JP5000320B2 - System for simultaneous processing of deposits and changes in sales proceeds - Google Patents

Description

  The present invention relates to a system for simultaneously processing sales deposits and change reserves and withdrawals provided in large stores such as department stores and shopping centers.

  In large-scale stores that generate a relatively large amount of sales, such as department stores and shopping centers, a sales deposit machine is provided to deposit sales. It has become. On the other hand, in department stores and shopping centers, for example, it is necessary to prepare change reserves before the start of business, so a cash collection company that collects cash from sales deposit machines is a cash processing center on the cash collection company side. A method is adopted in which a change reserve prepared in advance is brought before the start of business or when the sales are collected.

  As an automatic teller machine used at a cash processing center of a cash collector, there is an automatic teller machine that withdraws a change reserve before the start of business and deposits a sale including a change reserve remaining after the end of the business (for example, patent document) 1).

  In addition, there is a method in which a part of coins and low-priced bills that can be used as change reserves after the end of business are left in the cash register device (this is referred to as “remaining”) and the rest is collected as sales money (for example, patents). Reference 2).

In addition, for each cash register device, a part of the coins and low-priced banknotes that can be used as change reserves after the end of business are left in the cash register device, and the remaining money type quantity data is sent to the cash processing center on the cash collector side. The cash center side compares the sent amount data of the remaining amount with the amount data of the predetermined change reserve, and creates the shortage as additional change reserve, There is also a method of delivering before starting business (see, for example, Patent Document 3).
JP-A-5-73770 JP-A-9-161124 JP 11-328494 A

  In the technique described in Patent Document 1 described above, when there are many counters, cash register devices, stores, etc. that require change reserves, it takes a lot of time to withdraw change reserves before the start of business. There is a problem.

  Further, in the technique described in Patent Document 2 described above, since the remaining processing can be performed after the end of business, the burden of change preparation work on the next day is reduced, but the amount of cash that can be left as change reserve is appropriate. There cannot be a match with the type quantity, and sometimes there is a denomination where the quantity of coins is much less than the appropriate number. In such a case, there is a possibility that an unnecessary change replenishment process during business becomes necessary.

  Furthermore, in the technique described in Patent Document 3 described above, a change process can be performed after the end of business, and even if there are insufficient denominations, a change reserve is created and delivered on the cash processing center side. Therefore, while it is possible to prepare an appropriate change reserve, there is still a problem that an arrangement by a trader is required and the cost burden for preparing the change reserve is not reduced.

  SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a system for simultaneously processing sales receipts / changes and withdrawals that can prepare an appropriate change reserve and reduce the cost burden for the change reserve.

In order to achieve the above object, the invention according to claim 1 is characterized in that the input means to which the processing object identification data is input and the cash inserted into the depositing part can be accepted and counted while the cash is counted. Deposit / withdrawal processing means that can be paid out to the money department, and the amount of money deposited for today by counting by the deposit / withdrawal processing means with respect to the cash that has been entered into the deposit section with the processing object identification data being input to the input means The data is calculated, and the value obtained by subtracting the change preparation amount data that has been withdrawn in advance for the current processing date from the input amount data for the current date, The cash corresponding to the change amount data for the next business day set in advance for the input processing target identification data is stored as sales data for today for the data. And control means for fed to the dispensing unit by paying process means, wherein, in a state in which the processing object identification data is input to the input means, the cash is put in the deposit unit, the entering The cash amount corresponding to the change amount data for the next business day set in advance for the input processing target identification data while calculating the deposit amount data for today by the withdrawal processing means, to the withdrawal unit, The cash amount that is not supported is distributed to the receiving unit, and the calculation of the deposit amount data for today is completed by the deposit / withdrawal processing unit with respect to the cash that has been inserted into the depositing unit. A deficient amount of cash corresponding to the preset money reserve amount data for the next business day is withdrawn from the storage unit to the withdrawal unit by the deposit / withdrawal processing means .

The invention according to claim 2 is the invention according to claim 1 , wherein the change reserve amount data set for each processing object identification data can be set in advance by a management means separate from the deposit / withdrawal processing means. It is characterized by being.

The invention according to claim 3 is the invention according to claim 1 or 2 , wherein the change reserve amount data set for each of the processing object identification data is selected and set from a plurality of predetermined patterns. It is characterized by.

According to a fourth aspect of the present invention, in the invention according to any one of the first to third aspects, the change reserve can be stored while being controlled to open and close by the input of the processing object identification data and fed to the withdrawal portion. It is characterized by having a change change locker.

The invention according to claim 5 is the invention according to claim 4 , wherein the change reserve amount for the next business day set in advance for the processing object identification data in a state where the processing object identification data is input to the input means. After the cash corresponding to the data is delivered to the withdrawal unit by the deposit / withdrawal processing means, within the predetermined time, the same processing target identification data as the processing target identification data input to the change reserve locker is input. It is characterized by having an alarm generation means for generating an alarm when the accompanying opening / closing control is not executed.

The invention according to claim 6 is the invention according to any one of claims 1 to 3 , wherein the processing target identification data in a state where the processing target identification data is input to the input means is set in advance. After the cash corresponding to the change amount data for business days is paid out to the withdrawal unit by the deposit / withdrawal processing means, the cashier is prepared in the cash register device corresponding to the input processing object identification data within a predetermined time. It is characterized by having an alarm generating means for generating an alarm when an operation input at the time of loading gold is not made.

The invention according to claim 7 is the invention according to any one of claims 1 to 6 , wherein the input change amount data input when the change reserve is loaded into the cash register apparatus is the processing object identification of the cash register apparatus. It is characterized by having an alarm generating means for generating an alarm when the data does not coincide with the change amount data for the next business day set in advance for the data.

According to the first aspect of the present invention, the control means obtains the deposit amount data for today by counting by the deposit / withdrawal processing means with respect to the cash inserted into the deposit section with the processing object identification data being input to the input means. A value obtained by subtracting the change amount data that has been withdrawn in advance for today's amount from the input processing object identification data from the deposit amount data for today is calculated and related to the input processing object identification data The cash is stored as sales data for today, and cash corresponding to the change amount data for the next business day preset for the input processing object identification data is sent out to the withdrawal unit by the deposit / withdrawal processing means. . That is, it is possible to simultaneously process the receipt of sales for today and the withdrawal of change reserve for the next business day. In this way, the change reserve for the next business day can be withdrawn by the deposit / withdrawal processing means, and an appropriate change reserve can be prepared. Expense burden for can be reduced.
For the cash inserted into the depositing part, the control means calculates the amount of payment data for the current day by the deposit / withdrawal processing means and prepares the change for the next business day set in advance for the processing target identification data input in advance. After the cash amount corresponding to the amount data is distributed to the withdrawal unit, the non-corresponding cash portion is allocated to the receiving unit, and the calculation of today's deposit amount data by the deposit / withdrawal processing means for the cash inserted into the deposit unit is completed, In order for the cash to be dispensed from the storage unit to the withdrawal unit by the deposit / withdrawal processing means, the depositing unit in order to cause the depositing / dispensing processing means to pay out the insufficient cash corresponding to the money preparation amount data for the next business day set in advance for the processing target identification data input in advance. Compared to the case where all the cash is stored in the storage department and then withdrawn to the withdrawal department, the processing required for the simultaneous processing of the receipt of sales for the current day and the withdrawal of change reserve for the next business day It can be shortened between.

According to the second aspect of the present invention, the change preparation amount data set for each processing target identification data can be set in advance by the management unit separate from the deposit / withdrawal processing unit, so that the use of the deposit / withdrawal processing unit is possible. Regardless of the state, change reserve amount data can be set.

According to the invention of claim 3 , since the change amount data is selected and set from a plurality of predetermined patterns, detailed setting can be performed in a short time.

According to the invention according to claim 4 , since the change reserve locker capable of storing the change reserve paid out to the withdrawal unit is controlled to open and close by the input of the processing object identification data, the receipt of the sales proceeds and the change preparation The storage in the change reserve locker can be managed in connection with the processing of the withdrawal of gold.

