JP2018124784A - Currency processor, currency processing system and currency processing method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a currency processor that is unlikely to hinder an operation by an attendant due to the failure of normally completing inspection processing executed automatically at a predetermined time.SOLUTION: A teller machine includes a bill processing unit, a coin processing unit, a valuable medium processing unit, and an operation terminal. The operation terminal includes a terminal control part and an operation display part. The terminal control part, prior to automatic inspection processing, determines a feasibility of executing inspection processing based on whether or not a factor of making the inspection processing infeasible has occurred for each processing part. The operation display part displays the result information related to the result of determining the feasibility of execution on a confirmation result screen S2.SELECTED DRAWING: Figure 6

Description

  The present invention relates to a money handling apparatus, a money handling system, and a money handling method for depositing and withdrawing money.

  2. Description of the Related Art Conventionally, in a money handling apparatus installed in a financial institution or the like, a counting result obtained by counting money (banknotes, coins) stored in a money storage unit and a balance of money stored in the money storage unit. It is possible to carry out a scrutinization process for examining whether or not there is a match with the inventory data managed as The scrutiny process is a so-called manual scrutiny process that is manually performed by the start operation of the clerk, and a so-called automatic scrutiny that is automatically performed at a date and time preset by the clerk (for example, a predetermined time on a predetermined day of the week). There is processing.

  In the scrutiny process, all the money in the money storage part is temporarily moved to a predetermined holding part for counting, and then the moved money is returned to the original money storage part. Therefore, the examination process takes a relatively long time. In particular, when the money handling apparatus handles many types of money (rose bills, bundles of bills, loose coins, wrapping coins), and conducts the scrutiny processing for all these types of money, so-called scrutiny processing, It takes a long time to complete. Therefore, when the automatic scrutiny process is performed, it is often executed at night or early morning so as not to affect the normal business of a financial institution (see Patent Document 1). In this case, a staff member who works at the next business day confirms the result of the scrutiny process before the start of normal work.

JP 2003-030721 A

  However, if the automatic scrutiny process performed at night is not completed normally in this way, the staff who withdraws the next business day and notices an abnormality must re-execute the automatic scrutiny process. There is a risk that the work must be done quickly before the work, or the completion of the automatic inspection process may not be in time for the normal work.

  As a factor that the automatic scrutiny process is not completed normally, that is, a factor that cannot be scrutinized, there is a sudden accident such as a jam (money jam) that occurs when money is moved. Such a scrutinizing factor is difficult to eliminate in advance.

  On the other hand, for example, when the amount of money in the storage unit exceeds the allowable amount of the holding unit that is the destination during the scrutiny process, the scrutiny process cannot be performed on the money, and the automatic scrutiny process does not complete normally. Can happen. Such a scrutinizing factor can be eliminated in advance, for example, by reducing the amount of money in the money storage unit.

  Accordingly, the present invention provides a money handling apparatus, a money handling system, and a money handling method that are unlikely to cause a staff to hinder business due to the fact that a scrutiny process automatically executed at a predetermined time is not normally completed. For the purpose.

  A first aspect of the present invention relates to a money handling apparatus in which a scrutiny process is performed in which a money storage unit is conveyed to check a stock amount at a preset time. The money handling apparatus according to this aspect is configured to determine whether or not the scrutinization process can be executed based on whether or not a scrutinization impossible factor that cannot complete the scrutiny process is generated before the scrutiny process is started. And an information output unit that outputs result information related to the execution result determination result.

  Here, the information output unit includes at least one of a display unit that displays the result information, a printing unit that prints the result information, and a communication unit that transmits the result information to the outside. The result information is output to the information output unit based on at least one of the arrival of a preset time, a predetermined instruction operation, and execution of a tightening process in the money handling apparatus.

  According to the above configuration, the clerk can confirm whether or not the scrutinization process can be executed in the target money storage unit before the scrutiny process is started at a preset time. As a result, a situation in which the scrutiny process is not completed normally is less likely to occur, and it is less likely for the staff to interfere with the work.

  In the money handling apparatus according to this aspect, the control unit may be configured to determine whether the execution is possible for a plurality of the money storage units. In this case, the information output unit outputs the result information in such a manner that the money storage unit that is determined to be unable to perform the scrutiny process can be specified.

  According to said structure, the attendant can specify the money storage part which cannot perform a close examination process among several money storage parts.

  In the money handling apparatus according to this aspect, the control unit may be configured to execute a resolution process for eliminating the scrutinization inability factor.

  According to the above configuration, when there is a money storage unit that cannot perform the scrutinization process, the clerk can perform the cancellation process to eliminate the scrutinization impossible factor in the money storage unit and execute the scrutiny process. It is possible to make the money storage unit that has not been in a state in which a close examination process can be executed.

  When it is set as said structure, the said control part may be set as the structure which specifies the said unscrutinized factor further and performs the said cancellation process according to the specific result.

  If it is set as such a structure, the factor which cannot be scrutinized can be eliminated effectively.

  According to a second aspect of the present invention, a money processing device that carries out a scrutiny process for conveying money stored in a money storage unit and confirming a stock amount at a preset time, and manages the money processing device. The present invention relates to a money handling system including a management device. In the money handling system according to this aspect, before the scrutiny process is started, control for determining whether or not the scrutiny process can be executed based on whether or not a scrutiny impossible factor that cannot be completed normally occurs. And an information output unit that outputs result information related to the execution result determination result.

  According to said structure, there can exist the same effect as the money handling apparatus which concerns on a 1st aspect.

  A third aspect of the present invention relates to a money handling method used in a money handling apparatus in which a scrutiny process is performed in which money stored in a money storage unit is transported to check a stock amount at a preset time. In the money handling method according to this aspect, before the scrutiny process is started, whether or not the scrutiny process can be performed is determined based on whether or not a scrutiny impossible factor that cannot be completed normally occurs. Result information related to the execution result determination result is output by the information output unit.

  According to said method, there can exist an effect similar to the money processing apparatus which concerns on a 1st aspect.

  According to the present invention, it is less likely that an attendant will interfere with work due to the fact that the scrutiny process automatically executed at a predetermined time is not completed normally.

  The effects and significance of the present invention will become more apparent from the following description of embodiments. However, the embodiment described below is merely an example when the present invention is implemented, and the present invention is not limited to what is described in the following embodiment.

FIG. 1 is a diagram illustrating a configuration of a money handling system including a teller machine and a teller machine according to an embodiment. Fig.2 (a) is a block diagram which shows the main structures of the banknote processing unit based on embodiment, FIG.2 (b) is a block diagram which shows the main structures of the coin processing unit based on embodiment, FIG. 2C is a block diagram illustrating a main configuration of the valuable medium processing unit according to the embodiment. FIG. 3 is a block diagram illustrating a main configuration of the teller machine according to the embodiment. FIG. 4 is a list showing a scrutiny impossible factor in each processing unit that may occur before the start of the scrutiny processing and a method for solving it in the embodiment. FIG. 5 is a flowchart illustrating the control operation of the scrutinization confirmation process by the terminal control unit according to the embodiment. FIG. 6A is a diagram illustrating an example of a standby screen displayed on the operation display unit according to the embodiment. 6B and 6C are diagrams illustrating an example of a confirmation result screen displayed on the operation display unit according to the embodiment. FIG. 6D is a diagram illustrating an example of the impossible factor elimination screen displayed on the operation display unit according to the embodiment. Fig.7 (a) is a figure which shows an example of the impossibility factor elimination screen displayed on an operation display part when the close examination process of a rose banknote part cannot be performed based on embodiment, FIG.7 (b) thru | or (d). (A) is a figure which shows an example of the rose banknote rose collection | recovery screen displayed on the operation display part based on embodiment. FIGS. 8A to 8C are diagrams illustrating an example of a loose banknote bundle collection screen displayed on the operation display unit according to the embodiment. Fig.9 (a) is a figure which shows an example of the impossibility factor elimination screen displayed on an operation display part when the close examination process of a bundle banknote part cannot be performed based on embodiment, FIG.9 (b) thru | or (d). (A) is a figure which shows an example of the bundle banknote collection | recovery screen displayed on the operation display part based on embodiment. FIG. 10A is a diagram illustrating an example of the impossibility factor elimination screen displayed on the operation display unit when the close coin processing cannot be performed according to the embodiment, and FIGS. (A) is a figure which shows an example of the rose coin collection screen displayed on the operation display part based on embodiment. Fig.11 (a) thru | or (c) are figures which show an example of the rose coin packaging collection | recovery screen displayed on the operation display part based on embodiment. Fig.12 (a) is a figure which shows an example of the impossibility factor cancellation | release screen displayed on an operation display part when the close examination process of a wrapping coin part based on embodiment is impossible, FIG.12 (b) and (c) (A) is a figure which shows an example of the packaging coin collection | recovery screen displayed on the operation display part based on embodiment. FIG. 13A is a diagram illustrating an example of the disabling factor elimination screen displayed on the operation display unit when the scrutinizing process of the stipulated ticket unit is not possible and the stipulated ticket collecting process is necessary according to the embodiment. FIGS. 13B and 13C are diagrams illustrating an example of a slip recovery screen displayed on the operation display unit according to the embodiment. FIG. 14A shows an example of the impossible factor elimination screen displayed on the operation display unit when the scrutinizing process of the non-performing ticket part is impossible and the card face input confirmation process is necessary according to the present embodiment. FIGS. 14B and 14D are diagrams illustrating an example of a ticket face input list screen displayed on the operation display unit according to the embodiment, and FIG. 14C according to the embodiment. It is a figure which shows an example of the ticket surface input approval screen displayed on an operation display part. FIG. 15A is a diagram for explaining a configuration in which result information is displayed using a standby screen according to the modification example, and FIG. 15B is a solution to the non-scrutinizing factor according to the modification example. It is a figure for demonstrating the structure by which the notification which accelerates | urges a cancellation process is performed when not performed. FIGS. 16A to 16D are diagrams for describing a configuration in which combination patterns of processing units that perform a scrutiny process in a manual scrutiny process can be registered in advance according to a modification example.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  In the following embodiments, the teller machine 1 corresponds to the “money handling device” described in the claims. The management computer 2 corresponds to a “management device” described in the claims. Further, the collective storage unit 106, the denomination storage unit 107, the denomination bundle storage unit 109, the denomination storage unit 206, the denomination packaging coin storage unit 208, the lost ticket storage unit 307, and the new ticket storage unit 308 are claimed. It corresponds to the “money storage part” described in the above. Further, the operation display unit 401 corresponds to “information output unit” and “display unit” recited in the claims. Further, the terminal control unit 403 corresponds to a “control unit” recited in the claims.

