JP6613039B2 - Money management system, money handling main unit and money management method - Google Patents

Description

The present invention relates to a money management system, a money processing main body apparatus, and a money management method capable of moving money between a cashier and a cash management apparatus disposed in a branch office of a financial institution or the like or in a money processing main body apparatus . About.

  Traditionally, sales offices such as banks and other financial institutions store devices called “teller machines” where cashiers and cashiers deposit and withdraw money, and cashiers collect money collected from cashiers. An apparatus called “cash management apparatus” is often provided.

  This teller machine bundles rose coins, coins packaged in units of 50 in denominations (hereinafter referred to as “bars”), rose bills, and 100 in denominations by banding. Bills (hereinafter referred to as “bundle bills”) are stored. For example, if there is a situation where there is a shortage of coins of a certain denomination when the contact person performs the contact work, a bar of the desired denomination is withdrawn from the cashier by the operation of this contact person. .

  In addition, when the money stored in the storage unit of the teller machine is in a so-called near-full state (excessive state), the teller and clerk withdraws surplus money from the teller machine, and the withdrawn money is also withdrawn. The cashier will deposit the money into the cash management device. Alternatively, the cashier moves the surplus money to another storage unit that can be stored in the cashier.

  Here, withdrawing money from the cashier and depositing money into the cash management device are usually performed manually by the cashier, so the money withdrawn from the cashier is correctly deposited into the cash management device. A technique for verifying whether or not the processing has been performed is known. For example, in Patent Document 1, a receipt printed with a linkage number is issued when money is withdrawn from a cashier, and the linkage number is input when depositing the dispensed money into a cash management apparatus. A technique for acquiring a withdrawal amount corresponding to a linkage number from a cashier and verifying consistency with the deposit amount to a cash management apparatus is disclosed.

Patent No. 5442399

  However, if the money stored in the storage unit of the cashier is moved to the cash management device for reasons such as avoiding the near-full state of the cashier storage unit, all the money withdrawn from the cashier is transferred to the cash management device. In spite of depositing, there is a problem that the person in charge of moving the money must perform the withdrawal instruction operation with the cashier and the depositing instruction operation with the cash management device separately, which is inefficient. Also, for example, when taking out the bar metal when there are few rose coins in the teller machine and replenishing it as rose coins, the teller performs an instruction to collect the bar from the teller machine and wraps the removed bar metal. It is necessary to perform the deposit instruction operation by solving the above. Since the above operation is normally performed manually by a cashier, there is a problem that it is unclear whether or not the money withdrawn from the cashier is correctly deposited into another storage unit in the cashier.

  Specifically, according to Patent Document 1, a person who moves money deposits money by inputting a cooperation number printed on a receipt issued by a cashier in a deposit instruction operation in the cash management apparatus. Although the trouble of inputting the quantity of money denomination etc. is reduced, the trouble of inputting the linkage number cannot be omitted. In addition, the person in charge of moving money selects an authentication operation such as reading his / her ID card with a cash management device and entering a personal identification number before entering the linkage number, or selecting a deposit process on the menu screen, etc. Must be operated.

  Therefore, how to smoothly and efficiently move money between cashiers and cash management devices installed in financial institutions and other sales offices, and when moving money in cashiers. Moving money is an important issue.

The present invention has been made in order to solve the above-described problems of the prior art, and is provided between a cashier and a cash management apparatus or a money handling main unit disposed in a sales office such as a financial institution. It is an object of the present invention to provide a money management system, a money processing main unit, and a money management method capable of moving money smoothly and efficiently. In addition, the money management apparatus shown below is an apparatus that can deposit and withdraw money including a cashier and a cash machine used alone.

In order to solve the above-described problems and achieve the object, the present invention provides a money handling main unit that counts money, and a money processing unit that is communicably connected to the money processing main unit and stores money. In the management system, the money processing main unit includes: a storage unit that stores the counted money; a storage destination specifying unit that specifies a movement destination of the money stored in the storage unit; and the storage destination specifying unit. if the money handling apparatus is designated as the destination, and transmission means for transmitting the counting information according to the result of counting money in the money handling apparatus, the money handling apparatus, transmitted from the money handling main unit Receiving means for receiving the counted information, quantity specifying means for specifying the quantity of money stored in the money handling apparatus, the counting information received by the receiving means, and the quantity specifying means Characterized by comprising a determining means for determining consistency between more particular housed the money quantities.

Further, in the above invention, before Symbol transmitting means, when the number of non-zero as a money quantity that housed in the housing portion of the money handling apparatus is designated by said receiving destination specifying means, said housing The quantity of money stored in the money handling apparatus designated by the first designation means is transmitted to the money handling apparatus as the counting information.

  Also, the present invention is characterized in that, in the above invention, the counting information includes information on a total amount of money counted or information on a total amount of money stored in the money handling apparatus designated by the storage destination designating means. To do.

  Also, in the present invention according to the above-mentioned invention, the counting information includes information on a quantity of money counted according to a money type or a quantity of money money stored in the money handling apparatus designated by the storage destination designating means. It is characterized by that.

  Further, the present invention is the above invention, wherein the money handling main unit further comprises a counting money identification information acquisition means for acquiring identification information of the counted money, and the transmission means is acquired by the counting money identification information acquisition means. The counting information including the counted money identification information is transmitted to the money handling apparatus, and the money handling apparatus obtains stored money identification information acquisition means for acquiring identification information of money stored in the money handling apparatus, Identification information coincidence determining means for determining whether or not the identification information of money included in the counting information received by the receiving means and the identification information of stored money acquired by the stored money identification information acquiring means match. It is further provided with a feature.

  Further, the present invention is the above invention, wherein the money handling apparatus is not storing money according to the counting information even after a predetermined time has elapsed since the receiving means received the counting information. In addition, it is further characterized by further comprising notification means for notifying that the storage has not been completed.

Further, the present invention is a money handling main body apparatus having a rose coin storage part and a bar metal storage part, and a destination designation means for instructing to move coins from the bar metal storage part to the rose coin storage part, wherein the coin-roll collecting means for collecting the specified coin in the destination designating means, and a recovery quantity specifying means for specifying the number of coins forming the stacked coin to be collected by the coin collecting means, said coin bar recovery means solve packaging coin rolls recovered by, and roses coin storing means for storing the loose coins accommodating portion, and accommodating the quantity specifying means for specifying the number of loose coins to be accommodated by the loose coins containing means, the recovery It is characterized by comprising determination means for determining the consistency between the quantity of coins constituting the collected bar metal specified by the quantity specifying means and the quantity of loose coins specified by the stored quantity specifying means.
Further, the present invention is a money handling main body apparatus having a rose coin storage part and a bar metal storage part, and a destination designation means for instructing to move coins from the rose coin storage part to the bar metal storage part, Collected by the rose coin collecting means for collecting the rose coin designated by the destination designation means, the collected quantity identifying means for identifying the quantity of the rose coins collected by the rose coin collecting means, and collected by the rose coin collecting means. A bar metal storage means for wrapping the loose coins into a bar metal, and storing it in the bar metal storage part; a storage quantity specifying means for specifying the quantity of coins forming the bar metal stored by the bar metal storage means; And a determination means for determining consistency between the number of recovered coins specified by the recovery quantity specifying means and the quantity of coins forming a bar metal specified by the stored quantity specifying means. Do
Further, the present invention is a money handling main unit having a loose banknote storage part and a bundled banknote storage part, and a destination designation means for instructing to move a banknote from the bundled banknote storage part to the loose banknote storage part, A bundled banknote collecting unit for collecting the bundled banknote designated by the movement destination designating unit, a collection quantity specifying unit for identifying the quantity of banknotes constituting the bundled banknote collected by the bundled banknote collecting unit, and the bundled banknote collecting unit Unwrapping the bundled banknotes collected by the above, and storing them in the loose banknote storage unit, stored quantity specifying means for specifying the number of loose banknotes stored by the loose banknote storage means, and the recovery A determination means for determining consistency between the quantity of banknotes constituting the bundled banknotes identified by the quantity identification means and the number of loose banknotes identified by the stored quantity identification means is provided. To.
Further, the present invention is a money handling main body device having a loose banknote storage part and a bundled banknote storage part, and a destination designation means for instructing to move a banknote from the loose banknote storage part to the bundled banknote storage part, Collected by the rose banknote collection means for collecting the loose banknotes designated by the destination designation means, the collected quantity specifying means for identifying the number of loose banknotes collected by the loose banknote collection means, and collected by the loose banknote collection means A bundled banknote for packaging a bundled banknote, storing the bundled banknote in the bundled banknote storage unit, and a storage quantity specifying unit for specifying the number of banknotes forming the bundled banknote stored in the bundled banknote storage unit; Judgment means for judging consistency between the quantity of the collected banknotes specified by the collection quantity specifying means and the quantity of banknotes constituting the bundled banknote specified by the stored quantity specifying means. And wherein the door.

Further, the present invention provides a money processing main unit for counting money and storing money, and a monetary processing connected to the money processing main unit so as to be communicable, storing money and detecting the quantity of stored money. A money management system including an apparatus, a storage means for storing a quantity of money stored in the money processing main body apparatus and a quantity of money stored in the money processing apparatus, and the money processing main body apparatus Storage destination moving means for designating the destination of the money stored in the storage, counting result acquisition means for counting the money designated by the storage destination moving means and obtaining the counted result, and the money processing apparatus. Storage quantity acquisition means for acquiring the detected quantity of stored money, and storage in the storage means based on the count result acquired by the count result acquisition means The amount of money stored in the money processing main unit is updated and stored in the storage unit based on the amount of money detected by the money processing device acquired by the storage amount acquisition unit. Updating means for updating the quantity of money stored in the money handling apparatus.

The present invention also relates to a money management system including a money handling main body device that counts money and stores money in a storage unit , and a money processing device that is communicably connected to the money processing main body device and stores money. A money management method, wherein a storage destination designating step for designating a movement destination of money stored in the storage unit, and when the money processing apparatus is designated as a movement destination by the storage destination designation step, the money A transmission step of transmitting counting information related to a result of counting money in the processing main unit to the money processing device; a receiving step of receiving the counting information transmitted by the transmission step of the money processing device; and the money processing. A quantity specifying step for specifying the quantity of money stored in the apparatus; the counting information received by the receiving step; and the quantity characteristic. Step By wherein the containing and determining steps consistency with specified housed the money quantities.

According to the onset bright, it can be moved smoothly and efficiently money within the money handling main unit which is disposed branches such as financial institutions.