According to the fifth aspect of the present invention, by the cash deposit / withdrawal processing means corresponding to the change amount data for the next business day set in advance for the processing target identification data in a state where the processing target identification data has been input in advance. When the opening / closing control associated with the input of the processing object identification data that is the same as the processing object identification data previously input to the change reserve locker is not executed within a predetermined time after the withdrawal to the withdrawal unit, that is, the changed change When it can be estimated that the reserve has not been properly stored in the change reserve locker, the alarm generation means generates an alarm, thereby preventing forgetting storage.

According to the invention of claim 6 , by the cash deposit / withdrawal processing means corresponding to the change amount data for the next business day set in advance for the processing object identification data in a state where the processing object identification data has been input in advance. After the withdrawal to the withdrawal unit, if there is no operation input at the time of loading the change reserve in the cash register device corresponding to the processing object identification data inputted in advance within a predetermined time, that is, the change reserve that has been withdrawn When it can be estimated that the battery has not been properly loaded in the corresponding register device, the alarm generating means generates an alarm, thereby preventing forgetting to load.

According to the invention of claim 7 , the input change amount data input when the change reserve is loaded into the cash register device is changed for the next business day that is preset for the processing target identification data of the cash register device. Since the alarm generation means generates an alarm when it does not match the preparation amount data, confirmation of the presence or absence of erroneous loading can be promoted.

A simultaneous processing system for depositing and changing sales and deposits of the first reference technology will be described below with reference to FIG.

The system 10 for simultaneous processing of receipt of money and change reserve and withdrawal of the first reference technology is provided, for example, in a large store such as a department store or a shopping center, and each processing target such as each cash register device or each tenant. In addition, the company will deposit sales and withdraw change reserves. In the following description, a case where the processing target is the register device 11 unit will be described as an example.

  Each cash register device 11 includes a POS cash register 12, a change payment machine 13, and a bar metal storage 14.

  The POS register 12 includes an input unit 16 through which an operation is input by an operator, and a display device (alarm generating means) 17 that displays a screen on the operator. The input unit 16 includes a barcode reader 19 that reads a barcode of a product. The control unit 18 of the cash register apparatus 11 stores product information corresponding to the barcode read by the barcode reader 19 and a purchase price. The data is transmitted to the POS cash register management machine 20 configured to be communicable with the control unit 18 of all the cash register apparatuses 11.

  The change payment machine 13 counts when banknotes and coins are received, calculates a deposit amount, and withdraws the value obtained by subtracting the total purchase amount input to the POS register 12 from the deposit amount as change, In order to reuse the received money for change, the money is classified into money types and stored in a manner that allows for withdrawal.

  Each register device 11 is set with processing object identification data such as an individual identification number for identification with other register devices 11, and corresponding processing object identification data is stored for each register device 11. An ID card 22 is prepared.

The first reference technology sales deposit / change change simultaneous processing system 10 includes the cash register 11, the money deposit / withdrawal machine (payment / withdrawal processing means) 25, the management machine 26, and the change reserve locker 27. These are configured to be able to communicate with each other.

  The money depositing / dispensing machine 25 can count and accept the cash, that is, banknotes inserted into the banknote depositing unit (depositing unit) 30 and can feed the bills to the banknote dispensing unit (withdrawing unit) 31 while counting the banknotes. It is possible to count and accept the cash, that is, rose coins, which are inserted into the banknote deposit / withdrawal mechanism unit 32 and the coin deposit / withdrawal unit (payment unit) 35 and to the coin dispensing unit (withdrawal unit) 36 while counting the rose coins. A coin depositing / withdrawing mechanism unit 38 that can be fed out and can be fed out to a bar metal dispensing unit (withdrawal unit) 37 while counting the bar metal, an input unit (input means) 40 to which an operation is input by an operator, and an operation And a display device (alarm generating means) 41 that displays a screen and generates sound, and a control unit (control means) 42.

  Here, the input unit 40 reads the processing target identification data from the ID card 22 when the ID card 22 is passed (in other words, the processing target identification data is input from the ID card 22) and the password. The control unit 42 operates the banknote deposit / withdrawal mechanism unit 32 and the coin deposit / withdrawal mechanism unit 38 only when proper processing object identification data is read and an appropriate password is input. Is acceptable. In addition to inputting the processing target identification data to the input unit 40 by reading the ID card 22 described above, for example, it may be directly input by the keyboard 45.

  The banknote deposit / withdrawal mechanism section 32 includes the above-described banknote deposit section 30 into which banknotes of sales proceeds are inserted from the outside of the machine, a banknote transport section 49 that transports banknotes fed out from the banknote deposit section 30 one by one, and banknote transport Deposited bill identifying unit 50 that identifies and counts the authenticity and denomination of bills being conveyed by unit 49, and bills that cannot be identified based on the identification result of deposited bill identifying unit 50 provided at the end of bill transport unit 49 The banknote reject unit 51 for feeding out the rejected banknotes to the outside of the machine, the banknote transport unit 52 branching between the deposited banknote recognition unit 50 and the banknote reject unit 51 of the banknote transport unit 49, and the banknote transport unit 52 A plurality of, specifically, three banknote temporary storage sections (accepting sections) 53, 54, 55, and banknote temporary storage, connected and received based on the identification result of the deposited banknote identification section 50. Removable banknote storage units (storage units) 56, 57, 58 for receiving and storing banknotes temporarily provided in the corresponding ones of the banknote temporary storage units 53 to 55, which are provided one-on-one in each of 53 to 55. And have.

  Here, the banknote storage part 56 can be fed one by one through the banknote transport part 60 while counting the stored banknotes, and stores a thousand yen ticket that is reused as a change reserve. Moreover, the banknote storage part 57 can be fed one by one through the banknote transport part 60 while counting the stored banknotes, and stores 5,000 yen coupons that are reused as change reserves. The banknote storage unit 58 is unable to pay out stored banknotes, and stores 10,000 yen and 2000 yen coupons that are not reused as change reserves.

  The banknote depositing / withdrawing mechanism 32 branches from the banknote transporting unit 60 and the banknote transporting unit 60, and the banknote transporting unit 60 separates the banknote transporting unit 60 from the banknote transporting unit 60. A withdrawal reject unit 63 that is provided in the branch conveyance unit 62 and stores a banknote that cannot be dispensed and that has been identified as a multifeed by the withdrawal banknote identification unit 61, and a withdrawal banknote that is provided at the end of the banknote conveyance unit 60. It has the above-mentioned banknote withdrawal part 31 which feeds out the banknote identified by the identification part 61 as being able to be withdrawn out of the machine.

  The coin deposit / withdrawal mechanism unit 38 includes a coin deposit unit 35 into which loose coins of sales proceeds are inserted from the outside of the machine, a coin transport unit 67 that transports rose coins fed out from the coin deposit unit 35, and a coin transport unit 67. A deposit coin identifying unit 68 that identifies and counts the authenticity and denomination of rose coins being conveyed, and a reject sorting unit 69 that sorts reject coins such as unidentifiable coins based on the identification result of the deposit coin identifying unit 68; A coin reject unit 71 that feeds out reject coins sorted by the reject sorting unit 69 so as to be able to be taken out of the machine via the coin transport unit 70, and a rose coin identified as acceptable by the deposit coin discriminating unit 68 are sorted by denomination. And a plurality of, specifically, six coin-type temporary storage units (accepting units) 73, 74, and 75 that can accept the coins selected by the denomination sorting unit 72. Removable coins that receive and store rose coins that are provided one-to-one in each of 76, 77, 78 and temporary coin storage units 73-78 and temporarily stored in corresponding ones of temporary coin storage units 73-78. It has storage units (storage units) 80, 81, 82, 83, 84, 85.

  Here, since all the received rose coins can be reused as a change reserve, all the coin storage units 80 to 85 can be fed out to the coin transport unit 87 while counting the stored rose coins one by one. ing. The coin storage unit 80 is a one-yen coin, the coin storage unit 81 is a five-yen coin, the coin storage unit 82 is a ten-yen coin, the coin storage unit 83 is a fifty-yen coin, the coin storage unit 84 is a hundred-yen coin, and the coin storage unit 85. Stores 500 yen each.

