JP2008192098A - Currency dispenser - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem that the coin roll processor is restarted after the coin roll processor counts the number of stored coin rolls when refilling the coin rolls, so that the counting processing may be omitted after the completion of refill, and that when the counting processing is omitted after the completion of refill, thereby reducing the accuracy in cash management of the coin roll processor. <P>SOLUTION: This automatic money exchanging device 1 for taking out coin rolls 40 from a plurality of removable trays 25 for each denomination mounted on a wagon section 22 is provided with: a coin roll detection sensor 41 for counting the quantity of coin rolls 30 housed in the trays 25; and a tray mounting detection sensor/coin roll counting sensor 42 for detecting the trays 25 mounted thereon. The coin roll detection sensor 41 operates based on the mounting detection by the tray mounting detection sensor/coin roll counting sensor 42. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a money discharging device incorporated in a change machine of a financial institution, for example, and further, the arrangement of each tray for storing money such as wrapping coins by denomination, and the denomination and storage quantity of the stored money. The present invention relates to a money release device that can be controlled and released.

  In the following, a description will be given by taking as an example a packaging coin processing apparatus that discharges packaging coins that are one type of money discharging apparatus and are handled in denominations as handling money. The wrapping coin processing apparatus is provided inside a money changer such as a financial institution. This packaging coin processing apparatus is provided with a plurality of denomination storage trays for storing a plurality of wrapping coins of the same denomination. Further, the packaging coin processing apparatus is provided with a bucket for storing the packaging coins taken out one by one from the denomination storage tray and transporting the packaging coins to the take-out port by a lifting operation.

  Moreover, the wrapping coin processing apparatus includes a management unit that detects the amount of wrapping coins stored in each denomination tray and manages the cash in order to perform cash management of the wrapping coins stored in the apparatus.

As such a wrapping coin processing device, for example, a device having a remaining amount detecting means for detecting the remaining amount of wrapping coins stored in each tray has been proposed (see Patent Document 1).
The remaining amount detection means of the packaging coin processing apparatus includes a sensor hole provided in the bottom of the tray, a transmission type sensor that detects the presence or absence of light that passes through the sensor hole, and a movement mechanism that moves the transmission type sensor in the coin arrangement direction. It consists of and. This wrapping coin processing device detects the remaining amount of wrapping coins stored in a tray by detecting a sensor hole covered with money with a transmission type sensor that moves with a moving mechanism.

In addition, for example, a wrapping coin processing apparatus including a detecting unit that detects the denomination and the remaining amount of wrapping coins stored in a tray has been proposed (see Patent Document 2).
The detection means of the wrapping coin processing apparatus is configured to detect the wrapping coins in the ON / OFF state of the reflected light reflected through the slits and slits provided on both sides of the tray along the storing direction of the wrapping coins. It is comprised with the packaging coin detection sensor which detects remaining amount and a money type. In this wrapping coin processing device, the wrapping coin detection sensor moves along the slit to detect the remaining amount and denomination of the wrapping coins stored in the tray.

JP 2004-318602 A JP 7-249139 A

  According to the above-described conventional example, the remaining amount of the packaged coin processing device stored in the apparatus can be detected by the packaged coin detection means, and the remaining amount of the stored packaged coin can be managed. Therefore, it can be detected that the remaining amount of the stored wrapping coins is reduced, and the wrapping coins can be replenished before the stored wrapping coins are exhausted.

  Usually, when replenishing the wrapping coins, the wrapping coin processing apparatus in operation is temporarily stopped, the maintenance person pulls out the tray, refills the tray with the wrapping coins, and loads the replenished tray. Then, the maintenance staff causes the wrapping coin processing device to execute a counting process for counting the number of wrapping coins stored, and then restarts the handling of the wrapping coin processing device.

  In actual operation, customers who use the wrapping coin processing apparatus often use one after another in a line. For this reason, maintenance personnel often perform replenishment work in a hurry, and there is a fear that the execution of counting processing after completion of replenishment may be forgotten. When the counting process after the completion of replenishment has not been executed, various problems have occurred, such as the fact that accurate cash management of the wrapping coin processing apparatus cannot be performed.

Furthermore, a maintenance worker may replenish the wrapping coins while operating the wrapping coin processing apparatus without pausing. In this case, the counting process of the wrapping coins replenished later is executed, but since the wrapping coin processing apparatus is replenished while operating in this way, problems such as inability to perform real-time accurate cash management have occurred. .
An object of the present invention is to provide a wrapping coin processing apparatus that enables automatic cash management of money inside the apparatus and improves user convenience.