FIG. 1 is a diagram for explaining the outline of the money transfer process from the teller machine to the cash management apparatus according to the first embodiment. FIG. 2 is a perspective view illustrating an external configuration of a teller machine and a cash management device included in the money management system according to the first embodiment. FIG. 3 is a diagram for explaining a logical configuration inside the loose banknote processing unit and the bundled banknote processing unit according to the first embodiment of the teller machine illustrated in FIG. 2. FIG. 4 is a diagram for explaining a logical configuration inside the loose coin processing unit and the wrapping coin processing unit according to the first embodiment of the teller machine illustrated in FIG. 2. FIG. 5 is a block diagram illustrating a functional internal configuration according to the first embodiment of the teller machine illustrated in FIG. 2. FIG. 6 is a diagram illustrating a data configuration according to the first embodiment of the teller machine illustrated in FIG. 5. FIG. 7 is a diagram illustrating a physical configuration according to the first embodiment of the banknote storage drawer of the cash management apparatus illustrated in FIG. 2. FIG. 8 is a diagram illustrating a physical configuration according to the first embodiment of the coin storage drawer of the cash management apparatus illustrated in FIG. 2. FIG. 9 is a block diagram illustrating a functional internal configuration according to the first embodiment of the cash management apparatus illustrated in FIG. 2. FIG. 10 is a diagram illustrating a data configuration according to the first embodiment of the cash management apparatus illustrated in FIG. 9. FIG. 11 is a diagram for explaining a pattern of movement of banknotes according to the first embodiment between the teller machine and the cash management apparatus illustrated in FIG. 2. FIG. 12 is a diagram for explaining a pattern of coin movement according to the first embodiment between the teller machine and the cash management apparatus illustrated in FIG. 2. FIG. 13 shows the screen configuration and screen transition related to the movement of money stored in the cashier to the cash management apparatus in the cashier shown in FIG. It is a figure for demonstrating as an example the screen structure and screen transition which are displayed at the time of the process which moves a bar to the bar storage part of a teller machine, and the coin storage drawer of a cash management apparatus. FIG. 14 is a flowchart illustrating a processing procedure of money transfer processing from the teller machine to the cash management apparatus according to the first embodiment performed by the teller machine illustrated in FIG. 2. FIG. 15 is a flowchart illustrating a processing procedure of money transfer processing from the teller machine to the cash management apparatus according to the first embodiment performed by the cash management apparatus illustrated in FIG. 2. FIG. 16 shows a process of accepting the deposit of loose coins according to the first embodiment performed by the cashier shown in FIG. 2, creating a bar, and storing the created bar in the coin storage drawer of the cash management apparatus. It is a flowchart which shows a process sequence. FIG. 17 is a flowchart illustrating a processing procedure of money transfer processing from the teller machine to the cash management apparatus according to the second embodiment performed by the teller machine. FIG. 18 is a flowchart illustrating a processing procedure of money transfer processing from the teller machine to the cash management device according to the second embodiment performed in the cash management device.

Exemplary embodiments of a money management system, a money handling main body apparatus, and a money management method according to the present invention will be described below in detail with reference to the accompanying drawings.

  First, the outline | summary of the movement process of the money from the teller machine 100 which concerns on Example 1 to the cash management apparatus 200 is demonstrated using FIG. The wrapping coin processing unit 140 of the teller machine 100 includes a bar metal storage unit 142 for storing a denominated bar metal so that it can be paid out, and a bar metal batch for storing a bar metal that does not fit in the bar metal storage unit 142 by denomination mixing. The bar 143 is provided with a storage part 143, and the bar stored in the bar metal batch storage part 143 cannot be used for payout. In FIG. 1, regarding the process of moving money between the teller machine 100 and the cash management apparatus 200 via a manual operation, the bar money stored in the bar metal batch storage unit 143 of the teller machine 100 is used as the coin of the cash management apparatus 200. The outline of the process of moving to the storage drawers 213 and 214 will be described as an example.

  As shown in FIG. 1, the teller machine 100 includes a control device 10, a loose bill processing unit 110, a bundled bill processing unit 120, a loose coin processing unit 130, and a wrapping coin processing unit 140, and the control device 10 controls the whole. doing. Further, the control device 10 manages the amount of money stored in the loose banknote processing unit 110, the bundled banknote processing unit 120, the loose coin processing unit 130, and the wrapping coin processing unit 140. Moreover, the control apparatus 10 is connected to the cash management apparatus 200 so that data communication is possible.

  The control device 10 accepts an instruction operation to move all of the bars stored in the bar metal batch storage unit 143 of the wrapping coin processing unit 140 of the teller machine 100 to the coin storage drawers 213 and 214 of the cash management device 200. If so, the electromagnetic lock is released so that the bar can be removed from the bar metal batch storage unit 143 of the wrapping coin processing unit 140, and the type of the bar metal stored in the bar metal batch storage unit 143 Specify the number of

  In the example illustrated in FIG. 1, the number of the types of bar metal to be taken out from the bar metal batch storage unit 143 is obtained from the packaging coin processing unit 140. As described above, the quantity of money to be taken out may be acquired by the function of detecting the quantity to be taken out, such as the counting function of the movement source device, but when all the money stored in the storage unit is moved. May specify the quantity to be taken out based on the money balance information for each storage unit managed in the control device 10. In this case, the wrapping coin processing unit 140 does not have a mechanism for recounting the number of types of bar metal stored in the bar metal batch storage unit 143. The quantity to be taken out is specified in the control device 10 based on the high information.

  If the amount of money taken out from the storage unit at the movement source is acquired, the control device 10 specifies the storage request money amount to be stored in the cash management device 200 based on the acquired money amount, and the storage request A money storage request including the amount of money is transmitted to the cash management apparatus 200, and the money amount information managed for each storage unit is updated according to the amount of money taken out, and the process is terminated.

  Upon receipt of the money storage request, the cash management apparatus 200 can release the electromagnetic lock of the coin storage drawers 213 and 214 in accordance with the received money storage request and store the bars taken out from the bar metal batch storage unit 143. State. The cash management apparatus 200 detects the amount of money type of the stored bar metal when the bar metal is stored in the coin storage drawers 213 and 214.

  The cash management apparatus 200 determines the amount of money requested for storage included in the money storage request received from the cashier 100 and the amount of the money type of the bar detected when the bar is stored in the coin storage drawers 213 and 214. Based on this, it is determined whether or not the money corresponding to the money storage request has been stored. If it is determined that the money corresponding to the money storage request has been stored, the cash management apparatus 200 updates the amount of money in the apparatus managed inside the apparatus and ends the process. On the other hand, when it is determined that the amount of the bar stored in the coin storage drawers 213 and 214 does not match the amount of money corresponding to the money storage request, the fact is notified, and the money storage corresponding to the money storage request is stored. Wait for. In addition, when the storage of money corresponding to the money storage request is incomplete, and a predetermined time has elapsed since the receipt of the money storage request, an alert that the storage of money corresponding to the money storage request has not been completed is notified. Then, storage of money corresponding to the money storage request is awaited.

  In the example of FIG. 1, the case where money is transferred from the cashier 100 to the cash management apparatus 200 is described as an example. However, the present invention is not limited to the case where money is transferred between the apparatuses. In a case where money is moved in the teller machine 100, it may be possible to confirm the coincidence between the quantity taken out and the quantity stored.

  As described above, when money is transferred manually between the cashier 100 and the cash management apparatus 200 or in the cashier 100, the source apparatus acquires the quantity of money taken from the source. The amount of money stored in the destination is specified based on the acquired amount of money, the money storage request including the amount of money stored in the specified destination is transferred to the destination device, and the destination device is The amount of money stored is specified and verified whether it matches the amount of money stored in the destination included in the money storage request, and money is stored even after a predetermined time has passed since the money storage request was received. Since the alert notification is made when the storage of money for the amount of money stored in the destination included in the request is not completed, the teller machine 100 and the cash management apparatus 200 arranged in a branch office of a financial institution or the like. Between Bill can be a moving smoothly and efficiently.

  Next, the external configuration of the teller machine 100 and the cash management apparatus 200 included in the money management system according to the first embodiment will be described with reference to FIG. As shown in FIG. 2, the teller machine 100 and the cash management apparatus 200 are connected to each other via a communication line so that data communication is possible.

  First, the external configuration of the teller machine 100 shown on the right side of FIG. 2 will be described. The teller machine 100 includes, in order from the left side, a bundled bill processing unit 120, a loose bill processing unit 110, a wrapping coin processing unit 140, and a loose coin processing unit 130.

  The bundled banknote processing unit 120 includes a bundled banknote deposit / withdrawal port 121 that accepts a bundled banknote to be deposited and dispenses a bundled banknote to be dispensed, and a bundled bank discharge port 126 that dispenses the bundled banknote to the lower front part. . The rose banknote processing unit 110 includes a rose banknote deposit port 111 that accepts rose banknotes deposited in the upper front portion, and a rose banknote dispensing port 117 that dispenses rose banknotes dispensed on the upper surface. The wrapping coin processing unit 140 is provided with a bar dispensing outlet 144 for dispensing a bar to be dispensed at the upper front. The rose coin processing unit 130 includes a rose coin dispensing port 137 for dispensing rose coins to be dispensed to the upper left of the front surface, a rose coin depositing port 131 for receiving rose coins that are opened upward on the upper surface, and a lower front portion A reject unit 134 for discharging coins that could not be identified among the rose coins inserted into the rose coin deposit slot 131;

  In addition, the external printer 14, the display unit 11, the control device 10, the ID card reader 13, and the outside box 15 are arranged on the back side of the surface constituted by the upper surfaces of the packaging coin processing unit 140 and the loose coin processing unit 130. . An operation unit 12 is arranged in front of the display unit 11.

  The external printer 14 is an output unit for outputting processing contents and the like in the teller machine 100 to a paper medium. The ID card reader 13 is an input unit for reading information on a person in charge card of an operator who operates the teller machine 100. The outside box 15 is a box for storing securities other than cash.

  The display unit 11 and the operation unit 12 are connected to the control device 10. The operation unit 12 is a keyboard and is an input unit that receives an instruction operation to the control device 10, and the display unit 11 is a touch-type display that displays an input screen, a processing result, and the like related to processing of the control device 10.

  The control device 10 is connected to the bundled banknote processing unit 120, the bulky banknote processing unit 110, the wrapping coin processing unit 140, the bulky coin processing unit 130, the external printer 14, and the outside box 15, and instructs processing of these devices. Do. Moreover, the control apparatus 10 is the money accommodated in each apparatus for every bundle banknote process part 120 connected to the control apparatus 10, the loose banknote process part 110, the packaging coin process part 140, and the loose coin process part 130. To manage the amount of money in stock.

  Next, the external configuration of the cash management apparatus 200 shown on the left side of FIG. 2 will be described. The cash management apparatus 200 stores and stores a banknote storage drawer 211 that stores and stores 10,000-yen banknotes, a banknote storage drawer 212 that stores and stores banknotes of other denominations, and coins of 100 yen, 10 yen, and 1 yen. It has a coin storage drawer 213, a coin storage drawer 214 for storing and storing coins of 500 yen, 50 yen and 5 yen, and a reserve storage drawer 215 into which securities other than cash can be input.

  The cash management apparatus 200 includes an operation unit 202 that is a keyboard that receives an instruction operation to the cash management apparatus 200, and a display unit 201 that is a display that displays an input screen, a processing result, and the like related to processing of the cash management apparatus 200. And an ID card reader 203 for reading information on a person in charge card for an operator who operates the cash management apparatus 200.

  Next, the logical configuration inside the loose banknote processing unit 110 and the bundled banknote processing unit 120 according to the first embodiment of the teller machine 100 illustrated in FIG. 2 will be described with reference to FIG.

  First, the structure which concerns on the deposit processing of the rose banknote in the rose banknote process part 110 is demonstrated. The loose bills inserted into the loose bill deposit port 111 are transported to the deposit recognition unit 112 that identifies the denomination, authenticity, and correctness. The rose banknote determined by the deposit identification unit 112 as not a genuine note or a non-performing bill is conveyed to the reject unit 114. The loose banknotes conveyed to the reject unit 114 are collected in a state where they can be taken out from the operator. In addition, the rose banknotes that are determined to be genuine and not damaged by the deposit identifying unit 112 are conveyed to the temporary storage unit 113. The number of denominations of the rose banknotes conveyed to the temporary storage unit 113 is displayed on the display unit 11 or the like, and when the operator's confirmation operation is received by the operation unit 12 or the like, the rose banknotes accumulated in the temporary storage unit 113 are separated. It is stored in the bill storage unit 115. The loose banknote storage unit 115 has a storage unit for storing money types and a storage unit for storing mixed denominations. When the denomination storage unit is not full, the received banknotes are stored in the denomination storage unit, but when the corresponding denomination storage unit is full, the mixed money It will be stored in a storage unit that stores seed rose banknotes. The temporary holding unit 113 also has a denomination holding unit and a mixed denomination holding unit so as to correspond to each storage unit of the loose banknote storage unit 115. Further, in the state where the loose banknote is held in the temporary storage unit 113, when the return operation is performed by the operation unit 12 or the like, the lock is released so that the temporary storage unit 113 can be taken out from the outside.

