According to one embodiment, an image forming apparatus includes, a sheet transporting unit, a scanner, a print unit, an input device, a counter, and a control unit. The sheet transporting unit transports a predetermined number of sheets among a plurality of the sheets. The scanner reads the sheets which are transported by the sheet transporting unit as image data. The print unit prints the image data which is read by the scanner. The input device receives an input from a user. The counter counts the number of the transported sheets. The control unit controls the sheet transporting unit and the print unit depending on the number of the transported sheets and the number of sheets which are input by the user.

In a scanner, a medium transport apparatus includes an apparatus main body including a medium transport path from a supply unit, which supplies a medium, to a discharge unit, which discharges the medium, a switcher that switches an attitude of the apparatus main body with respect to a mounting surface on which the apparatus main body is mounted, and a controller that, when the attitude of the apparatus main body with respect to the mounting surface is switched, performs control in accordance with the attitude after the switching.

Method and systems of automated document processing described herein include activating in sequence a plurality of illumination modules of an illumination source to illuminate a document, where the plurality of illumination modules are located at different positions relative to the document. The document can be imaged each time the document is illuminated by an illumination module to provide a plurality of images. A shadow profile of the document can be obtained based on the plurality of images. One or more of a boundary of the document and presence of a fastener attached to the document can be identified using the shadow profile. Any fasteners present may be removed using a robot arm.

A sheet conveying apparatus includes first and second drive sources, first and second driving units, each including a respective first or second roller to convey a sheet, an operating unit, and a switching unit to switch a state of the sheet conveying apparatus between a first state in which the first driving unit and the second driving unit are not connected to each other and a second state in which the first driving unit and the second driving unit are connected to each other. A first drive source driving force drives the first driving unit. A second drive source driving force drives the second driving unit. The operating unit rotates when manually operated. In the second state, operating unit rotation is transmitted to the first driving unit to rotate the first roller, and operating unit rotation is transmitted to the second driving unit to rotate the second roller.

Methods and systems are presented for controlling a film transport apparatus of a film reel scanner. In one embodiment, a system is provided including a line scanning camera, a supply reel motor, a take-up reel motor, and a plurality of capstan motors. A control system may then be configured to receive and dynamically adjust position information from these motors. The control system may then provide the dynamically adjusted position information to a plurality of controllers, which may then generate control signals for the supply reel motor, the take-up reel motor, and the at least a subset of the capstan motors.

A light scanning apparatus including: a light receiving portion configured to receive a first laser beam to generate a synchronization signal; and a standing portion, wherein a first opening through which a part of the first laser beam that is emitted from a first light source and travels toward a rotary polygon mirror and the first laser beam that is emitted from the first light source and is deflected by the rotary polygon mirror pass and a second opening through which a part of the second laser beam that is emitted from a second light source and travels toward the rotary polygon mirror passes are provided in the standing portion, and wherein the first laser beam that is deflected by the rotary polygon mirror and passes through the first opening is incident on the light receiving portion.

An electronic device is provided with an operation panel, a communication unit, and a processing unit. The operation panel has a first operation key and a second operation key within a specific region. The communication unit is arranged within the specific region of the operation panel, and is a location for communicating wirelessly with a mobile terminal that is in a state opposing the specific region. The processing unit determines whether an operation result of the second operation key is valid or invalid on the basis of operations of the first operation key and the second operation key in such a way that the operation result of the second operation key is invalidated in a case where the first operation key has been operated.

Examples analyze at least one of a plurality of planes of image data of print content to determine media expansion characteristics for the print content based at least in part on the at least one of the planes of image data. Examples adjust, prior to printing the print content, at least one plane of image data based at least in part on the media expansion characteristics to thereby compensate for media expansion during printing of the print content.

An image forming apparatus capable of leaving necessary images formed on seal paper, even when a removal operation is performed on an image forming paper, which includes the seal paper and release paper, after half-cutting processing. The image forming apparatus has an image forming part for forming a first image and a second image indicating additional information related to the first image, on the seal paper. The image forming apparatus makes setting related to the additional information, acquires information related to first half-cutting for leaving a portion of the first image in the seal paper on the release paper after the half-cutting processing and information related to second half-cutting for leaving, based on the setting, a portion of the second image in the seal paper on the release paper after the half-cutting, and forms the first and second images on the seal paper.

A multi-feed detection device includes a transmission circuit substrate on which an ultrasonic transmitter transmitting an ultrasonic wave is installed, and an ultrasonic receiver having a receiving surface which receives the ultrasonic wave. The ultrasonic transmitter transmits the ultrasonic wave in a direction intersecting a thickness direction of the transmission circuit substrate, and a cross-section of the ultrasonic wave orthogonal to an advancing direction of the ultrasonic wave is wider than the receiving surface seen from the advancing direction of the ultrasonic wave.