An image forming apparatus (1) includes a scanner unit (12U), a scanner housing (12), and a contactless card reader (42). The scanner unit (12U) optically reads an image of an original document to generate image data. The scanner housing (12) accommodates the scanner unit (12U). The card reader (42) has a flat information reading surface (421) and reads information recorded on an information card C. The scanner housing (12) has a confronting surface (12F) that a user confronts. The card reader (42) is mounted inside the scanner housing (12) such that the information reading surface (421) takes an upstanding posture, and is disposed behind the confronting surface (12F) of the scanner housing (12). The confronting surface (12F) of the scanner housing (12) includes a surface (41) that covers the information reading surface (421) and over which a card is held.

A first lens body and a second lens body are fixed to, using an adhesive layer, a surface of a lens fixing plate determined by intersection of a straight line in an optical axis direction and a straight line in a longitudinal direction, such that the lens fixing plate in which a lens fixing plate opening is formed in a lateral direction overlaps, when viewed in the lateral direction, at least a portion of a junction at which the first lens body and the second lens body are bonded to each other. A first adjustment member is brought into contact with the first lens body via at least one hole into which the first adjustment member is inserted A second adjustment member is brought into contact with the second lens body via at least one hole and into which the second adjustment member is inserted.

An image reading apparatus including: a conveyance path; a light transmitting member; a first reading unit; a second reading unit; a first roller disposed opposite to the first reading unit; a second roller disposed opposite to the second reading unit; a holding member configured to hold the first roller and the second roller; a plurality of first abutment portions provided on both end portion sides in a width direction of the first roller and forming a gap between the light transmitting member and the first roller by abutting on the light transmitting member; a plurality of second abutment portions provided on both end portion sides in the width direction of the second roller and forming a gap between the light transmitting member and the second roller by abutting on the light transmitting member; and an urging member urges the holding member against the light transmitting member.

A sheet folding apparatus includes: a conveying roller conveying a sheet in a predetermined conveying direction; a folding roller pair disposed downstream of the conveying roller in the conveying direction and rotating while nipping a predetermined position of the sheet to form a fold; a conveying path for conveying the sheet in the conveying direction from the conveying roller to the folding roller pair; an abutting member moving downstream in the conveying direction and abutting against the predetermined position of the sheet to bend the sheet downstream; and a loop space where the sheet is bent between the conveying roller and folding roller pair in a direction crossing the conveying direction. The folding roller pair stops while nipping a front end of the sheet fed from to form a loop of the sheet in the loop space, and the abutting member moves to abut against the loop.

An image reading apparatus includes a first stacking unit, a feeding unit, a reading unit, a second stacking unit onto which a document whose image is read by the reading unit is discharged, a rotating shaft, and protrusions. The first stacking unit includes a sheet stacking surface on which the document is stacked and includes an abutment portion on which one end portion of the document abuts. The feeding unit feeds the document stacked on the first stacking unit in a feed direction. The reading unit reads an image of the document conveyed by the feeding unit. The rotating shaft extends in the feed direction and supports the first stacking unit so as to be rotationally movable. The protrusions extends in a direction at a predetermined angle with respect to the feed direction, is arranged on the sheet stacking surface, and protrudes from the sheet stacking surface.

An image forming apparatus includes an image forming portion configured to form an image on a sheet; a mounting portion on which an IC card reader which includes a lighting portion where light indicating an operation state comes on and which is used for user authentication is mounted; a reader cover mounted on the mounting portion and covering the IC card reader, wherein the reader cover is provided with a plurality of openings, either one of the openings opposing the lighting portion of the IC card reader; and a light transmission sheet provided on the reader cover and covering the openings, wherein transmittance of visible light for the light transmission sheet is 5% or more and 25% or less.

An image forming system including: a conveyance unit configured to convey a first sheet on which an image has been formed by an image forming portion; a reading unit including a reading sensor configured to read the first sheet being conveyed by the conveyance unit through a transparent member at a reading position; a guide member configured to cover a reference member on a side opposite to the reading sensor with respect to the transparent member; and a controller configured to perform shading correction on a result of reading the first sheet based on image data obtained by the reading unit reading the reference member through the transparent member, and to control, based on an image subjected to the shading correction, a geometric characteristic of an image to be formed on a second sheet by the image forming portion.

An image reading apparatus includes a document placement unit, a document conveyance unit, a reading unit, a case, and a movable member. The document conveyance unit conveys a document, placed on the document placement unit, along a conveyance path. The case accommodates the reading unit and includes a transparent member which allows passing of light to receiving elements, and an opening. The movable member includes a cover portion and a connection portion and moves in an adjustment direction perpendicular to a longitudinal direction of the case. The cover portion covers the case opening while being in contact with an outside of the case. The connection portion connects the reading unit and the cover portion. When the movable member moves in the adjustment direction, the reading unit moves within the case to change an angle of the reading unit with respect to a document conveyance direction.

In a reading device part, a scan motor that moves a sensor unit relative to a document is accommodated in an accommodating portion protruding from the bottom surface of the reading device part toward a printing device part. A carriage in the printing device part and the accommodating portion are arranged so as to face each other in a direction crossing the scan direction of the carriage at the same height in the vertical direction. A flexible member connected to the carriage moves and follows the carriage on a lower side relative to the accommodating portion.

Examples of a telescopic mount for an imaging device are described herein. In an example, the telescopic mount includes a longitudinal body having a first end and a second end opposite to the first end. At the first end, a slot forming a mating feature is provided to detachably couple a component to the longitudinal body. At the second end, a locking feature is provided to lock the longitudinal body with a support element.