  Next, the structure which concerns on the withdrawal process of the rose banknote in the rose banknote process part 110 is demonstrated. The money type storage part 115 of the rose banknote storage part 115 is a storage part for storing the received rose banknotes, and is also a storage part for storing the rose banknotes for withdrawal. Used as a rose bill for gold. Since the rose banknotes stored in the storage unit of the mixed denomination of the rose banknote storage unit 115 are not used for withdrawal, the full state of the denomination storage unit is eliminated when used for withdrawals. It must be reloaded into the denomination compartment. When the loose banknote processing unit 110 accepts an instruction to withdraw a loose banknote, the loose banknote according to the instruction is drawn out from the loose banknote storage unit 115 based on the received instruction, and the correctness of the denomination is determined by the withdrawal identification unit 116. After the determination, it is conveyed to the rose bill withdrawal port 117. A banknote whose denomination could not be determined by the withdrawal identifying unit 116 or a banknote determined to be incorrect is conveyed to the withdrawal reject box 118.

  Next, the structure which concerns on the banknote deposit process in the bundle banknote process part 120 is demonstrated. The bundled bills inserted into the bundled bill deposit / withdrawal port 121 are transported to the bundle identifying unit 122, the denomination of the bundled bills is identified, and the bundled bill storing unit including a denomination storing unit according to the identification result. 123. The bundled bill storage unit 123 includes a denomination storage unit and a storage unit that stores a mixed denomination bundle banknote stored when the corresponding denomination storage unit is full. The bundled bill storage unit 123 is a storage unit that stores the bundled banknotes that are deposited, and is a storage unit that stores the bundled banknotes for withdrawal, and the bundled banknotes that are deposited are used as bundled banknotes for withdrawal. Used at reflux.

  Next, the structure which concerns on the withdrawal processing of the bundle banknote in the bundle banknote process part 120 is demonstrated. When the bundle bill processing unit 120 accepts an instruction to withdraw the bundle bill, the bundle bill corresponding to the received instruction is taken out from the bundle bill storage unit 123 and the correctness of the denomination is determined by the bundle identification unit 122. It is conveyed to the bundled bill deposit / withdrawal port 121 or the bundled bill discharge port 126 above.

  Next, the structure which concerns on the process which binds a loose banknote as a bundle by a band seal is demonstrated. First, a configuration related to an example of a process of binding 100 rose banknotes stored in the rose banknote storage unit 115 of the rose banknote processing unit 110 with a band seal and storing them in the bundled banknote storage unit 123 will be described. The loose banknote processing unit 110 carries out 100 denominated banknotes from the loose banknote storage unit 115, confirms the denomination by the withdrawal identification unit 116, and conveys it to the stacker 119. If 100 loose banknotes of the denomination designated by the stacker 119 are stacked, the 100 stacked banknotes are delivered to the bundle transport unit 125. The bundle conveyance unit 125 is a conveyance unit that collectively conveys the banknotes stacked on the stacker 119 of the bulk banknote processing unit 110 to the binding unit 124 of the bundle banknote processing unit 120. The binding unit 124 binds the 100 loose banknotes conveyed from the stacker 119 with a band seal. The bundled bills bound by the binding unit 124 are stored in the bundled bill storage unit 123 after the denomination is confirmed by the bundle identification unit 122.

  In addition to creating a bundled banknote using a bulky banknote stored in the bulky banknote storage unit 115, a banknote inserted into the bulky banknote slot 111 can be used. In the case of creating a bundled banknote using the banknotes inserted into the loose banknote deposit slot 111, the banknotes inserted into the bulk banknote deposit slot 111 are stored in the stacker 119 after the deposit identification unit 112 determines the denomination, authenticity, and correctness. If it is directly conveyed and accumulated in the stacker 119, it is delivered to the bundling unit 124 via the bundle conveyance unit 125. Further, the generated bundled banknotes can be not only stored in the bundled banknote storage unit 123 but also conveyed to the bundled banknote deposit / withdrawal port 121 or the bundled banknote discharge port 126 for payment.

  Next, the internal logical configuration of the loose coin processing unit 130 and the wrapping coin processing unit 140 according to the first embodiment of the teller machine 100 illustrated in FIG. 2 will be described with reference to FIG.

  First, the structure which concerns on the deposit process of the rose coin in the rose coin process part 130 is demonstrated. The loose coins inserted into the loose coin deposit slot 131 are conveyed to an identification unit 132 that identifies the denomination, authenticity, and fitness. The loose coins that are determined not to be a true coin or a damaged coin by the identification unit 132 are conveyed to the reject unit 134. The loose coins conveyed to the reject unit 134 are discharged into a state where they can be taken out from the operator. Also, the rose coins that are determined to be genuine and not lost in the identification unit 132 are conveyed to the temporary storage unit 133. The number of denominations of the rose coins conveyed to the temporary holding unit 133 is displayed on the display unit 11 or the like, and when a confirmation operation by the operator's operation unit 12 or the like is accepted, the rose coins transferred to the temporary holding unit 133 is It is stored in the rose coin storage unit 136. The bulk coin storage unit 136 includes a storage unit that stores money by denomination and a storage unit that stores a mixed denomination. If the denomination storage unit is not full, the received coins are stored in the denomination storage unit, but if the corresponding denomination storage unit is full, the mixed money It is stored in a storage unit that stores seed rose coins. The temporary storage unit 133 also includes a denomination storage unit and a mixed denomination storage unit so as to correspond to the storage units of the rose coin storage unit 136. Further, when a return operation is performed by the operation unit 12 or the like in a state where the loose coins are held in the temporary storage unit 133, the loose coins held in the temporary storage unit 133 are moved to the return box 135. The return box 135 is a box for storing loose coins that can be taken out from the outside.

  Next, the structure which concerns on the withdrawal process of the rose coin in the rose coin process part 130 is demonstrated. The money type storage part 136 of the rose coin storage part 136 is a storage part for storing the received rose coins and a storage part for storing the rose coins for withdrawal. Used as a rose coin for gold. Since the rose coins stored in the storage unit of the mixed denomination of the rose coin storage unit 136 are not used for the withdrawal, the full state of the denomination storage unit is eliminated when used for the withdrawal. Then, it must be reloaded into the denomination storage. When the rose coin processing unit 130 receives an instruction to withdraw a rose coin, the corresponding rose coin is paid out from the rose coin storage unit 136 based on the received instruction and is conveyed to the rose coin dispensing port 137.

  Next, the structure which concerns on the withdrawal processing of the bar metal in the packaging coin process part 140 is demonstrated. The wrapping coin processing unit 140 includes a bar metal storage unit 142 that stores bar metal according to denomination and a bar metal batch that stores bar metal by denomination mixing when the bar metal storage unit 142 corresponding to the denomination is full. A storage unit 143. When the packaging coin processing unit 140 receives an instruction to withdraw a bar, the wrapping coin processing unit 140 carries out the bar according to the instruction from the bar metal storage unit 142 based on the received instruction and transports the bar to the bar metal withdrawal port 144. Note that the wrapping coin processing unit 140 described in the present embodiment does not support a bar metal deposit process.

  Next, the structure which concerns on the process which produces the bar metal which wrapped the rose coin in the cylinder shape for every money type by 50 sheets is demonstrated. First, a description will be given of a configuration related to an example in which a bar is created using 50 rose coins stored in the rose coin storage unit 136 of the rose coin processing unit 130 and stored in the bar storage unit 142. To do. The bulk coin processing unit 130 pays out 50 coins of the denomination designated from the bulk coin storage unit 136, and wraps the packaging coin processing unit 140 via a transport unit straddling the bulk coin processing unit 140 from the bulk coin processing unit 130. Delivered to unit 141. The 50 coins transported to the packaging unit 141 are packaged in a cylindrical shape to form a bar and stored in the corresponding denomination bar metal storage part 142. However, when the corresponding denomination bar metal storage part 142 is full, it is transported and stored in the bar metal batch storage part 143.

  In addition to the method of creating a bar metal using the rose coins stored in the rose coin storage unit 136, it is also possible to create a bar using a coin inserted into the rose coin deposit slot 131. In the case of creating a bar using the coins inserted into the rose coin deposit slot 131, the coins inserted into the rose coin deposit slot 131 are determined by the identification unit 132 after the denomination, authenticity, and correctness are determined. It is delivered from 130 to the packaging unit 141 of the packaging coin processing unit 140 via a conveying means straddling the packaging coin processing unit 140. Further, the created bar can be not only stored in the bar metal storage part 142 or the bar metal batch storage part 143 but also transferred to the bar metal withdrawal port 144 and paid out.

  Next, the functional internal structure which concerns on Example 1 of the teller machine 100 shown in FIG. 2 is demonstrated. FIG. 5 is a block diagram illustrating a functional internal configuration of the teller machine 100 according to the present embodiment.

  As shown in FIG. 5, the teller machine 100 includes a control device 10, a display unit 11 connected to the control device 10, an operation unit 12, an ID card reader 13, an external printer 14, an outside box 15, a loose bill processing unit. 110, a banknote processing unit 120, a loose coin processing unit 130, and a wrapping coin processing unit 140. In the description of FIG. 5, description of the devices connected to the control device 10 described in FIG. 1 or FIG. 2 is omitted, and a functional internal configuration of the control device 10 will be mainly described.

  The control device 10 is a device that controls the entire teller machine 100, and includes a communication unit 16, a storage unit 17, and a control unit 18. The communication unit 16 is an interface unit for performing data communication with the cash management apparatus 200.

  The storage unit 17 is a storage device such as a hard disk device or a non-volatile memory, and includes processing history data 17a, loose banknote currency data 17b, bundled bank currency data 17c, loose coin currency data 17d, and wrapping coin currency data 17e. Have The process history data 17a is data in which a history of processes such as deposits and withdrawals performed by the cashier 100 is recorded.

  The loose banknote balance data 17b includes the number of banknotes of the denomination stored in the denomination storage unit of the rose banknote storage unit 115 of the rose banknote processing unit 110 and the denomination stored in the storage unit of the mixed denomination. Including the number of bills. The bundled banknote data 17c includes the number of denominated bundled banknotes stored in the denominated storage unit of the bundled banknote storage unit 123 of the bundled banknote processing unit 120 and the gold stored in the mixed denomination storage unit. And the number of banknotes of the type. The rose coin balance data 17d includes the number of coins of the denomination stored in the denomination storage unit of the rose coin storage unit 136 of the rose coin processing unit 130 and the denomination stored in the storage unit of the mixed denomination. Including the number of coins. The wrapping coin balance data 17e includes the number of denominations stored in the bar storage unit 142 of the wrapping coin processing unit 140, and the number of denominations stored in the bar collective storage unit 143. including.

  The control unit 18 is a control unit that controls the control device 10, and thus the entire cashier 100, and includes a deposit / withdrawal processing unit 18a, a collection / replenishment processing unit 18b, and a money transfer processing unit 18c. In practice, programs corresponding to these functional units are stored in a ROM or non-volatile memory (not shown), and these programs are loaded into a CPU (Central Processing Unit) and executed, whereby processes corresponding to the respective programs are stored. Will be executed.

  The deposit / withdrawal processing unit 18a receives instructions for depositing / withdrawing rose bills, bundled bills, rose coins, and metal bars with respect to the cashier 100 by operating the operation unit 12 or the like, and according to the received instructions, the rose bill processing unit 110, The money processing unit to be connected such as the bundled bill processing unit 120, the loose coin processing unit 130, and the wrapping coin processing unit 140 is controlled to control the instructed deposit / withdrawal process.

  The collection / replenishment processing unit 18b collects rose banknotes, bundled banknotes, rose coins, and metal bars stored in the bulk banknote processing unit 110, the bundled banknote processing unit 120, the bulky coin processing unit 130, and the packaging coin processing unit 140. And a banknote processing unit 110, a bundled banknote processing unit 120, a bulky coin processing unit 130, and a packing coin processing unit 140, a processing unit that controls the replenishment processing of bulky banknotes, bundled banknotes, bulky coins, and bars.