  Moreover, the coin depositing / withdrawing mechanism part 38 can take out the above-mentioned coin conveyance part 87 which conveys the rose coin paid out from the coin storage parts 80-85, and the loose coin conveyed by the coin conveyance part 87 outside the apparatus. The above-described coin dispensing unit 36 is provided.

  Furthermore, the coin deposit / withdrawal mechanism unit 38 stores a bar metal produced by wrapping a predetermined number (for example, 50) of loose coins with wrapping paper by denomination and counts the bar bars stored one by one. A bar metal storage unit 90, 91, 92, 93, 94, 95 for each type of money to be fed, a bar metal transport unit 97 for transporting the bar metal fed from the bar metal storage units 90 to 95, and a bar metal transport unit 97. It has the above-mentioned bar metal dispensing part 37 which feeds out the bar metal conveyed so that it can be taken out of the machine.

  A management machine 26 provided separately from the money depositing / dispensing machine 25 includes an input unit 100 through which an operation is input by an operator, a display device (alarm generating means) 101 that performs screen display and generates sound for the operator, While controlling these, it has the control part 102 which memorize | stores the sales data and change reserve amount data for every cash register apparatus 11, ie, each process target identification data. Here, the input unit 100 includes a card reader 104 that reads processing target identification data from the ID card 22 through the ID card 22 and a keyboard 105 that can input a password. The data can be rewritten only when proper processing target identification data is read and a proper password is input.

  The change reserve amount data including the denomination and quantity of the change reserve is set for each cash register device 11, that is, for each processing target identification data. In the management machine 26, the change reserve amount data can be set in advance. It has become. That is, when the change amount data including the denomination and quantity of the change reserve is input to the input unit 100 in a state where the appropriate processing target identification data and the appropriate password are input to the input unit 100, the control unit 102 stores the processing object identification data and change reserve amount data in association with each other so that they can be read out.

  Here, the change reserve amount data is composed of the number of denominations for each denomination for banknotes, and the number of rose coins and the number of bars for each denomination. When the change amount data is set by the management machine 26, for example, it is possible to input each quantity, but a plurality of predetermined patterns with different quantities are displayed on the display device 101. Of these, it is possible to select and set by input to the input unit 100. It is also possible to set the change reserve amount data to be different depending on the day of the week or the date. For example, for each processing target identification data, change preparation amount data having different patterns from Monday to Friday, Saturday and Sunday are set.

  The change reserve locker 27 has a housing 110 provided with a plurality of storage units 109 each having a door 108 that can be opened and closed, a lock mechanism 111 that locks each door 108 in a closed state, and an operation input by an operator. An input unit 112, a display device (alarm generating means) 113 that displays a screen and generates sound for the operator, and a control unit 114. Here, the number of the storage units 109 is larger than the number of the cash register devices 11 so that the cash register unit 109 can correspond to the cash register device 11 at least one to one. The input unit 112 reads the processing target identification data from the ID card 22 when the ID card 22 is passed (in other words, the processing target identification data is input from the ID card 22), and the password can be input. The control unit 114 includes the keyboard 117, and only when the proper processing target identification data is read and the proper password is input, the control unit 114 has the lock mechanism 111 of the storage unit 109 corresponding to the processing target identification data. After unlocking, the door 108 is opened, and when the door 108 is closed, the lock mechanism 111 locks the door 108 (open / close control). In addition, the control part 18 of the cash register apparatus 11, the control part 42 of the money depositing / dispensing machine 25, the control part 102 of the management machine 26, and the control part 114 of the change reserve locker 27 are configured to be communicable.

Next, the control contents of the first reference technology sales deposit / change reserve simultaneous withdrawal system 10 will be described together with the flow during use.

  For example, after the business is over, the operator takes out all cash including unused change reserve from the cash register device 11 as sales money, puts it in a storage bag, and holds the ID card 22 provided for the cash register device 11. Go to the money depositing and dispensing machine 25. The money depositing / dispensing machine 25 performs a display for prompting the display device 41 to read the ID card 22 in the standby state, and the operator who sees this displays the ID card in the card reader 44 of the input unit 40 of the money depositing / dispensing machine 25. 22 is passed.

  Then, the control unit 42 of the money depositing / dispensing machine 25 receives the processing target identification data read by the card reader 44 from the ID card 22, and the read processing target identification data is registered in advance as processing target identification data. It is determined whether it is appropriate to match any of the above. If the read processing object identification data is not appropriate, the display device 41 generates an alarm and waits until the proper processing object identification data is read. On the other hand, if the read processing target identification data is appropriate, the control unit 42 causes the display device 41 to display a message prompting the user to input a password. Enter the password. Then, the control unit 42 determines whether or not the input password is appropriate because it matches the password registered in advance corresponding to the read processing target identification data. If the input password is not appropriate, an alarm is generated on the display device 41 and the process waits until an appropriate password is input. On the other hand, if the input password is appropriate, the control unit 42 determines that the current deposit / withdrawal process is started, and causes the display device 41 to display a message prompting insertion of banknotes and loose coins.

  The operator who sees this puts the banknote taken out from the storage bag into the banknote depositing unit 30 and throws the loose coin into the coin depositing unit 35. At this time, the sales proceeds also include a bar which is an unused portion of the change reserve, and the bar is unwrapped and inserted into the coin depositing unit 35 as a loose coin. When the banknote depositing unit 30 confirms the insertion of banknotes with a sensor (not shown) and the coin depositing unit 35 confirms the insertion of loose coins with a sensor (not shown), the control unit 42 prompts the display device 41 to input a start operation. To do. The operator who sees this performs a start operation on the input unit 40. Then, as the deposit processing, the control unit 42 causes the bill deposit / withdrawal mechanism unit 32 to start taking in the banknotes, causes the coin deposit / withdrawal mechanism unit 38 to start taking in the loose coins, and manages by this time at the latest. A request for change amount data for today and change amount data for the next business day is transmitted to the machine 26 together with the processing object identification data input for the current deposit / withdrawal process.

  That is, in the banknote depositing / withdrawing mechanism part 32, the banknotes of the banknote depositing part 30 are separated one by one and conveyed by the banknote transporting part 49 and identified by the deposited banknote identifying part 50, and the unidentifiable banknotes are directly unchanged by the banknote transporting part 49. While paying out to the banknote rejection part 51, the banknote conveyance part 52 is made to temporarily store into the corresponding thing of the banknote temporary storage parts 53-55, counting the banknote by which the money type was identified. Similarly, the coin deposit / withdrawal mechanism unit 38 separates the individual coins of the coin deposit unit 35 one by one and identifies them with the deposit coin identification unit 68 while conveying them with the coin conveyance unit 67, and identifies the unidentifiable coins with the coin conveyance unit 70. Then, the coins are fed to the coin reject unit 71, and the coin type selecting unit 72 temporarily stores them in the corresponding ones of the coin temporary storage units 73 to 78 while counting the denominated coins.

  Further, the control unit 102 of the management machine 26 that has received the request for the money preparation amount data together with the processing object identification data, the change amount data for the current day and the next business operation from the change preparation amount data corresponding to the processing object identification data. The daily change reserve amount data is read and returned to the control unit 42 of the money depositing and dispensing machine 25.

  Then, the control unit 42 uses the change preparation amount data for the next business day received from the management device 26 as change preparation amount data for the current deposit / withdrawal process, and in parallel with the deposit / withdrawal process for the banknote, The banknotes corresponding to the change amount data of processing are withdrawn from the corresponding ones of the banknote storage units 56 and 57 to the banknote withdrawal unit 31, and in parallel with the above-described deposit processing of rose coins, The coins corresponding to the change amount data are withdrawn from the corresponding ones in the coin storage units 80 to 85 to the coin withdrawal unit 36, and further, the bar corresponding to the change amount data for the current deposit / withdrawal process is Withdraw from the corresponding ones of the storage units 90 to 95 to the bar metal withdrawal unit 37.

