JP2019133689A - Transaction host machine - Google Patents

Abstract

To provide a transaction host machine which can reduce mistakes in operations by an operator while suppressing determination processing becoming complex.SOLUTION: A transaction host machine 11 can cause a transaction terminal machine 12 to perform input/output transaction on the basis of registered transaction information. The transaction host machine includes: queue output information transmission means 46 for associating content of transaction executed in the transaction terminal machine 12 in the transaction information and an identifier of an operator performing the transaction to transmit the content of transaction and the identifier, as queue output information, to the transaction terminal machine 12; and selection means 25 for selecting cancellation and reservation of queue output information transmitted to the transaction terminal machine 12 when a refusal signal indicating refusal of registration of the queue output information transmitted from the queue output information transmission means 46 is transmitted from the transaction terminal machine 12.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a higher order machine.

  Patent Document 1 discloses a money processing system including a money processing main body for dispensing and depositing money and a money processing terminal for storing and storing money separately from the money processing main body. In such a money handling system, it was not known who performed the deposit / withdrawal operation. Therefore, in Patent Document 1, the money handling terminal includes an operator information obtaining unit that obtains operator information, an operator identifying unit that collates whether the operator is set as an authorized person, and a money handling main body. An operation information acquisition means for acquiring operation information issued to the operator, and collates the operation information acquired by the operation information acquisition means with the operation information preset by the money handling main body, Based on the collation result, the money handling terminal is switched between the usable state and the unusable state.

Japanese Patent No. 5198153

However, in the money handling system described in Patent Document 1, it is necessary to check whether or not the money handling terminal can be used by collating two pieces of information: operator information and operation information. Therefore, there is a problem that the determination process becomes complicated.
On the other hand, in order to simplify the determination process, if an attempt is made to omit verification of operation information, when the same operator performs a plurality of operations, the operator mistakes the order of the operations and enters the money handling terminal. There may be a case where the transmitted operation information and the content of the operation of the operator do not match.
This invention is made in view of the said situation, and provides the high-order transaction machine which can reduce that an operator mistakes operation content, suppressing that a determination process becomes complicated.

According to the first aspect of the present invention, the transaction host machine is a transaction host machine capable of performing an input / output transaction by the transaction terminal based on the registered transaction information, and the transaction information includes the transaction information. Queue output information transmitting means for associating the contents of the transaction performed at the terminal with the identifier of the operator who performs the transaction and transmitting it as the queue output information to the transaction terminal, and the queue transmitted from the queue output information transmitting means When a rejection signal indicating that registration of output information has been rejected is transmitted from the transaction terminal, there is provided selection means for canceling the queue output information transmitted to the transaction terminal and selecting suspension.
In this way, when hold is selected, for example, for one piece of transaction information, after entering and exiting the transaction host machine first and ending it, the queue output information is sent to the transaction terminal again. Thus, an entry / exit transaction by a transaction terminal can be executed.

  According to the above-mentioned higher order machine, it is possible to reduce an operator from mistaking the operation content while suppressing a complicated determination process.

It is a figure which shows the external appearance structure of the money processing system in 1st embodiment of this invention. It is a figure which shows the functional block of the money handling system in 1st embodiment of this invention. It is a flowchart of the process of the teller machine of the money handling system in 1st embodiment of this invention. It is a flowchart of the process of the cash management apparatus of the money processing system in 1st embodiment of this invention. It is a flowchart of the process of the cash management apparatus of the money processing system in 1st embodiment of this invention. It is a figure which shows the example of a display of cue output information in the case of the operator who has manager authority in 1st embodiment of this invention. It is a flowchart equivalent to FIG. 4 in 2nd embodiment of this invention.

Next, a transaction host machine according to the first embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a diagram showing an external configuration of a money handling system according to the first embodiment of the present invention. FIG. 2 is a diagram showing functional blocks of the money handling system in the first embodiment of the present invention.
The money handling system according to the first embodiment is installed in a store of a financial institution such as a bank. As shown in FIG. 1, the money handling system includes a cashier 11 and a cash management device 12. The teller machine 11 and the cash management apparatus 12 are both money handling machines.

  The teller machine 11 is a transaction host machine that manages the monetary processing of the entire store. The teller machine 11 is installed in the clerk side space of the store and is handled by the clerk. This teller machine 11 is, for example, transaction processing such as deposit and withdrawal by a clerk to a large customer, withdrawal processing of withdrawal money to the outside party by the clerk, deposit processing of take-out money from the outside party, and sales After the end of the financial institution stores, we will manage the closing of deposits and withdrawals.

