Abstract: A storing and issuing device (11) for banknotes (12) and/or other flexible documents, for use in an equipment for the automatic processing of banknotes, in which the storing and issuing device includes a taking-up roller (50), a motor (60) for the taking-up roller, at least one transport belt (52) provided for wrapping on the taking-up roller (50) together with the banknotes (12) and holding means (53, 54, 79) actuatable for causing an entering banknote Bn(n) to be engaged with the transport belt (52). The storing and issuing device (11) comprises an electronic unit (65) for the holding means (53, 54, 79) and the motor (60) for the taking-up roller, for causing the entering banknote to be stored on the taking-up roller, with void space queuing providing substantial contact between the input edge of the entered banknote Bn(n) and the output edge of a last stored banknote Bn(n?1).

Abstract: An equipment (22) for the automatic deposit of banknotes (23) comprising a transaction port (33) for receiving a stack (24) of banknotes, a separating device (36) for separating the constituting sheets of the stack (24), a validation device (37) for discriminating the constituting sheets as recognized banknotes and constituting sheets not recognized, a transport mechanism (38, 39) servo-dependent on the validation device to drag said constituting sheets along differentiated paths (72, 73) for the recognized banknotes and the constituting sheets not recognized, and a box assembly (51) adjacent to the transaction port. The box assembly (51) includes two storage boxes (53, 54) and is shiftable among at least three different positions.

Abstract: An equipment (22) for the automatic deposit of banknotes (23) comprising a transaction port (33) for receiving a stack (24) of banknotes, a separating device (36) for separating the constituting sheets of the stack (24), a validation device (37) for discriminating the constituting sheets as recognized banknotes and constituting sheets not recognized, a transport mechanism (38, 39) servo-dependent on the validation device to drag said constituting sheets along differentiated paths (72, 73) for the recognized banknotes and the constituting sheets not recognized, and a box assembly (51) adjacent to the transaction port. The box assembly (51) includes two storage boxes (53, 54) and is shiftable among at least three different positions.

Abstract: An equipment (22) for the automatic deposit of banknotes (23) comprising a transaction port (33) for receiving a stack (24) of banknotes, a separating device (36) for separating the constituting sheets of the stack (24), a validation device (37) for discriminating the constituting sheets as recognized banknotes and constituting sheets not recognized, a transport mechanism (38, 39) servo-dependent on the validation device to drag said constituting sheets along differentiated paths (72, 73) for the recognized banknotes and the constituting sheets not recognized, and a box assembly (51) adjacent to the transaction port. The box assembly (51) includes two storage boxes (53, 54) and is shiftable among at least three different positions.

Abstract: An equipment (22) for the automatic deposit of banknotes (23) comprising a transaction port (33) for receiving a stack (24) of banknotes, a separating device (36) for separating the constituting sheets of the stack (24), a validation device (37) for discriminating the constituting sheets as recognized banknotes and constituting sheets not recognized, a transport mechanism (38, 39) servo-dependent on the validation device to drag said constituting sheets along differentiated paths (72, 73) for the recognized banknotes and the constituting sheets not recognized, and a box assembly (51) adjacent to the transaction port. The box assembly (51) includes two storage boxes (53, 54) and is shiftable among at least three different positions.

Abstract: Positioning device for a printer comprising a type carrier daisy wheel fitted on a carriage movable in front of the platen. The selection of type and movement of carriage are carried out by selection and transport motors of direct current type which are controlled by velocity servo motors through corresponding digital transducer and position counters. After a coarse positioning by the servo motor, the exact final position is reached and kept by exciting a couple of magnetic positioners whose rotor is keyed on the axes of the selection and transport motors.Economic solutions are also described to synchronize, during initialization of the machine, the content of the position counters with the effective positions of the daisy wheel and carriage.