  In other words, banknotes that are fed out from the corresponding ones of the banknote storage units 56 and 57 and conveyed by the banknote transport unit 60 are identified as multifeeds by the withdrawal banknote identification unit 61 and identified as multifeeds, etc. While the branch conveyance unit 62 stores the money in the withdrawal reject unit 63, the banknotes identified by the withdrawal banknote identification unit 61 are counted and fed to the banknote withdrawal unit 31 by the banknote transportation unit 60. Similarly, the coins are fed out from the corresponding ones in the coin storage units 80 to 85 while being counted and fed out to the coin dispensing unit 36 by the coin transport unit 87, and the bar metal from the corresponding ones in the bar metal storage units 90 to 95 is taken out. It feeds out while counting and feeds it out to the bar metal dispensing unit 37 by the bar metal conveying unit 97.

  And all the banknotes of the banknote deposit part 30 are sent to either the banknote reject part 51 and the banknote temporary storage parts 53-55, and all the rose coins of the coin deposit part 35 are the coin reject part 71 and the coin temporary storage parts 73-78. Is sent to either of the banknotes, and all the banknotes corresponding to the change amount data of the current deposit / withdrawal process are fed from the banknote storage units 56 and 57 to the banknote withdrawal unit 31, and the coin storage unit From 80 to 85, all the coins corresponding to the change amount data for the current deposit / withdrawal process are paid out to the coin withdrawal unit 36, and the change amount data for the current deposit / withdrawal process are handled from the bar storage unit 90 to 95 When the withdrawal process is completed when all the bars to be paid out are delivered to the bar withdrawal part 37, the control unit 42 calculates the sales data of the current deposit / withdrawal process. In addition, if it demonstrates in detail, the rejected banknote or coin will be re-inserted into the banknote depositing part 30 or the coin depositing part 35 and counted again, or may be manually input by the input unit 40. As a result, the deposit process is completed. Hereinafter, the description will be continued assuming that all banknotes and coins are counted by the deposited banknote identifying unit 50 and the deposited coin identifying unit 68.

  That is, the deposit type and total deposit amount data of the deposit / withdrawal process is calculated by combining the count result by the deposit bill identifying unit 50 and the count result by the deposit coin identifying unit 68, and the deposit / withdrawal data is calculated from the deposit / deposit data. The value obtained by subtracting today's change reserve amount data set for the processing target identification data for gold processing is stored as sales data for today regarding the processing target identification data for this deposit / withdrawal processing, and a dedicated line To the management device of the transaction financial institution to determine that the current deposit / withdrawal process is completed. At this time, the control unit 42 starts measuring time by the monitoring timer corresponding to the processing object identification data input in the current deposit / withdrawal process. When the depositing process is completed, the control unit 42 automatically stores the banknotes of the temporary banknote storage units 53 to 55 in the banknote storage units 56 to 58, and converts the coins of the temporary coin storage units 73 to 78 into coins. A storage process of storing in the storage units 80 to 85 is performed.

  When the current deposit / withdrawal process is completed as described above, the operator can transfer the bills from the banknote dispensing unit 31 of the money depositing / dispensing machine 25, the coins from the coin dispensing unit 36, and the bar from the bar dispensing unit 37. Are taken out, stored in a storage bag, and taken to a change reserve locker 27 for storage until the next business day. The change reserve locker 27 displays a display prompting the display device 113 to read the ID card 22 in a standby state, and an operator who sees this displays the ID card in the card reader 116 of the input unit 112 of the change reserve locker 27. 22 is passed.

  Then, the control unit 114 of the change reserve locker 27 receives the processing target identification data read by the card reader 116 from the ID card 22 and determines whether or not the read processing target identification data is appropriate as described above. Judgment. If the read processing object identification data is not appropriate, the display device 113 generates an alarm and waits until the appropriate processing object identification data is read. On the other hand, if the read processing object identification data is appropriate, the control unit 114 causes the display device 113 to display a prompt for input of a password, and the operator who has viewed this inputs the change reserve locker 27. A password is input to the keyboard 117 of the unit 112. Then, the control unit 114 determines whether or not the input password is appropriate in the same manner as described above. If the input password is not appropriate, an alarm is generated on the display device 113 and the apparatus waits until an appropriate password is input.

  On the other hand, if the input password is correct, the control unit 114 unlocks the lock mechanism 111 of the storage unit 109 or the unused storage unit 109 that corresponds to the read processing target identification data on a one-to-one basis. The door 108 is opened. Then, the operator inserts the storage bag containing the change reserve into the storage unit 109 and closes the door 108. Then, the lock mechanism 111 of the storage unit 109 locks the door 108 in the closed state. Upon completion of such opening / closing control, the control unit 114 stores the processing object identification data read this time in the money depositing / dispensing machine. 25 to the control unit 42. Receiving this, the control part 42 complete | finishes the above-mentioned time measurement by the monitoring timer corresponding to this process target identification data.

  The control unit 42 of the money depositing / dispensing machine 25 displays a display and change reserve for specifying the register device 11 to be alarmed on the display device 41 when the time measured by the monitoring timer exceeds a predetermined time set in advance. An alarm is generated together with a display indicating that it is not loaded, and an alarm signal is output to the cash register 11, the management device 26 and the change reserve locker 27, and the same display and alarm are displayed on the display devices 17, 101 and 113. Also generate. That is, the control unit 42 of the money depositing / dispensing machine 25 uses the cash money depositing / withdrawing machine 25 corresponding to the change amount data for the next business day set for the processing target identification data input to the input unit 40. Opening / closing control accompanying the input of the same processing target identification data as the processing target identification data to the change reserve locker 27 within a predetermined time after the withdrawal to the withdrawal unit 31, the coin withdrawal unit 36 and the bar withdrawal unit 37. Raise an alarm if is not executed.

  On the next business day, the operator goes to the change reserve locker 27 before starting business, passes the ID card 22 through the card reader 116 of the input unit 112, and then enters the keyboard 117 of the input unit 112. Enter the password. Then, the control unit 114 locks the lock mechanism 111 of the storage unit 109 corresponding to the processing target identification data one-on-one only when the proper processing target identification data of the ID card 22 and the proper password are confirmed. Is released and the door 108 is opened. Then, the operator takes out the storage bag containing the change reserve from the storage unit 109, and stores the cash in the storage bag in the corresponding cash register apparatus 11.

  At this time, the operator inputs a change loading operation input to the input unit 16 of the POS cash register 12, and when this operation is input, the control unit 18 of the POS cash register 12 inputs the bill, A display prompting storage of coins and metal bars is performed. The operator who sees this puts the banknotes and loose coins taken out from the storage bag into the change payment machine 13, and when this change is detected, the change payment machine 13 counts the loose coins and banknotes and stores them in denominations. Further, the bar is directly stored in the bar storage 14 by the operator. The counting result of the rose coins and banknotes by the change payment machine 13 and the detection result by the sensor of the number of the bar metal loaded in the bar metal storage 14 are input to the control unit 18 as input change amount data. Then, the control unit 18 calls the today's change reserve amount data set for the processing object identification data of the cashier 11 from the control unit 102 of the management machine 26, and this is input at the time of actual loading as described above. Compared with the input change reserve amount data, if they do not match, an alarm is generated on the display device 17 of the POS register 12 of the register device 11, and if they match, the change preparation for starting the operation is completed. It will be in order. Here, in the deposit / withdrawal processing performed after the end of the previous day's business, the data called from the control unit 102 of the management machine 26 is expressed as change reserve amount data for the next business day, and is performed before the business start of the next business day. The data to be compared in the change reserve storage process is expressed as today's change reserve amount data, but it will be understood that both are the same data.