The teller machine 11 includes a banknote processing unit 16, a coin processing unit 17, and a bar processing unit 18. The banknote processing unit 16, the coin processing unit 17, and the bar metal processing unit 18 are installed side by side in the horizontal direction.
The banknote processing unit 16 performs processing on banknotes. This banknote processing unit 16 performs various processes related to banknotes, such as deposit processing for rose banknotes, withdrawal processing for rose banknotes, creation of small bundle banknotes, and withdrawal processing for small bundle banknotes (FIG. 2). See).

The coin processing unit 17 performs processing on loose coins. The coin processing unit 17 includes a coin processing mechanism unit 21 (see FIG. 2) that performs various processes related to loose coins such as bulk coin deposit processing and bulk coin withdrawal processing.
The bar metal processing unit 18 includes a bar metal processing mechanism unit 22 (see FIG. 2) that stores a bar metal (wrapped coin) that has been separately packaged in advance and performs a bar metal withdrawal process.
Note that the bar metal processing unit 18 may create a bar metal (wrapping coin) from loose coins. In this case, the bar metal processing unit 18 is disposed adjacent to the coin processing unit 17 and creates a bar metal from the rose coins conveyed from the coin processing unit 17 and performs a bar metal withdrawal process. The part 22 (refer FIG. 2) will be provided.

  The teller machine 11 has a teller machine operation display unit 25 and a teller machine printer 26 at the upper part of the banknote processing unit 16. The teller machine operation display unit 25 can be input by the operator and can be displayed to the operator. The teller machine printer 26 outputs data by printing on paper.

The banknote processing unit 16 further includes a banknote depositing / dispensing unit 28 and a small bundle banknote dispensing unit 29. The banknote deposit / withdrawal unit 28 exchanges loose banknotes with the operator during deposit processing and withdrawal processing in the bill processing mechanism unit 20. The banknote depositing / dispensing unit 28 accepts deposits of loose banknotes by the operator and rejects rejected banknotes that have been determined to be fake or corrupted from the deposited bulk banknotes so that the operator can retrieve them. In addition, the banknote deposit / withdrawal unit 28 withdraws the banknotes so that they can be taken out by the operator during the withdrawal process.
The small bundle banknote dispensing unit 29 dispenses a small bundle banknote to the operator during the dispensing process.

The teller machine operation display unit 25 includes a teller machine display unit 31, a teller machine card reader 32, a teller machine operation keyboard 33, and a teller machine sound generator 34.
The teller machine display unit 31 displays information such as operation guidance to the operator.
The teller machine card reader 32 reads the operator ID (identifier information) from the operator's ID card.
The teller machine operation keyboard 33 is a user interface that receives an operation input by an operator.
The teller machine voice generation unit 34 outputs voice guidance and the like to the operator.

The coin processing unit 17 includes a coin depositing unit 37, a coin rejecting unit 38, and a coin dispensing unit 39.
The coin depositing unit 37 receives deposits of loose coins by the operator during deposit processing by the coin processing mechanism unit 21.
The coin reject unit 38 rejects reject coins that have been determined as fake coins, fouled coins, or the like from the received rose coins so that the operator can take them out.
The coin dispensing unit 39 withdraws the loose coins so that they can be taken out by the operator during the withdrawal process of the loose coins.

  The bar metal processing unit 18 includes a bar metal dispensing unit 41. The bar metal withdrawal unit 41 withdraws the bar metal to the operator during the withdrawal process by the bar metal processing mechanism unit 22.

As shown in FIG. 2, the teller machine 11 includes the banknote handling mechanism unit 20, the coin handling mechanism unit 21, the bar processing mechanism unit 22, the teller machine operation display unit 25, and the teller machine printer 26. A cash machine control unit 44, a cash machine storage unit 45, and a cash machine transmission / reception unit 46 are further provided. The teller machine control unit 44 controls the banknote handling mechanism unit 20, the coin handling mechanism unit 21, the bar metal handling mechanism unit 22, the teller machine operation display unit 25, and the teller machine printer 26.
The teller machine storage unit 45 stores various processing-related data, various programs executed by the teller machine 11, and the like. The teller machine storage unit 45 includes a storage medium such as a nonvolatile memory.
The teller machine transmission / reception unit 46 transmits / receives data to / from the cash management device transmission / reception unit 69 of the cash management device 12. Data (including a rejection signal described later) received by the teller machine transmission / reception unit 46 is output to the teller machine control unit 44.

