JP2011065416A - Money processing system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To execute payment processing after the stop of a POS register device without requiring complex operations. <P>SOLUTION: A POS register device is configured to determine whether a money processing is placed in a payment holding state in connection establishment processing; and when it is determined that the money processing apparatus is placed in a deposited state to transmit a payment refund command to the money processing apparatus, and the money processing apparatus is configured, when the payment refund command is given from the POS register device, to eject the money stored in a storage container to the outside, and to release the payment-holding state. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a money processing system including a money processing apparatus that transmits and receives information related to a predetermined deposit process after a connection establishment process and a POS (Point Of Sales) register apparatus.

  Money processing systems are introduced in stores such as recent supermarkets and convenience stores. The money processing system includes a POS register device serving as a host device and a money processing device used as an automatic change machine, and performs a money deposit process as described below between each other.

  For example, in the POS register device, when the input of the merchandise amount is completed, the total amount is calculated, and a deposit permission command corresponding to the calculated total amount is transmitted to the money processing apparatus and enters a response standby state. In the money processing apparatus to which the deposit permission instruction is given, when money such as coins or banknotes is inserted, it is discriminated, and regular money is temporarily stored in the storage. Further, in the money processing device, the deposit amount information corresponding to the amount of money stored in the holding storage is returned to the POS register device, and the deposit is put on hold. In the POS register device to which the deposit amount information is given, a deposit end command is transmitted to the money processing device. In the money processing device to which the deposit end command is given from the POS register device, the deposit hold state is canceled, and the money stored in the reserve is stored in the storage.

  On the other hand, in the POS register device, the difference between the total amount of the product and the amount corresponding to the deposit amount information given from the money processing device is calculated, and a withdrawal instruction is transmitted to the money processing device according to the calculation result. . In the money processing apparatus to which the withdrawal instruction is given, a withdrawal process is performed in which money according to the withdrawal instruction is paid out as change from the storage (see, for example, Patent Document 1).

  In this type of money processing system, each of the POS register device and the money processing device performs a process for establishing a connection at the time of activation, and thereafter transmits and receives information related to the deposit / withdrawal process. ing.

JP 2007-66185 A

  By the way, in the money processing system as described above, since the inserted money is stored in the hold until the payment end command is given from the POS register device to the money processing device, When an operation is performed, money can be returned easily. In other words, when a deposit cancellation operation is performed, it is possible to return to a state in which no deposit has been made by paying out the money stored in the holding storage as it is.

  However, if the POS register device stops due to a failure such as a power failure while the money processing device is in the payment pending state, even if the connection establishment processing is performed again, the money processing system does not accept the payment processing. It will be in a state where it cannot be implemented. In other words, since the POS register device that has been in the stopped state is reset and restarted, it is in a state similar to that at the time of normal startup. Since it remains in the state, it becomes difficult to perform the deposit process with the POS register device.

  For this reason, in order to perform the deposit process again using the money processing apparatus, for example, by turning off the power of the money processing apparatus once again and restarting it, the deposit hold state is reset, and the money stored in the hold is stored. It is necessary to perform an operation for paying out to the outside, and the operation is complicated. In particular, in a store that handles a large number of POS register devices and money processing devices, the above-described operation may be necessary for all of them, and the work becomes more complicated.

  In view of the above circumstances, the present invention provides a money processing system capable of performing a deposit process after a POS register device is stopped without requiring a complicated operation such as restarting a money processing apparatus. With the goal.

  In order to achieve the above object, a money processing system according to the present invention includes a money processing device that performs transmission / reception of information related to predetermined deposit processing after performing connection establishment processing, and a POS register device, and the money processing device includes: When money is inserted after a deposit permission command is given from the POS register device, the money is discriminated and the regular money is temporarily stored in the holding cabinet, and the money corresponding to the amount of money stored in the holding cabinet is stored. The money amount information is returned to the POS register device to be placed in the deposit hold state. Thereafter, when the deposit end command is given from the POS register device, the deposit hold state is canceled and the money stored in the reserve storage is stored in the storage. The POS register device performs a deposit processing to be stored, and when a deposit instruction is input, the POS register device gives a deposit permission command to the money processing device and enters a response waiting state. In the money processing system in which a deposit end command is transmitted to the money processing apparatus when the money amount information is given from the money processing apparatus, the POS register device has the money processing apparatus hold the deposit in the connection establishment process. It is determined whether or not it is in a state, and if it is in a deposit pending state, a deposit return command is transmitted to the money processing device, and the money processing device receives a deposit return command from the POS register device, It is characterized in that the money stored in the hold is paid out to cancel the deposit hold state.