According to the sales / receipt deposit / change reserve / withdrawal simultaneous processing system 10 of the first reference technique described above, the control unit 42 of the money depositing / dispensing machine 25 is in a state where the processing object identification data is input to the input unit 40. Then, the deposit amount data is calculated by counting by the bill deposit / withdrawal processing mechanism 32 and the coin deposit / withdrawal processing mechanism portion 38 with respect to the cash inserted into the bill depositing portion 30 and the coin depositing portion 35, and the input is made from this deposit amount data. The value obtained by subtracting today's change reserve amount data set for the processing target identification data is stored as today's sales data for the input processing target identification data, and the input processing target identification The cash corresponding to the change amount data for the next business day preset for the data is sent out by the banknote deposit / withdrawal processing mechanism 32 and the coin deposit / withdrawal processing mechanism section 38. Part 31, the fed to the coin dispensing unit 36 and the coin-roll dispensing unit 37. That is, it is possible to simultaneously process the receipt of sales proceeds and the withdrawal of change reserves. Thus, an appropriate change reserve can be prepared in order to withdraw change reserves by means of the banknote deposit / withdrawal processing mechanism 32 and the coin deposit / withdrawal processing mechanism 38, and the change reserve can be provided by the money deposit / withdrawal machine 25 for depositing. Withdrawing money eliminates the need for arrangements by traders, thereby reducing the cost burden for the preparation of change reserves.

  Moreover, the control unit 42 of the money depositing / dispensing machine 25 calculates the deposit amount data by counting by the bill depositing / dispensing processing mechanism 32 and the coin depositing / dispensing processing mechanism 38 with respect to the cash inserted into the bill depositing unit 30 and the coin depositing / dispensing unit 35. At the same time, the cash corresponding to the change amount data for the next business day set for the processing target identification data input in advance is transferred by the banknote deposit / withdrawal processing mechanism 32 and the coin deposit / withdrawal processing mechanism 38. Since the money part 31, the coin withdrawal part 36, and the bar money withdrawal part 37 are paid out, the processing time required for simultaneous processing of depositing sales and withdrawal of change reserves can be shortened.

  Further, since the change preparation amount data set for each processing target identification data can be set in advance by a management machine 26 separate from the money deposit / withdrawal machine 25, the change can be made regardless of the usage state of the money deposit / withdrawal machine 25. Preparation amount data can be set.

  In addition, since the change amount data is selected and set from a plurality of predetermined patterns at the time of setting using the management machine 26, detailed setting can be performed in a short time.

  Furthermore, the change reserve locker 27 capable of storing the change reserves fed to the banknote withdrawal unit 31, the coin withdrawal unit 36 and the bar withdrawal unit 37 is controlled to open and close by the input of the processing object identification data. The storage in the change reserve locker 27 can be managed in connection with the processing of depositing sales and withdrawal of change reserve.

  That is, the banknote dispensing unit 31, the coin dispensing unit 36, and the coin dispensing unit 36 corresponding to the change amount data set for the processing target identification data with the processing target identification data being input in advance. If the opening / closing control associated with the input of the processing object identification data that is the same as the processing object identification data previously input to the change reserve locker 27 is not executed within a predetermined time after the withdrawal to the bar dispensing part 37, that is, When it is presumed that the changed change reserve has not been properly stored in the change reserve locker 27, the display devices 17, 41, 101, 113 can generate an alarm, thereby preventing forgetting storage. .

  In addition, the input change reserve amount data input to the control unit 18 by automatic counting by the change dispenser 13 and the bar storage 14 when the change reserve is loaded into the checkout device 11 is processed by the checkout device 11. Since the display device 113 generates an alarm when it does not match the change amount data set for the identification data, it is possible to prompt confirmation of the presence or absence of erroneous loading.

  In the above, regarding the processing object identification data of the current deposit / withdrawal process, the control unit 42 calculates the deposit amount data for today and receives the change preparation amount data for today received from the control unit 102 of the management machine 26. The sales data for today is stored and output to the management device of the transaction financial institution via a dedicated line. However, the control unit 42 calculates the amount of deposit data for today and manages it. The control unit 102 of the management machine 26 transmits the current deposit amount data received from the control unit 42 of the money depositing / dispensing machine 25 to the control unit 102 of this time together with the processing target identification data of the current deposit / withdrawal process. Save today's sales data by subtracting today's change reserve amount data related to deposit / withdrawal processing target identification data, and output it to the management device of the transaction financial institution via a dedicated line It may be. The control unit 42 starts counting by the monitoring timer at the end of the deposit process, the end of the withdrawal process, and the end of calculation / recording / outputting the sales data. It is also possible to start timing from the time when all the banknotes from the banknote dispensing unit 31 of the money depositing / dispensing machine 25, the rose coins from the coin dispensing unit 36, and the bar metal from the bar dispensing unit 37 are all removed. Thus, instead of the control unit 42 of the money depositing and dispensing machine 25, the control unit 102 of the management machine 26 may take over monitoring. Furthermore, although the change reserve created by the money depositing / dispensing machine 25 is stored in the change reserve locker 27, the change reserve locker 27 is not provided, and immediately after the current deposit / withdrawal process is completed, the change is made. The cash register 11 may be loaded and stored in the cash register 11.

  Also in this case, when the control unit 42 of the money depositing / dispensing machine 25 determines that the current deposit / withdrawal process is finished, it starts timing by the monitoring timer corresponding to the processing object identification data input in the current deposit / withdrawal process. After that, within a predetermined time set in advance, when the change reserve is loaded into the input unit 16 of the POS cash register 12 of the cash register apparatus 11 corresponding to the processing object identification data input in the current deposit / withdrawal process. If the change input operation input, which is an input, is performed, an alarm is not generated. If no change load operation input is performed within a predetermined time, the register device 11 to be alarmed is displayed on the display device 41. An alarm is generated together with a display for specifying and an indication that the change reserve is not loaded, and further, an alarm signal is output to the cashier 11, the management device 26 and the change reserve locker 27. Te, also cause the display unit 17,101,113 similar display and alarm.

  If comprised in this way, the banknote depositing / withdrawing mechanism part 32 and the coin depositing / withdrawing mechanism part 38 of the cash corresponding to the change preparation amount data set with respect to this process target identification data in the state in which the process target identification data was previously input. After the payout to the banknote withdrawal unit 31, the coin withdrawal unit 36 and the bar withdrawal unit 37 is completed, the cashier reserve money is transferred to the cashier 11 corresponding to the processing object identification data input in advance within a predetermined time. When the operation input at the time of loading is not made, that is, when it can be estimated that the dispensed change reserve has not been properly loaded into the corresponding cash register apparatus 11, the display devices 17, 41, 101, and 113 generate an alarm. Thus, forgetting to load can be prevented.

  When the change input operation input is performed, the control unit 18 of the POS register 12 causes the display device 17 to perform a display prompting storage of banknotes, loose coins, and metal bars. The operator who sees this puts the banknotes and loose coins taken out from the storage bag into the change payment machine 13, and when this change is detected, the change payment machine 13 counts the loose coins and banknotes and stores them in denominations. Further, the bar is directly stored in the bar storage 14 by the operator. The counting result of the rose coins and banknotes by the change payment machine 13 and the detection result by the sensor of the number of the bar metal loaded in the bar metal storage 14 are input to the control unit 18 as input change amount data. Then, the control unit 18 calls the change amount data for the next business day set for the processing target identification data of the cashier apparatus 11 from the control unit 102 of the management machine 26, and the actual loading as described above. The input change amount data input at the time is compared, and if they do not match, an alarm is generated on the display device 17 of the POS register 12 of the register device 11. On the other hand, if they match, the change is ready for the next business day.

Here, in the first reference technique , at the time of depositing sales, the bill temporary storage units 53, 54, and 55 and the six coin type temporary storage units 73, 74, 75, 76, 77, and 78 are stored. Description of the return process for returning the temporarily stored cash without depositing the cash is omitted.

It will be described below a second reference technology sales proceeds deposit-change fund dispensing concurrent processing system, centering on differences from the first reference technology with reference to FIG.

In the first reference technology, in the simultaneous processing of the payment process and the change fund and payment processing of the sales proceeds, but the withdrawal process of the payment processing of the sales proceeds and the change fund has performed in parallel, the second reference According to the technology , change processing of withdrawal of change reserve is performed following the receipt processing of sales.