  As shown in FIG. 1, the cash management device 12 is a transaction terminal in which money processing is managed by a cashier 11 together with other money processors such as a teller money depositing and dispensing machine. The cash management device 12 is connected to a cashier 11 that is a higher-level machine via a communication cable 13 so that they can communicate with each other. This cash management device 12 is installed, for example, in the vicinity of a counter counter away from the teller machine 11. This cash management device 12 stores small bundles of banknotes and metal bars so that they can be loaded and unloaded.

  The cash management device 12 includes a box-type cash management device main body 50 and a storage 51 that is provided in the cash management device main body 50 in a plurality of stages in the vertical direction and can be pulled out individually. Here, among the storages 51 provided in a plurality of stages, the uppermost storage 51 is a preliminary storage. In this preliminary storage, unbound rose banknotes, unwrapped rose coins, soiled banknotes, soiled coins, and the like are stored. The remaining storage 51 other than the preliminary storage is divided into a small bundle storage for storing small bundles of bills and a bar metal storage for storing bar metal. In the remaining storages 51 other than the spare storages, the transaction denominations and storage positions of money stored in the respective storages 51 are determined in advance.

The cash management apparatus main body 50 includes a cash management apparatus operation display unit (display means, input means) 55 and a cash management apparatus printer 56.
The cash management device operation display unit 55 is provided in the upper part of the cash management device main body 50. The cash management apparatus operation display unit 55 can be operated by an operator and can display various information for the operator.
The cash management apparatus printer 56 can print the data on paper or the like and output it.

The cash management device operation display unit 55 includes a cash management device display unit 58, a cash management device card reader 59, a cash management device operation keyboard 60, and a cash management device voice generation unit 61.
The cash management device display unit 58 displays information such as operation guidance to the operator.
The cash management device card reader 59 reads the operator ID from the operator's ID card.
The cash management apparatus operation keyboard 60 is a user interface that receives an operation input by an operator.
The cash management device voice generating unit 61 outputs voice guidance and the like to the operator.

  As shown in FIGS. 1 and 2, the cash management apparatus main body 50 includes a lock mechanism 63 (see FIG. 2) that individually locks the storage 51 in a closed state with respect to each of the plurality of storages 51. Yes. An indicator lamp 64 that is lit only when unlocked is provided on each side of the plurality of storages 51.

As shown in FIG. 2, in addition to the cash management device operation display unit 55, the cash management device printer 56, the lock mechanism 63, and the indicator lamp 64, the cash management device 12 includes a cash management device control unit 66, A cash management device storage unit 67, a temporary storage unit (temporary storage unit) 68, and a cash management device transmission / reception unit (rejection signal transmission unit) 69 are provided.
The cash management device control unit (queue output registration unit, display selection unit) 66 controls the cash management device operation display unit 55, the cash management device printer 56, the lock mechanism 63, and the indicator lamp 64.
The cash management device storage unit 67 stores various processing-related data, various programs executed by the cash management device 12, and the like. The cash management device storage unit 67 is composed of a storage medium such as a nonvolatile memory.
The temporary storage unit 68 temporarily stores the queue output information transmitted from the teller machine 11.
The cash management device transmission / reception unit 69 transmits / receives data to / from the cashier transmission / reception unit 46 of the cashier 11. The cash management device transmission / reception unit 69 transmits a rejection signal or the like, which will be described later, toward the cashier 11. Data (such as queue output information) received by the cash management apparatus transmission / reception unit 69 is output to the cash management apparatus control unit 66.

  The money processing system having the above configuration inputs transaction information to the teller machine 11 when the operator performs transactions such as taking out and replenishing bars and small bundles of bills to the cash management device 12, and this transaction Based on the information, the cash management device 12 performs a transaction.

  When using the teller machine 11, the operator makes the teller machine card reader 32 scan the own ID card according to the guidance display on the teller machine display unit 31 of the teller machine 11 in the initial standby state. Alternatively, an operator ID is input to the cashier operation keyboard 33.

