An image forming apparatus includes an image reading unit, an image forming unit, a discharge unit, and a discharge tray. The image reading unit is configured to read a document placed on a document placement table by moving and scanning of a scanning body in a sub-scanning direction. The image forming unit is configured to form an image read by the image reading unit on a paper sheet. The discharge unit is configured to discharge the paper sheet on which an image is formed by the image forming unit to a direction perpendicular to the sub-scanning direction. The discharge tray is on which the paper sheet from the discharge unit is to be placed with a space portion at a lower side of the image reading unit. A bottom surface of a housing of the image reading unit facing the discharge tray is constituted of a first surface and a second surface. The first surface is a surface at a front side of the discharge unit in a discharging direction and high with respect to the discharge tray. The second surface is a surface at a back side of the discharge unit in the discharging direction lower than the first surface with respect to the discharge tray. A pulling member and/or a movable wiring are/is arranged at an upper side of the second surface inside the housing. The pulling member is configured to move the scanning body back and forth in the sub-scanning direction. One end portion of the movable wiring is secured to the scanning body.

An image processing apparatus includes an image acquisition unit, a region specifying unit, and a partial-image recognition unit. The image acquisition unit acquires first image data representing a first image and second image data representing a second image that is an image acquired by performing additional recording on the first image. The region specifying unit specifies a region, where additional recording is performed with respect to the first image, of the second image in accordance with the first image data and the second image data acquired by the image acquisition unit. The partial-image recognition unit recognizes a partial image recorded in the region specified by the region specifying unit.

An image reading apparatus includes a medium reading unit that extends in a main scanning direction and reads an image of a medium while moving in a sub-scanning direction which is a direction crossing the main scanning direction; a signal transmission cable that is a flexible cable having a curved section and connected to the medium reading unit and that deforms following a movement of the medium reading unit; a power supply that supplies power to the medium reading unit; and a housing that accommodates the medium reading unit and the power supply. At least a portion of an insertion/extraction space for inserting/extracting a plug of a power cable from outside the housing to the power supply and at least a portion of an area where the signal transmission cable deforms following the movement of the medium reading unit overlap in a height direction of the medium reading unit.

An information processing system includes: an operation unit that receives an operational input; and an main body unit that operates depending on the operational input, wherein, the operation unit includes a first setting manager that transmits, to the main body unit, first setting information in which setting information of at least one operation unit application which is an application working in the operation unit is integrated and the main body unit includes a second setting manager that outputs second setting information in which setting information of at least one main body unit application which is an application working in the main body unit and the first setting information is integrated.

An image reading device includes a shooting unit, a light source unit, a shooting controller, and a combining unit. The light source unit sequentially irradiates the bound document with light from first and second irradiation positions opposing each other with respect to a first straight line orthogonal to a direction of a binding portion of the document. The shooting controller controls the shooting unit to shoot a first region positioned at the second irradiation position side on the document when the light source unit irradiates the document with light from the first irradiation position, and controls the shooting unit to shoot a second region containing a region other than the first region on the document when the light source unit irradiates the document with light from the second irradiation position. The combining unit combines a shot image of the first region and a shot image of the second region.

An electronic device includes: wires; electronic components; a control board connected to the electronic components via the wires, configured to control the electronic components, and having a first surface and a second surface; a first frame opposed to the first surface and supporting the control board; connectors arranged on the second surface of the control board, at least one of the wires each being connected to a corresponding one of the connectors; an insulated member interposed between the first frame and the first surface of the control board in a first direction; and a positioner formed on the insulated member and extending from the insulated member toward the control board in the first direction. The positioner positions at least one specific wire at a position farther from the insulated member than the second surface.

A wiring structure according to the present disclosure includes a shield tube, a metal wire, and a plate-like member. The shield tube covers a wiring. The metal wire fixes the shield tube. The metal wire fixes the shield tube to the plate-like member by pressing the shield tube against the plate-like member. The plate-like member is connected to a grounding path in a manner that enables electric conduction. The shield tube is connected to the grounding path via the plate-like member in a manner that enables electric conduction.

An information processing apparatus is provided that includes an operation unit implemented by an information processing terminal connected via a communication line. The information processing apparatus includes a memory storing a program and a processor configured to execute the program to implement processes of opening a port for receiving a packet conforming to a predetermined communication protocol in response to a request from the information processing terminal, and transmitting data included in the packet to the information processing terminal in response to receiving the packet that is directed to the port.

A non-transitory computer-readable medium has instructions to control an information processing device to perform monitoring, the instructions causing the information processing device to perform operations including: performing a notification acquisition processing; performing a switching processing of setting a mode flag with one of a first value indicating the first mode and a second value indicating the second mode; performing, in a case where the first value is set to the mode flag, a first monitor processing including: a first reception processing of receiving first status information; and a first display processing of displaying the status indicated by the first status information; and performing, in a case where the second value is set to the mode flag, a second monitor processing including: a second reception processing of receiving second status information; and a second display processing of displaying the status indicated by the second status information.

An information processing apparatus can be worn by a user of an image forming apparatus, and includes a camera, a visual line detecting portion, a target image recognizing portion, a positional condition determining portion, and a wireless communication portion. The target image recognizing portion, when a positional condition among setting conditions for image-formation-related processes is specified, recognizes an image of a specification target that is included in a visual field image photographed by the camera, the specification target being a target of specification of the positional condition. The positional condition determining portion determines a specified positional condition based on a position in the image of the specification target recognized by the target image recognizing portion, the position corresponding to the visual line direction detected by the visual line detecting portion. The wireless communication portion wirelessly transmits information of the specified positional condition to the image forming apparatus.