  That is, the control unit 42 of the money depositing / dispensing machine 25 receives the cash inserted into the banknote depositing unit 30 and the coin depositing unit 35 in a state where the processing target identification data is input from the ID card 22 to the card reader 44 of the input unit 40. After calculating the deposit amount data by counting by the deposit bill identifying unit 50 of the bill deposit / withdrawal processing mechanism 32 and the deposit coin identifying unit 68 of the coin deposit / withdrawal processing mechanism 38, it is set in advance for the input processing target identification data. The cash corresponding to the change amount data for the next business day is delivered to the banknote withdrawal / withdrawal unit 31, the coin withdrawal / withdrawal unit 36, and the bar withdrawal / withdrawal unit 37 by the banknote deposit / withdrawal processing mechanism 32 and the coin deposit / withdrawal processing mechanism 38. It comes to let you.

In the second reference technology sales deposit / change change simultaneous payment / dispensing processing system 10, the banknote depositing / dispensing mechanism unit 32 is provided with a connection conveyance unit 120 that connects the banknote conveyance unit 52 and the banknote dispensing unit 31. And the three banknote temporary storage parts 53-55 can pay out the accepted banknote also to the banknote withdrawal part 31 via this connection conveyance part 120. FIG.

  Similarly, in the coin deposit / withdrawal mechanism section 38, the six coin temporary storage sections 73 to 78 can deliver the received loose coins to the connection transport section 121, and to the coin dispensing section 36 via the connection transport section 121. It can be paid out.

The details of the control of the system for simultaneously processing sales deposit / change and withdrawal / withdrawal of the second reference technique will be described together with the flow at the time of use.

Similar to the description in the first reference technology , all the sales proceeds of the cash register apparatus 11 are put in the storage bag, the operator holding the ID card 22 goes to the money depositing / dispensing machine 25, and the money depositing / dispensing machine 25 The ID card 22 is passed through the card reader 44 of the input unit 40 and a password is input to the keyboard 45. The control unit 42 determines that the current deposit / withdrawal process is started when the processing target identification data read from the ID card 22 and the input password are appropriate.

  Next, when the operator inserts the banknotes taken out from the storage bag into the banknote depositing unit 30 and inserts loose coins into the coin depositing unit 35 and performs a start operation on the input unit 40, the control unit 42 As the deposit / withdrawal process, the bill deposit / withdrawal mechanism unit 32 is started to collect bills, and the coin deposit / withdrawal mechanism unit 38 is started to collect rose coins.

  That is, in the banknote depositing / withdrawing mechanism part 32, the banknotes of the banknote depositing part 30 are separated one by one and conveyed by the banknote transporting part 49 and identified by the deposited banknote identifying part 50, and the unidentifiable banknotes are directly unchanged by the banknote transporting part 49. While paying out to the banknote rejection part 51, the banknote conveyance part 52 is made to temporarily store into the corresponding thing of the banknote temporary storage parts 53-55, counting the banknote by which the money type was identified. Similarly, the coin deposit / withdrawal mechanism unit 38 separates the individual coins of the coin deposit unit 35 one by one and identifies them with the deposit coin identification unit 68 while conveying them with the coin conveyance unit 67, and identifies the unidentifiable coins with the coin conveyance unit 70. Then, the coins are fed to the coin reject unit 71, and the coin type selecting unit 72 temporarily stores them in the corresponding ones of the coin temporary storage units 73 to 78 while counting the denominated coins.

  And all the banknotes of the banknote deposit part 30 are sent to either the banknote reject part 51 and the banknote temporary storage parts 53-55, and all the rose coins of the coin deposit part 35 are the coin reject part 71 and the coin temporary storage parts 73-78. When the depositing process is finished, the control unit 42 combines the counting result by the depositing banknote identifying unit 50 and the counting result by the depositing coin identifying unit 68 to determine the type and total of the present depositing / dispensing process. The deposit amount data is calculated, and this deposit amount data and a display for prompting selection of approval and cancellation are displayed on the display device 41.

When the operator inputs a cancel selection operation to the input unit 40 by looking at the deposit amount data, the control unit 42 feeds out the banknotes temporarily stored in the banknote temporary storage units 53 to 55 and uses the connection transport unit 120. While returning to the banknote dispensing part 31, the return process which pays out the coin temporarily stored in the coin temporary storage parts 73-78 and conveys it to the coin withdrawal part 36 by the connection conveyance part 121 is performed. Thereby, the banknotes and loose coins deposited in the current deposit / withdrawal process are returned to the banknote dispensing unit 31 and the coin dispensing unit 36. That is, in the first reference technique , the deposit return process is not performed, but in the second reference technique , the deposit return process is possible.

  On the other hand, when the operator inputs an approval selection operation to the input unit 40 by looking at the deposit amount data, the control unit 42 stores the banknotes in the banknote temporary storage units 53 to 55 in the banknote storage units 56 to 58, and While storing the coins of the coin temporary storage units 73 to 78 in the coin storage units 80 to 85, the management unit 26 stores the identification data input for the current deposit / withdrawal process together with the processing target identification data for today. A request for change amount data and change amount data for the next business day is transmitted.

  The control unit 102 of the management machine 26 that has received the request for the money preparation amount data together with the processing target identification data, the change amount data for today and the next business day from the change preparation amount data corresponding to the processing target identification data. The change reserve amount data is read out and returned to the control unit 42 of the money depositing and dispensing machine 25.

  Then, the control unit 42 uses the change preparation amount data for the next business day received from the management machine 26 as change preparation amount data for the current deposit / withdrawal process, and selects a banknote corresponding to the change reserve amount data for the current deposit / withdrawal process. From the corresponding ones in the bill storage units 56 and 57, the banknote dispensing unit 31 withdraws the coins corresponding to the change amount data for the current deposit / withdrawal process from the corresponding ones in the coin storage units 80 to 85. The withdrawal unit 36 is made to withdraw money, and further, the bar money corresponding to the change amount data of the current deposit / withdrawal process is made to be withdrawn from the corresponding one of the bar stock storage units 90 to 95 to the bar money withdrawal unit 37.

  In other words, banknotes that are fed out from the corresponding ones of the banknote storage units 56 and 57 and conveyed by the banknote transport unit 60 are identified as multifeeds by the withdrawal banknote identification unit 61 and identified as multifeeds, etc. While the branch conveyance unit 62 stores the money in the withdrawal reject unit 63, the banknotes identified by the withdrawal banknote identification unit 61 are counted and fed to the banknote withdrawal unit 31 by the banknote transportation unit 60. Similarly, the coins are fed out from the corresponding ones in the coin storage units 80 to 85 while being counted and fed out to the coin dispensing unit 36 by the coin transport unit 87, and the bar metal from the corresponding ones in the bar metal storage units 90 to 95 is taken out. It feeds out while counting and feeds it out to the bar metal dispensing unit 37 by the bar metal conveying unit 97.

  And all the banknotes corresponding to the change amount data for the current deposit / withdrawal process are fed out from the banknote storage units 56 and 57 to the banknote withdrawal / removal unit 31, and the change reserve amount for the current deposit / withdrawal process from the coin storage units 80-85. All the rose coins corresponding to the data are paid out to the coin withdrawal unit 36, and all the bar metals corresponding to the change amount data of the current deposit / withdrawal processing are fed from the bar stock storage units 90 to 95 to the bar money withdrawal unit 37. Then, the control unit 42 calculates sales data for the current deposit / withdrawal process.

That is, the deposit type and total deposit amount data of the deposit / withdrawal process is calculated by combining the count result by the deposit bill identifying unit 50 and the count result by the deposit coin identifying unit 68, and the deposit / withdrawal data is calculated from the deposit / deposit data. The value obtained by subtracting today's change reserve amount data set for the processing target identification data for gold processing is stored as sales data for today regarding the processing target identification data for this deposit / withdrawal processing, and a dedicated line To the management device of the transaction financial institution to determine that the current deposit / withdrawal process is completed. At this time, the control unit 42 starts measuring time by the monitoring timer corresponding to the processing object identification data input in the current deposit / withdrawal process. The subsequent steps are the same as in the first reference technique .