FIG. 3 is a flowchart of processing of the teller machine of the money handling system according to the first embodiment of the present invention. FIG. 4 is a flowchart of the processing of the cash management apparatus of the money handling system in the first embodiment of the present invention.
As shown in FIG. 3, when the ID card is scanned by the teller machine card reader 32 from the initial standby state (step Sa1: Yes), the teller machine control unit 44 acquires the operator ID stored in the ID card. Then, it is collated with the operator master information of the operator preset and stored as the operation authorized person in the cashier storage unit 45 (step Sa2). When the operator ID read from the ID card is not set in the operator master information stored in the teller machine storage unit 45 (step Sa3 (identifier determination means): No), the operator is an operation authorized person. Otherwise, an error message to that effect is output to the outside by the teller machine display unit 31 and the teller machine sound generator 34 (step Sa4), and the process returns to the initial standby state.

  When the operator ID is input to the teller machine operation keyboard 33 without scanning the ID card (step Sa5: Yes), the teller machine control unit 44 acquires the operator ID, and the operator ID is stored in the teller machine. It collates with the operator master information of the operator set and stored in advance in the machine storage unit 45 as the operation authorized person (step Sa2). When the operator ID input to the cash machine operation keyboard 33 is not set in the operator master information stored in the cash machine storage unit 45 (step Sa3: No), the operator is not an operation authorized person. And an error message to that effect is output to the outside by the teller machine display unit 31 and the teller machine sound generator 34 (step Sa4), and the process returns to the initial standby state.

  One of the operator ID stored in the ID card and the operator ID input to the cashier operation keyboard 33 is set in the operator master information stored in the cashier storage unit 45. If it is present (step Sa3: Yes), it is determined that the operator is an operation authorized person, and the teller machine control unit 44 causes the teller machine display unit 31 to display a process menu screen, thereby allowing the transaction machine to operate the teller machine operation keyboard. The selection input to 33 is awaited (step Sa6). That is, the teller machine control unit 44 permits the transaction operation only when the acquired operator ID is set in the operator master information.

  Next, the teller machine control unit 44 causes the teller machine display unit 31 to display a screen for prompting the input of the password, and waits for the input of the password to the teller machine operation keyboard 33. In accordance with this display, the operator inputs the password into the cashier operation keyboard 33. When the personal identification number is obtained by input to the cashier operation keyboard 33, the cashier control unit 44 sets the personal identification number in the cashier storage unit 45 and stores it in advance for permission of the cashier destination processing. It collates with a password (step Sa8).

  If the password entered in the cashier operation keyboard 33 does not match the password for permission stored in the cashier storage unit 45 (step Sa9: No), the cashier control unit 44 determines that the password is correct. Otherwise, an error message to that effect is output to the outside by the teller machine display unit 31 and the teller machine sound generator 34 (step Sa4), and the process returns to the initial standby state.

  On the other hand, when the input personal identification number matches the personal identification number for permission (step Sa9: Yes), the cashier control unit 44 takes out the cash from the cash management apparatus 12 to the cashier display unit 31. A screen prompting entry of a transaction category and a transaction denomination and transaction amount for either one of the apparatus take-out process and the cash management apparatus replenishment process for replenishing cash from the cash management apparatus 12 is displayed, and these inputs are awaited. . In accordance with this display, the operator performs the selection input of the transaction classification and the input of the transaction denomination and the transaction amount for each transaction denomination via the teller machine keyboard 33.

  When transaction information including transaction classification, transaction denomination, and transaction amount for each transaction denomination is acquired by input to the teller machine operation keyboard 33, the teller machine control unit 44 selects the cash management device takeout process. The cashier display unit 31 displays the cash management device take-out process, the transaction denomination and the transaction amount for each transaction denomination. On the other hand, when the cash management apparatus supplement process is selected, the cashier display unit 31 displays the cash management apparatus supplement process and the transaction denomination and the transaction amount for each transaction denomination (step Sa10). Thereafter, the teller machine control unit 44 completes the input of the transaction information composed of the transaction classification, the transaction denomination and the transaction amount of the money processed by the cash management apparatus 12 or cancels the input of the transaction information. A display prompting the user to select whether or not to do so is displayed on the teller machine display unit 31.