  According to the present invention, when the POS register device is restarted from the stopped state and the connection establishment process is performed, if the money processing device is in the deposit pending state, a deposit return command is issued from the POS register device to the money processing device. The money stored in the storage of the money processing apparatus is paid out to the outside, and the payment holding state is released. Accordingly, it is possible to perform the deposit process after the POS register device is restarted without requiring a complicated operation such as restarting the money processing device.

FIG. 1 is a perspective view showing an external configuration of a POS register device and a money processing device applied to a money processing system according to an embodiment of the present invention. FIG. 2 is a plan view conceptually showing the internal structure of the money processing apparatus shown in FIG. FIG. 3 is a side view conceptually showing the internal structure of the money handling apparatus shown in FIG. FIG. 4 is a block diagram showing a control system of the POS register device and the money processing apparatus shown in FIG. FIG. 5 is a flowchart showing the contents of the main process repeatedly performed by the register control means of the POS register device shown in FIG. FIG. 6 is a flowchart showing the detailed contents of change mode processing executed between the register control means of the POS register device shown in FIG. 4 and the control means of the automatic change machine. FIG. 7 is a flowchart showing the detailed contents of connection establishment processing executed by the register control means of the POS register device shown in FIG.

  Exemplary embodiments of a money processing system according to the present invention will be described below in detail with reference to the accompanying drawings.

  FIG. 1 shows a money processing system according to an embodiment of the present invention. The money processing system illustrated here includes a POS register device 10 and a money processing device used as the automatic change machine 20, and is configured to receive money as described below at a store such as a supermarket or a convenience store. Is to do.

(Appearance structure of POS register device)
As shown in FIG. 1, the POS register device 10 includes an input unit 12 and a display unit 13 on the upper surface of the apparatus main body 11. The input unit 12 is used to input product information and commands to the automatic change machine 20, and includes a numeric keypad and various function keys. The display means 13 is for displaying various information to the operator, and is constituted by a relatively large liquid crystal display.

(Structure of automatic change machine)
As shown in FIGS. 1 to 3, the automatic change machine 20 includes a coin insertion slot 22, a coin withdrawal slot 23, a banknote insertion slot 24, and a banknote withdrawal slot 25 at the front end of a device body 21 having a rectangular parallelepiped shape. ing.

  The coin insertion slot 22 is an opening for receiving the inserted coins inside the apparatus main body 21, and is formed on the upper surface of the apparatus main body 21. The coins inserted into the coin insertion slot 22 are detected by an insertion detection sensor (not shown) and then conveyed by the coin conveyance mechanism 27 of the coin storage unit 26 as shown in FIG. The conveyed coins are discriminated by the coin discrimination sensor 28, then temporarily stored in the temporary storage 29, and then stored in the coin storage 30 corresponding to the denomination (the solid line in FIG. 2). Arrow A). In the present embodiment, a 1-yen coin storage 30a, a 50-yen coin storage 30b, a 5-yen coin storage 30c, a 100-yen coin storage 30d, a 10-yen coin storage 30e, and a 500-yen coin are provided inside the apparatus main body 21. A storage 30f is provided, and the coins after passing through the coin storage 29 are individually stored for each denomination. The coin storage 29 is provided only inside the apparatus main body 21 and is shared by all denomination coins. The coin dispensing port 23 is an opening for paying out the coins carried out from the respective coin storages 30 to the outside of the apparatus main body 21, and is formed on the front surface of the apparatus main body 21. Reject coins that are determined not to be regular coins by the coin discrimination sensor 28 are discharged to the tray 31A through the coin dispensing port 23 as indicated by the broken line arrow B in the figure. Further, when a return end command to be described later is given in a state where coins are held in the temporary storage 29, as shown by a two-dot chain line arrow C in the figure, the coin return port 31B from the temporary storage 29 Will be paid out.

