Abstract: A method for registering and identifying a user of an institution through biometric information is described, along with the associated registration system and identification device, wherein said registration method (100) comprises the steps of: obtaining (102) biometric information in digital format about said user, said biometric information comprising at least one fingerprint of said user; obtaining (108) personal information in digital format about said user; generating (110) a file from said personal information and said biometric information; encrypting (112) said file with a private key, so as to obtain an encrypted file; generating (114) a bar code from said encrypted file.

Abstract: A method for registering and identifying a user of an institution through biometric information is described, along with the associated registration system and identification device, wherein said registration method (100) comprises the steps of: obtaining (102) biometric information in digital format about said user, said biometric information comprising at least one fingerprint of said user; obtaining (108) personal information in digital format about said user; generating (110) a file from said personal information and said biometric information; encrypting (112) said file with a private key, so as to obtain an encrypted file; generating (114) a bar code from said encrypted file.

Abstract: The device (1) comprises a support housing (2-4) having first and second openings (3a, 3b) intended to be positioned during use facing an area (A) for the introduction of one or more documents (BC) to be processed, first and second rotatable gripping members (5, 6) for respectively performing aligning and forwarding, mounted in the housing (2-4) and designed to extend through the first and second openings (3a, 3b), respectively, these gripping members (5, 6) being rotatable about respective axes (V-V, U-U) oriented in different directions, and driving and control devices (10-17) designed to cause rotation of the gripping members (5, 6) about the respective axes (V-V, U-U) and their displacement through said openings (3a, 3b) between a retracted position and an extracted position with respect to the housing (2-4).

Abstract: A digital check scanner (1) is associated with a receiver adapted to receive a message (22) from a transceiver station (20) belonging to a cellular network, such message (22) including geographic position information.

Abstract: A digital check scanner (1), a system and a method for the traceability of checks are described, said digital check scanner (1) being associated to geographic detecting means (9) adapted to detect a geographical location of said digital check scanner (1).

Abstract: The device (1) comprises a support housing (2-4) having first and second openings (3a, 3b) intended to be positioned during use facing an area (A) for the introduction of one or more documents (BC) to be processed, first and second rotatable gripping members (5, 6) for respectively performing aligning and forwarding, mounted in the housing (2-4) and designed to extend through the first and second openings (3a, 3b), respectively, these gripping members (5, 6) being rotatable about respective axes (V-V, U-U) oriented in different directions, and driving and control devices (10-17) designed to cause rotation of the gripping members (5, 6) about the respective axes (V-V, U-U) and their displacement through said openings (3a, 3b) between a retracted position and an extracted position with respect to the housing (2-4).

Abstract: The scanner apparatus has a feed device for picking up checks from an input receptacle and transferring them to a conveyor mechanism which conveys the checks through the interior of the apparatus. A feed plate resiliently urges a bundle of checks in the receptacle towards an opposed surface. A feed roller acting on the side remote from the plate picks up from the receptacle a check disposed adjacent the surface and transfers it towards the interior of the apparatus. The movement of the feed plate towards the opposed surface is stopped in a position close to that surface so as to define between the plate and the surface a gap of sufficient width for the insertion of at least one check in the input receptacle.

Abstract: The scanner apparatus has a feed device for picking up checks from an input receptacle and transferring them to a conveyor mechanism which conveys the checks through the interior of the apparatus. A feed plate resiliently urges a bundle of checks in the receptacle towards an opposed surface. A feed roller acting on the side remote from the plate picks up from the receptacle a check disposed adjacent the surface and transfers it towards the interior of the apparatus. The movement of the feed plate towards the opposed surface is stopped in a position close to that surface so as to define between the plate and the surface in a gap of sufficient width for the insertion of at least one check in the input receptacle.