  The present invention is a money discharge device for taking out and discharging money from a plurality of money-type storage trays that are detachably mounted on a tray mounting portion, and counts the quantity of the money stored in the money-type storage tray. And a detecting means for detecting a predetermined operation on the denomination storing tray, and the money counting means is operated based on detection by the detecting means.

  According to the present invention, it is possible to count and manage money inside the apparatus while the apparatus is in operation.

An embodiment of the present invention will be described below in detail with reference to the drawings.
FIG. 1 showing a perspective view of an automatic currency exchange device 1 that handles particularly wrapping coins and loose coins among banknotes and coins, FIG. 2 showing a rear view of the automatic currency exchange device 1, and a diagram showing a block diagram of the automatic currency exchange device 1 The automatic changer 1 which is a money discharge | release device with 3 is demonstrated.

  As shown in FIG. 1, on the front surface of the automatic currency exchange apparatus 1, a touch panel 2 that serves as an operation unit and a display unit, a banknote deposit / withdrawal port 3 that allows a user to insert and remove banknotes, and exchanged rose coins Prints out the coin outlet 4 to be taken out by the user, the packaging coin outlet 5 to take out the exchanged wrapping coin 30 by the user, the card insertion slot 6 into which the card is inserted by the user at the time of exchange, the contents of the exchange transaction, etc. The transaction statement slip outlet 7 for discharging the transaction statement slips and the handling status display unit 8 for displaying the status of whether or not the automatic exchange device 1 is being handled are provided. In addition, the user can designate the money type and money amount to exchange by operating the said touch panel 2. FIG.

  As shown in FIG. 2, in the automatic changer 1, a banknote processing unit 11 that takes in, discriminates, stores, and discharges banknotes, a wrapping coin processing unit 12 that discriminates and discharges wrapping coins, etc. A coin processing unit 13 for identifying and discharging coins, a maintenance staff panel unit 14 operated by maintenance personnel, and the like, and a device rear door 18 that can be opened by maintenance personnel etc. on the back of the automatic currency exchange apparatus 1 are provided. In addition, it is good also as a structure which provides the inner door which is a cutoff door also in the back surface of the packaging coin process part 12, opens the said inner door, and performs operation, such as loading or replenishment of a packaging coin.

  As shown in FIG. 3, a form processing unit 16 that issues a transaction statement such as a transaction released from the transaction statement entry port 7, the touch panel 2, a card processing unit 15, a banknote processing unit 11, a wrapping coin processing unit 12, The coin processing unit 13 and the maintenance staff panel 14 serving as a display unit are connected to a main control unit 17 that controls them and executes exchange processing, maintenance staff processing, and the like.

  More specifically, the main control unit 17 instructs the touch panel 2 and the maintenance staff panel unit 14 to display guidance and receives an input, commands the card processing unit 15 to accept, read, and return a card, to the banknote processing unit 11. Commands to each part, such as commands for depositing and withdrawing, commands for dispensing to the wrapping coin processing unit 12 and the coin processing unit 13, commands for printing transaction statements to the form processing unit 16, etc. Confirm and judge the result, and execute exchange processing, maintenance staff processing, and the like.

  The automatic currency exchange apparatus 1 having the above-described configuration is applied to each of the banknote processing unit 11, the wrapping coin processing unit 12, and the coin processing unit 13 by a maintenance person who opens the apparatus rear door 18 corresponding to the door that opens and closes when the tray is attached and detached. Banknotes for exchange, wrapping coins, and coins are loaded, and after the loading quantity input by the maintenance staff panel unit 14 is received, an input during handling is received from the maintenance staff panel unit 14. Thereby, the automatic currency exchange apparatus 1 becomes an operation state, and changes the display of the handling status display part 8 and the touch panel 2 from handling stop to handling.

  The automatic currency exchange apparatus 1 in such an operating state starts the currency exchange process of the automatic currency exchange apparatus 1 when a user inserts a card from the card insertion slot 6 or presses a key indicating a transaction start on the touch panel 2. To do. The automatic currency exchange apparatus 1 opens the banknote deposit / withdrawal port 3, and when a banknote (hereinafter referred to as “exchange money”) is inserted into the banknote deposit / withdrawal port 3, Take in the money of the money exchange, identify, and count.