According to the sales receipt and change reserve simultaneous processing system 10 of the second reference technique described above, the control unit 42 of the money depositing / dispensing machine 25 is inserted into the banknote depositing unit 30 and the coin depositing unit 35. For cash, after calculating the deposit amount data by counting by the deposit bill identifying unit 50 of the bill deposit / withdrawal processing mechanism 32 and the deposit coin identifying unit 68 of the coin deposit / withdrawal processing mechanism 38, it is set for the processing target identification data input in advance. The cash corresponding to the change amount data for the next business day is delivered to the banknote withdrawal / withdrawal unit 31, the coin withdrawal / withdrawal unit 36, and the bar withdrawal / withdrawal unit 37 by the banknote deposit / withdrawal processing mechanism 32 and the coin deposit / withdrawal processing mechanism 38. Therefore, even if the cash inserted into the banknote depositing unit 30 and the coin depositing unit 35 is returned, there is no problem in terms of management, and thus such a return is possible.

Next, a sales deposit / change change simultaneous processing system according to the first embodiment of the present invention will be described below with reference to FIG. 3 focusing on differences from the first reference technique .

In the first reference technique , when the deposit process for sales proceeds and the withdrawal process for change reserves are performed in parallel, the bill storage units 56 to 58, the coin storage units 80 to 85, and the bar storage unit are used during the withdrawal process. Although cash was withdrawn from 90 to 95, in the first embodiment, banknotes and loose coins deposited by the deposit process when performing the deposit process for sales and the withdrawal process for change reserves in parallel. Is withdrawn as it is for change reserve.

  That is, the control unit 42 of the money depositing / dispensing machine 25 receives the cash inserted into the banknote depositing unit 30 and the coin depositing unit 35 in a state where the processing target identification data is input from the ID card 22 to the card reader 44 of the input unit 40. The next time set for the input processing object identification data while calculating the deposit amount data by counting by the deposit bill identifying unit 50 of the bill deposit / withdrawal processing mechanism 32 and the deposit coin identifying unit 68 of the coin deposit / withdrawal processing mechanism 38. The cash corresponding to the change amount data for business days is distributed to the banknote withdrawal unit 31 and the coin withdrawal unit 36, and the non-corresponding cash is distributed to the banknote temporary storage units 53 to 55 and the coin temporary storage units 73 to 78. The calculation of the deposit amount data by the deposit bill identifying unit 50 and the deposit coin identifying unit 68 is completed for the cash inserted into the bill deposit unit 30 and the coin deposit unit 35. After that, the banknotes are stored in the banknote deposit / withdrawal processing mechanism 32 and the coin deposit / withdrawal processing mechanism 38 for the shortage of cash corresponding to the money data for the next business day set for the input processing target identification data. From the parts 56 and 57, the coin storage parts 80 to 85, and the bar metal storage parts 90 to 95, the banknote withdrawal part 31, the coin withdrawal part 36 and the bar money withdrawal part 37 are fed out.

In the simultaneous deposit / withdrawal payment / withdrawal processing system 10 of the first embodiment, the banknote depositing / dispensing mechanism unit 32 is provided with a connection transporting unit 120 that connects the banknote transporting unit 52 and the banknote dispensing unit 31. And the three banknote temporary storage parts 53-55 can pay out the accepted banknote also to the banknote withdrawal part 31 via this connection conveyance part 120. FIG. However, the banknote payout function from the three banknote temporary storage units 53 to 55 is not necessarily required.

  Similarly, a change selection unit 125 is provided between the reject selection unit 69 and the money type selection unit 72, and the coins selected by the change selection unit 125 are discharged via the coin transfer unit 126 and the connection transfer unit 121. It can be fed to the gold part 36. Further, in the coin deposit / withdrawal mechanism unit 38, the six coin temporary storage units 73 to 78 can deliver the received loose coins to the connection transport unit 121, and feed out to the coin dispensing unit 36 via the connection transport unit 121. It is possible. However, the function of delivering the received coins to the connection conveying unit 121 is not necessarily essential for the six coin temporary storage units 73 to 78.

The details of the control of the simultaneous processing system 10 for depositing and changing sales / disbursement reserve of the first embodiment will be described together with the flow during use.

Similar to the description in the first reference technology , all the sales proceeds of the cash register apparatus 11 are put in the storage bag, the operator holding the ID card 22 goes to the money depositing / dispensing machine 25, and the money depositing / dispensing machine 25 The ID card 22 is passed through the card reader 44 of the input unit 40 and a password is input to the keyboard 45. The control unit 42 determines that the current deposit / withdrawal process is started when the processing target identification data read from the ID card 22 and the input password are appropriate.

  When the operator inserts the banknotes taken out from the storage bag into the banknote depositing unit 30, inserts the loose coins into the coin depositing unit 35, and performs a start operation on the input unit 40, the control unit 42 A request for the change amount data for today and the change amount data for the next business day is transmitted together with the processing object identification data input for the current deposit / withdrawal process. Reads the change amount data for today and the change amount data for the next business day from the change amount data corresponding to the processing object identification data, and returns the read amount data to the control unit 42 of the money depositing and dispensing machine 25. Then, the control unit 42 sets the change preparation amount data for the next business day received from the management machine 26 as change preparation amount data for the current deposit / withdrawal process.

  And the control part 42 makes the banknote depositing / withdrawing mechanism part 32 start taking in a banknote as this depositing / withdrawing process, and makes the coin depositing / withdrawing mechanism part 38 start taking in a loose coin.

  Then, the control part 42 makes the banknote conveyance part 49 identify the banknote of the banknote depositing part 30 in the banknote depositing / withdrawing mechanism part 32 one by one with the banknote conveyance part 49, and makes a banknote conveyance part 49 identify an unidentifiable banknote. The banknote is rejected by the banknote reject unit 51 and the banknotes whose denominations are identified are counted, and the banknote transfer unit 52 and the connection transfer unit 120 use the banknote transfer unit 52 and the connection transfer unit 120 for the cash corresponding to the change amount data for the current deposit / withdrawal process. While paying out to the withdrawal unit 31, for the cash that does not correspond to the change amount data of the current deposit / withdrawal process, the banknote transport unit 52 temporarily stores it in the corresponding ones of the banknote temporary storage units 53 to 55. Similarly, in the coin deposit / withdrawal mechanism unit 38, the control unit 42 causes the coin coin recognition unit 68 to identify individual coins of the coin deposit unit 35 while the coin transport unit 67 conveys the individual coins one by one, and rejects the unidentifiable coins. The cash amount corresponding to the change amount data of the current deposit / withdrawal process while counting the rose coins whose denominations are identified while causing the coin reject portion 71 to be fed out by the portion 69 and the coin transport portion 70 (Rose coin portion) The cash sorting unit 125, the coin transport unit 126, and the connection transport unit 121 allow the coin dispensing unit 36 to pay out the cash, and for the cash that does not correspond to the change reserve amount data of the current deposit / withdrawal process, At 72, the coins are temporarily stored in the corresponding ones of the coin temporary storage units 73 to 78.

  And all the banknotes of the banknote depositing part 30 are sent to one of the banknote rejecting part 51, the banknote temporary storage parts 53 to 55, and the banknote dispensing part 31, and all the rose coins of the coin depositing part 35 are the coin rejecting part 71 and the coins. The deposit process is completed by being sent to any of the temporary storage units 73 to 78 and the coin dispensing unit 36. Then, the control part 42 uses the banknote storage part 56 for the insufficient cash part except the cash paid out to the banknote withdrawal part 31 by the depositing process among the banknotes corresponding to the change amount data of the current depositing / withdrawing process. , 57 are withdrawn to the banknote withdrawal unit 31, and the cash paid out to the coin withdrawal unit 36 by the depositing process among the loose coins corresponding to the change amount data for the current depositing / withdrawing process. The missing cash is removed from the corresponding ones in the coin storage units 80 to 85 to the coin dispensing unit 36, and the bar corresponding to the change amount data of the deposit / withdrawal process is further transferred to the bar storage unit. Withdraw from the corresponding one of 90 to 95 to the bar withdrawal unit 37.

