Abstract: A door locking apparatus and an enclosure comprising the same are disclosed. The door locking apparatus comprises an operation unit 52 installed on a door 30 for opening/closing a body frame 10, and one or more locking units 80 installed in the door 30 to be capable of being inserted into or released from a locking hole 11 formed in the body frame 30. At least one of the locking units 80 comprises an unlocking restraint module 83, 84 operated by an external force and caught by the body frame 10.

Abstract: Provided is a medium sensing apparatus. The medium sensing apparatus comprises a first frame disposed on a transfer path of a medium, the first frame having a plurality of first sensor grooves, a second frame facing the first frame, the second frame having a plurality of second sensor grooves, a plurality of first contact image sensors disposed in the plurality of first sensor grooves, respectively, and a plurality of second contact image sensors disposed in the plurality of second sensor grooves, respectively. At least one of the plurality of first sensor grooves and at least one of the plurality of second sensor grooves are disposed to partially overlap with each other.

Abstract: A door locking apparatus and an enclosure comprising the same are disclosed. The door locking apparatus comprises an operation unit 52 installed on a door 30 for opening/closing a body frame 10, and one or more locking units 80 installed in the door 30 to be capable of being inserted into or released from a locking hole 11 formed in the body frame 30. At least one of the locking units 80 comprises an unlocking restraint module 83, 84 operated by an external force and caught by the body frame 10.

Abstract: A medium storage box is provided. The medium storage box includes a first supporting plate for storing first medium, a second supporting plate spaced apart from the first supporting plate, for storing second medium, and a pickup roller, disposed between the first supporting plate and the second supporting plate, for selectively picking up one of the first medium and the second medium.

Abstract: A cassette detecting device and a medium processing device using the same are provided. The cassette detecting device comprises: a main board comprising a first input unit and detecting and outputting at least one of whether at least one cassette connected to the first input unit is mounted and its mounting position; and a plurality of cassettes storing a medium, comprising a second input unit connected to the main board, and determining the mounting position of a corresponding cassette according to a signal from the second input unit, each of the plurality of cassettes and the main board comprises a comparing unit for determining the mounting position of a cassette.

Abstract: Provided are an object processing apparatus and a financial apparatus. The object processing apparatus comprises a motor, a shutter configured to close and open an object-entrance space, and a power transmission. The power transmission is configured to open or close the shutter according to operation of the motor and allow the shutter to be opened or closed by an external force when the motor is not operated. The power transmission transmits a driving force of the motor to the shutter without any electronic control.

Abstract: Provided is an electrostatic discharging apparatus, which comprises a rotation shaft, a transfer roller, and an electrostatic discharging member. The rotation shaft transmits driving force. The transfer roller is disposed on the rotation shaft to transfer a medium. The electrostatic discharging member is disposed on the rotation shaft to rotate together with the rotation shaft, and comprises a plurality of brushes for removing static electricity.

Abstract: Disclosed is a damper and an opening/closing apparatus and a financial device using the same. The damper has first and second bodies mounted on fixed and rotatable objects, respectively, to perform a damping action during an end of the rotation range of opening/closing the rotatable object, abrupt operation of which is thus prevented. The first body has a damping space filled with a damping material and fixed and movable friction plates are installed in the damping space so that the movable friction plate rotates together with a rotation center shaft in a specific range. First and second interlock surfaces are positioned on opposite sides of the rotation center shaft, and first and second interlock stages are formed at a predetermined angle on both stages of the inner surface of a shaft through-hole of the movable friction plate so as to selectively contact the interlock surfaces, respectively.

Abstract: The present invention relates to a media separating device of an automatic media dispenser. According to the present invention, when a skew of a medium is detected when the medium is separated and conveyed, a pick-up bracket mounted with a pick-up roller is rotated in a direction away from the push plate, so that the pick-up bracket is separated from the medium which is ready to be received in the media box.

Abstract: Provided is a financial device, which comprises a transferring device, a light emitting sensor, and a light receiving sensor. The transferring device comprises a first guider and a second guider, which are spaced apart from each other to form a transfer path of a medium, and a frame on which the first and second guiders are installed. The light emitting sensor and the light receiving sensor sense the medium transferred along the transfer path of the medium. The light emitting sensor and the light receiving sensor do not overlap the transfer path of the medium in a direction vertical from the transfer path of the medium.

Abstract: A medium detecting device is provided. The medium detecting device includes a sensor adapted to detect magnetism of a medium being transferred; and a pressing unit adapted to press the medium toward the sensor, and the pressing unit includes at least one supporting part including a plurality of supporters to press the medium toward the sensor; and an elastic member adapted to elastically support the supporting part.