  The automatic exchange apparatus 1 that discriminates and counts the exchange principal displays the denomination and quantity that can be exchanged on the touch panel 2 according to the discrimination and count results, and the exchange denomination and quantity desired by the user who operated the touch panel 2. Accept specification.

  The automatic exchange apparatus 1 that has received the designation of the money denomination and quantity takes out the money from the banknote processing unit 11, the wrapping coin processing part 12, and the coin processing part 13 in accordance with the designated money exchange type and quantity. Identification is performed, and exchange money is discharged from the banknote deposit / withdrawal port 3, the coin outlet 4, and the packaged coin outlet 5. Moreover, the automatic money-changing apparatus 1 discharges a transaction statement slip indicating a transaction statement in this exchange process from the transaction statement slip outlet 7.

4 and 5 are perspective views of the wrapping coin processing unit. The wrapping coin processing unit will be described in detail with reference to the block diagram of the wrapping coin processing unit in FIG. 3 and the perspective views in FIGS. 4 and 5.
The wrapping coin processing unit 12 includes a feeder unit 21 configured to be separated from each other and connectable, and a wagon unit 22 corresponding to the tray mounting unit.

  The feeder unit 21 includes a lifting and lowering bucket 23 that takes out one wrapping coin 30 from a denomination tray 25 that is a denomination storage tray and discriminates the denomination and the like, and a wrapping coin 30 that is accumulated in the bucket 23. The packaging coin outlet 24 is provided to allow the user to take it out. The wrapping coin outlet 24 is in communication with the wrapping coin outlet 5 provided on the front surface of the automatic currency exchange apparatus 1.

The bucket 23 has a shape in which two boxes whose upper surfaces are opened are arranged side by side, and has a total of two storage portions, one on each side. As shown in FIG. 8, a movable take-out claw 23 a that takes out the foremost packaged coin 30 from the denomination tray 25 is provided on the denomination tray 25 side of each storage unit. Therefore, when a plurality of wrapping coins 30 are taken out from the predetermined denomination tray 25, the takeout claw 23a is rotated according to the number of times the wrapping coins 30 are taken out, and one wrapping coin 30 aligned and stored in the denomination tray 25 is stored. The necessary number is taken out from the denomination tray 25.
The elevating bucket 23 is connected to a control unit (CPU) 27 (FIG. 3) that controls the wrapping coin unit, and the control unit 27 is connected to the main control unit 17.

  When the control unit 27 receives the wrapping coin release command from the main control unit 17, the denomination tray 25 that takes out the wrapping coins 30 based on the number of the denomination trays 25 stored in the RAM 29 for each tray. The number is determined and stored in the RAM 29. Then, the bucket 23 is moved from the bottom to the top, stopped at a position opposite to the denomination tray 25 that takes out the wrapping coins 30, and a predetermined number of wrapping coins 30 are taken out and accumulated in the bucket 23. This stacking operation is sequentially executed from the lower denomination tray 25 to the upper denomination tray 25, and when all the wrapping coins 30 for the exchange request are aligned with the bucket 23, the bucket 23 is moved to the wrapping coin take-out port 24.

The wagon unit 22 includes a plurality of denomination trays 25, a tray mounting detection sensor / packaging coin number counting sensor 42 (hereinafter referred to as "sensor 42") corresponding to the detection means, and a wrapping coin stored in each tray. There is provided a wrapping coin detection sensor 41 for detecting the presence or absence.
The denomination tray 25 is formed in a long shape that stores a large number of the same denomination in parallel in the depth direction.

The denomination trays 25 are arranged in a plurality of stages in the vertical direction in two rows on the left and right sides, and each is detachably mounted on the wagon part 22 in a forward leaning posture so that the leading end portion for taking out the wrapping coins 30 faces downward.
In addition, as shown in FIG. 5, the wagon portion 22 is provided with an opening / closing door 50 corresponding to the tray detaching door in the loading / unloading portion for loading the wrapping coins 30 on the tray, and a mechanism for suppressing the detaching of the tray from the rear. Some devices have.

Next, the internal configuration of the wrapping coin processing unit (tray unit) that stores the wrapping coins will be described with reference to FIGS.
FIG. 6 is a perspective view of the packaging coin processing unit (tray unit), and FIG. 7 is a configuration diagram of the packaging coin processing unit (tray unit) and the packaging coin detection sensor.

  Each denomination tray 25 is configured to store wrapping coins 30 in each denomination, and a wrapping coin detection sensor 41 for recognizing the number of wrapping coins 30 stored on the side of the denomination tray 25 is provided. It has been.