  The money movement processing unit 18c is a processing unit that controls a process of moving money between the teller machine 100 and the cash management apparatus 200 according to the present invention. A detailed processing procedure will be described later.

  The deposit / withdrawal processing unit 18a, the collection / replenishment processing unit 18b, and the money transfer processing unit 18c register each processing content in the processing history data 17a as a processing history. In addition, the deposit / withdrawal processing unit 18a, the collection / replenishment processing unit 18b, and the money transfer processing unit 18c, according to the respective processing, rose banknote amount data 17b, bundled bill amount data 17c, rose coin amount data 17d and packaging The coin balance data 17e is updated.

  Next, a data configuration according to the first embodiment of the teller machine 100 illustrated in FIG. 5 will be described with reference to FIG.

  The rose banknote balance data 17b includes the amount of money of the rose banknotes stored in the storage unit of the denomination of the rose banknote storage unit 115 of the rose banknote processing unit 110 and the denomination mixing of the rose banknote storage unit 115. The amount of money of the banknotes stored in the storage unit and the number of cases rejected in the withdrawal reject box 118 are included. In the example of the rose banknote balance data 17b in FIG. 6, the 4000 yen coins and “1500” 5000 yen tickets are stored in the money type storage unit 115 of the rose banknote storage unit 115 of the rose banknote processing unit 110. “3500” thousand yen tickets, “100” 10,000 yen tickets, “0” thousand yen tickets, “0” thousand yen tickets in the denomination storage section of the rose bill storage section 115 This indicates that “5” cases have been rejected in the withdrawal reject box 118.

  The bundled banknote amount data 17c includes the amount of money of the bundled banknotes stored in the storage unit of the denomination of the bundled banknote storage unit 123 of the bundled banknote processing unit 120 and the denomination mixing of the bundled banknote storage unit 123. The amount of money of the banknotes stored in the storage unit is included. In the example of bundled banknote amount data 17c in FIG. 6, a “20” bundle of 10,000 yen coupons and a “30” bundle of five thousand yen coupons in the money type storage unit of the bundled bill storage unit 123 of the bundled bill processing unit 120, “20” bundles of thousand yen tickets, “5” bundles of 10,000 yen tickets, “4” bundles of five thousand yen tickets, “0” bundles of thousand yen tickets It has been shown.

  The rose coin balance data 17d includes the amount of money of the rose coins stored in the storage unit of the denomination of the rose coin storage unit 136 of the rose coin processing unit 130, and the denomination of the denomination of the rose coin storage unit 136. The amount of money of the rose coins stored in the storage unit is included. In the example of the rose coin stock amount data 17d in FIG. 6, “600” pieces of 500 yen coins, “400” pieces of 100 yen coins, and “50 yen coins” are stored in the money type storage part 136 of the rose coin storage part 136 of the rose coin processing part 130. “400”, “500” 10-yen coins, “300” 5-yen coins, “500” 1-yen coins, “30” 500-yen coins in the denomination mixing unit of the rose coin storage unit 136, This indicates that “0” for 100 yen, “0” for 50 yen, “40” for 10 yen, “0” for 5 yen, and “200” for 1 yen are stored.

  The wrapping coin stock amount data 17e includes the stock amount of the bar metal in the bar metal storage unit 142 of the wrapping coin processing unit 140 and the stock amount of the bar metal stored in the bar metal batch storage unit 143. including. In the example of the wrapping coin balance data 17e in FIG. 6, the bar metal storage unit 142 of the wrapping coin processing unit 140 has “30” 500 yen bar, “20” 100 bar, and 50 yen coins. “15” bars, “50” 10 yen bars, “25” 5 yen bars, “30” 1 yen bars, 500 yen coins in the bar storage unit 143 "0" sticks, "0" sticks for 100 yen coins, "0" sticks for 50 yen coins, "5" sticks for 10 yen coins, "0" for 5 yen coins "" Indicates that "2" 1-yen bar is stored.

  Next, a physical configuration according to Example 1 of the banknote storage drawer 212 of the cash management apparatus 200 illustrated in FIG. 2 will be described with reference to FIG. Here, although the structure of the banknote storage drawer 212 is demonstrated, it is the same structure only in the money type of the banknote which also accommodates the banknote storage drawer 211 being different.

  As shown in FIG. 7, a banknote storage drawer 212 regularly stores and stores a bundle of banknotes of three types of denominations. In the example of FIG. 7, ten banknote storage containers 221 to 230 are arranged inside the banknote storage drawer 212, and the denomination of banknotes stored and stored for each container is determined. Moreover, the large bundle banknote which bundled 100 bundle banknotes for every 10 bundles may be stored and stored.

  On the bottom surface of the bill storage container 221, a load cell is provided as a measuring means for measuring the weight of a bundle of bills stored and stored in the bill storage container 221. The load cell is similarly provided also about the other banknote storage containers 222-230. With this configuration, it is possible to detect the amount of money by measuring the weight of money stored and stored for each denomination.

  Next, a physical configuration according to the first embodiment of the coin storage drawer 214 of the cash management apparatus 200 illustrated in FIG. 2 will be described with reference to FIG. Here, the configuration of the coin storage drawer 214 will be described, but the coin storage drawer 213 has the same configuration except that the coin denomination to be stored is different.

  As shown in FIG. 8, the coin storage drawer 214 regularly stores and stores coins of three kinds of denominations. In the example of FIG. 8, three coin storage containers 241 to 243 are arranged inside the coin storage drawer 214, and the denomination of the bar metal stored and stored for each container is determined. A load cell for measuring the weight of coins stored and stored in the coin storage containers 241 to 243 is provided on the bottom surfaces of the coin storage containers 241 to 243, and the amount of bar metal stored and stored for each denomination Can be detected.

  Next, the functional internal structure which concerns on Example 1 of the cash management apparatus 200 shown in FIG. 2 is demonstrated. FIG. 9 is a block diagram illustrating a functional internal configuration according to the first embodiment of the cash management apparatus 200.

  As shown in FIG. 9, the cash management apparatus 200 includes a display unit 201, an operation unit 202, an ID card reader 203, a notification unit 204, a communication unit 205, bill storage drawers 211 and 212, coin storage drawers 213 and 214, and preliminary storage. It has a drawer 215, a storage unit 206, and a control unit 207. In the description of FIG. 9, description of the parts described in FIG. 2, FIG. 7 and FIG. 8 is omitted, and the functional internal configuration of the cash management apparatus 200 other than that will be described.

  The notification unit 204 is a voice output unit for outputting a voice message to the operator. The communication unit 205 is an interface unit for data communication with the control device 10 of the teller machine 100.

  The storage unit 206 is a storage device such as a hard disk device or a non-volatile memory, and includes processing history data 206a and inventory data 206b. The processing history data 206a is data in which a history of bundled banknotes and metal bars taken in and out performed by the cash management apparatus 200 is recorded. The cash amount data 206b includes the number of banknotes of a denomination stored in the banknote storage drawers 211 and 212 and the coin storage drawers 213 and 214, and the number of bars.

  The control unit 207 is a control unit that controls the entire cash management apparatus 200, and includes a deposit / withdrawal processing unit 207a, a collection / replenishment processing unit 207b, and a money transfer processing unit 207c. Actually, programs corresponding to these functional units are stored in a ROM or a non-volatile memory (not shown), and these programs are loaded into the CPU and executed to execute processes corresponding to the programs. Become.

  The deposit / withdrawal processing unit 207a accepts an instruction for depositing / withdrawing bundled banknotes and bars from the cash management apparatus 200 by operating the operation unit 202 and the like, and the bill storage drawers 211 and 212 and the coin storage drawer 213 according to the received instructions. , 214 is released to enable the banknote storage drawers 211 and 212 and the coin storage drawers 213 and 214 to be loaded and unloaded.

  The collection / replenishment processing unit 207b collects bundled banknotes and metal bars stored in the banknote storage drawers 211 and 212 and the coin storage drawers 213 and 214, and bundles the banknote storage drawers 211 and 212 and the coin storage drawers 213 and 214. It is a process part which controls the replenishment process of a banknote and a bar.

  The money movement processing unit 207c is a processing unit that controls a process of moving a bundle of bills and a bar between the teller machine 100 and the cash management apparatus 200 according to the present invention. A detailed processing procedure will be described later.

  The deposit / withdrawal processing unit 207a, the collection / replenishment processing unit 207b, and the money transfer processing unit 207c register each processing content in the processing history data 206a as a processing history. Further, the deposit / withdrawal processing unit 207a, the collection / replenishment processing unit 207b, and the money transfer processing unit 207c update the cash amount data 206b according to the respective processes.

  Next, a data configuration according to the first embodiment of the cash management apparatus 200 illustrated in FIG. 9 will be described with reference to FIG.

  The cash balance data 206b includes the number of banknotes and the number of metal bars stored in the banknote storage drawers 211 and 212 and the coin storage drawers 213 and 214. In the example of the cash amount data 206b shown in FIG. 10, the banknote storage drawers 211 and 212 have a "80" bundle of 10,000 yen tickets, a "40" bundle of 5,000 yen tickets, a "60" bundle of thousand yen tickets, and a coin storage drawer. On 213 and 214, there are “40” 500 yen bars, “45” 100 yen bars, “30” 50 yen bars, “25” 10 yen bars, and 5 yen coins. This indicates that “50” bars are stored and “40” one-yen bars are stored.

  Next, the movement pattern of the banknote which concerns on Example 1 between the teller machine 100 and the cash management apparatus 200 shown in FIG. 2 is demonstrated using FIG. As shown in FIG. 11, the storage units related to the banknotes of the teller machine 100 and the cash management apparatus 200 include a storage unit of a denomination of the rose banknote storage unit 115 of the rose banknote processing unit 110 and a denomination of the rose banknote storage unit 115. The mixed storage unit, the denominated storage unit of the bundled bill storage unit 123 of the bundled bill processing unit 120, the denomination mixed storage unit of the bundled bill storage unit 123, and the banknote storage drawers 211 and 212 of the cash management apparatus 200 There is. FIG. 11 is a matrix for explaining combinations of a movement source storage unit and a movement destination storage unit that can be designated as a bill movement process in this embodiment. If the movement can be specified in the combination of the storage unit of the movement source and the storage unit of the movement destination, the combination number is indicated, and if the movement cannot be specified in the combination, it is represented by “x”. Yes. Further, the case where the combination number is reversed in black and white indicates that automatic processing is possible in which banknotes can be moved in the combination and manual work is unnecessary.

  The combination number (1) is stored in the denomination storage unit 123 of the banknote processing unit 120 in the banknote processing unit 120 from the storage unit 115 in the banknote storage unit 115 of the banknote processing unit 110 of the teller machine 100. It is shown that automatic processing is performed by moving to the part. When the movement operation for the combination number (1) is performed, the teller machine 100 causes the stacker 119 and the bundle transport unit 125 to transfer the banknotes fed out from the denomination storage unit of the loose banknote storage unit 115 of the loose banknote processing unit 110. Is passed to the bundling unit 124 of the bundled bill processing unit 120, and after bundling by the bundling unit 124, the denomination of the denomination is identified by the bundle identifying unit 122, and according to the identification result, the denomination of the denomination is stored. Store in the part.

  The combination number (2) is a combination of denominations in the bundled bill storage unit 123 of the bundled bill processing unit 120 of the teller machine 100 from the denomination storage unit 115 of the rose bill storage unit 115 of the teller machine 100. The movement to the storage unit indicates that the process is automatic. The processing when the movement operation for this combination number (2) is performed is that the last storage location is the denomination mixed storage portion of the bundled bill storage portion 123 as compared with the combination number (1). Are the same.