  However, the above description is only for the purpose of associating the configuration of the claims with the configuration of the embodiment, and the invention described in the claims is incorporated into the configuration of the embodiment by the above association. It is not limited at all.

  FIG. 1 is a diagram illustrating a configuration of a money handling system 4 including a cashier 1 and a cashier 1 according to the present embodiment.

  The teller machine 1 is installed in a store of a financial institution such as a bank. The teller machine 1 is communicably connected to a management computer 2 via a network line 3 such as an in-store LAN. The teller machine 1 constitutes a money handling system 4 constructed in the store together with the management computer 2. In addition to these configurations, the money handling system 4 includes other equipment used for transactions related to financial operations, such as a money depositing / dispensing machine (not shown) installed at a counter and operated by a teller, and a counter. A terminal (not shown) may be included.

  The management computer 2 manages the cashier 1 and other devices. The management computer 2 includes a control unit 2a and a storage unit 2b for centrally managing various data sent from these devices. Further, the management computer 2 includes a touch panel type monitor display 2c.

  The teller machine 1 includes a banknote processing unit 10, a coin processing unit 20, a valuable medium processing unit 30, an operation terminal 40, and a printer 50. The operation terminal 40, the banknote processing unit 10, the coin processing unit 20, the valuable medium processing unit 30, and the printer 50 are connected by, for example, a communication cable (not shown). In addition, the connection by the radio | wireless system using near field communication etc. may be made instead of the wired system by such a communication cable.

  The banknote processing unit 10 includes a housing 11 constituting an outer shell. On the front surface of the housing 11, a depositing port 12 and a dispensing port 13 are provided in the central portion side by side, and a bundle dispensing port 14 is provided in the upper part. The withdrawal opening 13 is opened and closed by a vertically opened shutter 13a, and the bundle dispensing opening 14 is opened and closed by a left and right opened shutter 14a. Further, a door 15 is provided at the lower part of the front surface of the housing 11. The door 15 constitutes the front surface of a drawer unit including a temporary storage unit, a batch storage unit, and a denomination storage unit, which will be described later, and the drawer unit is pulled out of the housing 11 together with the door 15, thereby Banknotes can be taken in and out of the storage unit and the money type storage unit.

  The coin processing unit 20 includes a housing 20a that forms an outer shell. A deposit port 21 is provided on the upper surface of the housing 20a. In addition, a deposit rejection port 22, a bulk box 23, a return box 24, a withdrawal box 25, and a bag collecting chute 26 are provided on the left side of the housing 20a, and a wrapping coin dispensing port 27 and wrapping coins are provided on the right side. A collective box 28 and an outboard exit 29 are provided. The bulk bulk box 23, the return box 24, the withdrawal box 25, the bag collecting chute 26, and the packaged coin bulk box 28 are configured to be freely drawn forward from the housing 20a.

  The valuable medium processing unit 30 includes a housing 31 that forms an outer shell. The housing 31 is provided with a loading port 32 on the upper surface and a throwing port 33 on the upper front. The inlet 32 is opened and closed by a shutter 32a, and the outlet 33 is opened and closed by a shutter 33a. Further, a door 34 is provided on the front surface of the housing 31 below the outlet 33. The door 34 constitutes the front surface of a drawer unit including a securities storage section, a non-contained ticket storage section, and a new ticket storage section, which will be described later. By pulling the drawer unit out of the housing 31 together with the door 34, a new ticket A new ticket, which is an unused bill, can be taken in and out of the storage unit.

  An operation terminal 40 and a printer 50 are disposed on the upper part of the coin processing unit 20. The operation terminal 40 is provided with an operation display unit 401 on the front. The operation display unit 401 includes a display and a touch sensor superimposed on the display, displays various images (screens) on the display, and detects a user's touch operation on the display by the touch sensor. The printer 50 prints information on the results of various transaction processes such as the number of bills and coins deposited and withdrawn and the amount of money as a journal on paper. Note that the operation terminal 40 can perform short-range wireless communication with the tablet terminal 5 and the mobile phone terminal 6 owned by a teller or other personnel.

  Fig.2 (a) is a block diagram which shows the main structures of the banknote processing unit 10 based on this embodiment, FIG.2 (b) is a block which shows the main structures of the coin processing unit 20 which concerns on this embodiment. FIG. 2C is a block diagram illustrating a main configuration of the valuable medium processing unit 30 according to the present embodiment. FIG. 3 is a block diagram showing a main configuration of the teller machine 1 according to the present embodiment.

  As shown in FIG. 2A, the banknote processing unit 10 includes a depositing unit 101, a dispensing unit 102, a bundle dispensing unit 103, an identification unit 104, a temporary storage unit 105, and a batch storage unit inside a housing 11. 106, a denomination storage unit 107, a bundled banknote forming unit 108, a denomination bundle storage unit 109, a transport unit 110, a bundle transport unit 111, a device storage unit 112, a device control unit 113, and the like.

  Rose banknotes are thrown into the depositing unit 101, and rose banknotes are thrown into the dispensing unit 102. A rose banknote is a banknote in a rose state. A bundled banknote is thrown into the bundle dispensing unit 103. A bundled banknote is generated by bundling a predetermined number (for example, 100) of banknotes by banding. Hereinafter, except for a case where it is desirable to refer to a “rose bill” from a distinction from a bundled bill, the loose bill is simply referred to as a “bank note”.

  The identification unit 104 includes an identification unit for loose banknotes and an identification unit for bundled banknotes. In the identification unit for loose banknotes, the attributes of the rose banknotes (authenticity and denomination of banknotes, the direction of the front and back of the banknotes, etc.) are identified, and in the identification unit for banknotes, the attributes of the banknotes (denominations, etc.) Identification and confirmation of the status of banding are performed. Further, the identification unit 104 counts loose banknotes and bundled banknotes.

  The temporary storage unit 105 mainly temporarily stores normal banknotes whose attributes can be identified by the identification unit 104 when depositing. The collective storage unit 106 is used for banknotes whose denominations cannot be identified by the identification unit 104 at the time of withdrawal, banknotes to which the denomination storage unit 107 is not assigned, such as 2,000 yen bills, and corresponding denomination storage units 107. Stores overflow bills that could not be stored. A plurality of denomination storage units 107 are provided. In the denomination storing unit 107, banknotes whose denominations are identified by the identifying unit 104 are sorted and stored for each denomination of 10,000 yen, 5,000 yen, and 1,000 yen.

  The bundled banknote forming unit 108 binds and bundles a predetermined number (for example, 100) of loose banknotes to form a bundled banknote (banded banknote). A plurality of denomination bundle storage units 109 are provided. In the denomination bundle storage unit 109, the bundled banknotes formed by the bundled banknote forming unit 108 are sorted and stored for each denomination.

  The conveyance unit 110 conveys loose banknotes between the depositing unit 101, the withdrawal unit 102, the temporary storage unit 105, the collective storage unit 106, the denomination storage unit 107, and the bundled bill forming unit 108. The bundle conveying unit 111 conveys the bundled banknotes among the bundled banknote forming unit 108, the denomination type bundle storage unit 109, and the bundle dispensing unit 103.

  The device storage unit 112 includes a storage medium such as a ROM (Read Only Memory), a RAM (Random Access Memory), and a hard disk, stores an operation program of the device control unit 113, and performs control processing of the device control unit 113. Used as a work area. The device control unit 113 includes an arithmetic circuit such as a CPU (Central Processing Unit) and controls each unit 101 to 111 according to a program stored in the device storage unit 112.

  In the banknote processing unit 10, a deposit process for loose banknotes and a withdrawal process for bulk banknotes or bundled banknotes are performed. In the depositing process for loose banknotes, the bulk banknotes inserted into the depositing unit 101 through the depositing port 12 are fed out one by one and transported by the transporting unit 110, and at that time, the attributes of the banknotes are identified by the identifying unit 104. As a result of identification in the identification unit 104, a banknote regarded as normal is held in the temporary holding unit 105. Thereafter, when the depositing operation by the attendant is performed on the operation terminal 40, the banknotes in the temporary storage unit 105 are stored in the collective storage unit 106 or the denomination storage unit 107 assigned to the denomination of the banknote. In addition, when a return operation is performed by the clerk at the operation terminal 40, the banknote in the temporary storage unit 105 is returned to the withdrawal unit 102.

  In the withdrawal process of loose banknotes, a withdrawal operation for specifying the number and amount of banknotes to be dispensed is performed on the operation terminal 40 by a staff member. The loose banknotes in the denomination storage unit 107 corresponding to the type of money to be dispensed are fed out one by one and transported by the transport unit 110, and the attribute of the banknotes is identified by the identification unit 104 at that time. As a result of identification in the identification unit 104, a banknote regarded as normal is thrown into the dispensing unit 102. The banknotes in the withdrawal unit 102 are taken out through the withdrawal port 13.

  In the withdrawal process for bundled banknotes, a withdrawal operation in which the denomination and the number of bundles of the bundled banknotes to be dispensed are designated by the clerk is performed on the operation terminal 40. A bundle of banknotes in the denomination bundle storage unit 109 corresponding to the denomination to be dispensed is conveyed by the bundle conveyance unit 111 and thrown out to the bundle dispensing unit 103. The bundled banknotes in the bundle dispensing unit 103 are taken out through the bundle dispensing port 14.

