Abstract: An objective of the present invention is to facilitate the setting of versions of money to be stacked in stacking units of a money handling apparatus. The money handling apparatus includes: a plurality of stacking units that stack money by type; a storage unit that stores a version classification setting in which classification of versions of multiple series of money issued in different years is set for each denominations; a recognition unit that recognizes denominations and series of money; and a control unit that determines, on the basis of the version classification setting, versions of money of which denominations and series have been recognized by the recognition unit, and stacks the money in the stacking units corresponding to the denominations and versions of the money.

Abstract: An objective of the present invention is to facilitate the setting of versions of money to be stacked in stacking units of a money handling apparatus. The money handling apparatus includes: a plurality of stacking units that stack money by type; a storage unit that stores a version classification setting in which classification of versions of multiple series of money issued in different years is set for each denominations; a recognition unit that recognizes denominations and series of money; and a control unit that determines, on the basis of the version classification setting, versions of money of which denominations and series have been recognized by the recognition unit, and stacks the money in the stacking units corresponding to the denominations and versions of the money.

Abstract: A paper-sheet handling system includes a plurality of paper-sheet handling units each configured to handle a paper sheet. The paper-sheet handling system includes a display unit configured to display information related to one or more paper-sheet handling unit/units. When the display unit displays a part of a plurality of the paper-sheet handling units, the display unit displays the information related to the paper-sheet handling unit/units per each unit.

Abstract: A valuable medium handling system configured to handle paper sheets includes a recognition unit 55 configured to recognize and count the valuable medium, and a display unit configured to display count information resulted from counting of the valuable medium by the recognition unit 55. If at least a part of the count information has not been displayed on the display unit, a notice of undisplayed count information is provided.

Abstract: A paper-sheet handling system includes a plurality of paper-sheet handling units 15, 90, 60, 200 and 300 each configured to handle a paper sheet. The paper-sheet handling system includes a display unit 59 configured to display information related to one or more paper-sheet handling unit/units 15, 90, 60, 200 and 300. When the display unit 59 displays a part of a plurality of the paper-sheet handling units 15, 90, 60, 200 and 300, the display unit 59 displays the information related to the paper-sheet handling unit/units 15, 90, 60, 200 and 300 per each unit.

Abstract: A motor control device determines a rotation angle and an angular speed of a motor, and has: a correcting unit including N number (N is an positive integer equal to or more than 2) of bit-shift circuits, which divide the angular speed by powers of 2 by bit shift, and a circuit, which subtracts output values of the second to Nth bit-shift circuits from an output value of the first bit-shift circuit to determine a correction amount for the rotation angle and correct the rotation angle by the correction amount; so as to determine two-phase direct voltages to obtain a target torque from the three-phase alternate currents passing through the motor according to the angular speed, and convert the two-phase direct voltages into the three-phase alternate voltages according to the sine, cosine of the corrected rotation angle.

Abstract: A motor control device determines a rotation angle and an angular speed of a motor, and has: a correcting unit including N number (N is an positive integer equal to or more than 2) of bit-shift circuits, which divide the angular speed by powers of 2 by bit shift, and a circuit, which subtracts output values of the second to Nth bit-shift circuits from an output value of the first bit-shift circuit to determine a correction amount for the rotation angle and correct the rotation angle by the correction amount; so as to determine two-phase direct voltages to obtain a target torque from the three-phase alternate currents passing through the motor according to the angular speed, and convert the two-phase direct voltages into the three-phase alternate voltages according to the sine, cosine of the corrected rotation angle.

Abstract: A monitor and control system for transmission devices, by which mounting dimensions can be reduced, consumption power can be lowered and the cost can be reduced by reducing a number of connectors connecting units and reducing a number of drivers and receiver ICs is provided. In the monitor and control system for transmission devices, each having a monitor and control package, and plural monitored and controlled packages connected to the monitor and control package through serial buses, the monitor and control package monitors the plural monitored and controlled packages.