JP5592213B2 - Money handling equipment - Google Patents

Description

  The present invention relates to a money handling apparatus built in a change machine or the like of a financial institution, and further manages and replenishes money loaded in a loading box (tray) for loading money such as wrapping coins by denomination. The present invention relates to a possible money handling apparatus.

The money handling apparatus is provided with a plurality of denomination loading boxes for loading a plurality of wrapping coins of the same denomination. In addition, the money handling apparatus is provided with a bucket that conveys the wrapping coins taken out one by one from the denomination loading container to the take-out port by an elevating operation.
In addition, the money handling apparatus includes management means for detecting the amount of wrapping coins loaded in each denomination loading box and managing the cash in order to perform cash management of the wrapping coins loaded in the apparatus.

  2. Description of the Related Art Conventionally, a money handling apparatus has been proposed that includes detection means for detecting the denomination and remaining amount of wrapping coins loaded in a loading box. The detecting means of this money handling device detects the remaining amount and denomination of the wrapping coins in the ON / OFF change state of the light passing through the slits provided on both side surfaces of the warehousing along the loading direction of the wrapping coins. This is realized by a currency detection sensor. In this money handling apparatus, the money detection sensor moves along the slit and can detect the remaining amount and denomination of the wrapping coins loaded in the loading cabinet.

  According to the conventional example, the remaining amount and denomination of the money processing device loaded in the device can be detected by the money detection sensor, and the remaining amount of the loaded packaging coin can be managed. When the remaining amount of the package becomes small, the wrapping coins can be replenished before the loaded wrapping coins disappear.

JP 2008-192097

  Normally, in the replenishment of wrapping coins, as shown in FIGS. 12 and 13, the money handling apparatus 10 ′ is temporarily stopped, the maintenance person opens the apparatus rear door 40, and if there is a shielding door 41, opens it and opens the loading cabinet. Extracted, packed coins were replenished to the loading cabinet, and a replenished loading cabinet was installed. The maintenance staff made the money handling apparatus 10 'perform a counting process for counting the number of wrapping coins loaded to confirm that the wrapping coins were replenished normally, and then resumed the handling of money handling.

However, in actual operation, there are many cases where customers who use the money handling apparatus are using one after another in a queue. For this reason, stopping the money handling apparatus for replenishment leads to waiting for a large number of users, so it has been desired to replenish packaging coins while the money handling apparatus is in operation.
Therefore, according to Patent Document 1, it is determined whether or not extraction is possible for each of a plurality of loading containers that are detachably mounted on the loading container mounting unit, and an erroneous extraction operation of a loading container that is determined to be unremovable by this determination. A locking device is provided to prevent this. Thereby, a wrapping coin can be replenished with respect to the money processing apparatus of an operation state, without interfering with operation processing.

However, according to the prior art, it is necessary to provide the money handling apparatus with a locking device for each of a plurality of loading boxes, and it is necessary to lock and unlock the locking device for each loading box. There has been a problem that the replenishment operation becomes complicated.
Therefore, the present invention provides a simple structure for preventing an erroneous sampling operation when replenishing wrapping coins, thereby enabling replenishment in an operating state, improving operational efficiency, and convenience for users. An object of the present invention is to provide a money handling apparatus that improves the quality of money.

Money handling apparatus of the present invention, the instrumentation Hamako for loading the installed monetary the loading box mounting portion, and a money dispensing unit for dispensing the loaded money on the loading box, to the device body And a lockable door that can be locked and unlocked, and includes the shield door that shields the loader installed in the loader mounting portion , wherein there are a plurality of loaders , and the shield door includes the loader There are a plurality of doors that are smaller than the number of storages, and each of the shielding doors is provided so as to be openable and closable independently of each other. There are a plurality of loading boxes that are shielded per shielding door, and the plurality of loading boxes that are shielded by the respective shielding doors include loading boxes of the same denomination .