  In view of this display, the operator selects and inputs a transaction information input cancel operation or transaction information input completion operation to the teller machine operation keyboard 33. However, the operator inputs the transaction information to the teller machine operation keyboard 33. When the cancel operation is input (step Sa11: No), the teller machine control unit 44 returns to the initial standby state. On the other hand, when a transaction information input completion operation is input to the teller machine keyboard 33 (step Sa11: Yes), the transaction classification, transaction denomination, and transaction denomination input in the transaction information input process this time. The transaction total amount calculated from the transaction amount for each transaction amount and the transaction amount and the date / time information are associated with each other and stored in the cashier storage unit 45 as queue output information (step Sa12). The operator ID is associated and transmitted to the cash management apparatus 12 via the communication cable 13 (step Sa13). Here, the operator ID transmitted to the cash management apparatus 12 is associated with rank information indicating the operator authority. This rank information is associated with the operator ID and stored in advance in the teller machine storage unit 45. Next, the teller machine control unit 44 waits for a refusal signal to be transmitted from the cash management apparatus 12 for a predetermined time, and when the refusal signal is not sent (step Sa14: No), the teller machine 11 described above. The series of processes in is temporarily terminated.

  On the other hand, when the teller machine control unit 44 receives a rejection signal from the cash management apparatus 12, the transaction information that is the basis of the queue output information transmitted to the cash management apparatus 12 is “cancelled” and “hold”. A screen to be selected is displayed on the teller machine operation display unit 25. When the operator selects “Cancel” (step Sa15: Yes), the teller machine control unit 44 cancels the transaction itself based on the transaction information (step Sa16). On the other hand, when “hold” is selected (step Sa15: No), only the transaction performed by the cash management apparatus 12 is put on hold (step Sa17), and only the transaction performed by the cash management apparatus 12 can be executed in advance. To. The queue output information related to the transaction that has been put on hold may be transmitted to the cash management device 12 when, for example, the information is retransmitted after a predetermined time or the transmission operation is performed again by the operator.

  As shown in FIG. 4, when the cash management device control unit 66 of the cash management device 12 receives the queue output information from the teller machine control unit 44 (step Sb1: Yes), the received queue output information is stored in the temporary storage unit 68. Store (step Sb2). The cash management device control unit 66 compares the unprocessed queue output information already stored in the cash management device storage unit 67 with the queue output information stored in the temporary storage unit 68, and outputs each queue output. It is determined whether or not the operator ID associated with the information matches. The cash management device control unit 66 associates an operator ID that matches the operator ID of the queue output information stored in the temporary storage unit 68 with the unprocessed queue output information stored in the cash management device storage unit 67. If yes (step Sb3: Yes), the reception of the queue output information stored in the temporary storage unit 68 is rejected (step Sb4). That is, the queue output information is discarded by the cash management device control unit 66 without being stored in the cash management device storage unit 67. Thereafter, the cash management apparatus control unit 66 transmits a rejection signal indicating that the queue output information has been rejected to the cashier 11 (step Sb5).

  On the other hand, the cash management device control unit 66 has an unprocessed queue output in which the operator ID that matches the operator ID of the queue output information stored in the temporary storage unit 68 is stored in the cash management device storage unit 67. When not associated with information (step Sb3: No), the queue output information stored in the temporary storage unit 68 is stored in the cash management device storage unit 67 as unprocessed queue output information together with the operator ID (step Sb3: No). Sb6).

FIG. 5 is a flowchart of the processing of the cash management apparatus of the money handling system in the first embodiment of the present invention.
As shown in FIG. 5, when the cash management device controller 66 scans the cash management device card reader 59 in the initial standby state (step Sc1: Yes), the cash management device control unit 66 The operator ID stored in the card is acquired (step Sc2). Then, the cash management apparatus control unit 66 determines whether or not the cue output information associated with the operator ID that matches the acquired operator ID is stored in the cash management apparatus storage unit 67. As a result of this determination, when it is determined that the queue output information is not stored in the cash management device storage unit 67 (step Sc3: No), the cash management device control unit 66 indicates that the operator who scanned the ID card It is determined that the user is not an authorized person, and an error message to that effect is output to the outside by the cash management device display unit 58 and the cash management device voice generation unit 61 (step Sc4), and the process returns to the initial standby state.

  When the ID card is not scanned by the cash management device card reader 59 (step Sc1: No), the operator ID is manually input to the cash management device operation keyboard 60 (step Sc5: Yes), and the operator ID is acquired. The cash management device control unit 66 determines whether or not the queue output information associated with the operator ID that matches the acquired operator ID is stored in the cash management device storage unit 67. As a result of this determination, when it is determined that the queue output information is not stored in the cash management device storage unit 67 (step Sc3: No), the cash management device control unit 66 operates the cash management device operation keyboard 60. It is determined that the operator who has performed the operation is not an authorized person, and an error message to that effect is output to the outside by the cash management device display unit 58 and the cash management device voice generation unit 61 (step Sc4), and the initial standby state is restored. .