  Further, in the banknote processing unit 10, the rose banknotes in the denomination storage unit 107 are converted into bundle banknotes by the bundle banknote forming unit 108 and stored in the denomination bundle storage unit 109, thereby allowing the roses in the denomination storage unit 107 to be stored. A collection process for reducing the number of bills is automatically or manually executed.

  As shown in FIG. 2 (b), the coin processing unit 20 includes a depositing unit 201, a dispensing unit 202, a wrapping coin dispensing unit 203, an identification unit 204, a temporary holding unit 205, a denomination in a housing 20a. A storage unit 206, a wrapping coin forming unit 207, a denomination type wrapping coin storage unit 208, a transport unit 209, a wrapping coin transport unit 210, a device storage unit 211, a device control unit 212, and the like.

  Rose coins are inserted into the depositing unit 201, and rose coins are dispensed into the dispensing unit 202. The dispensing unit 202 includes a dispensing box 25 and a bag collecting chute 26. A rose coin is a coin in a rose state. A wrapping coin is thrown into the wrapping coin dispensing unit 203. The wrapping coin is generated by wrapping a predetermined number (for example, 50) of coins with a wrapping material. Hereinafter, except for the case where it is desirable to refer to “coins” from the case of distinguishing from wrapping coins, the coins in a loose state are simply referred to as “coins”.

  The identification unit 204 identifies the attributes of the coin (the true / false of the coin, the denomination, etc.). The identification unit 204 counts coins. The temporary holding unit 205 mainly temporarily holds normal coins whose attributes can be identified by the identification unit 204 when depositing. A plurality of denomination storage units 206 are provided. In the denomination storing unit 206, coins whose denominations are identified by the identifying unit 204 are sorted and stored for each denomination of 500 yen, 100 yen, 50 yen, 10 yen, 5 yen, and 1 yen.

  The wrapping coin forming unit 207 forms a wrapping coin by stacking a predetermined number (for example, 50) of loose coins in a bar shape and wrapping them with a wrapping material. A plurality of denomination-type packaging coin storage units 208 are provided. In the denominated packaging coin storage unit 208, the packaging coins formed by the packaging coin forming unit 207 are sorted and stored for each denomination.

  The transport unit 209 transports loose coins between the deposit unit 201, the withdrawal unit 202, the temporary storage unit 205, the money type storage unit 206, and the wrapping coin formation unit 207. The wrapping coin transport unit 210 transports the wrapping coins between the wrapping coin forming unit 207, the denomination-type wrapping coin storage unit 208, and the wrapping coin dispensing unit 203.

  The device storage unit 211 includes a storage medium such as a ROM, a RAM, and a hard disk, stores an operation program of the device control unit 212, and is used as a work area during control processing of the device control unit 212. The device control unit 212 includes an arithmetic circuit such as a CPU, and controls the units 201 to 210 according to a program stored in the device storage unit 211.

  In the coin processing unit 20, a deposit process for rose coins and a withdrawal process for rose coins or wrapping coins are performed. In the bulk coin deposit process, the bulk coins inserted into the depositing unit 201 through the deposit port 21 are fed one by one, transported by the transport unit 209, and identified by the identification unit 204. If the coin is not a normal coin as a result of the identification, the coin is returned to the deposit reject port 22. If the coin is a normal coin, the coin is temporarily stored in the temporary storage unit 205. The loose coins in the temporary storage unit 205 are stored in the denomination storage unit 206 assigned to the denomination when the confirmation operation is performed on the operation terminal 40, and the return box 24 when the return operation is performed on the operation terminal 40. Returned to. When rose coins cannot be stored in the denomination storage unit 206, overflowed rose coins are stored in the rose batch box 23.

  In the withdrawal process of loose coins, a withdrawal operation for specifying the number and amount of coins to be dispensed is performed on the operation terminal 40 by an attendant. The loose coins in the denomination storage unit 206 corresponding to the denomination to be withdrawn are fed out one by one, transported by the transport unit 209, and dispensed to the withdrawal box 25. When the loose coins are withdrawn and packed into a bag, a cash bag is connected to the bag takeout chute 26 pulled out from the housing 20 a, and the rose coins in the denomination storage unit 206 are turned into a cash bag through the bag takeout chute 26. Thrown out.

  In the wrapping coin withdrawal process, a withdrawal operation in which the denomination and number of the wrapping coins to be dispensed is designated by the clerk is performed on the operation terminal 40. The wrapping coins in the wrapping coin storage unit 208 according to the type of money to be withdrawn are transported by the wrapping coin transport unit 210 and thrown into the wrapping coin dispensing unit 203. The wrapping coins in the wrapping coin dispensing unit 203 are taken out through the wrapping coin dispensing port 27. When a large amount of wrapping coins is withdrawn, an outboard machine 29 is used. In this case, a cash box or the like for receiving the wrapping coins is placed below the outboard outlet 29.

  Furthermore, in the coin processing unit 20, the loose coins in the denomination storage unit 206 are converted into wrapping coins by the wrapping coin forming unit 207 and stored in the denomination packaging coin storage unit 208. Collection processing for reducing the number of loose coins is automatically or manually executed. If the wrapping coins cannot be stored in the denominated wrapping coin storage unit 208, the overflowing wrapping coins are stored in the wrapping coin batch box 28.

  The valuable medium processing unit 30 performs deposit processing of a specific valuable medium (hereinafter referred to as “specific valuable medium”) that cannot be handled by the banknote processing unit 10 and the coin processing unit 20 among valuable media such as money and securities. Is called. Specific securities such as old bills that are not currently issued, damaged bills that are not suitable for market distribution, damaged bills that cannot be processed by the bill handling unit 10 due to dirt or tears, and specific securities such as checks and bills Can be mentioned. Hereinafter, the old ticket, the damaged ticket, and the damaged ticket are collectively referred to as “damaged tickets”. Further, the valuable medium processing unit 30 performs a new ticket withdrawal process.

  As shown in FIG. 2C, the valuable medium processing unit 30 includes a loading unit 301, a dispensing unit 302, a reading unit 303, an identification unit 304, a temporary storage unit 305, a securities storage unit inside a housing 31. 306, a lost ticket storage unit 307, a new ticket storage unit 308, a transport unit 309, a device storage unit 310, a device control unit 311 and the like.

  A specific valuable medium is input to the input unit 301. A loss ticket or a new ticket is thrown into the dispensing unit 302. The reading unit 303 reads images on the front and back of the specified valuable medium and acquires the image data. The identification unit 304 identifies the attributes (denominations, etc.) of the new ticket. The identification unit 304 counts new tickets.

  The temporary holding unit 305 temporarily holds the specified valuable medium from which the image on the ticket surface is read by the reading unit 303. The securities storage unit 306 stores specific securities. The damaged ticket storage unit 307 stores lost tickets and the like. A plurality of new ticket storage units 308 are provided. Each new ticket storage unit 308 stores new tickets for each denomination of 10,000 yen, 5,000 yen, and 1,000 yen.

  The transport unit 309 transports the specified valuable medium from the input unit 301 to the temporary holding unit 305 and also transfers the specified valuable medium from the temporary holding unit 305 to the securities storage unit 306 and the non-performing bill storage unit 307. In addition, the transport unit 309 transports a damaged ticket or the like from the damaged ticket storage unit 307 to the dispensing unit 302 and also transports a new ticket from the new ticket storage unit 308 to the dispensing unit 302.

  The device storage unit 310 includes a storage medium such as a ROM, a RAM, and a hard disk, stores an operation program of the device control unit 311, and is used as a work area during control processing of the device control unit 311. The device control unit 311 includes an arithmetic circuit such as a CPU, and controls each of the units 301 to 309 according to a program stored in the device storage unit 310.

  In the depositing process of the specified valuable medium, the specified valuable medium input into the input unit 301 through the input port 32 is transferred by the transfer unit 309, and after the image of the ticket face is read by the reading unit 303, it is held by the temporary holding unit 305. The The read image data such as a slip is sent to the operation terminal 40. In the operation terminal 40, payment data other than the image of the ticket face, such as a ticket type and a denomination, is input by an attendant, and an approval operation is performed when it is finished. Thereafter, based on the approval operation, the specified valuable medium is paid out from the temporary holding unit 305, and if the specified valuable medium is a specified securities, it is stored in the securities storage unit 306, and the specified securities medium may be a non-payment ticket or the like. In this case, it is stored in the lost ticket storage unit 307.

  In the new ticket withdrawal process, a staff member performs a withdrawal operation on the operation terminal 40 in which the denomination and the number of new tickets to be dispensed are designated. A new ticket in the new ticket storage unit 308 corresponding to the money type to be withdrawn is transported by the transport unit 309, and is thrown out to the dispensing unit 302 after the denomination is identified by the identification unit 304. The new ticket in the dispensing unit 302 is taken out through the dispensing port 33.

  As illustrated in FIG. 3, the operation terminal 40 includes a terminal storage unit 402, a terminal control unit 403, a communication unit 404, and the like in addition to the operation display unit 401 described above.

  The terminal storage unit 402 includes a storage medium such as a ROM, a RAM, and a hard disk, stores an operation program of the terminal control unit 403, and is used as a work area when the terminal control unit 403 performs control processing.

  The terminal control unit 403 includes an arithmetic circuit such as a CPU, and controls the operation display unit 401, the communication unit 404, the printer 50, and the like according to a program stored in the terminal storage unit 402. Further, the terminal control unit 403 includes various information (including commands) among the device control unit 113 of the banknote processing unit 10, the device control unit 212 of the coin processing unit 20, and the device control unit 311 of the valuable medium processing unit 30. Exchange.

  The communication unit 404 transmits and receives signals (information) through the network line 3 with a communication unit (not shown) such as the management computer 2.