With this configuration, even if the money handling apparatus is processing, loading warehouses that are not depositing / withdrawing are subject to money replenishment, and loading warehouses that are depositing / withdrawing are excluded from replenishment. Can do. Therefore, during the processing of the money handling apparatus, it is possible to prevent “a trouble occurs in the automatic currency exchange device due to the withdrawal of the denomination depot for which money is to be taken out” and without waiting for the user as in the past. The processing operation of the money handling apparatus can be carried out. Therefore, the maintenance staff can save time and money can be replenished appropriately.
In addition, since the plurality of loading boxes shielded by the respective shielding doors include loading boxes of the same denomination, they are selected as replenishment targets when selecting a loading box for deposit / withdrawal. Therefore, it is possible to select from other loading cabinets to which the loading cabinet does not belong, so that the operating rate can be improved without causing the user to wait.

It is preferable that a screen display unit for displaying a position to which the loading storage to be refilled belongs is further provided. Maintenance personnel can replenish money in the loading cabinet while viewing this display.
Each shield door is provided with a lock mechanism that independently locks the shield door, and the shield door that shields the loading cabinet that performs the deposit / withdrawal process during the money processing of the money handling apparatus is locked by the lock mechanism. It is preferable. By providing this lock mechanism, it is possible to avoid a situation in which the loading container during the deposit / withdrawal process is mistakenly extracted.

Before SL loading box is provided for each column, the shielding door may be one that shields the loading box of a row at one, be one that shields the loading box of a plurality of rows in one piece May be.

It further has a currency detection sensor that counts the number of money stored in the loading cabinet, and automatically closes each loading cabinet using the result counted by the currency detection sensor when the shielding door is closed. It is preferable to further have means for scrutinizing.
The loading storage may be loaded with bills or wrapping money.

It is a perspective view which shows the external appearance structure of the automatic change machine 10 incorporating a money processor. It is a functional block diagram which shows the connection state of the automatic change machine 10, and a money processing function. 4 is a schematic cross-sectional view showing the internal structure of a wrapping coin processing unit 15 and a loading cabinet mounting unit 17. FIG. FIG. 3 is a perspective view of a loading box 18. It is a perspective view of the loading container 18 which accommodated the package money. It is a figure which shows the side plate of the loading container 18 in which the some transmission slit was formed. It is the perspective view which looked at the back of automatic change machine 10, and shows the state where device back door 40 was opened. It is the perspective view which looked at the back of automatic change machine 10, and shows the state where shield door 41b was opened. It is a flowchart for demonstrating the money replenishment handling operation | movement which accept | permits the replenishment of the money to the loading storage 18. It is a flowchart which shows the selection operation | movement of the replenishment object column. It is a figure which shows the layout of the loading store | warehouse | chamber 18 made to contain the loading cabinet 18 of the same denomination mutually in each row | line | column of the loading cabinet mounting part 17. FIG. It is the perspective view which looked at the back of conventional money processor 10 ', and shows the state where device back door 40 was opened. It is the perspective view which looked at the back of conventional money processor 10 ', and shows the state where shield door 41 was opened.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.
FIG. 1 shows an example of an external configuration of an automatic change machine 10 incorporating a money handling apparatus.
A customer operation unit 12 having a touch panel display, a handling state display unit 12A for displaying handling / stopping handling, and a rose coin outlet 14a through which change coins or rose exchange coins are thrown are provided at the front upper part of the housing. Below that, a packaging coin outlet 15a and a banknote deposit / withdrawal port 16a are provided. Shutters 14b, 15b and 16b are respectively provided at the above-described rose coin outlet 14a, wrapping coin outlet 15a and banknote inlet / outlet port 16a for depositing / withdrawing money, and the shutter is opened and closed when the money is deposited / withdrawn. It has become so. Further, a foreign matter return port 16c for returning foreign matter such as coins in the deposited banknote is provided on the vertical surface at the lower front portion. Illustration of the card insertion slot and receipt issuing slot is omitted.

Inside the housing are a rose coin processing unit 14 for depositing / withdrawing rose coins and a banknote processing unit 16 for depositing / withdrawing banknotes. A wrapping coin processing unit 15 for processing is installed. The wrapping coin processing unit 15 is connected to a loading box mounting unit 17 for supplying wrapping coins to the wrapping coin processing unit 15 so as to be separable / combinable.
FIG. 2 shows a network configuration in which the automatic change machine 10 (for example, two units) shown in FIG. 1 is connected to the fee management server 20. Also, the money processing function inside each automatic change machine 10 is shown in a block configuration in FIG.