  The bill insertion slot 24 is an opening for receiving the inserted bills inside the apparatus main body 21, and is provided at the upper front of the apparatus main body 21. A bill inserted into the bill insertion slot 24 is detected by a not-shown insertion detection sensor and then conveyed by a bill conveyance mechanism 32 of the bill storage unit 31 as shown in FIG. The conveyed banknote is discriminated by the banknote discrimination sensor 33 and then stored in the banknote storage 35 according to the denomination via the banknote storage 34. In the present embodiment, a spare banknote storage 35a, a 1000-yen banknote storage 35b, and a mixed banknote storage 35c are provided inside the apparatus main body 21, and the inserted banknotes are 1000-yen bills, 5000-yen bills and other items. The bills are sorted into three types and stored. The banknote storage 34 is divided into upstream portions within each banknote storage 35. The banknote dispensing port 25 is an opening for paying out the banknotes carried out from the banknote storage 35 to the outside of the apparatus main body 21, and is provided in the lower front portion of the apparatus main body 21.

  Further, as shown in FIG. 1, a display unit 36 and an input unit 37 are provided in the front portion of the apparatus main body 21. The display means 36 is for performing various displays for the operator, and is constituted by a small liquid crystal display compared to the display means 13 of the POS register device 10. The input means 37 is for an operator to input various commands, and is constituted by a plurality of push button switches, for example.

(POS system control system)
FIG. 4 is a block diagram showing a control system of the POS register device 10 and the automatic change machine 20 described above. The register control means 40 of the POS register device 10 stores in the memory 52 when a command is given by operating the start switch 50 or the input means 12 or when various information is given from the automatic change machine 20 through the communication interface 51. Display control of the display means 13 is performed based on the programmed program and initial data, and various commands are given to the automatic change machine 20 through the communication interface 51 to control the operation of the automatic change machine 20. The register control means 40 includes a communication control unit 41, an input control unit 42, an output control unit 43, a calculation unit 44, a deposit / withdrawal control unit 45, and a hold control unit 46.

  The communication control unit 41 performs connection establishment processing with the communication control unit 53 of the automatic change machine 20 connected via the communication interface 51, so that information related to deposit / withdrawal processing with the automatic change machine 20 is performed. Transmission / reception control is performed. The input control unit 42 gives a command corresponding to this when the input unit 12 is operated. The output control unit 43 performs display control on the display unit 13 such as performing a desired display on the display unit 13 by giving a display command. The calculation part 44 performs the process which adds this sequentially, when the money amount information of goods is given through the input means 12, and calculates a total amount.

  The deposit / withdrawal control unit 45 causes the automatic change machine 20 to perform a deposit process and a withdrawal process by transmitting / receiving information on the deposit / withdrawal process to / from the automatic change machine 20. More specifically, when the total amount information is given from the calculation unit 44, the deposit / withdrawal control unit 45 performs a process of transmitting a deposit permission command corresponding to the total amount information to the automatic change machine 20. Thereafter, when deposit amount information more than the total amount calculated by the calculation unit 44 is given from the automatic change machine 20, a payment end command is given to the automatic change machine 20 correspondingly, and further change withdrawal is required. Then, a process of sending a withdrawal command to the automatic change machine 20 is performed.

  When the communication control unit 41 performs a connection establishment process with the automatic change machine 20, the hold control unit 46 determines whether or not the automatic change machine 20 is in a payment hold state, and is in a payment hold state. The return change command is given to the automatic change machine 20.

(Automatic change machine control system)
When a command is given through the input means 37, or when a detection signal is given from the coin discrimination sensor 28 or the bill discrimination sensor 33, the control means of the automatic change machine 20 is further from the POS register device 10 which is a host device. When various commands are given, display control of the display means 36, drive control of the coin transport mechanism 27, and drive control of the banknote transport mechanism 32 are performed based on the program and initial data stored in the memory 54. As apparent from FIG. 4, the control means 60 of the automatic change machine 20 includes a communication control unit 61, an input control unit 62, an output control unit 63, a transport control unit 64, a deposit / withdrawal processing unit 65, and a return end processing unit 66. have.

  The communication control unit 61 performs connection establishment processing in accordance with a request from the communication control unit 41 of the POS register device 10 connected via the communication interface 53, thereby information relating to deposit / withdrawal processing with the POS register device 10. Transmission / reception control is performed. The input control unit 62 gives a command corresponding to the input unit 37 when the input unit 37 is operated. The output control unit 63 performs display control on the display unit 36 such as performing a desired display on the display unit 36 by giving a display command. The conveyance control part 64 controls the drive of the coin conveyance mechanism 27 and the banknote conveyance mechanism 32 according to this conveyance command, when a conveyance command is given.

  The deposit / withdrawal processing unit 65 performs the deposit process of money according to the deposit permission instruction when the input permission command is given from the POS register device 10 and the withdrawal command is given from the POS register device 10. If it is, the withdrawal process of money is performed in accordance with the withdrawal instruction.