  On the other hand, either the operator ID stored in the ID card or the operator ID input to the cash management apparatus operation keyboard 60 is associated with the queue output information stored in the cash management apparatus storage unit 67. In the case (step Sc3: Yes), the cash management apparatus control unit 66 determines that the operator is an operation authorized person.

  Next, the cash management apparatus control unit 66 causes the cash management apparatus display unit 58 to display a screen for prompting the input of the personal identification number, and waits for the input of the personal identification number to the cash management apparatus operation keyboard 60. In accordance with this display, the operator inputs the personal identification number to the cash management apparatus operation keyboard 60. When the password is obtained by inputting to the cash management device operation keyboard 60, the cash management device control unit 66 stores the password in the cash management device storage unit 67 in advance. And it collates with the personal identification number for permission of cash management apparatus replenishment processing (step Sc7). When the password input to the cash management device operation keyboard 60 does not match the password for permission stored in the cash management device storage unit 67 (step Sc8: No), the cash management device control unit 66 It is determined that the number is not appropriate, and an error message to that effect is output to the outside by the cash management device display unit 58 and the cash management device voice generation unit 61 (step Sc4), and the process returns to the initial standby state.

  On the other hand, when the input password and the password for permission match (step Sc8: Yes), the cash management device controller 66 matches the operator ID input by the cash management device 12. It is determined from the rank information included in the queue output information having the ID whether or not the operator's authority is a predetermined administrator authority (step Sc9: rank determination means). As a result of this determination, if it is determined that the user has the predetermined administrator authority (step Sc9: Yes), all the unprocessed queue output information stored in the cash management device storage unit 67 is displayed in the cash management device display unit 58. (Step Sc10). At this time, the cash management apparatus control unit 66 may allow an operator having administrator authority to select and check only necessary queue output information from all unprocessed queue output information (step Sc12). For example, all the unprocessed queue output information not related to the operator ID, only the administrator's unprocessed queue related to the operator ID, or a specific operator ID is selected, and the unprocessed queue related to the operator ID is selected. You may make it possible to select and check any of the queues.

FIG. 6 is a diagram showing a display example of queue output information in the case of an operator having administrator authority in the first embodiment of the present invention.
As shown in FIG. 6, in the display example in the first embodiment, information on “registration time”, “total amount received”, “total amount taken out”, and “operator” is associated as queue output information. And displayed on the cash management apparatus display unit 58. Here, FIG. 6 illustrates a case where the operator identification number and the operator name are displayed in the “operator” column. In FIG. 6, the operator name is indicated by an operator X (X is a number). Here, the “total amount received” in FIG. 6 corresponds to the total amount of deposit transaction described later, and the “total amount of withdrawal” in FIG. 6 corresponds to the total amount of withdrawal transaction described later. The sum of these “total amount received” and “total amount withdrawn” corresponds to the total transaction amount described later.

  On the other hand, when the authority of the operator is not the administrator authority (step Sc9: No), the cash management apparatus control unit 66 operates the operator among the queue output information stored in the cash management apparatus storage unit 67. Only the unprocessed queue output information including the user ID is limitedly displayed on the cash management apparatus display unit 58 (step Sc11). In the case of the first embodiment, as a condition for storing the received queue output information in FIG. 4 in the cash management device storage unit 67 as unprocessed queue output information, an unprocessed queue having the same operator ID is stored. When the output information is already stored, the received queue output information is controlled so as to be rejected, so there is only one unprocessed queue output information of the operator ID displayed in a limited manner.

  If the operator's authority is administrator authority, select one from one or more unprocessed queue output information, or if the operator's authority is not administrator authority, one undisplayed When the processing queue output information is confirmed (step S13: Yes), the cash management apparatus control unit 66 is configured from the transaction classification, transaction denomination, transaction amount, and total transaction amount of the unprocessed queue output information. The transaction information is displayed on the cash management device display unit 58, and the lock mechanism 63 of the storage 51 for storing the transaction denomination in the queue output information is driven to release the lock and allow the transaction operation ( Step Sc14).