  In FIG. 2, an automatic change machine 10 has a customer operation unit 12 for performing an operation for selecting money for change, a mounting sensor 31, and a currency detection sensor 32 for a control unit (CPU) 11 that controls the entire apparatus. The clerk screen 33 and the lock mechanism 42 (both described later) are connected. The control unit 11 is connected to a storage unit 13 such as a hard disk that stores the control program and results detected by the mounting sensor 31 and the currency detection sensor 32, and a communication unit 22 that controls communication with the fee management server 20. ing. All or some of the functions of these units are realized by the computer of the automatic changer 10 executing the program recorded in the storage unit 13.

  The fee management server 20 includes a storage unit 21 for storing a prepaid fee corresponding to exchange, and is connected online with each automatic change machine 10 via a transmission medium 2 such as a communication line. In addition, the form which does not have the fee management server 20 is also possible, and in this case, the storage unit for storing the prepaid fee is one for the plurality of automatic money changers 10, and each of the storage units stores each of the forms according to a form such as file sharing. The automatic change machine 10 may be shared. Further, a storage unit may be built in each automatic change machine 10.

FIG. 3 is a schematic cross-sectional view showing the internal structure of the wrapping coin processing unit 15 and the loading container mounting unit 17.
The wrapping coin processing unit 15 is provided with the loading box mounting unit 17 for supplying wrapping coins to the wrapping coin processing unit 15, and the loading box mounting unit 17 has a plurality of loading boxes for loading coins. 18 can be mounted. The loading boxes 18 are installed in a plurality of vertical rows. In this embodiment, as shown in FIGS. 7 and 8, they are installed in two vertical rows.

  The wrapping coin processing unit 15 is provided with an elevating bucket 23 that takes out wrapping coins 30 one by one from the denomination loading chamber 18 and discriminates the denomination and the like. 30 is taken out by the user through the wrapping coin outlet 15a. The elevating bucket 23 is connected to the control unit 11 (FIG. 2) that controls the wrapping coin processing unit 15.

As shown in FIG. 3, the loading cabinet 18 is formed in a long shape so that a large number of the same denominations can be stored in parallel in the depth direction. The denomination loading cabinet 18 is 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 loading cabinet mounting portion 17 in a forward leaning posture so that the leading end portion for taking out the wrapping coins 30 faces downward. ing.
The loading storage mounting unit 17 includes a sensor (referred to as “mounting sensor”) 31 for detecting whether or not each loading storage 18 is mounted. The mounting sensor 31 is attached to a vertical frame (not shown) provided in the loading storage mounting portion 17 at a position corresponding to the tip of the loading storage 18 of each stage, and detects the loading storage 18. Thus, it is determined whether or not the loading cabinet 18 is mounted. For example, the mounting sensor 31 may be configured by a transceiver that transmits and receives by infrared rays. In this case, by installing a transponder in the loading cabinet 18, the mounting sensor 31 reads the presence / absence of loading of the loading cabinet 18 and the denomination of the denomination. Can do.

The control unit 11 senses the mounting sensor 31 to monitor the mounting and non-mounting (withdrawing) of each type of loading cabinet 18, and the mounting or non-mounting (withdrawing) of the loading cabinet 18 of each type of money. ) Is stored in the storage unit 13.
Moreover, the loading storage mounting part 17 is provided with the money detection sensor 32 for detecting the presence or absence of the wrapping coin stored in each loading storage 18 and checking whether the number of storage is changed. The money detection sensor 32 will be described later.

Next, the structure of the loading cabinet 18 that stores the wrapping coins will be described with reference to FIGS.
4 and 5 are perspective views of the loading box 18, and FIG. 6 is a partial side view of the loading box 18.
The loading cabinet 18 is configured to store a wrapping coin 30 of a specific denomination according to the shape (width, height, etc.) of the internal box. The nail | claw 36 which supports is provided. A coin detection sensor 32 for recognizing the number of stored wrapping coins 30 is provided on the side surface of the loading box 18 so that the loading box 18 can be scanned along the longitudinal direction A thereof.