  In the operation terminal 40, the banknotes, bundled banknotes, coins, loose coins, specified valuable media, and new ticket quantities held by the teller machine 1 are stored in the terminal storage unit 402 and managed.

  In other words, in the terminal storage unit 402, the quantity data of loose banknotes stored in the batch storage unit 106 and each denomination storage unit 107 of the banknote processing unit 10 corresponds to the denominations assigned to the storage units 106 and 107. Attached and memorized. The terminal storage unit 402 stores the quantity data of bundled banknotes stored in each denomination bundle storage unit 109 in association with the denominations assigned to each denomination bundle storage unit 109.

  Similarly, the terminal storage unit 402 stores the quantity data of coins stored in each denomination storage unit 206 of the coin processing unit 20 in association with the denomination assigned to each denomination storage unit 206. The The terminal storage unit 402 stores the quantity data of the wrapping coins stored in each denomination type packaging coin storage unit 208 in association with the denomination assigned to each denomination type packaging coin storage unit 208. .

  Similarly, the terminal storage unit 402 stores quantity data of specific securities stored in the securities storage unit 306 of the valuable medium processing unit 30 and quantity data such as banknotes stored in the banknote storage unit 307. Is done. Also, the terminal storage unit 402 stores the quantity data of new tickets stored in each new ticket storage unit 308 in association with the denominations assigned to each new ticket storage unit 308. In addition, in the terminal storage unit 402, information related to a specific valuable medium such as deposit data (image of a ticket face, ticket type, denomination), storage order in the securities storage unit 306 and the non-payment storage unit 307, and the like. Remembered.

  When the replenishment processing and new transaction processing (payment processing, withdrawal processing, etc.) are performed on the quantity data of banknotes, bundled banknotes, coins, loose coins, specified valuable media, and new tickets in the terminal storage unit 402, accordingly Updated.

  Note that a detection sensor for detecting the quantity of stored currency (banknotes, coins) may be provided in the denomination storage units 107 and 206 and the like.

  Now, in the teller machine 1, the quantity of banknotes, bundles of bills, coins, loose coins, slips, etc. and new tickets actually owned by the teller machine 1 coincides with these quantity data managed in the terminal storage unit 402. It is possible to perform a scrutiny process to scrutinize.

  In the cashier 1, the banknote processing unit 10 includes two processing units, a loose banknote part and a bundled banknote part, and the coin processing unit 20 includes two processing parts, a bulky coin part and a wrapping coin part, as a scrutiny unit. The valuable medium processing unit 30 includes two processing units, a non-use ticket unit and a new ticket unit. The bulk banknote part includes a batch storage part 106 and a denomination storage part 107, and the bundle banknote part includes a denomination bundle storage part 109. The loose coin portion includes a denomination storage unit 206, and the packaging coin portion includes a denomination packaging coin storage unit 208. Further, the non-performing bill section includes a securities storage section 306 and a non-slip ticket storage section 307, and the new ticket section includes a new ticket storage section 308.

  In the scrutiny processing of the bulk banknotes, all the bulk banknotes in the batch storage unit 106 are reciprocated between the batch storage unit 106 and the temporary storage unit 105, and the number of bulk banknotes is measured at that time. Similarly, all the loose banknotes in each denomination storage unit 107 are sequentially reciprocated between the denomination storage unit 107 and the temporary storage unit 105, and the number of loose banknotes is measured at that time. Then, it is examined whether or not the measured number of loose banknotes in the collective storage unit 106 and the denomination storage unit 107 matches the quantity data managed in the terminal storage unit 402.

  In the scrutiny processing of the bundled banknote part, an elevating lift (not shown) included in the bundle conveyance unit 111 is used as the destination of the bundled banknote. All bundled banknotes in each denomination bundle storage unit 109 are sequentially reciprocated between the denomination bundle storage unit 109 and the lifting lift, and the number of bundled banknotes is measured at that time. Then, it is scrutinized whether the measured quantity of bundled banknotes in the denomination bundle storage unit 109 matches the quantity data managed by the terminal storage unit 402.

  In the scrutiny processing of the rose coin part, all the rose coins in each denomination storage unit 206 are sequentially reciprocated between the denomination storage unit 206 and the temporary storage unit 205, and the quantity of the rose coins is determined at that time. It is measured. Then, it is closely examined whether or not the measured quantity of loose banknotes in the denomination storage unit 206 matches the quantity data managed in the terminal storage unit 402.

  In the scrutiny processing of the wrapping coin part, the wrapping coins of each denominated wrapping coin storage part 208 are moved by the sensor unit (not shown) provided in each wrapping coin storage part 208 without moving the wrapping coins to others. The quantity of is measured. Then, whether or not the measured quantity of wrapping coins in the denominated wrapping coin storage unit 208 matches the quantity data managed in the terminal storage unit 402 is examined.

  In the scrutinization process of the non-performing ticket section, all non-slip tickets etc. in the non-slip sheet storing section 307 are reciprocated between the non-slip ticket storing section 307 and the temporary holding section 305, and at that time, a counting section (not shown) The quantity of non-performing tickets is measured. Then, it is closely examined whether the measured quantity of the non-performing ticket storage unit 307 is the same as the quantity data managed by the terminal storage unit 402. Further, specific securities in the securities storage unit 306 are also examined in the same manner as for the non-tickets in the non-ticket storage unit 307.

  In the scrutiny process of the new ticket section, all new tickets in each new ticket storage section 308 are sequentially moved back and forth between the new ticket storage section 308 and the temporary holding section 305. It is measured. Then, it is scrutinized whether the measured number of new tickets in the new ticket storage unit 308 matches the quantity data managed by the terminal storage unit 402.

  The scrutinization processing includes manual scrutiny processing and automatic scrutiny processing. The manual scrutiny process is manually performed by the start operation of the staff. The automatic scrutiny processing is automatically performed at a predetermined date and time, for example, at a predetermined time on a predetermined day of the week.

  In manual scrutinization processing and automatic scrutiny processing, processing units designated by the staff's designated operation from among the processing units of loose banknotes, bundled banknotes, loose coins, wrapping coins, damaged bills and new bills Either the designated scrutinization process for performing the process or the entire scrutiny process for performing the scrutiny process for all the processing units is performed.

  As described above, the scrutinization process takes a relatively long time because it involves the operation of transporting money or the like. In particular, in the total scrutiny process, the scrutiny process is performed for all the processing units, and thus the required time is considerably increased. Therefore, automatic scrutiny processing is often started at night or early morning on the day (day of the week) on which scrutiny is performed so as not to affect normal business operations of financial institutions and the like.

  When the automatic scrutiny process is performed, if the scrutiny process cannot be executed by at least one of the processing units, the automatic scrutiny process cannot be normally completed. If the automatic scrutiny process performed at night etc. is not completed normally as described above, the staff who withdraws the money the next business day and notices an abnormality must re-execute the automatic scrutiny process. There is a risk that the work must be done quickly before the normal operation, or the completion of the automatic scrutiny process may not be in time for the normal operation.

  As a factor in which the scrutiny process in each processing unit cannot be normally executed, that is, a factor that cannot be scrutinized, there is a sudden accident such as a jam (money jam) generated during movement of a bill or a coin during the scrutiny process. Such a scrutinizing factor is difficult to eliminate in advance.

  On the other hand, not a sudden accident, there are cases in which a scrutinization impossible factor occurs before the scrutiny process is executed due to various situations in each processing unit. Such unscrutinized factors can be eliminated by improving the status of each processing unit.

  The list of FIG. 4 shows factors that cannot be scrutinized in each processing unit that may occur before the start of the scrutiny processing, and a method for solving it, in this embodiment.

  In the loose banknote part, the fact that the number of loose banknotes in the collective storage part 106 or any of the denomination storage parts 107 is in a near-full state (a state close to full) becomes a factor that cannot be examined. In such a near-full state, there is a possibility that all loose banknotes discharged from the batch storage unit 106 or the money type storage unit 107 cannot be stored in the temporary storage unit 105 due to the allowable quantity of the temporary storage unit 105. Because there is. In this case, by recovering a predetermined amount (including all) loose banknotes from the collective storage unit 106 or the denomination storage unit 107 that is the target of the scrutinization impossible factor, the scrutiny impossible factor can be eliminated. .

  Further, in the bundled banknote part, the fact that the quantity of bundled banknotes in any denomination-type bundle storage unit 109 is full (full state) is a factor that cannot be scrutinized. Since the thickness dimension of bundled banknotes can increase due to the influence of the transport operation during the scrutiny process, all bundled banknotes discharged from the denominated bundle storage section 109 when the denomination bundle storage section 109 is full This is because there is a possibility that it will not fit in the original money type bundle storage unit 109 when it is returned from the lift. In this case, the factor that cannot be scrutinized can be eliminated by collecting a predetermined amount (including all) of banknotes from the denomination bundle storage unit 109 that is the target of the factor that cannot be scrutinized.

  Further, in the loose coin part, the fact that the quantity of loose coins in any of the denomination storage units 206 exceeds the allowable quantity of the temporary storage unit 205 becomes a factor that cannot be scrutinized. In such a case, all the loose coins discharged from the denomination storage unit 206 cannot be stored in the temporary storage unit 205. In this case, by recovering a predetermined amount (including all) of the banknotes from the denomination storage unit 206, which is a target of the scrutinization impossible factor, the scrutiny impossible factor can be eliminated.

  Further, in the wrapping coin part, the fact that the wrapping coin overflowing from any of the denominated wrapping coin storage parts 208 is stored in the wrapping coin collective box 28 becomes a factor that cannot be scrutinized. Since the wrapping coins in the wrapping coin collective box 28 cannot be paid out from them, the denomination and the number cannot be confirmed. As a result, all the wrapping coins in the coin processing unit 20 including the wrapping coins in the wrapping coin collective box 28 can be confirmed. This is because it is not possible to confirm whether the coin matches the managed quantity data. In this case, by collecting all the wrapping coins from the wrapping coin collective box 28 that is the target of the scrutinization impossible factor, the scrutiny impossible factor can be eliminated.