  The operator refers to the transaction classification, transaction denomination, transaction amount, and transaction total amount displayed on the cash management device display unit 58, and stores the storage 51 in which the cash management device 12 is unlocked from the cash management device body. The transaction work of taking out or replenishing cash such as a small bundle of banknotes and a bar is drawn out from 50. When this transaction work ends, the operator pushes the storage 51 into the cash management apparatus main body 50. The lock mechanism 63 is locked by the push by the operator. When the lock mechanisms 63 of all the storages 51 are in a locked state (step Sc15: Yes), the cash management device control unit 66 causes the cash management device display unit 58 to display a display prompting the completion operation of the cash transaction processing, Wait for completion operation to the cash management device operation keyboard 60 of cash transaction processing. The operator inputs a cash transaction processing completion operation to the cash management device operation keyboard 60 according to the display of the cash management device display unit 58, and when the cash transaction processing completion operation is input (step Sc16: Yes), the cash management apparatus control unit 66 updates the unprocessed queue output information to the processed queue output information, and stores it in the cash management apparatus storage unit 67 (step Sc17). Thereby, the process information processed this time is updated, and the process is confirmed.

  Therefore, according to 1st embodiment mentioned above, the transaction by the cash management apparatus 12 can be started based on operator ID. Furthermore, a plurality of unprocessed queue output information associated with the same operator ID is not registered in the cash management apparatus 12 at the same time. Therefore, the cash management device 12 can suppress the operator from selecting wrong unprocessed queue output information and performing a transaction. As a result, it is possible to reduce the operator's mistakes in operation contents while suppressing the complicated determination process.

Furthermore, an operator who does not have a predetermined operator authority can check only the queue output information associated with his own operator ID. Therefore, it is possible to suppress a transaction from being performed based on the queue output information of an operator different from itself.
Further, an operator having a predetermined operator authority can confirm both his own queue output information and the queue output information of an operator different from himself. Therefore, an operator having a predetermined operator authority can act on the cash management apparatus 12 on the basis of the queue output information of an operator different from itself.

  Furthermore, with respect to the queue output information that has not been stored in the cash management device storage unit 67 by the cash management device 12, the cashier 11 can select cancellation and hold. Therefore, when hold is selected, for example, for one piece of transaction information, after performing the deposit / withdrawal transaction at the cashier 11 first and terminating it, the queue output information is transmitted to the cash management device storage unit 67 again. The deposit / withdrawal transaction by the cash management device storage unit 67 can be executed.

Next, a second embodiment of the present invention will be described with reference to the drawings. This second embodiment differs from the first embodiment described above only in the control by the cash management device control unit 66 of the cash management device 12. For this reason, the same parts as those in the first embodiment are described with the same reference numerals, and redundant description of the overall configuration of the money handling system is omitted.
FIG. 7 is a flowchart corresponding to FIG. 4 in the second embodiment of the present invention.
As shown in FIG. 7, when the cash management apparatus control unit 66 of the cash management apparatus 12 in the second embodiment receives the queue output information from the cashier control unit 44 (step Sb1: Yes), the received queue output information is displayed. It is stored in the temporary storage unit 68 (step Sb2). The cash management device control unit 66 compares the unprocessed queue output information already stored in the cash management device storage unit 67 with the queue output information stored in the temporary storage unit 68, and outputs each queue output. It is determined whether or not the operator ID associated with the information matches.

  Furthermore, the cash management device control unit 66 has unprocessed queue output information in which the operator ID that matches the operator ID of the queue output information stored in the temporary storage unit 68 is stored in the cash management device storage unit 67. (Step Sb3: Yes), and when the mutual transaction totals included in these queue output information match (step Sb11 (transaction total determination means): Yes), as in the first embodiment, The acceptance of the queue output information stored in the temporary storage unit 68 is rejected (step Sb4). At this time, the cash management apparatus control unit 66 transmits a rejection signal indicating that the queue output information is rejected to the cashier 11 (step Sb5).

  On the other hand, when the mutual transaction totals included in the queue output information with the matched operator ID do not match (step Sb11: No), the queue output information stored in the temporary storage unit 68 is converted into the unprocessed queue output. The information is stored in the cash management device storage unit 67 as information.

  Therefore, according to the second embodiment, even if the queue output information is associated with the same operator ID, those with different transaction totals are stored in the cash management device storage unit 67 as unprocessed queue output information. it can. At this time, the unprocessed queue output information of the operator ID that is limitedly displayed in step Sc11 of FIG. 5 is displayed in a different number of transaction totals. Therefore, it is possible to improve convenience, for example, it is possible to continuously perform different transactions by the same operator while suppressing the mistake of the queue output information.