  The combination number (3) indicates the movement from the denomination storage unit of the rose banknote storage unit 115 of the rose banknote processing unit 110 of the teller machine 100 to the banknote storage drawers 211 and 212 of the cash management apparatus 200. When the movement operation for the combination number (3) is performed, the teller machine 100 bundles the bundle via the stacker 119 and the bundle transport unit 125 from the denomination storage unit of the loose banknote storage unit 115 of the loose banknote processing unit 110. The bundled bills are transferred to the bundling unit 124 of the bill processing unit 120, and after being bundled by the bundling unit 124, the bundled bills are carried out to the bundled bill discharge port 126. The bundled banknotes carried out in this way are stored in the banknote storage drawers 211 and 212 of the cash management apparatus 200 in which the electromagnetic lock is released in conjunction with the manual operation of the operator.

  The combination number (4) is assigned to the money type of the rose bill storage unit 115 of the rose bill processing unit 110 of the teller machine 100 from the denomination mixing storage unit of the rose bill storage unit 115 of the rose bill processing unit 110 of the teller machine 100. The movement to a storage part is shown. When the movement operation for this combination number (4) is performed and the rose banknotes taken out from the denomination mixing storage section of the rose banknote storage section 115 by the operator's manual work are put into the rose banknote deposit port 111. The teller machine 100 discriminates the denominations of the inserted bills by the deposit recognition unit 112 and sorts and stores them in the denomination storage unit of the rose bill storage unit 115 according to the identification result.

  The combination number (5) is assigned to the money type of the bundled bill storage unit 123 of the bundled note processing unit 120 of the teller machine 100 from the denomination mixed storage unit of the rose bill storage unit 115 of the teller machine 100. This indicates that the movement is to the storage unit. When the movement operation for the combination number (5) is performed and the rose banknote taken out from the denomination mixing storage section of the rose banknote storage section 115 by the operator's manual operation is inserted into the rose banknote deposit slot 111. The teller machine 100 recognizes the denomination of the inserted bills by the depositing identification unit 112, and the banknote processing unit 120 of the designated denominations via the stacker 119 and the bundle transport unit 125. The bundle denomination unit 122 identifies the denomination after being bundled by the bundling unit 124 and stores the denomination in the denomination storage unit of the bundled bill storage unit 123 according to the identification result. Moreover, the teller machine 100 distributes and stores banknotes other than the designated denomination in the denomination storage unit 115 of the banknote storage unit 115 according to the denomination identification result.

  The combination number (6) indicates the movement from the denomination mixing storage unit of the rose banknote storage unit 115 of the rose banknote processing unit 110 of the teller machine 100 to the banknote storage drawers 211 and 212 of the cash management apparatus 200. When the movement operation for the combination number (6) is performed and the rose banknote taken out from the denomination mixing storage section of the rose banknote storage section 115 by the operator's manual operation is inserted into the rose banknote deposit slot 111. The depositing machine 100 identifies the denomination by the deposit identifying unit 112, and passes the designated denomination banknote to the binding unit 124 of the bundled bill processing unit 120 via the stacker 119 and the bundle transport unit 125. Then, it is bundled by the bundling unit 124 and carried out to the bundled bill discharge port 126. The bundled banknotes carried out in this manner are stored in the banknote storage drawers 211 and 212 of the cash management apparatus 200 that has been electromagnetically unlocked in conjunction with the manual operation of the operator. Moreover, the teller machine 100 distributes and stores banknotes other than the designated denomination in the denomination storage unit 115 of the banknote storage unit 115 according to the denomination identification result.

  The combination number (7) is stored in the denomination storage unit 115 of the rose banknote processing unit 110 of the teller machine 100 from the storage unit of the denomination banknote processing unit 110 of the teller machine 100 to the denomination storage unit 115. The movement to the part is shown. When the movement operation for the combination number (7) is performed, the teller machine 100 carries out the bundled bills from the denomination storing unit of the bundled bill storage unit 123 of the bundled bill processing unit 120 to the bundled bill discharge port 126. When the bundled banknotes are unbundled by the operator's manual work into a loose banknote, and the bulky banknote is inserted into the bulky bank deposit port 111, the teller machine 100 deposits the inserted bulky banknote. The identification unit 112 identifies the denomination and sorts and stores the denomination in the denomination storage unit of the loose banknote storage unit 115 according to the identification result.

  The combination number (8) is a combination of denominations in the bundled bill storage unit 123 of the bundled bill processing unit 120 of the teller machine 100 from the denomination storage unit of the bundled bill storage unit 123 of the bundled bill processing unit 120 of the teller machine 100. The movement to the storage unit indicates that the process is automatic. When the movement operation for the combination number (8) is performed, the teller machine 100 once carries out from the storage unit of the denomination of the bundled bill storage unit 123 of the bundled bill processing unit 120 to the stacking unit in the apparatus (not shown). Then, the banknotes carried out to the stacking unit are identified by denomination by the bundle identifying unit 122 and stored in the denomination mixed storage unit of the bundled bill storage unit 123 regardless of the identification result.

  The combination number (9) indicates the movement from the money type storage unit of the bundled bill storage unit 123 of the bundled bill processing unit 120 of the teller machine 100 to the bill storage drawers 211 and 212 of the cash management apparatus 200. When the movement operation for the combination number (9) is performed, the teller machine 100 carries out the bundled bills from the denomination storing unit of the bundled bill storage unit 123 of the bundled bill processing unit 120 to the bundled bill discharge port 126. The bundled banknotes that are carried out are stored in the banknote storage drawers 211 and 212 of the cash management apparatus 200 that is interlocked by an operator's manual operation and the electromagnetic lock is released.

  The combination number (10) is assigned to the money type of the rose bill storage unit 115 of the rose bill processing unit 110 of the teller machine 100 from the storage unit of the denomination mixing of the bundle bill storage unit 123 of the bundle bill processing unit 120 of the teller machine 100. The movement to a storage part is shown. When the movement operation for the combination number (10) is performed, the teller machine 100 carries out the bundled bills from the denomination mixed storage unit of the bundled bill storage unit 123 of the bundled bill processing unit 120 to the bundled bill discharge port 126. . When the bundled banknotes are unbundled by the operator's manual work into a loose banknote, and the loose banknote is inserted into the loose banknote deposit port 111, the teller machine 100 recognizes the inserted bulk banknote as a deposit. The denominations are identified by the unit 112, and sorted and stored in the denomination storage unit of the loose banknote storage unit 115 according to the identification result.

  The combination number (11) is assigned to the money type of the bundle bill storage unit 123 of the bundle bill processing unit 120 of the teller machine 100 from the storage unit of the denomination mixing of the bundle bill storage unit 123 of the bundle bill processing unit 120 of the teller machine 100. The movement to the storage unit indicates that the process is automatic. When the movement operation for the combination number (11) is performed, the teller machine 100 once carries out from the denomination mixing storage unit of the bundled bill storage unit 123 of the bundled bill processing unit 120 to the stacking unit in the apparatus (not shown). Then, the bundled bills carried out to the stacking unit are identified by the bundle identifying unit 122 and stored in the denomination storing unit of the bundled bill storing unit 123 according to the identification result.

  The combination number (12) indicates the movement from the denomination mixed storage unit of the bundled bill storage unit 123 of the bundled bill processing unit 120 of the teller machine 100 to the banknote storage drawers 211 and 212 of the cash management apparatus 200. When the movement operation for this combination number (12) is performed, the teller machine 100 bundles the denomination mixed storage part of the bundled note storage part 123 of the bundled note processing unit 120 of the teller machine 100 into the bundled bill discharge port 126. Unload banknotes. The bundled banknotes that are carried out are stored in the banknote storage drawers 211 and 212 of the cash management apparatus 200 that is interlocked by an operator's manual operation and the electromagnetic lock is released.

  The combination number (13) indicates movement from the banknote storage drawers 211 and 212 of the cash management apparatus 200 to the denomination storage unit of the rose banknote storage unit 115 of the rose banknote processing unit 110 of the teller machine 100. When the movement operation for the combination number (13) is performed, the cash management apparatus 200 releases the electromagnetic lock of the banknote storage drawers 211 and 212. The operator manually removes the bundled banknotes from the banknote storage drawers 211 and 212 of the cash management apparatus 200, unpacks the bundled bundled banknotes, and inserts the bundled banknotes into the loose banknote deposit port 111 of the bulky banknote processing unit 110 of the cashier 100. . The teller machine 100 receives the rose banknotes inserted into the rose banknote deposit port 111, identifies the denomination by the deposit identification unit 112, and distributes the denomination to the denomination storage unit of the rose banknote storage unit 115 according to the identification result. Store.

  The combination number (14) indicates that the banknote storage drawers 211 and 212 of the cash management apparatus 200 are moving from the banknote storage unit 123 of the banknote processing unit 120 of the teller machine 100 to the denomination storage unit. Yes. When the movement operation for the combination number (14) is performed, the cash management apparatus 200 releases the electromagnetic lock of the banknote storage drawers 211 and 212. The operator manually takes out the bundled banknotes from the banknote storage drawers 211 and 212 of the cash management apparatus 200 and puts them into the bundled banknote deposit / withdrawal port 121 of the bundled banknote processing unit 120 of the cashier 100. The teller machine 100 receives the bundled bills inserted into the bundled bill deposit / withdrawal port 121, identifies the denomination by the bundle identifying unit 122, and stores the denomination in the denomination storage unit of the bundled bill storage unit 123 according to the identification result. Store.

  In addition, although the movement process of combination number (4), (7), (10), and (13) has specified the money type storage part of the rose banknote storage part 115 of the rose banknote process part 110 as a movement destination. When the denomination storage unit is in a full state, the denomination storage unit 115 is moved to the denomination mixing storage unit. Moreover, although the movement process of combination number (1), (5), (11), and (14) has designated the money type storage part of the bundle bill storage part 123 of the bundle bill processing part 120 as the movement destination. When the denomination storage unit is full, it is moved to the denomination mixing storage unit of the bundled bill storage unit 123.

  In FIG. 11, the movement source and the movement destination are described as one-to-one. However, the movement patterns shown in FIG. 11 may be combined so that the movement source can be moved to a plurality of movement destinations.

  Next, the movement pattern of coins according to the first embodiment between the teller machine 100 and the cash management apparatus 200 shown in FIG. 2 will be described with reference to FIG.

  As shown in FIG. 12, the storage units related to the coins of the teller machine 100 and the cash management apparatus 200 include the storage unit of the denomination of the rose coin storage unit 136 of the rose coin processing unit 130 and the denomination of the rose coin storage unit 136. A mixed storage unit, a bar metal storage unit 142 which is a denomination storage unit of the wrapping coin processing unit 140, a bar metal batch storage unit 143 which is a denomination mixed storage unit, and a coin storage drawer of the cash management apparatus 200 213 and 214. FIG. 12 is a matrix for explaining a combination of a movement source storage unit and a movement destination storage unit that can be designated as a coin movement process in this embodiment. Also in FIG. 12, as in FIG. 11, when the movement can be specified in the combination of the movement source storage unit and the movement destination storage unit, the combination number is shown, and the movement cannot be specified in the combination. In this case, it is represented by “x”. Further, the case where the combination number is reversed in black and white indicates that automatic processing is possible in which banknotes can be moved in the combination and manual work is unnecessary.

  The combination number (1) is automatically determined by the movement from the denomination storage unit of the rose coin storage unit 136 of the rose coin processing unit 130 of the teller machine 100 to the bar metal storage unit 142 of the packaging coin processing unit 140 of the teller machine 100. It shows that it is processing. When the movement operation for the combination number (1) is performed, the teller machine 100 wraps the coins fed out from the denomination storage unit of the loose coin processing unit 130 of the loose coin processing unit 130 into the packaging of the packaging coin processing unit 140. It is transported to the unit 141, packaged by the packaging unit 141, converted into a bar, and stored in the bar storage unit 142.

