Abstract: An electronic device support stand is a support stand for electronic devices that enables rotating the supported electronic device in a confined space with substantially no force while holding the electronic device securely. The electronic device support stand has a holding unit configured to hold an electronic device; and a base unit that supports the holding unit. The holding unit includes a pivot mechanism enabling rotating the supported electronic device with substantially no load around an axis parallel to the surface on which the base unit is placed.

Abstract: A small, compact multifunction printing device provides excellent ease of use with little possibility of slips and continuous paper jamming inside. The multifunction printer has a check processing unit and a continuous paper processing unit. The check processing unit has a U-shaped check conveyance path P1 that opens to the front of the printer and enables handling slips to be processed and the processed slips from the front of the printer. A continuous paper conveyance path P2 that conveys continuous paper fed from a paper roll in the roll paper compartment from the back to the front of the printer is formed on the inside of the check conveyance path P1, enabling replacing roll paper and removing processed continuous paper from the front. The conveyance paths P1 and P2 are independent of each other, the printing positions thereof are separated, and conveyed slips and continuous paper will not interfere with each other.

Abstract: An electronic device support stand is a support stand for electronic devices that enables rotating the supported electronic device in a confined space with substantially no force while holding the electronic device securely. The electronic device support stand has a holding unit configured to hold an electronic device; and a base unit that supports the holding unit. The holding unit includes a pivot mechanism enabling rotating the supported electronic device with substantially no load around an axis parallel to the surface on which the base unit is placed.

Abstract: The battery charger has a socket that is tubular, has a bottom, and accepts a rechargeable battery inserted to the socket. At least one side wall of the socket is an inclined surface that is inclined to the vertical when a bottom of the battery charger is placed on a horizontal surface. A charging terminal of the battery charger is disposed on this side wall.

Abstract: A small, compact multifunction printing device provides excellent ease of use with little possibility of slips and continuous paper jamming inside. The multifunction printer has a check processing unit and a continuous paper processing unit. The check processing unit has a U-shaped check conveyance path P1 that opens to the front of the printer and enables handling slips to be processed and the processed slips from the front of the printer. A continuous paper conveyance path P2 that conveys continuous paper fed from a paper roll in the roll paper compartment from the back to the front of the printer is formed on the inside of the check conveyance path P1, enabling replacing roll paper and removing processed continuous paper from the front. The conveyance paths P1 and P2 are independent of each other, the printing positions thereof are separated, and conveyed slips and continuous paper will not interfere with each other.

Abstract: A small, compact multifunction printing device provides excellent ease of use with little possibility of slips and continuous paper jamming inside. The multifunction printer has a check processing unit and a continuous paper processing unit. The check processing unit has a U-shaped check conveyance path P1 that opens to the front of the printer and enables handling slips to be processed and the processed slips from the front of the printer. A continuous paper conveyance path P2 that conveys continuous paper fed from a paper roll in the roll paper compartment from the back to the front of the printer is formed on the inside of the check conveyance path P1, enabling replacing roll paper and removing processed continuous paper from the front. The conveyance paths P1 and P2 are independent of each other, the printing positions thereof are separated, and conveyed slips and continuous paper will not interfere with each other.

Abstract: Swinging open the upstream-side cover part (31) and downstream-side cover part (32) of the check scanning apparatus (1) on a common support pivot (33) opens a U-shaped check transportation path (5). The check transportation path (5) can be opened with a simple single-action operation to remove checks (4) jammed in the check transportation path (5) and for maintenance of the magnetic head (84) and contact image sensors (82 and 83). When the task is completed, the open check transportation path (5) can also be returned to the original closed position by a simple single-action operation. If only those parts that require maintenance are exposed when the check transportation path is open, tasks that require opening the transportation path can be done without damaging other parts and without soiling the operator's fingers.

Abstract: A cradle in which a recording device can be installed charges the installed recording device and can execute processes using the ability for a recording device to be installed. A cradle 13 accepts a mobile printer 11, can charge a mobile printer 11 installed to the cradle 13, and has a control unit 40 that communicates with the installed mobile printer 11 and runs a specific process.

Abstract: A small, compact multifunction printing device provides excellent ease of use with little possibility of slips and continuous paper jamming inside. The multifunction printer has a check processing unit and a continuous paper processing unit. The check processing unit has a U-shaped check conveyance path P1 that opens to the front of the printer and enables handling slips to be processed and the processed slips from the front of the printer. A continuous paper conveyance path P2 that conveys continuous paper fed from a paper roll in the roll paper compartment from the back to the front of the printer is formed on the inside of the check conveyance path P1, enabling replacing roll paper and removing processed continuous paper from the front. The conveyance paths P1 and P2 are independent of each other, the printing positions thereof are separated, and conveyed slips and continuous paper will not interfere with each other.

Abstract: A small, compact multifunction printing device provides excellent ease of use with little possibility of slips and continuous paper jamming inside. The multifunction printer has a check processing unit and a continuous paper processing unit. The check processing unit has a U-shaped check conveyance path that opens to the front of the printer and enables handling slips to be processed and the processed slips from the front of the printer. A continuous paper conveyance path that conveys continuous paper fed from a paper roll in the roll paper compartment from the back to the front of the printer is formed on the inside of the check conveyance path, enabling replacing roll paper and removing processed continuous paper from the front. The conveyance paths are independent of each other, the printing positions thereof are separated, and conveyed slips and continuous paper will not interfere with each other.

Abstract: Swinging open the upstream-side cover part (31) and downstream-side cover part (32) of the check scanning apparatus (1) on a common support pivot (33) opens a U-shaped check transportation path (5). The check transportation path (5) can be opened with a simple single-action operation to remove checks (4) jammed in the check transportation path (5) and for maintenance of the magnetic head (84) and contact image sensors (82 and 83). When the task is completed, the open check transportation path (5) can also be returned to the original closed position by a simple single-action operation. If only those parts that require maintenance are exposed when the check transportation path is open, tasks that require opening the transportation path can be done without damaging other parts and without soiling the operator's fingers.

Abstract: Swinging open the upstream-side cover part (31) and downstream-side cover part (32) of the check scanning apparatus (1) on a common support pivot (33) opens a U-shaped check transportation path (5). The check transportation path (5) can be opened with a simple single-action operation to remove checks (4) jammed in the check transportation path (5) and for maintenance of the magnetic head (84) and contact image sensors (82 and 83). When the task is completed, the open check transportation path (5) can also be returned to the original closed position by a simple single-action operation. If only those parts that require maintenance are exposed when the check transportation path is open, tasks that require opening the transportation path can be done without damaging other parts and without soiling the operator's fingers.

Abstract: A small, compact multifunction printing device provides excellent ease of use with little possibility of slips and continuous paper jamming inside. The multifunction printer has a check processing unit and a continuous paper processing unit. The check processing unit has a U-shaped check conveyance path that opens to the front of the printer and enables handling slips to be processed and the processed slips from the front of the printer. A continuous paper conveyance path that conveys continuous paper fed from a paper roll in the roll paper compartment from the back to the front of the printer is formed on the inside of the check conveyance path, enabling replacing roll paper and removing processed continuous paper from the front. The conveyance paths are independent of each other, the printing positions thereof are separated, and conveyed slips and continuous paper will not interfere with each other.

Abstract: The battery charger has a socket that is tubular, has a bottom, and accepts a rechargeable battery inserted to the socket. At least one side wall of the socket is an inclined surface that is inclined to the vertical when a bottom of the battery charger is placed on a horizontal surface. A charging terminal of the battery charger is disposed on this side wall.