Abstract:
An image reading apparatus includes a first holding member that is provided with a first holding surface opposed to a placement surface, a second holding member that is provided with a second holding surface opposed to the placement surface, a guide member that is disposed on a front side of the first holding member and the second holding member, and an imaging unit that capture a medium placed on the placement surface, wherein the guide member is provided with a guide surface coupled to the first holding surface and the second holding surface and is disposed such that a distance from the placement surface to a first portion of the guide surface is smaller than a distance from the placement surface to a second portion of the guide surface disposed closer to the front side than the first portion.
Abstract:
A fastening member detection device includes a contact structure that moves with respect to a medium while contacting the medium, a vibration detector that detects vibration that occur in the contact structure, and a controller that determines whether there is a fastening member that fastens the medium, based on the vibration.
Abstract:
A tray device includes a first tray including a first surface and an abutting portion, and a second tray including a second surface and an abutted portion. The second tray is configured to move with respect to the first tray. The abutting portion includes two abutting surfaces located obliquely with respect to an extending direction of the first surface. The abutted portion includes two abutted surfaces located obliquely with respect to an extending direction of the second surface. A difference between an angle formed by each of the two abutting surfaces and the extending direction of the first surface and an angle formed by each of the two abutted surfaces and the extending direction of the second surface is set larger than a maximum angular difference between the extending direction of the first surface and a movement direction in which the second tray moves with respect to the first tray.
Abstract:
An image reading apparatus includes a platen, a copyholder configured to rotate around a rotary axis, and a reader configured to read a reading surface pressed against the copyholder, of a document placed on the platen. The reader is supported by the copyholder to be able to move in a direction not parallel to the rotary axis.
Abstract:
An image capturing system to capture an image of an object from various directions. The system includes a mobile terminal and an image-capturing assist device. The mobile terminal includes an image capturing unit, and a terminal-equipment controller to control the mobile terminal. The image-capturing assist device includes a turntable including a placing table to place the object thereon, a housing rotatably supporting the placing table, an actuator to rotate the placing table, and a turntable-equipment controller to control the turntable, and a mobile-terminal placing table to place the mobile terminal such that the image capturing unit and the object on the placing table face each other. The mobile terminal and the image-capturing assist device perform communication therebetween, and the terminal-equipment controller controls the actuator when starting image capturing to intermittently or continuously photograph the object on the placing table, sequentially when the placing table is rotating.
Abstract:
An image reading apparatus includes a platen, a copyholder pressed against a reading surface of a document placed on the platen, and a placing part movably provided, on which a non-pressed portion of the document that is not pressed by the copyholder is placed.
Abstract:
An image reading apparatus includes an RFID (radio frequency identification) detection unit that detects a reading RFID (radio frequency identification) tag disposed to a reading target; an image reading unit that reads an image of the reading target; a diagnosing RFID (radio frequency identification) tag capable of being detected by the RFID detection unit; and an abnormality determination unit that determines abnormality based on a state of detection of the RFID detection unit. When the diagnosing RFID tag is detected at the time the reading RFID tag is not detected by the RFID detection unit, the abnormality determination unit determines abnormality of the reading RFID tag, and when the diagnosing RFID tag is not detected, the abnormality determination unit determines abnormality of the RFID detection unit.
Abstract:
An image reading apparatus includes a casing configured to cut off ambient light and have a casing-opening portion at the bottom, an image capturing unit configured to perform image capturing of a medium that is exposed to an inside of the casing in the casing-opening portion, a plurality of light sources configured to be arranged on the inside of the casing and emit light to different areas on horizontal plane in the casing-opening portion, a control unit configured to control at least the image capturing unit and the plurality of light sources, and an attachment configured to be detachably attached to the bottom of the casing. The attachment surrounds the casing-opening portion in a state in which the attachment is attached to the casing and cuts off the ambient light together with the casing in a state in which the bottom is placed on the medium.
Abstract:
A medium feeding apparatus includes a rotating unit, a fixed unit, a separating roller and a conveying roller that are installed in the rotating unit and convey a medium present on a conveying path in a conveying direction, a braking roller and a driven roller that are installed in the fixed unit and come into press contact with the separating roller and the conveying roller on the conveying path, respectively, a lock arm that is installed in the rotating unit, a lock shaft that is installed in the fixed unit and keeps the position of the rotating unit relative to the fixed unit by locking the lock arm, and a position changing unit (a link member and a rotating member) that changes the position of the rotating unit relative to the fixed unit by the movement of the lock shaft in a up-and-down direction.
Abstract:
A medium feeding apparatus includes an opening/closing unit (a lock shaft, a lock arm, a hopper, a link member, and a rotating member) that performs an opening operation in a direction in which rollers of each of a separator and a conveyor coming into press contact with each other are separated from each other at the time of the occurrence of a conveyance error of a medium and performs a closing operation in a direction in which the rollers come into contact with each other after the recovery of the conveyance error. When an operator is present around the medium feeding apparatus, an error release operation control unit controls the opening/closing unit so that the opening/closing unit performs the opening operation and the closing operation at a relatively low speed as compared to when the operator is not present around the medium feeding apparatus.