A label forming method includes while transporting a base sheet having a print surface by a first transportation mechanism, forming a first pattern on the print surface and forming a marker at a prescribed position on the print surface; transporting the base sheet to a second transportation mechanism, the base sheet being transported by the first transportation mechanism and with the first pattern and the marker formed thereon; detecting a position of the marker on the base sheet; determining a position of the first pattern based on the prescribed position on the print surface and the detected marker position; deriving a position to form a second pattern according to the determined position of the first pattern; and while transporting the base sheet by the second transportation mechanism, forming a second pattern at the derived position.

The present disclosure is drawn to apparatuses and methods that include a coated photoconductive substrate. The coated photoconductive substrate can include a photo-conductive substrate with a charge generation layer and a charge transport layer, and can also have a coating adhered to the photoconductive substrate. The coating can comprise a polymer and can be devoid of charge transport materials.

An image forming apparatus includes a main body that includes a photosensitive member on which an electrostatic latent image is formed and a development unit configured to develop the photosensitive member with toner. The main body is configured to discharge a recording material on which an image is formed with the toner onto a discharge tray. The image forming apparatus also includes a toner supply port on which a supply container is mounted to supply toner to a toner containing portion of the development unit. The image forming apparatus further includes a non-contact communication portion including an antenna and configured to receive a signal for user authentication. The discharge tray, the toner supply port, and the non-contact communication portion are provided at an upper portion of the main body. The non-contact communication portion is provided outside the discharge tray when the main body is viewed from above.

A decoloring apparatus includes a sheet conveying unit, a scanner, a decoloring unit positioned downstream of the scanner, a user interface, and a controller. The user interface includes a resolution setting section configured to receive input for setting the resolution of the image to be scanned by the scanner, and a processing mode setting section configured to receive input for setting whether to execute scanning processing by the scanner and for setting whether to execute decoloring processing by the decoloring unit. The controller is configured to control contents of the user interface and to perform a mode limiting processing so that when one of the scanning processing and decoloring processing is set to be executed, the other of the scanning processing and decoloring processing cannot be set to be executed.

A sheet processing device includes: an adhesive-binding unit that applies an adhesive onto sheets stored in a stacker section one by one and adhesive-binds the sheets; a staple-binding unit that staple-binds sheets accumulated in the stacker section by means of staples; and a folding mechanism section having a folding roller that folds the adhesive-bound or staple-bound sheet bundle in two at a binding position of the adhesive-binding unit or staple-binding unit and a folding blade that pushes the bound sheet bundle into the folding roller. A folding speed of the folding mechanism section for the sheet bundle bound by the adhesive-binding unit is lower than a folding speed for the sheet bundle bound by the staple-binding unit; thereby, productivity of the folding processing is improved and occurrence of the peeling-off or break during the folding processing is reduced.

An apparatus includes first and second frames disposed to support a forming unit, an outer surface member for covering the first frame, and a circuit board disposed between the first frame and the outer surface member. The circuit board includes a printed board, a first electronic component disposed on a mounting surface of the printed board, and a second electronic component that is smaller than the first electronic component and disposed on the mounting surface of the printed board. The circuit board is disposed so that the mounting surface faces the first frame and extends in a direction that intersects with a plane of the outer surface member.

A light emitting device includes: a member having a first surface facing in one direction and a second surface facing an opposite side to the first surface; a light emitter that is disposed at the first surface, generates heat due to light emission, and has a lower stiffness than the member; and a heater that is disposed at the second surface of the member, and heats the member from the second surface.

An image forming apparatus includes a first duct unit, a first air blowing fan, a second duct unit, a filter, and a second air blowing fan. The first duct unit includes a power source substrate, a first intake portion, and a first exhaust portion. The first air blowing fan forms an airflow from the first intake portion to the first exhaust portion. The second duct unit includes a second intake portion to take air in from inside the image forming apparatus, and includes a second exhaust portion to exhaust the air taken in from the second intake portion to outside of the image forming apparatus. The filter is disposed between the second intake portion and the second exhaust portion in an airflow from the second intake portion to the second exhaust portion. The second air blowing fan forms the airflow from the second intake portion to the second exhaust portion.

Provided is an image forming device capable of performing an operation corresponding to a defect occurring in a fixing device at a desired timing. The image forming device includes a conveyance unit, an image forming unit, a fixing device, a motor, and a control unit. The motor drives the fixing device and outputs a signal having a magnitude corresponding to a value of a drive current. The control unit, when conveyance of a print medium is stopped and when the motor is driven in a first operation mode, continues to drive the motor in the first operation mode, and performs a first operation when the magnitude of the signal is out of a first range, and when the conveyance of the print medium is stopped and when the motor is driven in a second operation mode, stops driving the motor in the second operation mode and then drives the motor in the first operation mode, and performs the first operation when the magnitude of the signal is out of the first range.

A printing apparatus is provided. A mount unit is able to mount a consumable. A communication unit is able to communicate with a server system. A request unit requests, to the server system via the communication unit, service-related information related to the consumable. A reception unit receives, via the communication unit, the service-related information transmitted from the server system with respect to the request. A determination unit determines, in a case in which a state of the communication unit has shifted from a first state in which communication with the server system is disabled to a second state in which communication with the server system is enabled, whether a request for the service-related information by the request unit is required, based on a reception history of the service-related information of the reception unit.