image forming apparatus including a second processor and a memory, the second processor being configured to receive the printing data transmitted from the printing management apparatus, convert the printing data into a printable form, and store the converted printing data in the memory as printable data.

The image forming apparatus includes the power supply board for generating a +24V power supply voltage and a driver board for driving a load for forming an image, and an engine control board for controlling an operation of a driver board. The driver board includes a fuse which receives the 24V power supply voltage supplied from the power supply board. The driver board drives the load by +24V_FU1 voltage output from the fuse. The engine control board identifies, when an abnormality occurs in an operation of the load, a board that is a cause of the abnormality according to a voltage value of the +24V_FU1 voltage and the voltage value of the power supply voltage.

In a case where based on a receipt by a voice device of an utterance requesting a use of a print content generation service, the print content generation service generates a print content, and from first and second print services, the first print service is identified, a print control system acquires the print content generated by the print content generation service. Then, the print control system identifies print setting information for executing a printing process based on the print content.

A relay apparatus transmits information corresponding to a registered photograph to the print management apparatus based on an event being specified when the first option is selected, wherein the event that is specified is registration of the photograph in the Web service, and transmits an instruction to print the game contents to the print management apparatus when the second option is selected and a speech instruction in a predetermined phrase spoken toward the speech recognition terminal is specified.

An output unit determines whether a plurality of consumables installed in the output apparatus, such as a fixing unit and a transfer belt unit, are properly installed based on information on the main body of the output apparatus and information on the consumables. When the consumables are not properly installed, the output unit issues a message indicating a warning or an error to the user.

An image forming apparatus includes a first and second processor. The first processor controls a transport device that transports a sheet and a first image forming section that forms an image on the sheet. The second processor controls a second image forming section that forms an image on the sheet. If an image is to be formed at the second section, the first processor causes the first section to perform image formation preparation and causes the device to transport the sheet upon receiving a notification from the second processor in response to a preparation command transmitted to the second processor for performing image formation preparation in the second section. If an image is not to be formed at the second section, the first processor causes the first section to perform the image formation preparation and the transport device to transport the sheet, without receiving the notification from the second processor.

An image forming apparatus includes an image forming portion configured to form an image on a sheet; and an operating portion including a display screen which includes at least numeric keys, a start key configured to cause the image forming portion to start image formation, and a stop key configured to stop the image formation by the image forming portion, and including a hardware key provided on a back side of the display screen and configured to start a maintenance mode of the image forming apparatus.