Abstract: An automatic transaction device includes a first device mounted internally and a control unit that controls devices send and receive data between the first device and the control unit. The first device executes processing that generates a first code relating to the first device and sends same to the control unit and executes processing that verifies a second code received from the control unit and generates an encryption key in accordance with the verification results. The control unit executes: processing whereby, after the first code has been received, verification is made that the operation environment is within the automatic transaction device; and processing whereby, if a determination is made that the operation environment is within the automatic transaction device, a second code is generated and sent to the first device.

Abstract: The present invention is characterized in that at least a first bill storage unit and a second bill storage unit are stacked and arranged in the stated sequence from a bill insert/discharge port side provided to the upper surface of the bill storage box; a door for loading and removing bills inside the bill storage units, and an opening and closing part for removing bills retained in an internal conveyance path between the first bill storage unit and the internal conveyance path are included; and the opening and closing direction of the door for loading and removing bills in the first bill storage unit and the opening and closing direction of the opening and closing part are substantially the same.

Abstract: A paper-slip handling device with: a reduced stoppage rate and banknote rejection rate for a deposit/withdrawal device; improved ability to remove foreign material from banknote bundles; improved user-friendliness; and improved reliability, comprising: a deposit/withdrawal unit used for depositing and withdrawal of paper slips, a paper-slip identification unit that identifies paper slips, a temporary holding compartment that temporarily stores deposited paper slips, a plurality of paper-slip storage compartments, and a first paper-slip transport path via which paper slips are transported to the various aforementioned units. The deposit/withdrawal unit has an opening via which paper slips are transferred in a substantially horizontal state, a storage section that stores paper slips in a substantially upright state, and a second paper-slip transport path that connects said opening and storage section.

Abstract: Provided is a paper sheet handling device with which paper currency having an optimal property can be deposited and disbursed without reducing the number of denominations than can be handled, and without changing the higher-level system. This paper sheet handling device is equipped with: multiple cassettes provide respectively for each classification based on the value of a paper sheet, with each of the multiple cassettes having multiple housing units a storage unit that associates and stores a housing unit housing status, and a main control unit, which executes paper sheet deposit/disbursement processes on the basis of the housing unit housing status and the cassette housing status stored by the storage unit.

Abstract: In order to prevent interception of the information through the leakage electromagnetic waves when transmitting the information using an image display unit, an image converter generates plural converted images, stores the generated converted images in an image storage, an image output unit reads out the converted images from the image storage and transmits the converted images to a screen control unit successively. The screen control unit displays a reception image on an image display unit. The image output unit outputs the converted image group at a high speed, thereby performing a switching display on the image display unit, and to show an image visually equivalent to the input image.

Abstract: In order to prevent interception of information through leakage electromagnetic waves when transmitting the information using an image display unit, an image converter generates plural converted images, stores the generated converted images in an image storage, an image output unit reads out the converted images from the image storage and transmits the converted images to a screen control unit successively. The screen control unit displays a reception image on an image display unit. The image output unit outputs the converted image group at a high speed, thereby performing a switching display on the image display unit, and shows an image visually equivalent to the input image.

Abstract: A bottom surface of a stacking and accommodating portion is structured such as to be sloped to be lower in accordance with moving away from a paper carry-in side, and a push plate is controlled so as to be moved in a direction moving close to a carry-in port of the paper by detecting a stack paper width determined on the basis of a product of a stacked number count information of the papers and a thickness information per one paper, and the papers are accommodated.

Abstract: A bottom surface of a stacking and accommodating portion is structured such as to be sloped to be lower in accordance with moving away from a paper carry-in side, and a push plate is controlled so as to be moved in a direction moving close to a carry-in port of the paper by detecting a stack paper width determined on the basis of a product of a stacked number count information of the papers and a thickness information per one paper, and the papers are accommodated.

Abstract: The sensor portion of the bill discrimination device has a variable inductance portion whose inductance changes depending on thickness of the bill and the magnetic ink amount, and an output signal generator for generating an output signal depending on the inductance of the variable inductance portion. The variable inductance portion includes a contact member which may have magnetostrictive behavior, and a coil portion disposed about the perimeter thereof. The contact member is positioned so as to be subjected to pressing force of a spring via an auxiliary roller. When the pressing force received from the spring changes depending on the thickness of a currency bill, the magnetic permeability of the contact member will change and the inductance of the variable inductance portion will change. At the same time, the inductance of the variable inductance portion will also change depending on the magnetic charge of the currency bill.

Abstract: A bottom surface of a stacking and accommodating portion is structured such as to be sloped to be lower in accordance with moving away from a paper carry-in side, and a push plate is controlled so as to be moved in a direction moving close to a carry-in port of the paper by detecting a stack paper width determined on the basis of a product of a stacked number count information of the papers and a thickness information per one paper, and the papers are accommodated.

Abstract: A bottom surface of a stacking and accommodating portion is structured such as to be sloped to be lower in accordance with moving away from a paper carry-in side, and a push plate is controlled so as to be moved in a direction moving close to a carry-in port of the paper by detecting a stack paper width determined on the basis of a product of a stacked number count information of the papers and a thickness information per one paper, and the papers are accommodated.

Abstract: There are provided a thickness detecting apparatus which can restrain erroneous detection even though a sheet or the like overlaps with only a part of a rotary body, and, which can enhance the degree of accuracy of detection, comprising a cylindrical displaceable rotary body and a cylindrical stationary rotary body which are opposed to each other, the thickness detecting apparatus detecting a thickness of the sheet or the like to be transferred in accordance with a displacement by which the displaceable rotary body is separated from the stationary rotary body, when the sheet or the like passes through between the displaceable rotary body and the stationary rotary body, and the center of a load with which the displaceable rotary body presses the sheet or the like is biased from the center of the displaceable rotary body in one of center axial direction.

Abstract: There are provided a thickness detecting apparatus which can restrain erroneous detection even though a sheet or the like overlaps with only a part of a rotary body, and, which can enhance the degree of accuracy of detection, comprising a cylindrical displaceable rotary body and a cylindrical stationary rotary body which are opposed to each other, the thickness detecting apparatus detecting a thickness of the sheet or the like to be transferred in accordance with a displacement by which the displaceable rotary body is separated from the stationary rotary body, when the sheet or the like passes through between the displaceable rotary body and the stationary rotary body, and the center of a load with which the displaceable rotary body presses the sheet or the like is biased from the center of the displaceable rotary body in one of center axial direction.