  In the second embodiment described above, the queue output information stored in the temporary storage unit 68 on the condition that the transaction totals do not match is stored in the cash management device storage unit 67 as unprocessed queue output information. Explained the case. However, as a first modification of the second embodiment, for example, the transaction total may be further divided into a deposit transaction total and a withdrawal transaction total. That is, when it is determined that at least one of the total deposit transaction amount and the total withdrawal transaction amount does not match, the queue output information stored in the temporary storage unit is stored as the unprocessed queue output information in the queue storage. You may make it memorize | store in a means. In this case, it is possible to increase the convenience improvement opportunities such as being able to continuously perform transactions by the same operator.

  Furthermore, also in the first modified example of the second embodiment described above, a plurality of unprocessed queue output information associated with the same operator ID is displayed on the cash management device display unit 58. Therefore, as a second modification of the second embodiment, only the queue output information with the earliest registration time among the plurality of unprocessed queue output information associated with the same operator ID is preferentially displayed. good. In this case, it is possible to preferentially execute a transaction based on unprocessed queue output information for which time has elapsed since being stored in the cash management device storage unit 67. Therefore, it is possible to suppress the queue output information from being left for a long time.

Furthermore, in the second modification of the second embodiment, the case where the queue output information with the earliest registration time is preferentially displayed has been described. For example, only the queue output information with the latest registration time is preferentially displayed. Also good. In this case, it is possible to preferentially execute a particularly urgent transaction.
On the other hand, priority display cancellation means for canceling each of these priority displays may be provided. By doing in this way, it can trade in order according to an operator's intention.

The present invention is not limited to the above-described embodiment, and includes various modifications made to the above-described embodiment without departing from the spirit of the present invention. That is, the specific shapes, configurations, and the like given in the embodiment are merely examples, and can be changed as appropriate.
For example, the queue output information is not limited to the combination of each information described above, and the combination may be changed as appropriate.

Furthermore, in 2nd embodiment, the case where it was determined whether queue output information was memorize | stored in the cash management apparatus memory | storage part 67 based on the transaction total amount, the deposit transaction total amount, and the payment transaction total amount was demonstrated. However, when the queue output information includes information other than the transaction total amount, the deposit transaction total amount, and the withdrawal transaction total amount, other information included in the queue output information stored in the temporary storage unit 68 and cash It is determined that there is a mismatch with other information included in the queue output information stored in the management device storage unit 67, and when these do not match, the queue output information is stored in the cash management device storage unit 67. Also good.
Further, in each of the above-described embodiments and modifications, the case where the operator inputs a password and the password is verified is described. However, this series of password verification processing may be omitted.
Furthermore, although the case where only one cash management apparatus 12 is provided is illustrated, a plurality of cash machines 11 may be connected to one cash management apparatus 12 so as to be communicable. A device 12 may be provided.

DESCRIPTION OF SYMBOLS 1 Money processing system 11 Cash machine 12 Cash management apparatus 16 Banknote processing unit 17 Coin processing unit 18 Bar metal processing unit 20 Banknote processing mechanism part 21 Coin processing mechanism part 22 Bar metal processing mechanism part 25 Cash machine operation display part 26 Cash machine printer 28 banknote depositing / dispensing unit 29 small bundle banknote dispensing unit 31 cashier display unit 32 cashier card reader 33 cashier operation keyboard 34 cashier voice generating unit 37 coin depositing unit 38 coin rejecting unit 39 coin dispensing unit 44 cashing machine control unit 45 cash machine storage unit 46 cash machine transmission / reception unit 50 cash management device main body 51 storage 55 cash management device operation display unit 56 cash management device printer 58 cash management device display unit 59 cash management device card reader 60 cash management device operation keyboard 61 cash Management device sound generator 63 Lock mechanism 64 Indicator light 66 Cash management device control unit 67 Cash management device storage unit 68 Temporary storage unit 69 Cash management device transmission / reception unit

Claims (1)

It is a high-order machine capable of making an input / output transaction by a transaction terminal based on registered transaction information,
Queue output information transmitting means for transmitting to the transaction terminal as queue output information by associating the content of the transaction performed at the transaction terminal among the transaction information and the identifier of the operator performing the transaction
When a rejection signal indicating that registration of queue output information transmitted from the queue output information transmitting means is rejected is transmitted from the transaction terminal, cancellation of the queue output information transmitted to the transaction terminal, And a transaction host machine provided with a selection means for selecting a hold.

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