  Furthermore, in the non-performing ticket section, the non-performing ticket storage section 307 stores non-financial tickets that have not been finally approved by a higher-ranking authority having higher authority than the staff who performed the deposit process. It becomes a factor that cannot be scrutinized. This is because the content confirmation by the higher-ranking authority has not been taken for all of the damaged tickets in the damaged ticket storage unit 307. In this case, the non-approved non-approved ticket is approved by the higher authority, thereby eliminating the factors that prevent scrutiny. Further, in the non-payment ticket unit, the non-payment ticket storage unit 307 is in an indeterminate state, that is, input data managed in the non-payment ticket storage unit 307 and the terminal storage unit 402 by an abnormal operation of the non-payment ticket storage unit 307, It is a factor that cannot be closely examined that it is in a state where it is no longer consistent with. In such a case, the indefinite state of the damaged ticket storage unit 307 is not resolved even if the scrutiny process is performed. In this case, it is possible to eliminate the scrutinization-inhibiting factor by collecting all of the stipulated tickets in the stipulated ticket storage unit 307, which are the targets of the scrutinizing-impossible factor, to the outside.

  Therefore, the teller machine 1 according to the present embodiment is configured to be able to execute a scrutinization confirmation process at the operation terminal 40. By performing this scrutinization confirmation process, the clerk can confirm the scrutiny process for each processing unit before the automatic scrutiny process is performed. Further, the clerk can make the state where the scrutiny process can be executed by eliminating the scrutinization-impossible factor for the processing unit that cannot perform the scrutiny process.

  FIG. 5 is a flowchart showing the control operation of the scrutinization confirmation processing by the terminal control unit 403 according to the present embodiment. FIG. 6A is a diagram illustrating an example of the standby screen S1 displayed on the operation display unit 401 according to the present embodiment. 6B and 6C are diagrams illustrating an example of the confirmation result screen S2 displayed on the operation display unit 401 according to the present embodiment. FIG. 6D is a diagram illustrating an example of the impossible factor elimination screen S3 displayed on the operation display unit 401 according to the present embodiment.

  Referring to FIG. 5, terminal control unit 403 confirms whether a confirmation start operation (confirmation instruction operation) for starting confirmation of whether or not scrutiny is performed, and confirmation start time for starting confirmation of whether or not scrutiny is possible. Is monitored (S101, S102).

  When the teller machine 1 is in a standby state, a standby screen S1 is displayed on the operation display unit 401. As shown in FIG. 6 (a), the standby screen S1 shows the possession indicating the number of rose bills, bundled bills, loose coins, wrapping coins, new tickets, specific securities and non-performing bills held by the teller machine 1. Along with the quantity display part D1, a scrutinization button B1 used for the confirmation start operation is included. When the clerk push button B1 is pressed by the staff, the terminal control unit 403 determines that a confirmation start operation has been performed. In addition, an appropriate date and time before the date and time when the automatic scrutiny processing is performed, for example, when the automatic scrutiny processing is performed at night or early morning on a predetermined day of the week, the time in the last evening is preset by the staff as the start date and time. obtain. The terminal control unit 403 determines that the confirmation start time has arrived when the set start date / time is reached. Furthermore, the terminal control unit 403 determines that the confirmation start time has arrived when the closing process closest to the date and time when the automatic scrutiny process is performed. Note that the closing process is a process of totaling and confirming transactions on the day. For example, in the closing process, a data clear process is performed, and the transaction data and balance data in the current day storage area for storing the balance data in the sunrise payment machine 1 are transferred to another storage area, and the current day processing is performed. The data is confirmed. Thereafter, the current day storage area is cleared when the date is updated.

  When the confirmation start operation is performed (S101: YES), or when the confirmation start time comes (S102: YES), the terminal control unit 403 causes the scrutiny impossible factor described in the list of FIG. 4 for each processing unit. Whether or not the scrutiny process can be executed is confirmed based on whether or not it has occurred (S103). That is, the terminal control unit 403 determines that a scrutiny process is possible for a processing unit in which no scrutinization impossible factor has occurred, and determines that a scrutiny process is not possible for a processing unit in which a scrutiny impossible factor has occurred. In the present embodiment, it is determined that the scrutinization process can always be executed for the new ticket section because no scrutinization impossible factor occurs.

  Next, the terminal control unit 403 causes the operation display unit 401 to display a confirmation result screen S2 on which result information related to the confirmation result is shown (S104). As shown in FIGS. 6B and 6C, the confirmation result screen S2 includes a result information display area R1. As shown in FIGS. 6B and 6C, the result information display area R1 indicates whether or not the scrutiny process can be executed for each processing unit as result information. In addition, when automatic scrutiny processing is all scrutiny processing, whether or not scrutiny processing can be executed is indicated for all processing units. However, when automatic scrutiny processing is designated scrutiny processing, execution is scheduled. Whether or not the scrutiny process can be executed for the processing unit is indicated.

  When the confirmation result screen S2 is displayed, the terminal control unit 403 further determines whether there is a processing unit that cannot execute the scrutiny process (S105).

  When there is no processing unit that cannot execute the scrutiny process (S105: YES), the terminal control unit 403 ends the scrutinization confirmation process. The confirmation result screen S2 includes a cancel button B3. When the cancel button B3 is pressed, the display of the operation display unit 401 is returned from the confirmation result screen S2 to the standby screen S1. At this time, the scrutinization button B1 is erased from the standby screen S1. The completed scrutinization confirmation process is resumed when the next automatic scrutiny process is completed, and the scrutinization button B1 appears again on the standby screen S1.

  On the other hand, when there is a processing unit that cannot execute the scrutiny process (S105: YES), the terminal control unit 403 adds a scrutinization preparation button B2 to the confirmation result screen S2 (S106). As shown in FIG. 6C, a scrutinization preparation button B2 appears on the confirmation result screen S2. Further, in the confirmation result screen S2, the result information display area R1 shows the cause information and the solution method thereof as the result information. Note that FIG. 6C shows a display example of the confirmation result screen S2 in the case where the close examination process for the loose banknote part and the damaged bill part cannot be performed.

  The scrutinization preparation button B2 is operated by a staff member in order to shift to a solution process for eliminating a scrutinization impossible factor of a processing unit that cannot perform a scrutiny process. Each resolution process is a process for executing a resolution method according to each scrutinization impossible factor.

  When the scrutinization preparation button B2 is pressed (S107: YES), the terminal control unit 403 displays the impossible factor elimination screen S3 on the operation display unit 401 (S108). As shown in FIG. 6D, the impossibility factor canceling screen S3 includes a cancel button B4 corresponding to each canceling process. When the scrutiny processing cannot be executed in the plurality of processing units, the cancel button B4 corresponding to the plurality of processing units is included in the impossibility factor canceling screen S3. Note that FIG. 6D shows a display example of the impossible factor elimination screen S3 in the case where the close processing of the loose banknote part and the non-performing bill part cannot be performed.

  When the cancel button B4 is pressed on the impossible factor cancel screen S3 (S109: YES), the terminal control unit 403 executes a cancel process corresponding to the pressed cancel button B4 (S110). The processes from S108 to S110 are repeated until all the factors that prevent scrutiny are eliminated and the scrutinization process becomes possible in all the processing units. When all the scrutinization possible factors are eliminated (S111: YES), the terminal control unit 403 ends the scrutinization confirmation process. The standby screen S1 is displayed again on the operation display unit 401. At this time, the scrutinization button B1 is erased from the standby screen S1.

  Next, a specific example of the solution process based on the display of the impossibility factor solution screen S3 and the operation of the solution button B4 will be described with reference to FIGS.

  FIG. 7A is a diagram illustrating an example of the impossibility factor elimination screen S3 displayed on the operation display unit 401 when the rose banknote scrutiny processing is not possible according to the present embodiment, and FIG. (D) is a figure which shows an example of the rose banknote collection screen S4 displayed on the operation display part 401 based on this embodiment. FIGS. 8A to 8C are diagrams showing an example of the loose banknote bundle recovery screen S5 displayed on the operation display unit 401 according to the present embodiment. FIG. 9A is a diagram illustrating an example of the unusable factor elimination screen S3 displayed on the operation display unit 401 when the scrutiny processing of the bundled banknote portion is not possible according to the present embodiment, and FIG. (D) is a figure which shows an example of the bundle banknote collection | recovery screen S6 displayed on the operation display part 401 based on this embodiment. FIG. 10A is a diagram showing an example of the impossibility factor elimination screen S3 displayed on the operation display unit 401 when the scrutiny processing of the loose coin part is not possible according to the present embodiment, and FIG. (D) is a figure which shows an example of the loose coin rose collection | recovery screen S7 displayed on the operation display part 401 based on this embodiment. FIGS. 11A to 11C are diagrams showing an example of the coin coin packaging collection screen S8 displayed on the operation display unit 401 according to the present embodiment. FIG. 12A is a diagram illustrating an example of the impossibility factor elimination screen S3 displayed on the operation display unit 401 when the scrutiny processing of the wrapping coin part is not possible according to the present embodiment, and FIG. (C) is a figure which shows an example of the packaging coin collection | recovery screen S9 displayed on the operation display part 401 based on this embodiment. FIG. 13A shows an example of the disabling factor elimination screen S3 displayed on the operation display unit 401 when the scrutinizing process of the non-performing bill portion is impossible and the non-slip ticket collecting processing is necessary according to the present embodiment. FIGS. 13B and 13C are diagrams illustrating an example of a slip collection screen S10 displayed on the operation display unit 401 according to the present embodiment. FIG. 14A shows an example of the disabling factor elimination screen S3 displayed on the operation display unit 401 when the scrutinizing process of the non-performing portion is not possible and the card face input confirmation processing is necessary according to the present embodiment. FIGS. 14B and 14D are diagrams illustrating an example of the ticket face input list screen S11 displayed on the operation display unit 401 according to the present embodiment, and FIG. It is a figure which shows an example of ticket surface input approval screen S12 displayed on the operation display part 401 based on this embodiment.