  The return end processing unit 66, when a deposit return instruction is given from the POS register device 10, transfers the money stored in the coin storage 29 or the bill storage 34 from the coin return port 31B or the bill withdrawal port 25 to the apparatus main body. 21 is a process of paying out to the outside.

(Content of processing)
FIG. 5 is a flowchart showing the contents of the main processing repeatedly performed by the register control means 40 of the POS register device 10. FIG. 6 shows the register control means 40 of the POS register device 10 and the control means 60 of the automatic change machine 20. It is a flowchart which shows the detailed content of the change mode process implemented between. Hereinafter, the operations of the POS register device 10 and the automatic change machine 20 will be described with reference to these flowcharts.

  In the main process shown in FIG. 5, when the activation switch 50 is turned on in the POS register device 10, the communication control unit 41 of the register control means 40 performs a connection establishment process with the communication control unit 61 of the automatic change machine 20. Performed (step S10). When the connection with the automatic change machine 20 is established, it is possible to transmit and receive information on the deposit / withdrawal process, and the change mode process (payment process and withdrawal process) is repeatedly performed with the automatic change machine 20. (Step S100).

  In the change mode process, first, as shown in FIG. 6A, the POS register device 10 is in an input standby state from the input means 12 (step S101), and the amount information of the purchased product is input ( Step S101: YES), the calculation unit 44 performs a process of sequentially adding the input amounts (step S102). When the input of all amount information is completed and the total amount is calculated and an input end command is input through the input unit 12 (step S103: YES), the register control unit 40 causes the automatic change machine through the communication control unit 41. A deposit permission command corresponding to the total amount is transmitted to 20 (steps S104 and S105), and then a deposit amount request is transmitted to the automatic change machine 20 (step S106), and a response is waited (step S107).

  On the other hand, as shown in FIG. 6B, the automatic change machine 20 in which the start switch 55 is turned on is in a state of monitoring the deposit permission command from the POS register device 10 through the communication control unit 61 (step S201). .

  In this state, when a deposit permission command is given from the POS register device 10 (step S201: YES), the control means 60 sets the automatic change machine 20 to the deposit permitted state through the deposit / withdrawal processing unit 65 (step S202). Thereafter, the deposit is monitored with respect to the coin insertion slot 22 and the bill insertion slot 24 through an insertion detection sensor (not shown) (step S203). If the deposit is not detected (step S203: NO), the deposit / withdrawal processing unit 65 of the control means 60 advances the procedure to step S208 without performing the processes of steps S204 to S207 described later.

  On the other hand, when the deposit from the coin insertion slot 22 or the bill insertion slot 24 is confirmed (step S203: YES), the control means 60 performs the currency discrimination via the coin discrimination sensor 28 or the banknote discrimination sensor 33 ( Step S204), the regular money is temporarily stored in the coin storage 29 or the bill storage 34 (step S205). The control means 60 which stored the money in the coin storage 29 or the banknote storage 34 determines whether or not there is a request for deposit amount from the POS register device 10 (step S206), and receives the deposit amount request (step S206). (S206: YES), the deposit amount information corresponding to the deposit amount is transmitted to the POS register device 10 (step S207). When there is no deposit amount request (step S206: NO), the control means 60 advances the procedure without performing step S207. Thereafter, the control means 60 determines whether or not there is a deposit end command from the POS register device 10 (step S208). When there is no payment end command (step S208: NO), the control unit 60 of the automatic change machine 20 returns the procedure to step S203 and repeatedly executes the processes of steps S203 to S208 described above.

  The register control means 40 of the POS register device 10 that has received the deposit amount information from the automatic change machine 20 in step S107 of FIG. 6A (step S107: YES) determines whether or not a deposit end operation has been performed (step S107). S108) When there is a deposit end operation (step S108: YES), when the deposit amount specified by the deposit amount information is equal to or greater than the total amount of the purchased product (step S109: YES), the automatic change machine 20 A payment end command is transmitted (step S110), and then a response from the automatic change machine 20 is awaited (step S111).

  Here, there are three types of payment end commands transmitted from the register control means 40 of the POS register device 10: a change end command, a change end command, and a return end command. That is, if the deposit amount is larger than the total amount in step S109, the register control means 40 transmits a change end command to the automatic change machine 20 in step S110. On the other hand, if the deposit amount matches the total amount, a no change end command is transmitted to the automatic change machine 20 in step S110. On the other hand, when a cancel operation is input in the POS register device 10, the register control means 40 transmits a return end command to the automatic change machine 20 in step S110.