  The combination number (2) is determined by the movement from the denomination storage unit of the bulk coin storage unit 136 of the bulk coin processing unit 130 of the cashier machine 100 to the bar metal batch storage unit 143 of the packaging coin processing unit 140 of the cashier machine 100. Indicates that the process is automatic. The processing when the movement operation for the combination number (2) is performed is the same as the combination number (1) except that the last storage place is the bar metal batch storage unit 143.

  The combination number (3) indicates movement from the denomination storage unit of the bulk coin storage unit 136 of the bulk coin processing unit 130 of the teller machine 100 to the coin storage drawers 213 and 214 of the cash management apparatus 200. When the movement operation for the combination number (3) is performed, the teller machine 100 wraps the coins fed out from the denomination storage unit of the loose coin processing unit 130 of the loose coin processing unit 130 into the packaging of the packaging coin processing unit 140. The bar metal transported to the unit 141 and packaged by the packaging unit 141 is carried out to the bar metal outlet 144. The bar that has been carried out in this manner is stored in the coin storage drawers 213 and 214 of the cash management apparatus 200 that has been unlocked in conjunction with the manual operation of the operator.

  The combination number (4) is determined from the denomination mixed storage part of the rose coin storage part 136 of the rose coin processing part 130 of the teller machine 100 to the denomination of the rose coin storage part 136 of the rose coin processing part 130 of the teller machine 100. The movement to a storage part is shown. When a movement operation for this combination number (4) is performed, and the loose coins taken out from the denomination storing portion of the loose coin storage portion 136 by the operator's manual work are put into the loose coin inlet 131. The teller machine 100 discriminates the denomination of the rose coins inserted into the rose coin deposit slot 131 by the identification unit 132, and sorts and stores them in the denomination storage unit of the rose coin storage unit 136 according to the identification result. To do.

  The combination number (5) indicates the movement from the denomination mixed storage part of the rose coin storage part 136 of the rose coin processing part 130 of the teller machine 100 to the bar metal storage part 142 of the packaging coin processing part 140 of the teller machine 100. Show. When a movement operation for this combination number (5) is performed, and the loose coins taken out from the denomination storing portion of the loose coin storage portion 136 by the operator's manual work are inserted into the loose coin inlet 131. The teller machine 100 discriminates the denomination of the rose coins inserted into the rose coin deposit port 131 by the identification unit 132 and conveys the coins of the designated denomination to the packaging unit 141 of the packaging coin processing unit 140. Then, it is packaged by the packaging unit 141 to be formed into a bar metal and stored in the bar metal storage unit 142. Moreover, the teller machine 100 distributes and stores coins other than the designated denomination in the denomination storage unit of the loose coin storage unit 136 according to the denomination identification result.

  The combination number (6) indicates the movement from the denomination mixed storage unit of the bulk coin storage unit 136 of the bulk coin processing unit 130 of the teller machine 100 to the coin storage drawers 213 and 214 of the cash management apparatus 200. When a movement operation for this combination number (6) is performed, and the loose coins taken out from the denomination storage portion of the loose coin storage portion 136 by the operator's manual work are inserted into the loose coin inlet 131. The teller machine 100 discriminates the denomination of the rose coins inserted into the rose coin deposit port 131 by the identification unit 132 and conveys the coins of the designated denomination to the packaging unit 141 of the packaging coin processing unit 140. Then, the bar made by packaging with the packaging unit 141 is carried out to the bar outlet 144. The bar that has been carried out in this manner is stored in the coin storage drawers 213 and 214 of the cash management apparatus 200 that has been unlocked in conjunction with the manual operation of the operator. Moreover, the teller machine 100 distributes and stores coins other than the designated denomination in the denomination storage unit of the loose coin storage unit 136 according to the denomination identification result.

  The combination number (7) indicates the movement from the bar metal storage part 142 of the wrapping coin processing unit 140 of the teller machine 100 to the money type storage part of the rose coin storage part 136 of the rose coin processing part 130 of the teller machine 100. ing. When the movement operation for the combination number (7) is performed, the teller machine 100 carries the bar from the bar storage unit 142 of the wrapping coin processing unit 140 to the bar metal outlet 144. The unloaded bar is unwrapped by the operator's manual work and turned into loose coins. When the loose coins are inserted into the loose coin deposit slot 131, the teller machine 100 is thrown into the loose coin deposit slot 131. The discriminated coins are discriminated by the discriminating unit 132 and sorted according to the discriminating result into the coin-type storage unit of the rose coin storage unit 136 for storage.

  The combination number (8) is automatically processed by movement from the bar metal storage unit 142 of the packaging coin processing unit 140 of the teller machine 100 to the bar metal batch storage unit 143 of the packaging coin processing unit 140 of the teller machine 100. Show. When the movement operation for the combination number (8) is performed, the teller machine 100 unloads the bar from the bar storage unit 142 of the wrapping coin processing unit 140, and uses the bar that has been transferred to the bar of the wrapping coin processing unit 140. The money is stored in the gold batch storage unit 143.

  The combination number (9) indicates the movement from the bar storage unit 142 of the wrapping coin processing unit 140 of the teller machine 100 to the coin storage drawers 213 and 214 of the cash management apparatus 200. When the movement operation for the combination number (9) is performed, the teller machine 100 carries the bar from the bar storage unit 142 of the packaging coin processing unit 140 to the bar metal outlet 144. The unloaded metal bars are stored in the coin storage drawers 213 and 214 of the cash management apparatus 200 that has been unlocked in conjunction with the manual operation of the operator.

  The combination number (10) is a movement from the bar metal batch storage unit 143 of the wrapping coin processing unit 140 of the teller machine 100 to the money type storage unit of the rose coin storage unit 136 of the rose coin processing unit 130 of the teller machine 100. Show. When the movement operation for the combination number (10) is performed, the teller machine 100 releases the lock so that the bar metal batch storage unit 143 of the packaging coin processing unit 140 can be accessed from the outside. In such a state where the lock is released, the bar metal stored in the bar metal batch storage unit 143 is taken out by manual operation by the operator and is unwrapped into a rose coin. When inserted into the slot 131, the teller machine 100 identifies the denomination of the rose coin inserted into the loose coin deposit slot 131 by the identification unit 132, and the denomination of the rose coin storage unit 136 according to the identification result. Sort and store in the storage section.

  The combination number (11) indicates the movement from the bar metal batch storage unit 143 of the packaging coin processing unit 140 of the cashier machine 100 to the bar metal storage unit 142 of the packaging coin processing unit 140 of the cashier machine 100. When the movement operation for this combination number (11) is performed, the teller machine 100 unlocks the bar metal storage unit 142 and the bar metal batch storage unit 143 of the packaging coin processing unit 140 so that they can be accessed from the outside. In this state where the lock is released, the bar metal stored in the bar metal batch storage unit 143 is moved to the bar metal storage unit 142 by manual operation by the operator.

  The combination number (12) indicates the movement from the bar metal batch storage unit 143 of the wrapping coin processing unit 140 of the teller machine 100 to the coin storage drawers 213 and 214 of the cash management apparatus 200. When the movement operation for this combination number (12) is performed, the teller machine 100 releases the lock so that the bar metal batch storage unit 143 of the wrapping coin processing unit 140 can be accessed from the outside, and the cash management apparatus 200 The electromagnetic lock of the storage drawers 213 and 214 is released. In this state, the bar metal stored in the bar metal batch storage unit 143 of the wrapping coin processing unit 140 is moved to the coin storage drawers 213 and 214 of the cash management apparatus 200 by the manual operation by the operator.

  The combination number (13) indicates the movement from the coin storage drawers 213 and 214 of the cash management apparatus 200 to the denomination storage unit of the bulk coin storage unit 136 of the bulk coin processing unit 130 of the teller machine 100. When the movement operation for the combination number (13) is performed, the cash management apparatus 200 releases the electromagnetic lock of the coin storage drawers 213 and 214. The operator takes out the bar from the coin storage drawers 213 and 214 of the cash management apparatus 200 in such a state that the electromagnetic lock is released as described above, unwraps the taken out bar and wraps the rose coin of the rose coin processing unit 130. The money is inserted into the deposit port 131. The teller machine 100 receives the rose coins inserted into the rose coin deposit port 131, identifies the denomination by the identification unit 132, and distributes the denomination to the denomination storage unit of the rose coin storage unit 136 according to the identification result. And store.

  The combination number (14) indicates the movement from the coin storage drawers 213 and 214 of the cash management apparatus 200 to the bar storage unit 142 of the wrapping coin processing unit 140 of the teller machine 100. When the movement operation for the combination number (14) is performed, the teller machine 100 unlocks the bar storage unit 142 of the wrapping coin processing unit 140 so that it can be accessed from the outside, and the cash management apparatus 200 stores the coin. The electromagnetic lock of the drawers 213 and 214 is released. In this state, the bars stored in the coin storage drawers 213 and 214 of the cash management apparatus 200 are moved to the bar storage unit 142 of the wrapping coin processing unit 140 by the operator's manual work.

  In addition, although the movement process of combination number (4), (7), (10), and (13) has specified the money-type storage part of the rose coin storage part 136 of the rose coin processing part 130 as a movement destination. When the denomination storage unit is full, it is moved to the denomination storage unit of the loose coin storage unit 136. Further, in the movement process of the combination numbers (1), (5), (11), and (14), the bar metal storage part 142 of the wrapping coin processing unit 140 is designated as the movement destination. Is moved to the bar metal batch storage portion 143.

  In FIG. 12, the movement source and the movement destination are described as one-to-one. However, the movement patterns shown in FIG. 12 may be combined so that the movement source can be moved to a plurality of movement destinations.

  Next, with respect to the screen configuration and screen transition related to the movement of money stored in the cashier 100 to the cash management apparatus 200 in the cashier 100 shown in FIG. 2, the lump sum of the bars of the cashier 100 shown in FIG. The screen configuration and the screen transition displayed during the process of moving the bar stored in the storage unit 143 to the bar storage unit 142 of the teller machine 100 and the coin storage drawers 213 and 214 of the cash management apparatus 200 will be described as an example. .

  The screen of FIG. 13A is a screen that is displayed when the currency movement process is selected, and a “Bill” button for instructing to move a bill and an instruction to move a coin. The “coin” button is arranged. When the “coin” button is operated on the screen of FIG. 13A, the screen transitions to the screen of FIG.

  The screen of FIG. 13B is a screen for designating a storage unit that is a source of movement when coins are moved between the cashier 100 and the cash management apparatus 200. A message for designating the movement source is displayed at the top of the screen, and a “rose coin storage part (denomination type) for designating the money type storage part of the rose coin storage part 136 of the rose coin processing part 130 as the movement source. ) ”Button, a“ Rose coin storage part (mixed denomination) ”button for designating the storage unit of the denomination of the rose coin storage part 136 of the rose coin processing unit 130 as a movement source, and the packaging coin processing unit 140 The “bar metal storage part (type of money)” button for designating the bar metal storage part 142 of the wrapping coin processing unit 140 as the movement source and the “bar metal storage part 143” of the packaging coin processing unit 140 as the movement source. An “accommodating unit (mixed denomination)” button and a “cash management device” button for designating the coin storage drawers 213 and 214 of the cash management device 200 as the movement source are arranged. When the “bar metal storage unit (mixed denomination)” button is operated on the screen of FIG. 13B, the screen transitions to the screen of FIG.

