Abstract: Provided is an inexpensive and lightweight carrying mechanism in which side frames and a guide plate are not required to be formed separately and assembled and a small number of components are required. A pair of right and left side frames (2a, 2b) and a medium guide (3) are integrally formed to form a frame structure body (1). On one surface side of the medium guide (3) of the frame structure body (1), a carrying belt (8) for carrying a medium is disposed, and on the other surface side of the medium guide (3), a driven roller (10) for holding the medium between the carrying belt (8) and itself is disposed.

Abstract: When a bill-jam occurs in a bill dispenser, the jammed bill or the subsequent bill is easily removed. An arc-shaped conveyance passage (20) that is formed in an arc shape and that includes a cylindrical drive roller (21) rotating about a rotational shaft (21a) and plural pressure rollers (22) pressurizing an outer circumferential surface of the cylindrical drive roller, is provided in a conveyance passage connecting a discrimination part (3) to a reception part (1) in the bill dispenser. A switching blade (6) is disposed in a branch part (26) between the arc shape conveyance passage (20) and a branch conveyance passage (27) connected to a temporary holding part 4.

Abstract: Disclosed is a media processing device that offers ease of use in loading and removal of cartridges and is capable of aligning paper currency delivery units upon conveyance paths and paper currency delivery units upon cartridges with a high degree of precision. A cartridge loading frame (4) is configured such that the height of the lateral plate upon the cartridge handling side is less than or equal to half the height of the respective cartridges, and a plurality of partitions, which partition the storage positions of the respective cartridges, is disposed upon the lower portion thereof; a conveyance path (3) is located within a conveyance path frame (36) so as to expose media delivery units; and alignment pins and alignment apertures, which align the media delivery units upon each respective cartridge (5-9) and the media delivery units upon the conveyance path (3), are disposed upon the facing surfaces of each respective cartridge (5-9) and of the conveyance path frame (36), and fit respectively therewith.

Abstract: Provided is a means for stably accumulating the bills to be paid out to a customer. A bill press (26) has a dog-leg shape composed of a supporting face (26a) facing bills and an inclined face (26b) inclined in a direction away from the bills above the supporting face (26a), has two sliding pins (30) lined up along a movement direction on a side face thereof, and has a sliding groove (35) at the side of the bill press (26). A bent portion (35a) is provided at one end of the sliding groove (35) on the side of an accumulating tongue piece roller (28). When the bills to be paid out to a customer are accumulated in a bill deposit/withdrawal unit (10), the bill press (26) turns so that the sliding pins (30) on the side of the accumulating tongue piece roller (28) enter the bent portion (35a), and thereby the supporting face (26a) is inclined toward the accumulating tongue piece roller (28).

Abstract: When a bill-jam occurs in a bill dispenser, the jammed bill or the subsequent bill is easily removed. An arc-shaped conveyance passage (20) that is formed in an arc shape and that includes a cylindrical drive roller (21) rotating about a rotational shaft (21a) and plural pressure rollers (22) pressurizing an outer circumferential surface of the cylindrical drive roller, is provided in a conveyance passage connecting a discrimination part (3) to a reception part (1) in the bill dispenser. A switching blade (6) is disposed in a branch part (26) between the arc shape conveyance passage (20) and a branch conveyance passage (27) connected to a temporary holding part 4.

Abstract: The conveying path of an automated teller machine is shortened such that banknote jams are suppressed from occurring. The automated teller machine includes a customer interface section 1 with a deposit/withdrawal port for banknotes, an examination section 3 that examines banknotes, a temporary holding section 4 that holds banknotes, a switching blade 6 that switches the conveying direction of banknotes that have been examined by the examination section 3, a switching timing sensor 5 that detects a switching timing of the switching blade 6, and denominated cassettes 11 that stores banknotes, and these components are connected with the conveying path. A circular arc shaped conveying path 20 formed in a circular arc shape is provided in the conveying path, at a portion connecting from the examination section 3 to the customer interface section 1.