  The control means 60 of the automatic change machine 20 to which the deposit end command is given in step S208 of FIG. 6B (step S208: YES), sets the automatic change machine 20 to the deposit prohibited state (step S209), and thereafter Then, it is determined which of the above-described three types of the payment end command received in step S208 (step S210 → step S211 → step S212).

  When the payment end command is a changeless end command (step S210: YES), the control means 60 stores coins stored in the coin storage 29 or the bill storage 34 through the transport control unit 64 corresponding to the denomination. After carrying out the process of carrying to the storage 30 or the bill storage box 35 (step S213) and transmitting a payment end command response to the POS register device 10 (step S214), whether or not there is a withdrawal command from the POS register device 10 Is monitored (step S215).

  On the other hand, when the payment end command is a change end command (step S210: NO → step S211: YES), the control means 60 proceeds to step S214 without performing the processing of step S213, and performs POS. After sending the payment end response to the register device 10 (step S214), it is monitored whether or not there is a withdrawal command from the POS register device 10 (step S215).

  On the other hand, if the deposit end command is a return end command (step S210: NO → step S211: NO), the control means 60 performs a payout process of the coin storage 29 and the banknote storage 34 through the return end processing unit 66. (Step S212). Specifically, the coin transfer mechanism 27 or the banknote transfer mechanism 32 is driven by the control means 60 of the automatic change machine 20 through the return end processing unit 66, and the money stored in the coin storage 29 or the banknote storage 34 is transferred. The money is paid out from the coin return port 31 </ b> B and the bill withdrawal port 25 to the outside of the apparatus main body 21. As a result, when a cancel operation is input from the POS register device 10, the deposited money can be returned even after depositing. The control means 60 that has performed the payout processing of the coin storage 29 and the banknote storage 34 advances the procedure to step S214 without performing the processing of step S213, and transmits a payment end response to the POS register device 10. (Step S214), it is monitored whether or not there is a withdrawal command from the POS register device 10 (Step S215).

  During this time, the register control means 40 that has received the payment end response from the automatic change machine 20 in step S111 of FIG. 6A (step S111: YES) determines whether or not there is change (step S112), and changes. If there is any (step S112: YES), a withdrawal command is transmitted to the automatic change machine 20 (step S113), and the current change mode process is terminated. If there is no change, the register control means 40 ends the current change mode process without executing the process of step S113 (step S112: NO).

  When a withdrawal instruction is given from the POS register device 10 in step S215 of FIG. 6B (step S215: YES), the control means 60 of the automatic change machine 20 passes the coin storage 30 or the like through the transport control unit 64. A process of paying out money stored in the banknote storage 35 as coins from the coin outlet 23 or the banknote outlet 25 is performed (step S216), and then the payment end command received in step S208 is the end of change. If there is (step S217: YES), a process of transporting the money stored in the coin storage 29 or the banknote storage 34 to the coin storage 30 or the banknote storage 35 corresponding to the denomination through the transport control unit 64 is performed ( Step S218), the current change mode process is terminated. If the withdrawal instruction is not given from the POS register device 10 (step S215: NO), the control unit 60 of the automatic change machine 20 performs the current change mode process without performing the processes of steps S216 to S218. finish.

  In the situation described above, for example, the registration of the purchased product by the operator (the person in charge of the cash register) in the POS register device 10 is completed, and the operator who has deposited more than the total amount of money from the product purchaser handles this automatically. The POS register device 10 gives a deposit permission command to the control means 60 of the automatic change machine 20 after registration of the purchased merchandise is completed. On the other hand, when deposit amount information is transmitted to the POS register device 10 from the automatic change machine 20 into which money has been inserted, the POS register device 10 calculates (change) = (deposit amount) − (total purchase amount) and changes If there is, a withdrawal command corresponding to the change is output to the automatic change machine 20 after the deposit end command. In the automatic change machine 20 to which the withdrawal instruction is given, the money corresponding to the change is paid out from the coin dispensing outlet 23 or the banknote dispensing outlet 25 and this change is purchased together with the receipt output from the POS register device 10. Handed over to the person.

  Thereafter, in the money processing system, the change mode process described above is repeatedly performed, and the automatic change machine 20 deposits / withdraws money.

  When the business for one day is completed and the change mode process is completed, as shown in FIG. 5, a connection release process with the automatic change machine 20 is performed by the register control means 40 of the POS register device 10 (step S300). The POS register device 10 and the automatic change machine 20 are turned off.