  More specifically, the wrapping coin detection sensor 41, which is a coin counting means and a wrapping coin detection device, includes a number detection sensor 41a and a substrate 41c in which a plurality of the number detection sensors 41a are arranged in the longitudinal direction of the denomination tray 25. As shown in FIG. 7A, the substrate 41c is fixed to one side surface of the tray portion. As shown in FIG. 7B, the number detection sensors 41a arranged on the substrate 41c are aligned in the alignment direction of the wrapping coins 30 with an interval based on the diameter of the wrapping coins 30 stored in the denomination tray 25. Has been placed. In this embodiment, the wrapping coins 30 are arranged at substantially the same interval as the diameter of the wrapping coin 30. Each number detection sensor 41a includes a light projecting sensor 41d and a light receiving sensor 41e. The number detection sensor 41a configured as described above uses the light projection sensor 41d as a light source, and detects whether there is reflected light reflected from the surface of the wrapping coin 30 loaded from the side of the tray and irradiated from the side of the tray. It is configured to detect with. Therefore, the wrapping coin detection sensor 41 can count the number of wrapping coins 30 stored in the denomination tray 25 by counting the presence or absence of the wrapping coins 30 corresponding to the respective number detection sensors 41a.

  FIG. 8 is a configuration diagram of a wrapping coin processing unit (a tray unit and attachment detection). When each denomination tray 25 is mounted on the wagon, a sensor 42 is disposed at a location located beside the tray tip. A plurality of sensors 42 are arranged in the vertical direction at a position corresponding to the communication unit 25 a of the denomination tray 25 in the vertical frame portion 42 a provided in the wagon part 22. This sensor 42 communicates with the denomination tray 25 to determine whether the tray is mounted or not, and is further housed in each denomination tray 25 by detecting the detection state of the wrapping coin detection sensor 41. The number and denomination of the wrapping coins 30 are counted.

  Further, the control unit 27 of the wrapping coin unit stores in the RAM 29 the state where each denomination tray 25 is attached or not (under extraction), the number of wrapping coins 30 stored in each denomination tray 25, and the like. ing. In addition, by constantly sensing the sensor 42, it is monitored whether the denomination tray 25 has been removed and whether the number of stored trays has changed, and these states can be detected immediately. Accordingly, the automatic currency exchange apparatus 1 can immediately detect the number of wrapping coins 30 stored, the state in which the denomination tray 25 is mounted, and the like. Therefore, unlike the conventional device, when counting the number of wrapping coins stored inside the device and the wrapping coins stored in each tray, there is no need to stop the operation of the device and re-count it. In addition, it is not necessary to perform the number input process to the device of the wrapping coins replenished by the staff. According to the configuration of the present invention, the maintenance rate can be improved without waiting for the user because the maintenance staff is saved and the apparatus is not suspended when the cash is replenished.

Next, the processing of the entire transaction of the automatic change apparatus will be described.
FIG. 9 is a transaction process flowchart of the automatic currency exchange apparatus 1. When a customer inserts a card into the card insertion slot 6 and starts a currency exchange transaction, the main control unit 17 of the automatic exchange device 1 first issues a card reading command to the card processing unit 15 (step n1).
If the card information notified from the card processing unit 15 is a card that can be handled, the main control unit 17 then issues a money exchange principal deposit instruction to the banknote processing unit 11 (step n2), and the wrapping coins The processing unit 12 is instructed to prohibit the extraction of the denomination tray 25 except for the empty tray (step n3).

  The main control unit 17 notifies the touch panel 2 of the amount of the exchange principal notified from the banknote processing unit 11 in step n2, issues a change setting acceptance command (step n4), and is input from the touch panel 2 by the customer. Receive money exchange content. The main control unit 17 that has received the exchange content issues an exchange money release instruction to the banknote processing unit 11, the wrapping coin processing unit 12, and the coin processing unit 13 based on the user's exchange content, and a form processing unit. A transaction statement slip print command is sent to 16 (step n5).

  When all the exchange money is released normally and the transaction statement is also printed normally, the main control unit 17 waits for the exchange money to be taken out from the banknote processing unit 11, the wrapping coin processing unit 12, and the coin processing unit 13. A command is sent and a transaction statement slip waiting command is sent to the form processing unit 16 (step n6). When all exchange money and transaction statement slips have been taken out by the customer, the main control unit 17 instructs the banknote processing unit 11 to store the exchange principal and ends the exchange transaction.