  The screen in FIG. 13C is a screen for designating a destination to move the coins in the storage unit designated in FIG. 13B. A message for designating the destination is displayed at the top of the screen, and “rose coin storage” is used to specify the money type storage unit of the rose coin storage unit 136 of the rose coin processing unit 130 of the teller machine 100 as the destination. Button ”,“ all cash management device ”button for designating the coin storage drawers 213 and 214 of the cash management device 200, and a bar of the packaging coin processing unit 140 as long as there is a storage space. “Move to the bar storage unit as much as possible and move the remainder to the cash management device” button for instructing to move to the coin storage drawers 213 and 214 of the cash management device 200 for the amount that cannot be stored in the storage unit 142 Then, the screen shifts to another screen for designating the quantity to be moved to the bar storage unit 142 of the wrapping coin processing unit 140 and the quantity to be moved to the coin storage drawers 213 and 214 of the cash management apparatus 200. And the "other specified" button is placed for. When the “move to the bar storage unit as much as possible and the remaining cash management device” button is operated on the screen of FIG. 13C, the screen changes to the screen of FIG.

  The screen of FIG. 13 (d) shows the number of types of bar money stored in the bar metal batch storage unit 143, the number and amount of money that can be stored in the bar metal storage unit 142, and the cash management apparatus 200. The movement details automatically calculated based on the number of coins that can be stored in the coin storage drawers 213 and 214 and the stock amount are displayed. The operator manually moves the bar according to this content. Also, at the bottom of the screen, an “execute” button for instructing execution of movement with the displayed contents and a “return” button for returning to the screen of FIG. 13C are arranged.

  Next, a processing procedure of money transfer processing from the teller machine 100 to the cash management apparatus 200 according to the first embodiment performed by the teller machine 100 shown in FIG. 2 will be described with reference to a flowchart shown in FIG.

  When the money movement processing unit 18c receives an instruction to move money using the display unit 11 and the operation unit 12, the money movement processing unit 18c performs a process of picking up the accepted money from the movement source (step S101). Specifically, as described in detail with reference to FIG. 11 and FIG. 12, processing is performed according to the combination of the movement source and the movement destination, and is taken out from the teller machine 100. However, as described in detail in the explanation for FIG. 11 and FIG. 12, the combination number (1), (2), (8) and (11) of the movement of bills and the combination number (1), (2 of the movement of coins) ) And (8), no money is taken out of the apparatus.

  When the money picking process in step S101 is completed (step S102; Yes), the designation of any storage unit of the teller machine 100 is included in the designation of the movement destination (step S103; Yes). According to the contents, the storage process of the money taken out in step S101 is performed (step S104). Specifically, as described in detail in the description of FIG. 11 and FIG. 12, storage processing according to the combination of the movement source and the movement destination is performed. Moreover, as described in detail in the description for FIGS. 11 and 12, the combination number (1), (2), (8) and (11) of the movement of the banknote and the combination number (1), (2 of the movement of the coin) ) And (8), it is directly moved from the movement source inside the apparatus to the movement destination. If the money picking process in step S101 is not completed (step S102; No), the process returns to step S102 to wait for the completion of the money picking process. When the designation of the destination does not include designation of any storage unit of the teller machine 100 (step S103; No), the process proceeds to step S107.

  When the storage process of money in the storage unit in the teller machine 100 in step S104 is completed (step S105; Yes), the teller machine 100 determines whether the quantity of money stored in the storage part matches the specified quantity. (Step S106) When the correct quantity is not stored (Step S106; No), an alert is notified (Step S112), and the process returns to Step S105. In step S112, not only alert notification but also a storage operation may not be completed. Further, when it is determined in step S106 that the quantity of money stored in the storage unit of the teller machine 100 matches the specified quantity (step S106; Yes), and the cash management apparatus 200 is included in the designation of the destination (step S106). In step S107; Yes), the money movement processing unit 18c transmits a money storage request including information on the amount of money to be stored to the cash management apparatus 200 (step S108). When the cash management apparatus 200 is not included in the designation of the movement destination (step S107; No), the process of step S108 is skipped and the process proceeds to step S109.

  The money transfer processing unit 18c performs the processing based on the processing for taking out money from any storage unit in the cashier 100 in step S101 and the processing for storing money in any storage unit in the cashier 100 in step S104. The banknote balance data 17b, the bundle banknote balance data 17c, the rose coin balance data 17d, and the wrapping coin balance data 17e are updated (step S109), and the contents of the money transfer process are registered in the process history data 17a as a process history ( Step S110) and the process ends.

  If the storage process for the storage unit in the teller machine 100 in step S104 has not been completed (step S105; No), and a predetermined time has already passed since the instruction for the money movement process was received (step S111; Yes). ), The money movement processing unit 18c notifies the alert that the operation and processing relating to the movement of money are not completed (step S112), and returns to step S105. If the predetermined time has not yet elapsed since the instruction for the money movement process has been received (step S111; No), the process of step S112 is skipped and the process returns to step S105.

  Next, a processing procedure of money transfer processing from the teller machine 100 to the cash management apparatus 200 according to the first embodiment performed by the cash management apparatus 200 illustrated in FIG. 2 will be described with reference to a flowchart illustrated in FIG. 15.

  The money movement processing unit 207c receives a money storage request including information on the quantity of money to be stored transmitted from the cashier 100 (step S201), and performs a money storage process corresponding to the received money storage request (step S202). ). Specifically, as described in detail with reference to FIGS. 11 and 12, the electromagnetic lock of the banknote storage drawers 211 and 212 or the coin storage drawers 213 and 214 is released according to the accepted money storage request. .

  In step S203, when the storage of the money in the banknote storage drawers 211 and 212 or the coin storage drawers 213 and 214 of the cash management apparatus 200 is completed (step S203; Yes), the cash management apparatus 200 receives the designated amount of money received in the money storage request. It is determined whether or not it has been stored (step S204). If the correct quantity is not stored (step S204; No), an alert is notified (step S209), and the process returns to step S203. It should be noted that in step S209, not only alert notification, but also a mode in which a drawer for storing money is not closed may be employed. When it is determined in step S204 that the quantity of money stored in the storage unit of the cash management apparatus 200 matches the specified quantity (step S204; Yes), the money movement processing unit 207c cancels the electromagnetic wave released in step S202. The lock is locked (step S205). The money movement processing unit 207c updates the cash amount data 206b based on the detection result of the money amount stored in the bill storage drawers 211 and 212 or the coin storage drawers 213 and 214 (step S206), The contents of the money storage process are registered in the process history data 206a as a process history (step S207), and the process ends.

  When the storage of the designated amount of money received in the money storage request received in step S201 is not completed (step S203; No), and a predetermined time has already passed since the money storage request was received (step S208). ; Yes), the money movement processing unit 207c issues an alert to the effect that the money storage operation according to the money storage request is not completed (step S209), and returns to step S203. If the predetermined time has not yet elapsed since the receipt of the money storage request (step S208; No), the process of step S209 is skipped and the process returns to step S203.

  Next, the deposit of rose coins according to the first embodiment performed by the cashier 100 shown in FIG. 2 is received, a bar is created, and the created bar is stored in the coin storage drawers 213 and 214 of the cash management apparatus 200. The processing procedure of the storing process will be described with reference to the flowchart shown in FIG.

  When the money movement processing unit 18c receives the rose coin, creates a bar, and receives an instruction to store the created bar in the cash management apparatus 200, the coin movement processing unit 18c receives the rose coin received at the rose coin deposit slot 131. A packaging process is performed (step S301). Specifically, the money transfer processing unit 18c determines the denomination of the rose coin received at the rose coin deposit port 131 of the rose coin processing unit 130 by the identification unit 132, and then the packaging unit of the packaging coin processing unit 140. 141, and is made into a bar in the packaging unit 141.

  The money movement processing unit 18c pays out the bar 100 created in the packaging unit 141 to the outside of the cashier 100 by carrying it out to the bar outlet 144 (step S302). The money movement processing unit 18c transmits a money storage request including information related to the amount of the bar paid out in step S302 to the cash management apparatus 200 (step S303), accepts a loose coin, creates a bar, and creates A processing history indicating that the bar is stored in the cash management apparatus 200 is registered in the processing history data 17a (step S304), and the processing is terminated.

  In addition, although the process which concerns on the movement of the money demonstrated in FIG.14, FIG15 and FIG.16 has demonstrated the process flow of the case where a money is moved from the cashier 100 to the cash management apparatus 200, this invention is limited to this. Is not to be done. For example, as shown in FIGS. 11 and 12, even when money is transferred from the cash management device 200 to the cashier 100, the master and slaves of the cashier 100 and the cash management device 200 are reversed and the money is transferred in the same sequence. You may make it perform the process which concerns on a movement.

  As described above, in the first embodiment, when money is moved manually between the teller machine 100 and the cash management apparatus 200 or when money in the teller machine is moved, Acquire the quantity of money taken out from the source, identify the quantity of money to be stored in the destination based on the acquired quantity of money, and send the money storage request including the quantity of money to be stored in the specified destination to the destination The destination device identifies the quantity of stored money, verifies whether it matches the quantity of money stored in the destination included in the money storage request, and issues a money storage request. Even if a predetermined amount of time has elapsed since the receipt, the alert notification is made when the storage of money for the amount of money stored in the destination included in the money storage request is not completed. Teller machine 10 arranged It can be a moving smoothly and efficiently money between or teller machine 100. for cash management apparatus 200.

  In the first embodiment, the money balance in the cashier 100 is managed by the cashier 100, and the money balance in the cash management apparatus 200 is managed in the cash management apparatus 200. Therefore, when money is moved from the cashier 100 to the cash management apparatus 200 in the configuration of the first embodiment, the subtraction of the money amount managed by the cashier 100 and the addition of the money amount of the cash management apparatus 200 are added. Are not updated synchronously. For example, if the user forgets to store the cash management apparatus 200, an alert message is displayed, but an inconsistent state is temporarily invited. Therefore, in the second embodiment, when the balance of the cashier 100 and the cash management apparatus 200 is centrally managed by the cashier 100 and money is moved between the cashier 100 and the cash management apparatus 200, An embodiment will be described in which the completion of the movement of money is more strictly confirmed and the stock is updated.

  First, a processing procedure of money transfer processing from the teller machine 100 to the cash management apparatus 200 according to the second embodiment performed in the teller machine 100 will be described with reference to a flowchart shown in FIG. In the flowchart illustrated in FIG. 17, the same step number is assigned to the same process as that in FIG. 14 of the first embodiment, and a new step number is assigned to a process having a different process content and an added process. In the description of FIG. 17, processing that has been changed or added is mainly described, and description of the same processing as that of FIG. 14 is omitted.

  Compared with the flowchart of FIG. 14, the flowchart shown in FIG. 17 is different in the contents of the cash amount update process (step S <b> 109) and the movement process history registration process (step S <b> 110) shown in FIG. 14. The step number is S502, and the step number of the movement process history registration process is S503. Further, immediately after the process of step S108, step S501 and step S504 and step S505, which are performed according to the determination result of step S501, are added as a determination process.

  When the cash management apparatus 200 is included in the designation of the destination (step S107; Yes), the money movement processing unit 18c includes a money storage request including information on the quantity of money stored in the cash management apparatus 200. Is transmitted (step S108). Subsequent to the process of step S108, the money movement processing unit 18c determines whether or not a money storage completion notification indicating that the money storage process for the money storage request has been completed is received from the cash management apparatus 200 (step S501). ), When the money storage completion notification is received (step S501; Yes), the process proceeds to a stock amount update process (step S502). In the teller machine 100 according to the second embodiment, since the balance of the teller machine 100 itself and that of the cash management apparatus 200 are managed in an integrated manner, the stock amount update process (step S502) is performed in the teller machine 100. After confirming that the movement of money and the movement of money from the cashier 100 to the cash management apparatus 200 have been completed, the amount of money in the cashier 100 itself and the amount of money in the cash management apparatus 200 are updated together. Do. Further, the money movement processing unit 18c registers not only the money movement contents related to the cashier 100 but also the movement processing history including the movement contents related to the cash management apparatus 200 in the processing history data 17a (step S503). The process is terminated.

  If the money storage completion notification has not been received (step S501; No) and the predetermined time has already passed since the money storage request was transmitted (step S504; Yes), the money transfer processing unit 18c The management device 200 notifies the alert that the money storage operation corresponding to the money storage request has not been completed (step S505), and returns to step S501. If the predetermined time has not yet elapsed since the money storage request was transmitted (step S504; No), the process of step S505 is skipped and the process returns to step S501.