  In other words, banknotes that are fed out from the corresponding ones of the banknote storage units 56 and 57 and conveyed by the banknote transport unit 60 are identified as multifeeds by the withdrawal banknote identification unit 61 and identified as multifeeds, etc. While the branch conveyance unit 62 stores the money in the withdrawal reject unit 63, the banknotes identified by the withdrawal banknote identification unit 61 are counted and fed to the banknote withdrawal unit 31 by the banknote transportation unit 60. Similarly, the coins are fed out from the corresponding ones in the coin storage units 80 to 85 while being counted and fed out to the coin dispensing unit 36 by the coin transport unit 87, and the bar metal from the corresponding ones in the bar metal storage units 90 to 95 is taken out. It feeds out while counting and feeds it out to the bar metal dispensing unit 37 by the bar metal conveying unit 97.

  Then, all the shortage banknotes are fed out from the banknote storage units 56, 57 to the banknote withdrawal unit 31, and all the above shortage coins are fed out from the coin storage units 80 to 85 to the coin withdrawal unit 36. When all of the bars corresponding to the change amount data for the current deposit / withdrawal process are paid out from the money storage units 90 to 95 to the bar / withdrawal unit 37, the control unit 42 receives the sales data for the current deposit / withdrawal process. calculate.

That is, the deposit type and total deposit amount data of the deposit / withdrawal process is calculated by combining the count result by the deposit bill identifying unit 50 and the count result by the deposit coin identifying unit 68, and the deposit / withdrawal data is calculated from the deposit / deposit data. Stores the value obtained by subtracting the preset amount of change preparation amount data for today's processing target identification data for gold processing as today's sales data for the current processing target identification data for deposit / withdrawal processing, and a dedicated line Is output to the management device of the transaction financial institution, and it is determined that the current deposit / withdrawal process is completed. At this time, the control unit 42 starts measuring time by the monitoring timer corresponding to the processing object identification data input in the current deposit / withdrawal process. The subsequent steps are the same as in the first reference technique . In addition, also in 1st Embodiment, when a money_receiving | payment process is complete | finished, while the control part 42 will automatically accommodate the banknote of the banknote temporary storage parts 53-55 in the banknote storage parts 56-58, and the coin temporary storage parts 73-. A storage process for storing 78 coins in the coin storage units 80 to 85 is performed.

According to the sales deposit and change reserve simultaneous withdrawal processing system 10 of the first embodiment described above, the control unit 42 of the money depositing and dispensing machine 25 is inserted into the banknote depositing unit 30 and the coin depositing unit 35. Corresponding to the change amount data for the next business day set in advance for the processing target identification data set in advance while calculating the deposit amount data by counting by the deposit bill identification unit 50 and the deposit coin identification unit 68 for cash. The cash is distributed to the banknote dispensing unit 31 and the coin dispensing unit 36, and the non-corresponding cash is distributed to the banknote temporary storage units 53 to 55 and the coin temporary storage units 73 to 78, and to the banknote depositing unit 30 and the coin depositing unit 35. After the calculation of deposit amount data by the deposited banknote identifying unit 50 and the deposited coin identifying unit 68 is completed for the inserted cash, the processing target identification data input in advance The banknote storage units 56 and 57, the coin storage units 80 to 85, and the sticks are processed by the banknote deposit / withdrawal processing mechanism 32 and the coin deposit / withdrawal processing mechanism 38. In order to let the banknote withdrawal part 31, coin withdrawal part 36, and bar withdrawal part 37 pay out from the money storage part 90-95, all the cash in the banknote deposit part 30 and the coin deposit part 35 is stored in the banknote storage part 56-58. And compared with the case where it withdraws after temporarily storing in the coin storage parts 80-85, the processing time required for the simultaneous processing of the receipt of sales proceeds and the withdrawal of change reserves can be shortened.

It is a block diagram which shows the sales receipt deposit and change reserve withdrawal simultaneous processing system of 1st reference technique . It is a block diagram which shows the sales receipt deposit and change reserve withdrawal simultaneous processing system of 2nd reference technique . It is a block diagram which shows the sales-payment deposit and change reserve payment simultaneous processing system of 1st Embodiment of this invention.

Explanation of symbols

10 Sales receipts and change reserves simultaneous processing system 11 Cash register 17 Display device (alarm generating means)
26 Management machine (management means)
27 Change Reserve Rocker 30 Banknote Deposit Department (Deposit Department)
31 Banknote withdrawal part (withdrawal part)
32 Banknote deposit / withdrawal mechanism (payment and withdrawal processing means)
35 Coin Deposit Department (Deposit Department)
36 Coin withdrawal department (withdrawal department)
37 Bar withdrawal part (withdrawal part)
38 Coin deposit / withdrawal mechanism (payment and withdrawal processing means)
40 Input section (input means)
41 Display device (alarm generating means)
42 Control unit (control means)
56-58 bill storage part (storage part)
80-85 coin storage (storage)
101 Display device (alarm generating means)
113 Display device (alarm generating means)

Claims (7)

Input means for inputting processing object identification data;
A deposit / withdrawal processing means capable of counting and accepting the cash put into the depositing section and paying out to the withdrawal section while counting the cash;
With the processing object identification data being input to the input means, the deposit amount data for today is calculated by counting by the deposit / withdrawal processing means for the cash inserted into the deposit section, and the deposit amount data for the current day From this, the value obtained by subtracting the change reserve amount data that was previously withdrawn today for the input processing target identification data is stored as the current sales data for the input processing target identification data. A control means for paying out the cash corresponding to the change amount data for the next business day preset for the input processing object identification data to the withdrawal portion by the deposit and withdrawal processing means ,
The control means is inputted with calculating the deposit amount data for today by the deposit / withdrawal processing means with respect to the cash inserted into the depositing section with the processing object identification data being input to the input means. The cash corresponding to the change amount data for the next business day set in advance for the processing target identification data is allocated to the withdrawal unit, and the non-corresponding cash is allocated to the receiving unit and is inserted into the deposit unit. For cash, after the calculation of today's deposit amount data by the deposit / withdrawal processing means is completed, the shortage corresponding to the monetary reserve amount data for the next business day preset for the input processing target identification data The cash-in / out-of-sales processing system is characterized in that the cash is withdrawn from the storage unit to the withdrawal unit by the deposit / withdrawal processing means . Wherein the change fund amount data set for each processing object identification data, entering-dispensing process means the sales proceeds deposit-according to claim 1, wherein it is pre-settable by the management means separate Change processing system for change reserve. 3. The sales receipt / change reserve according to claim 1 or 2, wherein the change reserve amount data set for each processing target identification data is selected and set from a plurality of predetermined patterns. Withdrawal simultaneous processing system. Any one of claims 1 to 3, characterized in that it comprises a retractable change fund rocker change funds paid out to the dispensing unit while being opened and closed controlled by an input of the processing target identification data System for simultaneous processing of deposits and changes in sales reserves as described in the section. The withdrawal by the deposit / withdrawal processing means of cash corresponding to the change amount data for the next business day set in advance for the processing object identification data in a state where the processing object identification data is input to the input means Alarm generating means for generating an alarm when the opening / closing control associated with the input of the same processing target identification data as the input of the processing target identification data input to the change reserve locker is not executed within a predetermined time after the delivery to the section; 5. The system for simultaneously processing sales receipts / changes reserves / withdrawals according to claim 4, further comprising: The withdrawal by the deposit / withdrawal processing means of cash corresponding to the change amount data for the next business day set in advance for the processing object identification data in a state where the processing object identification data is input to the input means An alarm generating means for generating an alarm when an operation input at the time of loading the change reserve is not made in the cash register apparatus corresponding to the input processing target identification data within a predetermined time after the feeding to the section; 4. The system for simultaneously processing sales receipts / changes and withdrawals according to any one of claims 1 to 3 . An alarm is issued if the input change reserve amount data input when the change reserve is loaded into the register device does not match the change reserve amount data for the next business day preset for the processing target identification data of the register device. 7. The simultaneous processing system for depositing and changing sales proceeds / dispensing reserves according to any one of claims 1 to 6 , further comprising alarm generating means for generating.

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