Next, with reference to FIG. 10, a description will be given of the withdrawal process of the wrapping coin processing unit 12 built in the automatic changer.
FIG. 10 is a dispensing process flowchart of the wrapping coin processing unit. When the wrapping coin processing unit 12 receives a wrapping coin release command from the main control unit 17 (step n21), it reads out the number of wrapping coins 30 stored in each denomination tray 25 stored in the RAM 29, and which denomination It is determined how many wrapping coins 30 are to be taken out from the tray 25 (step n22). At this time, the number of wrapping coins 30 is read from the denomination tray 25 that is not being extracted.

  Then, the bucket 23 is moved to the position of the first denomination tray 25 to be taken out (step n23), and the number of wrapping coins 30 determined in step n22 is taken out from the denomination tray 25 in the bucket 23 and accumulated ( Step n24).

  Further, when there is a denomination type tray 25 scheduled to be taken out (step n25: NO), the bucket 23 is moved to the denomination tray 25 (step n26), and the process returns to step n24 to return all the denominations to be taken out. Repeat until the wrapping coins 30 are removed from the tray 25. When the removal of all the wrapping coins 30 is completed (step n25: Yes), the bucket 23 is moved to the wrapping coin outlet 24 (step n27), and the discharge process of the wrapping coin processing unit 12 is terminated.

Next, a tray monitoring process for detecting replenishment to the denomination tray 25 will be described with reference to FIG.
FIG. 11 is a flowchart showing a tray monitoring process in the wrapping coin processing unit 12. The packaging coin processing unit 12 always monitors the state of all the denomination trays 25. The packaging coin discharge device 12 detects the state of the packaging coin detection sensor 41 of a certain denomination tray 25 via the sensor 42 (step n31). If the state of the wrapping coin detection sensor 41 cannot be detected (step n32: No), the tray 29 is stored in the RAM 29 as being removed, that is, not mounted (step n33). If the denomination tray 25 has been previously extracted (step n34: No), the process proceeds to the next denomination tray 25 check, and if it was previously mounted but has been extracted (step n34). : Yes), the number of storages in the mounted state before being extracted is stored in the RAM 29 (step n35), and the next money type tray 25 is checked.

  When the state of the wrapping coin detection sensor 41 is detected (step n32: Yes), it is stored in the RAM 29 as being attached with the denomination tray 25 (step n36). If the denomination tray 25 has been mounted before (step n37: No), the process proceeds to the next denomination tray 25 check. If the denomination tray 25 has been previously extracted but is mounted this time, that is, if a tray is mounted as one of the predetermined operations on the tray (step n37: Yes), the tray 42 is stored. The number of wrapping coins 30 is counted (step n38) and compared with the number stored in the RAM 29 as the number stored in the mounted state before being extracted. When there is no change in the number of stored items (step n39: No), the process proceeds to the check of the next denomination tray 25.

  When there is a change in the number of stored items (step n39: Yes), the stored number of the denomination tray 25 stored in the RAM 29 is updated, and an increase or decrease in the number is notified to the main control unit 17 (step n40). The process proceeds to the check of the next denomination tray 25. Here, when the stored number increases, the wrapping coins 30 are replenished, and when the stored number decreases, the clerk takes out the wrapping coins 30.

  In the present embodiment, the example in which the number of trays in the tray is checked in real time at the timing when the attachment / detachment of the tray is detected via the sensor 42 has been described. However, the configuration is such that the number of each tray is counted all at once after the completion of replenishment. May be. Further, in an automatic changer apparatus in which an opening / closing door 50 is provided at a loading / unloading part for storing wrapping coins in a tray or a shielding door for blocking the inside and outside of the apparatus is provided, the opening / closing of the opening / closing door 50 (especially the door) The number of sheets stored in the tray inside the apparatus may be checked at the timing of closing.

  Moreover, the structure which counts the packaging coin 30 may be sufficient, when the number detection sensor 41a detects the new packaging coin 30 in the money classification tray 25, without detecting mounting | wearing of the money classification tray 25. Thereby, for example, even when the wrapping coins 30 are replenished without removing the security money type tray 25, it is possible to check the exact number of stored items in real time.