  More specifically, side plates 34 that support both end surfaces of the wrapping coin 30 are erected on each side surface of the denomination loading box 18. In each side plate 34, a plurality of transmission slits 35 are formed at intervals corresponding to the diameter of the wrapping coin 30. In this embodiment, the upper and lower transmission slits 35 a are formed at positions facing the central portion of the packaging coin 30. This is to identify coins with holes in the center, such as 5-yen coins and 50-yen coins. The lower transmission slit 35 b is formed at a position facing the bottom of the wrapping coin 30 in order to identify the presence or absence of the wrapping coin 30 and the arrangement interval thereof.

  The money detection sensor 32 is mounted on a substrate (not shown) that is scanned along the longitudinal direction A of the loading box 18. As shown in FIG. 4, the money detection sensor 32 is composed of a set of a light projecting side light projecting sensor 32a and a light receiving side light receiving sensor 32b. And two sets of upper and lower each are installed facing the upper and lower transmission slits 35a and 35b. A trajectory in which the light beam emitted from the upper light projection sensor 32a moves through the transmission slit 35a is indicated by "37" in FIG. 6, and a trajectory in which the light beam emitted from the lower light projection sensor 32a moves through the transmission slit 35b. In FIG. 6, this is indicated by “38”.

  The money detection sensor 32 having such a configuration is configured so that the irradiation light emitted toward the lower slit 35b of the loading plate 18 side plate 34 is loaded into the loading box 18 using the light projection sensor 32a as a light source. The light receiving sensor 32b detects the presence or absence of transmitted light that passes through the gap and reaches the lower slit 35b of the loading plate 18 side plate 34. If the wrapping coin 30 is present, the light is blocked and cannot be detected by the light receiving sensor 32b. If there is a gap between the wrapping coin 30 and the next wrapping coin 30, light is transmitted and can be detected by the light receiving sensor 32b. Therefore, the number of times the money detection sensor 32 and its substrate are scanned along the longitudinal direction A of the loading box 18 and the light changes from the transmission state to the shielding state, and / or the number of times the light changes from the shielding state to the transmission state. It is possible to know the presence / absence of the wrapping coins 30 and the number of them. Moreover, the diameter of the wrapping coin 30 can be estimated based on the time for holding the transmission state and the time for holding the shielding state, and the denomination can be confirmed.

In addition, as described above, in the upper slit 35a, by counting the number of times the light has changed from the transmission state to the shielding state and / or the number of times the light has changed from the shielding state to the transmission state, You can know the number of coins with holes in the center. Note that a coin with no hole, such as a 10-yen coin, is always in a shielded state as long as the coin is loaded.
In this way, the control unit 11 can add up the number and denomination of the wrapping coins 30 for each loading chamber 18. The totaled results are stored in the storage unit 13. Thus, the money detection sensor 32 functions as a means for automatically examining the loading storage 18.

7 and 8 are perspective views of the automatic change machine 10 as seen from the back. On the back of the automatic changer 10, there are attached a device rear door 40 that opens and closes the entire back, and shielding doors 41a and 41b that are provided to open the loading storage 17 of each row and pull out the loading storage 18. It has been. Both the apparatus rear door 40 and the shielding doors 41a and 41b are doors opened by maintenance personnel.
Two shielding doors 41a and 41b are provided corresponding to the loading storage mounting portion 17 in two rows. However, the present invention is not limited to this, and three shielding doors 41 may be provided for these three rows as long as the loading cabinet 18 is installed in three rows. The loading cabinet 18 is installed in three rows, there are two shielding doors, the first shielding door shields the loading cabinet 18 in the first row and the second row, and the second shielding door is in the third row. It may be one that shields the loading cabinet 18. In short, there are a plurality of shielding doors, and the number may be the number of rows of the loading cabinet 18 or less. Further, the shielding doors may be shielded by dividing one row of loading boxes into upper and lower parts, or the shielding doors may be configured so that the same denomination is divided into the respective shielding doors.

