Abstract: A reflection mirror unit for a document on a platen includes first and second reflection mirrors, a base frame formed of a plate member and having a sliding portion adapted to slidably engage a guide rail located in a sub-scanning direction for the document on the platen, and a mirror support frame formed of a plate member. The mirror support frame includes a mirror mounting portion for supporting the first and second reflection mirrors opposite to each other with a predetermined angle. First and second coupling portions are formed on the base frame and the mirror support frame to couple together.

Abstract: A reflection mirror unit for a document on a platen includes first and second reflection mirrors, a base frame formed of a plate member and having a sliding portion adapted to slidably engage a guide rail located in a sub-scanning direction for the document on the platen, and a mirror support frame formed of a plate member. The mirror support frame includes a mirror mounting portion for supporting the first and second reflection mirrors opposite to each other with a predetermined angle. First and second coupling portions are formed on the base frame and the mirror support frame to couple together.

Abstract: An image reading unit includes an image sensor for converting light from a document into an electric signal, and a circuit board provided with the image sensor on one side. In the image reading unit, a heat dissipating member for controlling a temperature of the image sensor is attached to one side of the circuit board, and a shield member for reducing a noise is provided on the other side of the circuit board. The heat dissipating member and the shield member are connected by a heat conductive member. Also, the heat dissipating member is interposed between the image sensor and the circuit board.

Abstract: An image reading unit includes a light source for illuminating a document, a plurality of reflecting devices for reflecting the light from the document, a condensing device for condensing the light reflected by the reflecting devices, and a reading device disposed at a condensing position at a rear side of the condensing device. The light source is disposed at a forward side of the condensing device. A plurality of reflecting devices includes a final reflecting device and a reciprocating reflecting device. The final reflecting device forms a linear optical path together with the reading device, and the reciprocating reflecting device forms at least one reciprocating optical path crossing the linear optical path between the condensing device and the reading device. Accordingly, the image reading unit can be made small.

Abstract: An image reading apparatus includes a scanning unit disposed in a box-shaped casing for scanning a stationary original in a sub-scanning direction to read the original; a supporting unit for supporting one side of the scanning unit in a main scanning direction and guiding the one side of the scanning unit in the sub-scanning direction; a driving source for moving the scanning unit in the sub-scanning direction; a drive transmitting unit for transmitting a drive of the driving source to the scanning unit; and first and second reinforcing plates attached to the casing along the sub-scanning direction for reinforcing the casing. The first reinforcing plate forms a guide unit for supporting the other side of the scanning unit in the main scanning direction and guiding the scanning unit in the sub-scanning direction. The driving source and the drive transmitting unit are fixed to the second reinforcing unit.

Abstract: An image reading apparatus includes a scanning unit disposed in a box-shaped casing for scanning a stationary original in a sub-scanning direction to read the original; a supporting unit for supporting one side of the scanning unit in a main scanning direction and guiding the one side of the scanning unit in the sub-scanning direction; a driving source for moving the scanning unit in the sub-scanning direction; a drive transmitting unit for transmitting a drive of the driving source to the scanning unit; and first and second reinforcing plates attached to the casing along the sub-scanning direction for reinforcing the casing. The first reinforcing plate forms a guide unit for supporting the other side of the scanning unit in the main scanning direction and guiding the scanning unit in the sub-scanning direction. The driving source and the drive transmitting unit are fixed to the second reinforcing unit.

Abstract: A card processing apparatus allows for a more compact apparatus that does not cause a reduction in card transporting and printing processing capacity, but improves the freedom of design as an apparatus by establishing a plurality of processing units such as a printer and coating unit in a rational manner.

Abstract: A recording device for recording information data such as images and characters on a recording card has one or more card transfer paths intersecting with a first transfer path extending from a card supply means at one or more intersection points. At the intersection point, there is placed a card turning means for turning the card or transferring the card between the card transfer paths. The technically ingenious arrangement of the card transfer paths and the card turning means enables materialization of making the compact, high-performance recording device capable of handling and processing the card effectively and producing various types of information cards such as credit card, license card and IC card with high efficiency.

Abstract: An image reading unit includes an image sensor for converting light from a document into an electric signal, and a circuit board provided with the image sensor on one side. In the image reading unit, a heat dissipating member for controlling a temperature of the image sensor is attached to one side of the circuit board, and a shield member for reducing a noise is provided on the other side of the circuit board. The heat dissipating member and the shield member are connected by a heat conductive member. Also, the heat dissipating member is interposed between the image sensor and the circuit board.

Abstract: An image reading unit includes a light source for illuminating a document, a plurality of reflecting devices for reflecting the light from the document, a condensing device for condensing the light reflected by the reflecting devices, and a reading device disposed at a condensing position at a rear side of the condensing device. The light source is disposed at a forward side of the condensing device. A plurality of reflecting devices includes a final reflecting device and a reciprocating reflecting device. The final reflecting device forms a linear optical path together with the reading device, and the reciprocating reflecting device forms at least one reciprocating optical path crossing the linear optical path between the condensing device and the reading device. Accordingly, the image reading unit can be made small.

Abstract: A recording device for recording information data such as images and characters on a recording card has one or more card transfer paths intersecting with a first transfer path extending from a card supply means at one or more intersection points. At the intersection point, there is placed a card turning means for turning the card or transferring the card between the card transfer paths. The technically ingenious arrangement of the card transfer paths and the card turning means enables materialization of making the compact, high-performance recording device capable of handling and processing the card effectively and producing various types of information cards such as credit card, license card and IC card with high efficiency.

Abstract: A card processing apparatus allows for a more compact apparatus that does not cause a reduction in card transporting and printing processing capacity, but improves the freedom of design as an apparatus by establishing a plurality of processing units such as a printer and coating unit in a rational manner.

Abstract: An overcoat fixing device of the application fixes a coat film on a front surface of a recording medium by heating. The overcoat fixing device is formed of a transferring device for transferring the recording medium along a transferring path, a fixing device provided in the transferring path and fixing the coat film to the recording medium, and a pressing device provided in the transferring path away from the fixing device and pressing one surface of the recording medium on which the coat film is fixed. The pressing device presses the recording medium with the coat film sent from the fixing device by the transferring device for a predetermined time while stopping at a predetermined position. Accordingly, bending of the recording medium can be corrected.