  When the close bill processing cannot be performed, as the cancellation processing, the loose bill collection processing for collecting the loose bills in the collective storage portion 106 or the denomination storage portion 107 in a loose state, the loose bills are bundled, and the bundle bill In this way, it is possible to carry out the recovery of the banknote bundles collected. In this case, as shown in FIG. 7A, the impossible factor cancel screen S3 includes a separate bill recovery button B41 and a separate bill binding recovery button B42 as the cancellation button B4. Either the loose bill collection button B41 or the loose bill binding button B42 is pressed by the attendant.

  When the loose bill collection button B41 is pressed, the terminal control unit 403 executes a loose bill collection process. That is, the terminal control unit 403 causes the operation display unit 401 to display the loose bill collection screen S4. As shown in FIG. 7B, the separated bill collection screen S4 includes collected number information F1 indicating the number of collected bills, an image P1 of the cashier 1, and a start button B5. When the start button B5 is pressed, the terminal control unit 403 outputs a collection command for instructing collection of loose banknotes in the loose state to the device control unit 113 of the banknote processing unit 10. In the banknote processing unit 10, collection of loose banknotes is started, and under the control of the device control unit 113, all loose banknotes are fed out from the collective storage unit 106 or denomination storage unit 107 to be collected and thrown into the withdrawal unit 102. Is issued. At this time, the number of loose bills fed out is measured. As shown in FIG. 7 (c), on the loose bills collection screen S4, measurement number information F2 indicating the number of the measured loose bills and difference number information F3 indicating the number not being measured are added, The measured number information F2 and the difference number information F3 are updated in real time. Further, a notice M1 for notifying that a bill is issued is added to the image P1 of the teller machine 1. When all the loose banknotes are thrown into the dispensing unit 102 and the collection is completed, as shown in FIG. 7D, the difference banknote information F3 is erased on the loose banknote rose collection screen S4, and the notice M1 is displayed. Instead of a reminder notice M2 that prompts the user to take out the banknotes. When all the loose banknotes are taken out from the withdrawal unit 102 by the clerk, the loose banknote rose collection processing is completed.

  On the other hand, when the loose bill binding recovery button B42 is pressed on the impossible factor elimination screen S3, the terminal control unit 403 executes the loose bill binding recovery processing. That is, the terminal control unit 403 causes the operation display unit 401 to display the loose banknote bundle collection screen S5. As shown to Fig.8 (a), the rose banknote binding collection | recovery screen S5 is the structure similar to the loose banknote rose collection | recovery screen S4. When the start button B5 is pressed, the terminal control unit 403 outputs a collection command for instructing collection of loose banknotes in a bundled state to the device control unit 113 of the banknote processing unit 10. In the banknote processing unit 10, collection of loose banknotes is started, and under the control of the device control unit 113, all the bulk banknotes are fed out from the collective storage unit 106 or the denomination storage unit 107 to be collected. The bills are converted into bundled banknotes and thrown into the bundle dispensing unit 103. During the collection operation, as shown in FIG. 8 (b), the number-of-measurement-number information F2 and the difference-number-of-difference-number information F3 are added to the loose-banknote-bundling-collection screen S5, as in the case of the individual bill collection screen S4. F2 and difference number information F3 are updated in real time. In addition, a notice M3 for notifying that a bundle of banknotes is issued is added to the image P1 of the cashier 1. When all the banknotes are converted into bundled banknotes and thrown into the bundle dispensing unit 103 and the collection is completed, as shown in FIG. 8C, the difference banknote information F3 is erased on the separated banknote bundle collection screen S5. Then, the notice notice M3 is replaced with a reminder notice M4 prompting the removal of the bundled banknotes. When all the bundled banknotes are taken out from the bundle dispensing unit 103 by the clerk, the loose banknote bundle collecting process is finished.

  In this way, when the scrutinization impossible factor is eliminated, it becomes possible to execute the scrutiny processing of the loose banknote part.

  In the bulk banknote bundling collection process, when the bulk banknotes are collected from the denomination storage unit 107, the formed banknotes have the same denomination. Therefore, in this case, it may be stored in the denomination bundle storage unit 109 without being thrown out in the bundle dispensing unit 103. In addition, when the rose banknote of the collective storage part 106 is converted into a bundled banknote, the bundled banknote does not necessarily have a uniform denomination.

  In addition, not all of the loose banknotes are collected from the collective storage unit 106 and the denomination storage unit 107 to be collected, but a predetermined amount of loose banknotes is collected so that the near-full state is resolved. It may be.

  Next, when the scrutiny processing of the bundle bill portion cannot be executed, the bundle bill collection processing for collecting the bundle bill of the denomination bundle storage unit 109 can be performed as the elimination processing. In this case, as shown in FIG. 9A, the impossible factor elimination screen S3 includes a bundled banknote collection button B43 as the elimination button B4. The banknote collection button B43 is pressed by the attendant.

  When the bundled banknote collection button B43 is pressed, the terminal control unit 403 executes bundled banknote collection processing. That is, the terminal control unit 403 causes the operation display unit 401 to display the bundled banknote collection screen S6. As shown in FIG. 9 (b), the bundled banknote collection screen S6 includes number-of-convergence number information F4 indicating the number of bundled banknotes to be collected, an image P1 of the teller machine 1, and a start button B5. When the start button B5 is pressed, the terminal control unit 403 outputs a collection command for instructing collection of bundled banknotes to the device control unit 113 of the banknote processing unit 10. In the banknote processing unit 10, collection of bundled banknotes is started, and all bundled banknotes are fed out from the denomination bundle storage unit 109 to be collected and thrown out to the bundle dispensing unit 103 under the control of the device control unit 113. At this time, the number of bundled banknotes fed out is measured. As shown in FIG. 9C, the bundled banknote collection screen S6 includes measured bundle number information F5 indicating the number of bundled bundled banknotes and differential bundle number information F6 indicating the number of unmeasured bundles. In addition, the measurement bundle number information F5 and the difference bundle number information F6 are updated in real time. In addition, a notice M3 for notifying that a bundle of banknotes is issued is added to the image P1 of the cashier 1. When all the bundled bills are thrown into the bundle dispensing unit 103 and the collection is completed, as shown in FIG. 9 (d), the difference bundle number information F6 is deleted on the bundled bill collection screen S6, and the notice notice M3 is displayed. The prompt notification M4 prompts the removal of the bundled banknotes. When all the bundled banknotes are taken out from the bundle dispensing unit 103 by the clerk, the bundled banknote collection process ends.

  In this way, when the factor that cannot be scrutinized is resolved, it becomes possible to perform a scrutinizing process for the bundled banknote portion.

  In addition, not all the bundled banknotes are collected outside from the denomination-type bundle storage unit 109 to be collected, but a predetermined amount of bundled banknotes that can solve the full state may be collected outside. .

  Next, when the scrutinizing process of the loose coin part cannot be executed, as the canceling process, the rose coin collecting process for collecting the rose coins in the denomination storage unit 206 in a rose state, and packaging the loose coins into a wrapping coin The collect | recovering process of the rose coin packaging to collect | recover can be performed. In this case, as shown in FIG. 10A, the impossible factor elimination screen S3 includes a loose coin rose collection button B44 and a loose coin packaging collection button B45 as the elimination button B4. Either the loose coin rose collection button B44 or the loose coin packaging collection button B45 is pressed by the attendant.

  When the loose coin rose collection button B44 is pressed, the terminal control unit 403 executes a loose coin loose collection process. That is, the terminal control unit 403 causes the operation display unit 401 to display the loose coin collection screen S7. As shown in FIG. 10B, the loose coin rose collection screen S7 includes collection number information F7 indicating the number of coins to be collected, an image P1 of the teller machine 1, and a start button B5. When the start button B5 is pressed, the terminal control unit 403 outputs a collection command for instructing collection of loose coins in the loose state to the device control unit 212 of the coin processing unit 20. In the coin processing unit 20, the collection of loose coins is started, and under the control of the device control unit 212, all the loose coins are drawn out from the money storage unit 206 to be collected and thrown out to the dispensing unit 202. At this time, the number of rose coins fed out is measured. As shown in FIG. 10 (c), on the loose coin rose collection screen S7, measurement number information F8 indicating the number of measured loose coins and difference number information F9 indicating the number not measured are added, The measured number information F8 and the difference number information F9 are updated in real time. In addition, a notice M5 for notifying that a loose coin is issued is added to the image P1 of the teller machine 1. When all the loose coins are thrown into the dispensing unit 202 and the collection is completed, as shown in FIG. 10 (d), the difference coin count information F9 is erased on the loose coin loose collection screen S7, and a notice M5 is displayed. It is replaced with a reminder notice M6 that prompts the user to take out the loose coins. When all the loose coins are taken out from the withdrawal unit 202 by the clerk, the loose coin loose collection process is finished.