  At the upper part of the respective shielding doors 41a and 41b, clerk screens 33a and 33b for displaying the number of coins loaded by the loading storage 18 and the like corresponding to the loading storage mounting portions 17 in each row are installed. The staff screens 33a and 33b are composed of liquid crystal display screens. The clerk screens 33a and 33b indicate whether or not the loading cabinet 18 is being extracted from the loading cabinets 18 in each row, and if the loading cabinet 18 is installed, the number of wrapping coins 30 (the actual number of loadings can be loaded). Although the number may be any number, items such as the number that can be loaded are assumed below), the presence / absence of loading abnormality (difference in denomination), and the abnormal part can be displayed. Further, it can be displayed whether or not the loading chamber 18 can be loaded.

  Each of the shielding doors 41a and 41b is provided with a lock mechanism 42 (see FIG. 8) that locks the opening and closing of the doors in order to restrict extraction of the loading cabinet 18 in the row. The structure of the lock mechanism 42 is not limited, but, for example, a pin provided at a predetermined position of the loader mounting portion 17, a lever that engages with the pin provided at a position corresponding to the pin of the door, and fixing the lever You may comprise with a solenoid to do. The lock mechanism 42 is connected to the control unit 11, and when one of the shielding doors 41 a and 41 b is controlled to be prohibited from opening, the control unit 11 drives the solenoid to interlock the lever so that the pin At the same time, the shielding doors 41 a and 41 b are locked to the loading storage mounting portion 17. In this way, the removal of the loading cabinet 18 from the loading cabinet mounting unit 17 is regulated.

Since the loading cabinet 18 is provided in two rows on the left and right sides as described above, the lock mechanisms provided on the shielding doors 41a and 41b are also arranged independently on the left and right shielding doors 41a and 41b. .
FIG. 9 is a flowchart for explaining a money replenishment handling operation that allows replenishment of money to the loading cabinet 18 in the wrapping coin processing unit 15.

When the shielding door 41 and the apparatus rear door 40 in any row are closed, the control unit 11 uses the mounting sensor 31 to check the mounting state of the loading cabinet 18 in that row. In addition, you may add the operation | movement of inspecting, when it becomes fixed time (8 o'clock every morning etc.) other than the time of a door being closed.
Next, the control part 11 scans the money detection sensor 32 with respect to each loading warehouse 18 with which it mounts | wears, and investigates the detection result of the money detection sensor 32 of the said loading warehouse 18 (step S1).

  Thus, by automatically scrutinizing the loading cabinet 18 with the money detection sensor 32, it is possible to check the number of coins after refilling the wrapping coins and check for differences in denominations, thereby achieving strictness. As a result, if there is (0) loading cabinet 18 without wrapping coins, the loading cabinet 18 is selected as a replenishment target, and “There is a tray to be replenished” on the predetermined screen of the fee management server 20. Are displayed (step S2). In addition, as a condition to be selected as a replenishment target, there may be a condition that the number of wrapping coins is small (m or less; m is a predetermined integer of 1 or more) other than the absence of wrapping coins (0). Absent.

When the apparatus rear door 40 is opened by the maintenance staff (Yes in step S3), the control unit 11 checks whether or not the automatic money changer 10 is in the currency exchange operation (step S4). If the exchange operation has not been entered, replenishment of the loading cabinet 18 is permitted unconditionally.
If it is in the exchange operation, it should be prohibited to withdraw the loading storage 18 to be withdrawn. In the present invention, this determination is made for each column of the loading storage 18. For this reason, there is a feature in that even if the loading storage 18 in any row is being withdrawn, the loading storage 18 in another row can be replenished. That is, even if the loading storage 18 in any row is being withdrawn, the replenishment of the loading storage 18 in a row other than that row is permitted.

  Therefore, it is preferable that the control unit 11 performs control so that the loading storage 18 selected as the replenishment target does not belong to the loading storage 18 in another row as the deposit / withdrawal target. For this purpose, as shown in FIG. 11, it is preferable that each row includes the same denomination loading boxes 18. That is, the denominations are evenly laid out for each column. In this way, when selecting the loading storage 18 to be deposited / withdrawn, the control unit 11 can select from other columns to which the loading storage 18 selected as the replenishment target does not belong.

