A holding unit that reciprocally holds a feeding roller and is separated from a base body, and locking position changing means (a first tooth row, a second tooth row, a shaft support portion, a cylindrical shaft, and the like) for changing a locking position of a holding unit with respect to the base body along a track in a direction in which a distance between the feeding roller and the guide roller is changed are provided. In the configuration, a position and an orientation of a guide roller are caused to be constant regardless of a size of a coin, and thus the coin is appropriately guided toward a feeding passage by the guide roller regardless of the size of the coin.

Denominational dispensing and storing devices are arranged on three stages, and a plurality of denominational dispensing and storing devices are arranged on each stage. At least a dispensing passage is provided for each stage, the dispensing passages are stacked in an up-down direction, and a bottom plate of the dispensing passage is inclined downward toward a dispensing port side. An upward transport belt arranged and inclined upward toward the dispensing port side is arranged below a lower end of each bottom plate. A coin fed from each of the denominational dispensing and storing devices first falls onto an inclined plate from the dispensing passage, slips down, and then falls on the upward transport belt. The coin that has fallen on the upward transport belt is transported to the dispensing port by the upward transport belt moving toward the dispensing port side.

Provided are a holding body that holds a guide roller and locking position changing means for changing a locking position of the holding body with respect to a base body along a track in a circumferential direction centered on a rotation axis of a rotary disk, the locking position changing means including a first tooth row and a second tooth row, and the like that mesh with each other. In the configuration, since a feeding roller with which a coin collides is smoothly moved in a forward movement direction regardless of a distance between the feeding roller and a guide roller (regardless of a size of the coin), occurrence of the coin jam due to a movement failure of the feeding roller can be suppressed.

Disclosed herein are financial article handling devices comprising an external aperture connected to a rotary table. The rotary table can contain two or more financial article handling units disposed on the rotary table, each of which can be configured to form an interface with the external aperture. The financial article handling devices can receive an indication from a first financial article handling unit that the first financial article handling unit is no longer functional, disconnect the first financial article handling unit from the external aperture, and articulate the rotary table such that a second financial article handling unit is in communication with the external aperture.

A coin handling apparatus includes a coin receiver having a coin receiving port capable of collectively receiving a plurality of coins, a rotating plate disposed in the coin receiver and rotating to scoop up a coin in the coin receiver, a sorting plate provided with a coin hole having a size that makes it possible for a coin of a maximum size scooped up by the rotating plate to pass therethrough, and a large foreign object hole located on a downstream side of the coin hole in a rotation direction of the rotating plate and larger than the coin of the maximum size, a receiving passage connected to the coin hole of the sorting plate, and a discharge passage connected to the large foreign object hole of the sorting plate.

A checkout apparatus according to an embodiment includes a housing, a bill change machine housed in the housing to be capable of being drawn out from the housing, a coin change machine housed in the housing to be capable of being drawn out from the housing in a same direction as a direction in which the bill change machine is drawn out, and a lock unit configured to, if the bill change machine was drawn out, lock the coin change machine to be unable to be drawn out and, if the coin change machine was drawn out, lock the bill change machine to be unable to be drawn out.

A coin processing device includes: a first storage and a second storage each configured to store a coin; a transport configured to transport the coin; an outlet configured to dispense the coin to outside; and a controller configured to execute a first operation of transmitting the coin stored in the first storage so as to store the coin in the second storage, and a second operation of dispensing the coin stored in the second storage from the outlet, wherein the controller executes the first operation in a period after execution of the second operation until a start of the next second operation, and wherein a timing of execution of the first operation can be changed in a period after execution of the second operation until a start of the next second operation.

The present disclosure provides a medium processing apparatus, including: a housing provided with a surface facing a customer operating the medium processing apparatus; and a rolled coin device housed in the housing and configured to process rolled coins formed by bundling a plurality of loose coins. The surface of the housing includes a designated area located in a height range conforming to Americans with Disabilities Act (ADA) standard with respect to a height direction of the medium processing apparatus, and a rolled coin dispensing port of the rolled coin device for dispensing the rolled coins is arranged in the designated area.

Breakage of electrical components inside is prevented when live wire insertion-and-removal is performed after inhibition of an increase in costs. A coin processing device 1 includes a coin sorting unit 3, a coin housing unit 2, and a harness 4. The coin housing unit has a first connector 21 including a first terminal TH2, a second terminal TL1, and a first ground terminal TG1. The coin sorting unit includes: a second connector 31 coupled to the first connector through the harness, the second connector 31 including the third terminal TH4 to which a high voltage is supplied through the first terminal, a fourth terminal TL2 configured to supply a low voltage to the second terminal, and a second ground terminal TG2 grounded through the first ground terminal; a low-voltage power source circuit 32 configured to generate the low voltage from the high voltage supplied to the third terminal, and configured to output the low voltage from a low-voltage output terminal 32t; and a switch circuit 34. The switch circuit disconnects electrical connection between the low-voltage output terminal and the fourth terminal in a case where a difference between a voltage at the second ground terminal and a voltage at the low-voltage output terminal has been less than a threshold value.

A coin dispensing device includes a plurality of coin tubes storing coins, a coin withdrawing and discharging part, a change part which locates a change lever at a dispensing preventing position, in which the coin withdrawing and discharging part is prevented from discharging coins, by energizing a change lever solenoid and locates the change lever at a dispensing allowing position, in which the coin withdrawing and discharging part is allowed to discharge the coins, by a biasing force of a return spring when the energizing of the change lever solenoid is stopped, and a keeping means which keeps a state of the change lever. The coin withdrawing and discharging part withdraws and discharges the coins when the keeping means keeps the state of the change lever and the energizing of the change lever solenoid is stopped.