  On the other hand, when the loose coin wrapping collection button B45 is pressed on the impossibility factor elimination screen S3, the terminal control unit 403 executes the loose coin wrapping collection process. That is, the terminal control unit 403 causes the operation display unit 401 to display the loose coin packaging collection screen S8. As shown to Fig.11 (a), the rose coin packaging collection | recovery screen S8 is the structure similar to the rose coin collection | recovery screen S7. When the start button B5 is pressed, the terminal control unit 403 outputs a collection command for instructing collection of loose coins in a packaged state to the device control unit 212 of the coin processing unit 20. In the coin processing unit 20, collection of loose coins is started, and under the control of the device control unit 212, all the loose coins are paid out from the denomination storage unit 206 to be collected and converted into wrapping coins by the wrapping coin forming unit 207. Then, it is thrown into the wrapping coin dispensing unit 203. During the collecting operation, as shown in FIG. 11 (b), the number of pieces of measurement information F8 and the number of pieces of difference information F9 are added to the piece of coins packaging collection screen S8, as in the case of the loose coins collection screen S7. F8 and the difference number information F9 are updated in real time. Further, a notice M7 for notifying that the wrapping coins are to be put out is added to the image P1 of the cashier 1. When all the rose coins are converted into wrapping coins and thrown into the wrapping coin dispensing unit 203 and the collection is completed, as shown in FIG. 11C, the difference coin count information F9 is displayed on the rose coin wrapping collection screen S8. The notice notice M7 is erased and replaced with a reminder notice M8 that prompts the user to take out the wrapping coins. When all the wrapping coins are taken out from the wrapping coin dispensing unit 203 by the clerk, the loose coin wrapping recovery process is completed.

  In this way, when the scrutinization impossible factor is eliminated, the scrutinization processing of the loose coin part can be executed.

  In the loose coin wrapping collection process, the wrapping coins formed from the loose coins in the denomination storage unit 206 are not thrown into the wrapping coin dispensing unit 203 but are stored in the denomination packaging coin storage unit 208. Also good.

  In addition, not all the loose coins are collected from the collection target money type storage unit 206 to the outside, but the number of loose coins in the money type storage unit 206 is only a quantity that can be stored in the temporary storage unit 205. A predetermined amount of loose coins may be collected outside.

  Next, when the scrutiny processing of the wrapping coin portion cannot be executed, the wrapping coin recovery processing for recovering the wrapping coins in the wrapping coin batch box 28 can be performed as the elimination processing. In this case, as shown in FIG. 12A, the impossible factor elimination screen S3 includes a wrapping coin recovery button B46 as the elimination button B4. The wrapping coin recovery button B46 is pressed by the attendant.

  When the wrapping coin recovery button B46 is pressed, the terminal control unit 403 executes a wrapping coin recovery process. That is, the terminal control unit 403 causes the operation display unit 401 to display the packaging coin collection screen S9. As shown in FIG. 12B, the wrapping coin collection screen S9 includes collection number information F10 indicating the number of wrapping coins to be collected, an image P1 of the teller machine 1, and a start button B5. When the start button B5 is pressed, the terminal control unit 403 outputs a collection command for instructing collection of the wrapping coins to the device control unit 212 of the coin processing unit 20. In the coin processing unit 20, the device control unit 212 releases the locking of the packaged coin batch box 28 and the packaged coin package box 28 can be pulled out. When the locking of the wrapping coin collective box 28 is released, as shown in FIG. 12 (c), on the wrapping coin recovery screen S9, a reminder notice M9 for prompting the removal of the wrapping coins is added. When all the wrapping coins are taken out from the wrapping coin batch box 28 by the clerk, the wrapping coin collecting process is completed.

  In this way, when the factor that cannot be scrutinized is resolved, the scrutiny processing of the wrapping coin part can be executed.

  Next, in the case where the inspection process of the non-performing ticket portion cannot be performed, and there is a cause of the non-examination that the non-performing ticket storage portion 307 is in an indeterminate state, It is possible to perform a non-use ticket collection process for collecting In this case, as shown in FIG. 13A, the impossible factor elimination screen S3 includes a non-use ticket collection button B47 as the elimination button B4. The clerk presses the slip ticket collection button B47.

  When the slip ticket collection button B47 is pressed, the terminal control unit 403 executes a slip ticket collection process. That is, the terminal control unit 403 displays the lost ticket collection screen S10 on the operation display unit 401. As shown in FIG. 13 (b), the loss ticket collection screen S10 includes an image P1 of the teller machine 1 and a start button B5. When the start button B <b> 5 is pressed, the terminal control unit 403 outputs a collection command for instructing collection of a slip or the like to the device control unit 311 of the valuable medium processing unit 30. In the valuable medium processing unit 30, the collection of the damaged bills and the like is started, and under the control of the device control unit 311, all of the damaged tickets and the like are drawn out from the damaged ticket storage unit 307 and thrown out to the dispensing unit 302. When all the non-conforming tickets are thrown out to the dispensing unit 302 and the collection is completed, as shown in FIG. 13C, a reminder notification M10 for prompting the removal of the non-conforming tickets is added on the non-conforming ticket collection screen S10. Is done. When all the slips and the like are taken out from the dispensing unit 302 by the staff, the slip collection process is completed.

  In addition, when the scrutinization process of the non-performing ticket section cannot be executed and there is a non-scrutinizing factor that there is an unapproved non-approved banknote etc. in the non-slip sheet storage section 307, the higher authority will not approve It is possible to perform a ticket face input confirmation process for confirming and approving the image of the bill face related to the non-paid ticket or the like. In this case, as shown in FIG. 14A, the impossible factor elimination screen S3 includes a ticket face input confirmation button B48 as the elimination button B4. The ticket input confirmation button B48 is pressed by the attendant.

  Note that, in the case of the above-described factor that prevents scrutiny, when the staff operating the operation terminal 40 is not a higher authority, a login screen for accepting the login of the higher authority is displayed on the operation display unit 401. Then, after accepting login by a higher authority through this login screen, the impossible factor elimination screen S <b> 3 is displayed on the operation display unit 401.

  When the ticket surface input confirmation button B48 is pressed, the terminal control unit 403 executes a ticket surface input confirmation process. That is, the terminal control unit 403 displays the ticket surface input list screen S11 on the operation display unit 401. As shown in FIG. 14 (b), the ticket face input list screen S11 includes a list L1, a start button B5, and an end button B6 of deposit processing for non-permitted tickets and the like that have not been approved by the higher authority. When the start button B5 is pressed, the terminal control unit 403 causes the operation display unit 401 to display a ticket face input approval screen S12 regarding the deposit process shown in the list L1. As shown in FIG. 14 (c), on the ticket face input approval screen S <b> 12, the deposit information F <b> 11 related to the banknote such as the denomination, the image P <b> 2 of the front and back side of the banknote read by the reading unit 303, An image P3 of the front and back side of the sample such as a non-issued slip and an approval button B7 are included. The superior authority confirms the deposit information F11 and the image P2 of the ticket face for all the non-approved deposits and the like, and presses an approval button B7. If there is an error in the deposit information F1, the superior authority looks at the image P2 on the face and corrects the error, and then presses the approval button B7. Each time the approval button B7 is pressed, the deposit information F11 such as the next defective ticket and the image P2 of the ticket surface appear on the ticket surface input approval screen S12. When the approval button B7 is pressed for all the slips, the terminal control unit 403 performs an approved setting for all the slips, and returns the display of the operation display unit 401 to the ticket face input list screen S11. On the ticket face input list screen S11, the confirmation status column of the list L1 changes from an “unconfirmed” state to a “confirmed” state. When the end button B6 is pressed on the ticket surface input list screen S11, the terminal control unit 403 ends the ticket surface input confirmation process.

  In this way, when the factor that cannot be scrutinized is resolved, the scrutinizing process of the non-performing ticket part can be executed.

<Effect of embodiment>
According to the present embodiment, the following effects can be achieved.

  (1) Before the automatic scrutiny process is started, the clerk is responsible for the banknote processing unit (the bundle storage unit 106, the money type storage unit 107), the bundled banknote part (the money type bundle storage unit 109), the rose banknote. Processing unit (each storage unit) of the storage unit (denomination storing unit 206), the wrapping coin unit (denomination packaging coin storage unit 208), the non-use ticket unit (non-use ticket storage unit 307) and the new ticket unit (new ticket storage unit 308) Whether or not the scrutiny process can be executed in (part). As a result, a situation in which the automatic scrutiny process is not completed normally is unlikely to occur, and it is difficult for the staff to interfere with the work.

  (2) Since the confirmation result screen S2 displayed on the operation display unit 401 indicates whether or not the scrutiny process can be executed for each processing unit, the clerk cannot perform the scrutiny process according to the display mode of the result information. The part (storage part) can be specified.

  (3) If there is a processing unit (storage unit) that cannot perform the scrutiny processing, the clerk can eliminate the scrutinizing factor in the processing unit by performing the elimination processing, and the scrutiny processing could not be performed. The processing unit can be put into a state where the scrutiny process can be executed before the automatic scrutiny process is performed.

  (4) Since a factor that cannot be scrutinized is specified and a resolution process is executed according to the factor that cannot be scrutinized, the factor that cannot be scrutinized can be effectively eliminated.

  As mentioned above, although embodiment of this invention was described, this invention is not restrict | limited at all by the said embodiment, Moreover, various changes besides the above are possible also for embodiment of this invention as shown below. It is.

<Example of change>
In the embodiment described above, the result information related to the result of confirming whether or not the scrutiny process is possible is displayed on the operation display unit 401. However, in addition to or instead of this, the result information may be printed by the printer 50. In this case, for example, the same content as that shown in the result information display area R1 of the confirmation result screen S2 in FIGS. 6B and 6C may be printed. For example, the confirmation result screen S2 may include a print button for instructing printing, or the printer 50 may automatically perform printing without instructing printing. Further, the result information may be transmitted from the communication unit 404 and notified to a device outside the teller machine 1, for example, the management computer 2, the tablet terminal 5, and the mobile phone terminal 6. In particular, when the detailed information is notified to the terminal held by the higher-ranking authority when the scrutinization processing of the stipulated ticket part cannot be executed due to the unsuccessful scrutinization factor that there is an unapproved stipulated ticket etc. Good. In this case, the printer 50 corresponds to the “information output unit” and “printing unit” described in the claims, and the communication unit 404 corresponds to the “information output unit” described in the claims.

  Further, in the above embodiment, both actions of whether the confirmation operation has been performed and whether the confirmation start time has arrived are the trigger actions for confirming whether or not the scrutiny process can be executed, and both actions are monitored. Any one action may be monitored. In addition, as the action of the arrival of the confirmation start time, both the actions of whether the preset date and time and the tightening process have been performed are monitored, but any one action may be monitored.