Thus, the control part 11 can make the row | line | column used as the object of replenishment of a wrapping coin be a row | line | column different from the row | line | column to which the loading warehouse 18 in payment / withdrawal belongs.
It should be noted that during the previous operation that leads to the deposit / withdrawal operation, such as when a card is being inserted or a money denomination is being selected, the loading cabinet 18 that is the target of deposit / withdrawal cannot be specified yet. It is desirable to lock the shielding door 41. In this case, instead of proceeding to the next step S5, a message such as “Please wait for a while” is displayed, the shielding door 41 is locked, and the process waits until a condition for permitting replenishment of the loading chamber 18 is satisfied. Details of the determination as to whether or not the replenishment of the loading cabinet 18 is permitted will be described later in detail with reference to FIG.

When the controller 11 may allow the replenishment of the loading storage 18, the staff screen 33 displays “please open the left column (or right column) and replenish the loading storage 18 at a different level”. (Step S5). The denominations to be replenished are also displayed.
The maintenance staff confirms the row and the number of steps of the loading cabinet 18 to be replenished by displaying the clerk screen 33, opens the shielding door 41 of the row, removes the loading cabinet 18, and replenishes the wrapping coins 30. The type loading box 18 is mounted on the loading box mounting unit 17 (step S6). Thereafter, when the shielding door 41 and the apparatus rear door 40 are closed (step S7), the process returns to the start. That is, the control unit 11 uses the mounting sensor 31 to check the mounting state of the loading storage 18 in the row and scans the money detection sensor 32 to confirm that the loading storage 18n has been normally replenished. Count the number of wrapping coins. Then, again, search is made for a storage where there is no wrapping coins or the remaining number is small (step S1).

Next, a description will be given of a criterion for determining which column of the loading boxes 18 is to be replenished for each loading box 18 that is mounted. FIG. 10 is a flowchart showing an operation for selecting a replenishment target column.
First, if it is “standby” in which the currency exchange operation is not performed, any loading storage 18 is set as a replenishment target (step T1). All the locks of the shielding door 41 are released.

  When the exchange process is started by the customer (step T2), card insertion, deposit process from the banknote deposit / withdrawal port 16a, exchange money type selection and completion button operation at the customer operation unit 12, withdrawal process, coin outlet 14a Then, the payment operation at the packaging coin outlet 15a and the banknote deposit / withdrawal port 16a is performed. In this flow, since the card insertion operation is a pre-stage of the deposit operation and is a pre-stage of the withdrawal operation while the money denomination is selected, the “replenishment disabled display” is set and the shield doors 41 of all rows can be locked. desirable.

  During the process of depositing from the banknote deposit / withdrawal port 16a, since the banknote is usually deposited, the loading cabinet 18 loaded with wrapping coins is not subject to the deposit process, but the possibility of dispensing wrapping coins is possible. Therefore, the column to which the loading storage 18 that is performing the deposit processing belongs is specified (step T3). During the withdrawal process, the loading cabinet 18 in which the wrapping coins are loaded is usually selected as a withdrawal target, and therefore the column to which the loading cabinet 18 that performs the withdrawal process belongs is specified (step T3). Even when the specified column is selected as the target of the withdrawal process, the column is not the target of replenishment, and only the other columns are the target of replenishment (step T5). For example, when the right row loading cabinet 18 is selected as the target of the withdrawal process, the right row is not subject to replenishment and only the left row is subject to replenishment.

A row that is not a target for replenishment is displayed as “impossible to replenish” on the clerk screen 33, and the shielding door 41 of the row is locked (step T5). Therefore, the maintenance staff cannot open the loading storage 18 in the row.
The column to be replenished is displayed on the attendant screen 33 as “replenishable” (step S4 in FIG. 9), and the column is unlocked (step T6). Therefore, the maintenance staff can open the loading storage 18 of the row.