  Here, after the connection release processing is performed as described above, the main processing shown in FIG. 5 is executed by turning ON the start switches 50 and 55 again, and the POS register device 10 and the automatic change machine It is possible to carry out change mode processing between 20.

  However, the situation in which the POS register device 10 is stopped due to the occurrence of a failure such as a power failure while the automatic change machine 20 is in a state of waiting for receipt of a payment end command from the POS register device 10 in step S208 of FIG. In the automatic change machine 20, since the coins are still stored in the coin storage 29 and the banknote storage 34, it is difficult to perform the deposit process even if the POS register device 10 is activated again. Become.

  For this reason, in the above-described money processing system, when money is stored in the coin storage 29 or the bill storage 34 of the automatic change machine 20 in the connection establishment process performed by the register control means 40 of the POS register device 10, The payment process is made possible by paying out

  FIG. 7 is a flowchart showing the detailed contents of the connection establishment process performed by the register control means 40 of the POS register device 10. In the connection establishment process shown in FIG. 7, the register control means 40 of the POS register device 10 reads the ID of the automatic change machine 20 (step S11), and determines whether this ID is that of the corresponding automatic change machine 20 or not. (Step S12). If the read ID is not that of the corresponding automatic change machine 20 due to an operation mistake such as a connection mistake (step S12: NO), the register control means 40 immediately ends abnormally and the current connection establishment process is performed. Interrupt.

  On the other hand, if the read ID is that of the corresponding automatic change machine 20 (step S12: YES), the register control means 40 then reads the state of the automatic change machine 20 through the hold control unit 46 (step S13). ), It is determined whether or not the state of the read automatic change machine 20 is a deposit suspension state (step S14).

  When the register control means 40 of the POS register device 10 determines in step S14 that the automatic change machine 20 is in the deposit hold state (step S14: YES), the return is completed to the automatic change machine 20 through the hold control unit 46. A process of transmitting a command is performed (step S15).

  The automatic change machine 20 that has received the return end command from the POS register device 10 is in a state of monitoring the deposit end command from the POS register device 10 while the POS register device 10 is stopped (step S208). Therefore, when a return end command is received from the POS register device 10, in the automatic change machine 20, the procedure proceeds to step S209 and subsequent steps in step S208, and processing according to the type of the payment end command received in step S208 is performed. (Step S210 → Step S211 → Step S212). In other words, in the automatic change machine 20 that has received the return end command, the control means 60 performs a payout process for the coin storage 29 and the banknote storage 34 through the return end processing unit 66. As a result, the automatic change machine 20 is in the same state as when it is activated by the activation switch 53, and the change mode processing can be performed with the POS register device 10 without requiring a complicated operation such as reactivation. become able to.

  In the above-described embodiment, a money processing system to which a money processing apparatus that handles coins and banknotes is illustrated, but it is of course possible to apply it to one that handles either coins or banknotes. .

DESCRIPTION OF SYMBOLS 10 POS register | resistor apparatus 20 Automatic change machine 27 Coin conveyance mechanism 29 Coin storage 30 Coin storage 32 Banknote conveyance mechanism 34 Banknote storage 35 Banknote storage 40 Register control means 43 Output control part 44 Calculation part 45 Deposit / withdrawal control part 46 Hold Control unit 60 Control means 65 Deposit / withdrawal processing unit 66 Return end processing unit

Claims (1)

A money processing device for performing transmission / reception of information related to predetermined deposit processing after performing connection establishment processing, and a POS register device;
The money processing device discriminates the money when the money is inserted after the deposit permission instruction is given from the POS register device, temporarily stores the money in the hold, and stores the money stored in the hold. The deposit amount information corresponding to the amount is returned to the POS register device to be placed in the deposit hold state, and thereafter, when the deposit end command is given from the POS register device, the deposit hold state is released and stored in the reserve storage We carry out deposit processing to store money in the storage,
The POS register device gives a payment permission command to the money processing apparatus when a deposit instruction is input and enters a response standby state. After that, when the money amount information is given from the money processing apparatus, the money processing apparatus In a money processing system that sends a payment termination command to
The POS register device determines whether or not the money processing device is in the deposit suspension state in the connection establishment process, and when it is in the deposit suspension state, transmits a deposit return instruction to the money processing device,
The money processing system is characterized in that, when a deposit return instruction is given from the POS register device, the money stored in the hold is paid out to cancel the deposit hold state.

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