Abstract: The banknote guiding device comprises a first, second and third guide assemblies, each guide assembly being rotatory to be placed in either a first or second position for the guiding of banknotes into channels, wherein the first and second guide assemblies are rotary about a first rotation axis, and the third guide assembly is rotary around a second rotation axis. It provides a banknote guiding device that is as simple as possible while minimizing the gaps between the guide assemblies to avoid banknote jams during travel.

Abstract: Coin conveyor for coin processing machines, with a channel having: a first coin (16) reception segment (1), defined by a longitudinally movable wall (5) and by an opposite fixed wall (10), both converging towards each other towards the inside of said channel; a second coin transportation and alignment segment (2), defined by a longitudinally movable wall (5), by an opposite fixed wall (10) and by an also fixed bottom (12); a third coin separation segment (3), defined by the lateral surface of a freely rotating cylindrical roller (14), by a longitudinally movable wall (5), by an opposite fixed wall (10) supported on the lateral surface of said cylindrical roller along the length of an arch of approximately 90°, and by a fixed bottom (12); and a fourth coin delivery segment (4), defined by a longitudinally movable wall (5) and by an also fixed bottom (12). The longitudinally movable wall (5) of all segments is constituted by a single endless belt being mounted on pulleys (6-6?).

Abstract: Coin conveyor for coin processing machines, with a channel having: a first coin (16) reception segment (1), defined by a longitudinally movable wall (5) and by an opposite fixed wall (10), both converging towards each other towards the inside of said channel; a second coin transportation and alignment segment (2), defined by a longitudinally movable wall (5), by an opposite fixed wall (10) and by an also fixed bottom (12); a third coin separation segment (3), defined by the lateral surface of a freely rotating cylindrical roller (14), by a longitudinally movable wall (5), by an opposite fixed wall (10) supported on the lateral surface of said cylindrical roller along the length of an arch of approximately 90°, and by a fixed bottom (12); and a fourth coin delivery segment (4), defined by a longitudinally movable wall (5) and by an also fixed bottom (12). The longitudinally movable wall (5) of all segments is constituted by a single endless belt being mounted on pulleys (6-6?).

Abstract: A coin dispenser including a coin storing unit (1) and a coin extractor (3), the casing of which (4) demarcates a cylindrical chamber (5) with side outlet (6) for the exit of coins, in which there is housed a rotary driving disc (7) which has a series of cavities (8) closed, on the side opposite to that occupied by the coin storing unit, by a base disc (9) forming stops (14) opposite the rotation direction of the driving disc (7). The disc has retractable parts (13) which, together with the stops (23), control the exit of coins driven in the cavities (8).

Abstract: A coin dispenser including a coin storing unit (1) and a coin extractor (3), the casing of which (4) demarcates a cylindrical chamber (5) with side outlet (6) for the exit of coins, in which there is housed a rotary driving disc (7) which has a series of cavities (8) closed, on the side opposite to that occupied by the coin storing unit, by a base disc (9) forming stops (14) opposite the rotation direction of the driving disc (7). The disc has retractable parts (13) which, together with the stops (23), control the exit of coins driven in the cavities (8).

Abstract: Coin dispenser comprising a coin storage unit, a coin extractor (2) comprising an endless chain (3), a coin identifier (4) for the coins transported by the endless chain, and a coin deflector (8). The endless chain (3) comprises two series of flat alternating links, parallel to the plane defined by said chain and consecutively articulated according to two axes perpendicular to the links, forming open cavities (40) all along the chain, each one of said cavities being able to transport a coin (7) in a position parallel to the bottom of said cavity.

Abstract: Coin dispenser comprising a coin storage unit, a coin extractor (2) comprising an endless chain (3), a coin identifier (4) for the coins transported by the endless chain, and a coin deflector (8). The endless chain (3) comprises two series of flat alternating links, parallel to the plane defined by said chain and consecutively articulated according to two axes perpendicular to the links, forming open cavities (40) all along the chain, each one of said cavities being able to transport a coin (7) in a position parallel to the bottom of said cavity.