After the exchange process is completed, during the payment operation at the coin outlet 14a, the wrapping coin outlet 15a, and the banknote deposit / withdrawal port 16a, the optional loading storage 18 is targeted for replenishment, and the process returns to standby (step T1). (Step T7).
As described above, even if the automatic change machine 10 is handling money exchange, the loading storage 18 in the row that has not been subjected to the depositing / withdrawing process is targeted for replenishment, and the loading storage 18 in the row that is performing the depositing / withdrawing process is replenished. Can be excluded. Accordingly, during the deposit / withdrawal process of the wrapping coin processing unit 12, it is possible to prevent “the automatic exchange device from being damaged due to the withdrawal of the money type loading storage 18 scheduled to be deposited / withdrawn” and It is possible to carry out replenishment work during exchange handling without waiting.

  Although the embodiments of the present invention have been described above, the embodiments of the present invention are not limited to the above-described embodiments. Although the replenishment handling of the wrapping coins in the wrapping coin processing unit 15 has been described, it can be handled in the same manner when the banknotes for coin exchange and the rose coins are replenished in the bulk coin processing unit 14 and the banknote processing unit 16, respectively. . In the present embodiment, as an example of displaying whether or not the loading storage 18 can be removed, the clerk screen 33 is provided on the back side of the loading storage mounting portion 17. However, the present invention is not limited to this embodiment, and each loading storage 18 For example, the attendant screen 33 may be provided at an arbitrary location of the automatic change machine 10. In addition, the clerk screen 33 is not limited to the configuration in which the designation of each loading storage 18 is guided by a liquid crystal display, but the maintenance staff can determine whether or not each type loading storage 18 can be removed. Any configuration can be used if it can be determined. Further, in this embodiment, the loading cabinets are arranged in two rows, and each row is shielded by the shielding plate. However, even if each row is not shielded, a plurality of loading cabinets are shielded by one shielding plate. You can make it possible. Other various modifications can be made within the scope of the present invention.

10 Automatic money changer 11 Control unit (CPU)
15 Packaging coin processing unit 17 Loading storage mounting unit 18 Loading storage 19 Display unit 30 Packaging coin 31 Mounting sensor 32, 32a, 32b Money detection sensor 33a, 33b Personnel screen 34 Side plate 35, 35a, 35b Transmission slit 40 Rear door 41a, 41b Shield door 42 Lock mechanism

Claims (7)

Loading compartment mounting part;
And instrumentation Hamako for loading the installed monetary the loading box mounting portion,
A money dispensing unit for dispensing the money loaded in the loading cabinet;
A shielding door that can be locked and unlocked with respect to the apparatus main body, and has the shielding door that shields the loading chamber installed in the loading chamber mounting portion,
There are a plurality of the loading boxes,
There are a plurality of the shielding doors, less than the number of the loading boxes,
Each said shielding door is provided so that opening and closing is mutually independent,
As a result of the plurality of loading warehouses being shielded by the plurality of shielding doors, there are a plurality of loading warehouses that are shielded per shielding door,
The money handling apparatus, wherein a plurality of loading boxes shielded by each shielding door include loading boxes of the same denomination .   The money handling apparatus according to claim 1, further comprising a screen display unit that displays a position to which a loading cabinet to be replenished belongs.   Each shield door is provided with a lock mechanism that independently locks the shield door, and the shield door that shields the loading cabinet that performs the deposit / withdrawal process during the money processing of the money handling apparatus is locked by the lock mechanism. The money handling apparatus according to claim 1 or 2. The loading warehouse is provided for each row,
The money handling apparatus according to any one of claims 1 to 3 , wherein the shielding doors shield one row of loading boxes. The loading warehouse is provided for each row,
The money handling apparatus according to any one of claims 1 to 3 , wherein the shielding door is used to shield a plurality of rows of loading boxes. It further has a currency detection sensor that counts the number of money stored in the loading cabinet, and automatically closes each loading cabinet using the result counted by the currency detection sensor when the shielding door is closed. 6. The money handling apparatus according to claim 1 , wherein the money handling apparatus is scrutinized. The money handling device according to any one of claims 1 to 6 , wherein the loading cabinet is for loading bills or wrapping money.

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