Next, the process of the main control unit 17 when the increase / decrease in the number is notified from the packaging coin processing unit 12 to the main control unit 17 in step n40 (hereinafter referred to as “replenishment notification”) will be described.
FIG. 12 is a flowchart showing the process of replenishing the wrapping coins in the automatic currency exchange apparatus 1. The main control unit 17 always checks whether there is a refill notification from the wrapping coin processing unit 12, and if there is a refill notification (step n41), the denomination, quantity, amount, and replenishment of the staff panel unit 14 are replenished. A total amount of all denominations and a replenishment end button are displayed (step n42). Then, the main control unit 17 waits for pressing of the replenishment end button of the staff panel unit 14 or further replenishment notification from the packaging coin processing unit 12 (step n43). When there is a further replenishment notification from the wrapping coin processing unit 12 (step n44: Yes), the process returns to step n42 to display the replenished denomination, quantity, amount, and total amount of all replenished denominations. Update. When there is no further replenishment notification from the wrapping coin processing unit 12 and the replenishment end button of the clerk panel unit 14 is pressed (step n44: No), the replenishment history of the wrapping coin 30 is stored in the RAM of the main control unit 17. Store (step n45) and start checking for the presence of replenishment notification again.

  In the present embodiment, the denomination, quantity, and amount of replenished wrapping coins are displayed using the display of the clerk panel unit, but the touch panel 2 that serves both as an operation unit and a display unit, which is a customer operation guidance screen. It doesn't matter. In addition, there is no problem even if the display is performed on a display that can display other information. Further, the display content may be the number of wrapping coins 30 stored in the denomination tray 25 as well as the replenishment amount of the wrapping coins 30. Further, the denomination, quantity, and amount of the wrapping coin 30 are displayed for each tray, and there is no problem even if the storage amount is regarded as the entire apparatus. Further, it may be a guidance display indicating that the administrator can see the amount of cash in the wrapping coins inside the apparatus by seeing this display content without any problem even if the display content is not only the quantity.

The perspective view of an automatic currency exchange apparatus. The rear view of an automatic currency exchange apparatus. The block diagram of an automatic currency exchange apparatus. The perspective view of a packaging coin process part. The perspective view of a packaging coin process part. The perspective view of a packaging coin process part (tray part). Explanatory drawing of a packaging coin process part (a tray part and packaging coin detection). The block diagram of a packaging coin process part (a tray part and mounting | wearing detection). The transaction processing flowchart of an automatic currency exchange apparatus. The withdrawal process flowchart of a packaging coin process part. The tray monitoring process flowchart of a packaging coin process part. The wrapping coin replenishment process flowchart of an automatic exchange apparatus.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Automatic exchange apparatus 14 ... Personnel panel part 22 ... Wagon part 25 ... Tray 30 according to money type ... Packaging coin 41 ... Packaging coin detection sensor 42 ... Tray attachment detection sensor / packing coin number counting sensor 50 ... Opening and closing door

Claims (7)

A money discharge device for taking out and discharging money from a plurality of money-type storage trays detachably mounted on a tray mounting portion,
Currency counting means for counting the quantity of the currency stored in the denomination storage tray;
Detecting means for detecting a predetermined operation on the money storage tray,
The money discharging apparatus, wherein the money counting means is operated based on detection by the detection means. The money counting means;
A money counting unit for counting money and a counting result receiving unit for receiving the counting result of the money counting unit;
Each money storage tray includes the money counting unit,
The money discharging apparatus according to claim 1, further comprising a counting result receiving portion at a corresponding position of the tray mounting portion corresponding to the money counting portion of the denomination storage tray in the mounted state. The money is composed of wrapping coins,
The money counting means;
The money discharging apparatus according to claim 1 or 2, comprising a plurality of wrapping coin detection means arranged in the denomination storage tray along a wrapping coin storage direction. The detection means;
The money discharging apparatus according to claim 1, 2, or 3, wherein the predetermined operation is configured to detect attachment / detachment of the denomination storage tray or storage of the wrapping coins in the denomination storage tray. It has a door that opens and closes when the prepayment type storage tray is attached and detached,
The detection means;
The money discharging apparatus according to claim 1, 2 or 3, wherein the predetermined operation is configured to detect closing of the door. The door,
6. The money discharging apparatus according to claim 5, comprising a tray attachment / detachment prevention door that inhibits the attachment / detachment of the denomination storage tray, or a blocking door that blocks the inside and the outside of the apparatus. Display means for displaying the counting result by the money counting means;
The counting result is
The money release according to any one of claims 1 to 6, wherein the money stored in the money storage tray is at least one of a total storage amount or an increase / decrease amount of each tray or all trays. apparatus.

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