  Further, in the above embodiment, the result information related to the confirmation result is displayed on the confirmation result screen S2. However, the result information related to the confirmation result may be displayed in any manner, for example, the result information may be displayed using a standby screen S1 as shown in FIG. That is, in the standby screen S1, the possession amount display portion D1 includes a rose bill amount display portion D11 indicating the possession amount of the rose bill portion, a bundle bill amount display portion D12 indicating the possession amount of the bundle bill portion, and possession of the rose coin portion. Rose coin amount display part D13 indicating the amount, wrapping coin amount display part D14 indicating the possession amount of the wrapping coin part, new ticket amount display part D15 indicating the possession amount of the new ticket part, and non-performing ticket indicating the possession amount of the stipend part A quantity display D16 is included. Therefore, of these possession amount display units D11 to D16, the possession amount display unit corresponding to the processing unit that cannot perform the scrutiny processing, for example, as shown in FIG. If it cannot be executed, a notification icon IC1 for notifying execution is displayed on the loose banknote amount display part D11 and the loose coin amount display part D13. This notification icon IC1 becomes result information. Then, by pressing the notification icon IC1, it is possible to shift to the impossible factor elimination screen S3.

  Furthermore, in the above-described embodiment, the cancel button B3 is included in the confirmation result screen S2 and the impossible factor elimination screen S3. By pressing this cancel button B3, the scrutiny impossible factor is not eliminated, and the operation display unit 401 The display may be returned to the standby screen S1. Therefore, in such a case, a notification that prompts the cancellation process may be performed at an appropriate timing. For example, as shown in FIG. 15B, the screen of the operation display unit 401 such as the standby screen S1 when a predetermined time has passed without the scrutinization impossible factor being resolved or when any transaction processing is about to start. A prompt window W1 for prompting the execution of the cancellation process may be displayed as a pop-up. Alternatively, voice notification may be performed.

  Furthermore, in the said embodiment, you may make it register beforehand the combination pattern of the process part in which a detailed examination process is performed by a manual examination process. A specific example will be described with reference to FIGS.

  When the manual scrutiny process is executed, for example, a scrutinization start screen S21 as shown in FIG. In the initial state, the scrutinization start screen S21 includes a scrutinization button B21 for all scrutiny processing and a designated scrutiny button B22 for designated scrutiny processing. Further, the scrutinization start screen S21 includes a pattern registration button B23. When registering the combination pattern of the processing units for which the scrutiny process is performed in the manual scrutiny process, the pattern registration button B23 is pressed by the attendant.

  When the pattern registration button B23 is pressed, for example, a pattern registration screen S22 as shown in FIG. 16B is displayed on the operation display unit 401. The pattern registration screen S22 includes a check box C21 for selecting a processing unit and a transition button B24. When the staff member touches the check box C21 of the processing unit to be combined, a check mark is put in the check box C21. Thereafter, when the transition button B24 is pressed, for example, a title input screen S23 as shown in FIG. 16C is displayed on the operation display unit 401 in order to add a title to the combination pattern including the processing units with check marks. The The title input screen S23 includes a display box D21 in which a title is displayed, a keyboard K21 for inputting characters as a title, and a registration button B25. The clerk inputs the title using the keyboard K21. The input title is displayed in the display box D21. Thereafter, when the registration button B25 is pressed, the combination pattern associated with the input title is registered in the terminal storage unit 402, for example.

  The display on the operation display unit 401 is returned to the close examination start screen S21. As shown in FIG. 16D, a scrutinizing button B26 with the title of the registered combination pattern is added to the returned scrutinizing start screen S21. By repeating the pattern registration on the pattern registration screen S22 and the title input screen S23, a plurality of combination patterns are registered, and a scrutiny button B26 corresponding to these combination patterns is added to the scrutinization start screen S21. FIG. 16D shows a scrutinizing button B26a corresponding to the combination pattern of “weekly scrutinization”, a scrutinizing button B26b corresponding to the combination pattern of “new ticket / slippery scrutiny”, and “scrutiny of coin review”. An example in which a scrutinization button B26c corresponding to the combination pattern "is added to the scrutinization start screen S21 is shown.

  For example, in the combination pattern of “weekly scrutinization”, the scrutiny target is composed of a loose banknote part, a bundled banknote part, a loose coin part and a wrapping coin part. In addition, in the combination pattern of “scrutiny of new ticket / slip ticket”, the subject of scrutiny is composed of a new ticket part and a slip part. Furthermore, in the combination pattern of “scrutinize coin reexamination”, the subject of scrutiny consists of a rose coin part and a wrapping coin part. When the scrutinize button B26a is pressed, a scrutiny process is executed in the loose banknote part, the bundled banknote part, the loose coin part, and the packaging coin part. In addition, when the scrutinize button B26b is pressed, a scrutinization process is executed in the new ticket part and the damaged ticket part. Further, when the scrutinizing button B26c is pressed, a scrutinizing process is executed in the loose coin part and the wrapping coin part.

  Conventionally, when a scrutiny process is performed by a plurality of processing units other than all the processing units, a combination pattern cannot be registered in advance. It is necessary to sequentially perform a series of operations of selecting the designated scrutiny process by pressing the button B22, selecting a desired processing unit on the selection screen subsequent to the scrutinization start screen S21, and starting the scrutinization process. By allowing the combination pattern to be registered as described above, the staff can easily execute the combination pattern that is often executed.

  When registering a combination pattern on the pattern registration screen S22, whether or not the result of the scrutiny process is automatically printed by the printer 50, or whether some storage units included in the processing unit are excluded from the scrutiny target. For example, a configuration may be adopted in which detailed settings relating to the scrutiny processing can be performed.

  Further, in the above embodiment, the scrutinization confirmation process is performed at the operation terminal 40 of the teller machine 1, but the scrutinization confirmation process may be performed by the management computer 2 instead of the operation terminal 40. In this case, the control unit 2a of the management computer 2 executes the control operation of the scrutinization confirmation process, and a screen related to the scrutinization confirmation process such as the confirmation result screen S2 is displayed on the monitor display 2c of the management computer 2. A command output from the control unit 2 a to each of the device control units 113, 212, and 311 during the cancellation process is passed through the terminal control unit 403.

  Furthermore, in the said embodiment, the teller machine 1 was illustrated as a money processing apparatus of this invention, and the money processing system 4 containing the teller machine 1 and the management computer 2 was illustrated as a money processing system of this invention. However, the present invention relates to a money handling device other than the cashier 1, such as a money depositing / dispensing machine installed in a counter, a banknote depositing / dispensing machine handling only banknotes, a coin depositing / dispensing machine handling only coins, a specified valuable medium and You may apply to the valuable media processing machine etc. which handle only a new ticket. Further, the present invention may be applied to a money handling system other than the money handling system 4 including the teller machine 1 and the management computer 2. For example, the present invention relates to a money handling system including a money depositing / dispensing machine and a management computer, a money handling system including a money depositing / dispensing machine and a depositing / dispensing machine (a management device for managing the money depositing / dispensing machine), a change machine, and the like. The present invention may be applied to a money handling system including a POS register (which becomes a management device that manages a change machine).

  In addition, the embodiment of the present invention can be appropriately changed within the scope of the claims.

1 Teller machine (money handling device)
2 Management computer (management device)
4 Money handling system 50 Printer (Information output section, printing section)
106 Collective storage (money storage)
107 Money type storage (money storage)
109 Money-type bundle storage (money storage)
206 Money type storage (money storage)
208 Money-wrapping coin storage (money storage)
307 Damaged ticket storage (money storage)
308 New ticket storage (money storage)
401 Operation display section (information output section, display section)
403 Terminal control unit (control unit)
404 Communication unit (information output unit)

Claims (8)

In a money handling apparatus in which a scrutiny process is performed in which the money stored in the money storage unit is transported to check the stock amount at a preset time,
A control unit that determines whether or not the scrutiny process can be executed based on whether or not a scrutiny impossible factor that cannot be completed normally occurs before the scrutiny process is started;
An information output unit that outputs result information related to the determination result of the execution possibility;
A money handling apparatus comprising: The control unit determines whether the execution is possible for a plurality of the money storage units,
The information output unit outputs the result information in a mode in which the money storage unit that is determined to be unable to perform the scrutiny process can be specified.
The money handling apparatus according to claim 1. The control unit executes a cancellation process for eliminating the scrutinization inability factor,
The money handling apparatus according to claim 1 or 2. The control unit identifies the unscrutinized factor and executes the elimination process according to the identification result.
The money handling apparatus according to claim 3. The information output unit includes at least one of a display unit that displays the result information, a printing unit that prints the result information, and a communication unit that transmits the result information to the outside.
The money handling apparatus according to any one of claims 1 to 4, wherein the money handling apparatus is provided. The result information is output to the information output unit based on at least one of the arrival of a preset time, a predetermined instruction operation, and execution of a tightening process in the money handling apparatus.
The money handling apparatus according to any one of claims 1 to 5, wherein In a money handling system comprising a money handling apparatus for carrying out a scrutiny process for conveying money stored in a money storage unit and confirming a stock amount at a preset time, and a management device for managing the money handling apparatus ,
A control unit that determines whether or not the scrutiny process can be executed based on whether or not a scrutiny impossible factor that cannot be completed normally occurs before the scrutiny process is started;
An information output unit that outputs result information related to the determination result of the execution possibility;
A money handling system comprising: A money handling method used in a money handling apparatus in which a scrutiny process is performed in which money stored in a money storage unit is transported to check a stock amount at a preset time,
Before the scrutinization process is started, whether or not the scrutinization process cannot be completed normally is determined based on whether or not a scrutinization impossibility factor has occurred, and the result relating to the determination result of the executability determination Information is output by the information output unit,
A money handling method characterized by the above.

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