Abstract: Provided is a medium transferring apparatus, which comprises a plurality of side guides, one or more transfer rollers, and one or more aligning rollers. The side guides constitute both side surfaces of a medium transferring path. The transfer rollers are rotatable between the side guides, and transfer a medium in a medium transferring direction. The aligning rollers align the medium in a direction inclined from the medium transferring direction.

Abstract: Provided is a financial device, which comprises a medium cassette, a cassette box, and a shock prevention apparatus. The medium cassette accommodates a medium. The medium cassette is installed on the cassette box. The shock prevention apparatus is disposed between a portion of the medium cassette and a portion of the cassette box facing the portion of the medium cassette. The shock prevention apparatus prevents a shock from being applied to the medium cassette while the medium cassette is installed on the cassette box.

Abstract: Provided is a financial device, which comprises a medium entrance, a medium processing apparatus, and a control unit. A medium is deposited or withdrawn through the medium entrance. The medium processing apparatus processes the medium. The control unit controls the medium processing apparatus. The medium processing apparatus comprises a front guider, a rear guider behind the front guider, a pushing member pushing a medium disposed in a medium processing space, and a supporting guider supporting the medium in the medium processing space. The control unit controls an operation of the medium processing apparatus such that states of the front guider, the rear guider, the pushing member, and the supporting guider when moving of a medium is completed in the medium processing space to deposit the medium are the same as states of the front guider, the rear guider, the pushing member, and the supporting guider when moving of a medium is completed in the medium processing space to withdraw or return the medium.

Abstract: Provided is a medium processing apparatus, which comprises a transfer roller unit and a guide roller unit. The transfer roller unit comprises a first rotation shaft and one or more transfer rollers coupled to the first rotation shaft. The guide roller unit receives power from the transfer roller unit, and comprises a second rotation shaft, a one-way clutch connected to the second rotation shaft, and a guide roller connected to the one-way clutch.

Abstract: Provided is a medium stacking apparatus, which comprises a stacking frame and a damper. The stacking frame forms a stacking space in which media are stacked, and comprises a medium inlet. The damper collides with the medium introduced through the medium inlet, and absorbs a shock from the medium. The damper comprises one or more damping ribs that extend in a stacking direction of the media and are elastically deformed by a collision with the medium.

Abstract: A medium processing apparatus is provided. The medium processing apparatus comprises an MR sensor, one or more differential amplifiers, a storage, and a controller. The MR sensor comprises a plurality of detection elements configured to detect a magnetic component of a medium. The one or more differential amplifiers receive respective output signals of two detection elements among the plurality of detection elements to subtract and amplify the received signals. The storage stores various pattern information of a magnetic component signal for the medium. The controller compares the pattern information, stored in the storage, with magnetic component signals respectively outputted from the detection elements and a magnetic component signal outputted from the one or more differential amplifiers to determine authenticity of the medium.

Abstract: Provided is a medium process apparatus. The medium process apparatus comprises a support device configured to support a medium that is being transferred, and a plurality of detecting units configured to detect a state of the medium. The plurality of detecting units are arranged at regular intervals, and each of the plurality of detecting units comprises a detecting lever and a detecting sensor configured to output a signal according to a movement of the detecting lever. If the medium is divided into uniform regions arranged in a direction perpendicular to a transfer direction of the medium, the detecting units detect states of corresponding regions of the medium.

Abstract: The present invention relates to a medium stacking apparatus for an automatic medium dispenser. A medium stacking apparatus according to the present invention comprises a medium box provided with a seating space allowing medium to be pulled and stacked therein, inlet rollers provided to face each other and to rotate in opposite directions relative to one another so that the medium are pulled into the seating space, a damping unit colliding against the medium pulled into the seating space by the inlet rollers, and a pressing unit for pressing down a trailing end of the medium. The damping unit and the pressing unit are connected to both ends of a link by the pins to cooperate with each other. Thus, the medium are stacked in the seating space, so that the following medium can be pulled therein without any interference. According to the present invention, there is an advantage in that a stacking reliability is enhanced when medium are stacked.

Abstract: A medium process apparatus is provided. The medium process apparatus comprises a state detection unit configured to detect a state of a transferring medium and a support unit configured to support the transferring medium. The support unit comprises a plurality of support parts successively disposed in a transfer direction of the medium. The plurality of support parts comprise a second support part facing the state detection unit and a first support part disposed at a front or rear side of the second support part in the transfer direction of the medium.