  Next, a processing procedure of money transfer processing from the teller machine 100 to the cash management apparatus 200 according to the second embodiment performed in the cash management apparatus 200 will be described with reference to a flowchart shown in FIG. In the flowchart shown in FIG. 18, the same step number is assigned to the same process as that in FIG. 15 of the first embodiment, and a new step number is assigned to a process having a different process content. In the description of FIG. 18, processing that is different from the flowchart of FIG. 15 of the first embodiment is mainly described, and description of the same processing as that of FIG. 15 is omitted.

  The flowchart shown in FIG. 18 eliminates the cash amount update process (step S206) and the movement process history registration process (step S207) that were in the flowchart of FIG. 15, and transmits the money storage completion notification following the drawer lock process (step S205). Processing (step S601) is added. The money storage completion notification transmission process in step S601 is a process of transmitting a money storage completion notification indicating that the money storage process corresponding to the money storage request received in step S201 is completed to the teller machine 100.

  As described above, in the second embodiment, when the money is moved manually with the teller machine 100 and the cash management apparatus 200, the teller machine 100 uses the amount of money taken out from the teller machine 100. Based on the acquired quantity of money, the quantity of money stored in the cash management apparatus 200 is specified, and a money storage request including the quantity of money stored in the specified cash management apparatus 200 is transmitted to the cash management apparatus 200. The cash management device 200 identifies the amount of money stored, verifies whether or not it matches the amount of money stored in the cash management device 200 included in the money storage request, and corresponds to the money storage request. When the storage process is completed, the money storage completion notification is returned to the cash machine 100, and the cash machine 100 that has received the money storage completion notification includes the cash machine 100 and the cash management apparatus 200 managed by the cash machine 100. Since the balance is updated, money is smoothly and efficiently moved between the cashier 100 and the cash management apparatus 200 installed in a sales office such as a financial institution or the like, and more strictly. It is possible to strictly manage the processing related to the movement of money.

  In the above-described first and second embodiments, the money management system when the teller machine 100 and the cash management apparatus 200 are connected one-to-one has been described. However, the present invention is limited to this configuration. is not. For example, a plurality of cash management apparatuses 200 may be connected to the teller machine 100, or a configuration in which one cash management apparatus 200 is connected to the plurality of teller machines 100 may be employed.

  In the first embodiment and the second embodiment described above, it has been described that only the amount of money matches when the money moves, but the present invention is not limited to this. For example, the bundled bill processing unit 120 reads identification information printed on a bundle of bundled bills when the bundled bills are withdrawn, transmits a money storage request including the read identification information to the cash management apparatus 200, and The identification information printed on the bundle of bundled banknotes stored in the banknote storage drawers 211 and 212 of the cash management apparatus 200 is read to check whether it matches the identification information read from the bundle of bundled banknotes included in the money storage request. You may do it. Further, for example, the packaging coin processing unit 140 reads the identification information printed on the packaging of the bar metal when the bar metal is withdrawn, transmits a money storage request including the read identification information to the cash management apparatus 200, and moves The identification information printed on the bar metal packaging stored in the coin storage drawers 213 and 214 of the cash management apparatus 200 is read, and whether it matches the identification information read from the bar metal packaging included in the money storage request. You may make it check.

  Moreover, in the above-mentioned Example 1 and Example 2, the teller machine 100 is the rose banknote process part 110 which can deposit / withdraw a rose banknote, the bundle banknote process part 120 which can deposit / withdraw a bundle banknote, and the rose coin which can deposit / withdraw a rose coin. Parts such as a processing unit 130, a wrapping coin processing unit 140 that can dispense a bar metal, a bundling unit 124 that binds rose banknotes by bundling to create a bundled banknote, a packaging unit 141 that wraps rose coins and creates a bar metal, etc. However, the present invention is not limited to this. For example, you may have the site | part which can deposit / withdraw a bar. Further, the decremental teller machine 100 which is not part of these parts may be used. Moreover, it is good also considering the apparatus which accommodates the money which has the deposit / withdrawing function of money, and can identify quantity by counting and measuring money.

  Further, in the above-described first and second embodiments, the case where money is moved in the cash management apparatus 200 as shown in FIGS. 11 and 12 has not been described, but the present invention is limited to this. It is not a thing. For example, regarding the movement of banknotes between the banknote storage drawers 211 and 212 of the cash management apparatus 200 and the movement of coins between the coin storage drawers 213 and 214, The consistency of the quantity may be confirmed, and if the consistency is not confirmed after a predetermined time, an alert may be notified. In the first embodiment and the second embodiment described above, when the money is moved in the money management apparatus, the cashier 100 and the cash management apparatus 200 are connected so as to be communicable. The present invention is not limited to this, and each device may be used alone.

  In addition, each configuration illustrated in the above-described first and second embodiments is functionally schematic and does not necessarily need to be physically illustrated. That is, the form of distribution / integration of each device is not limited to that shown in the figure, and all or a part thereof may be functionally or physically distributed / integrated in an arbitrary unit according to various loads or usage conditions. Can be configured.

As described above, the money management system, the money processing main body apparatus, and the money management method according to the present invention are provided between a cashier and a cash management apparatus disposed in a sales office such as a financial institution or in a money processing main body apparatus . It is suitable for moving money smoothly and efficiently.

DESCRIPTION OF SYMBOLS 10 Control apparatus 11,201 Display part 12,202 Operation part 13,203 ID card reader 14 External printer 15 Outer box 16,205 Communication part 17,206 Memory | storage part 17a, 206a Processing log | history data 17b Rose banknote height data 17c Bundle Bill balance data 17d Bulk coin balance data 17e Packaging coin balance data 18, 207 Control unit 18a, 207a Deposit / withdrawal processing unit 18b, 207b Collection / replenishment processing unit 18c, 207c Money transfer processing unit 100 Cash machine 110 Bulk bill processing Numeral 111 Bulk bill deposit port 112 Deposit identification unit 113, 133 Temporary holding unit 114, 134 Reject unit 115 Bulk bill storage unit 116 Withdrawal identification unit 117 Bulk bill dispensing port 118 Withdrawal reject box 119 Stacker 120 Bundled bill processing unit 121 Banknote deposit / withdrawal port 1 2 bundling identification unit 123 bundling bill storage unit 124 bundling unit 125 bundling transport unit 126 bundling bill discharge port 130 bulk coin processing unit 131 bulk coin deposit port 132 identification unit 135 return box 136 bulk coin storage unit 137 bulk coin dispensing port 140 packaging Coin processing unit 141 Packaging unit 142 Bar metal storage unit 143 Bar metal batch storage unit 144 Bar metal withdrawal port 200 Cash management device 204 Notifying unit 206b Cash amount data 211, 212 Banknote storage drawer 213, 214 Coin storage drawer 215 Preliminary storage drawer 221, 222, 223, 224, 225, 226, 227, 228, 229, 230 Bill storage container 241, 242, 243 Coin storage container

Claims (12)

A money management system including a money handling main body device for counting money, and a money handling apparatus connected to the money processing main body device so as to be communicable and storing money,
The money handling main unit is:
A storage unit for storing the counted money;
A storage location designation means for designating a movement destination of money stored in the storage section;
If the money handling apparatus is designated as the destination by the storage destination specifying means, and transmission means for transmitting the counting information according to the result of counting money in the money handling apparatus,
The money handling apparatus includes:
Receiving means for receiving the counting information transmitted from the money handling main unit;
Quantity specifying means for specifying the quantity of money stored in the money handling apparatus;
A money management system comprising: determination means for determining consistency between the counting information received by the receiving means and the quantity of stored money specified by the quantity specifying means. Before Symbol transmission means,
When a quantity other than zero is designated as the quantity of money stored in the storage unit of the money handling apparatus by the storage destination designating means, the amount of money stored in the money handling apparatus designated by the storage destination designating means The money management system according to claim 1, wherein a quantity is transmitted to the money handling apparatus as the counting information. The counting information is
The money management system according to claim 1 or 2 , further comprising information on a total amount of money counted or information on a total amount of money stored in the money handling apparatus specified by the storage destination specifying unit. The counting information is
Any one of the preceding claims, characterized in that it comprises a counting information quantity of money by denomination to be stored in the designated the money handling apparatus by volume or the storage destination specifying means monetary denomination The money management system described in 1. The money handling main unit is:
A counting money identification information acquisition means for acquiring the identification information of the counted money;
The transmission means includes
Transmitting the counting information including the counting money identification information acquired by the counting money identification information acquisition means to the money handling apparatus;
The money handling apparatus includes:
A storage currency identification information acquisition means for acquiring identification information of the currency stored in the money handling apparatus;
Identification information coincidence determining means for determining whether or not the identification information of the money included in the counting information received by the receiving means matches the identification information of the stored money acquired by the stored money identification information acquiring means; The money management system according to any one of claims 1 to 4, further comprising: The money handling apparatus includes:
Informing means for notifying that the storing is not completed when the storing according to the counting information is not performed even after a predetermined time has passed since the receiving means received the counting information. The money management system according to claim 1, wherein the money management system is provided. A money handling main unit having a rose coin storage part and a bar metal storage part ,
A destination designation means for instructing to move coins from the bar metal storage unit to the rose coin storage unit;
A bar recovery unit that recovers the bar specified by the destination specification unit;
A recovery quantity specifying means for specifying the quantity of coins forming the metal bars recovered by the bar metal recovery means;
Solve packaging coin rolls recovered by the coin collecting means, and roses coin storing means for storing the loose coins housing portion,
A storage quantity specifying means for specifying the number of loose coins to be accommodated by the loose coins housing means,
A determination means for determining the consistency between the quantity of coins constituting the bar to be collected specified by the collection quantity specifying means and the quantity of loose coins specified by the storage quantity specifying means; Money handling main unit.   A money handling main unit having a rose coin storage part and a bar metal storage part,
  A destination designation means for instructing to move coins from the rose coin storage unit to the bar metal storage unit;
  Rose coin collecting means for collecting the rose coin designated by the destination designation means,
  Collected quantity specifying means for specifying the quantity of rose coins collected by the rose coin collecting means;
  A bar metal storage means for wrapping the rose coins recovered by the rose coin recovery means into a bar metal and storing it in the bar metal storage part;
  A storage quantity specifying means for specifying the quantity of coins forming the bar metal stored by the bar metal storage means;
  Determining means for determining consistency between the number of recovered coins specified by the recovered quantity specifying means and the quantity of coins forming a bar metal specified by the stored quantity specifying means;
  A money handling main unit characterized by comprising:   A money handling main unit having a banknote storage unit and a bundled banknote storage unit,
  Destination designation means for instructing to move bills from the bundled bill storage unit to the loose bill storage unit;
  A bundle bill collection means for collecting the bundle bill designated by the destination designation means;
  Collected quantity specifying means for specifying the quantity of banknotes forming the bundled banknotes collected by the bundled banknote collecting means;
  Unwrapping the bundled banknotes collected by the bundled banknote collecting means, and storing them in the loose banknote storage unit;
  Storage quantity specifying means for specifying the quantity of rose banknotes stored by the rose banknote storage means;
  Determining means for determining consistency between the quantity of banknotes constituting the bundled banknotes identified by the collected quantity identifying means and the quantity of loose banknotes identified by the stored quantity identifying means;
  A money handling main unit characterized by comprising:   A money handling main unit having a banknote storage unit and a bundled banknote storage unit,
  Destination designation means for instructing to move a bill from the loose bill storage portion to the bundle bill storage portion;
  Loose bill collection means for collecting loose bills designated by the destination designation means;
  A collection quantity specifying means for specifying the quantity of rose banknotes collected by the rose banknote collection means;
  A bundled banknote storing means for packaging the rose banknotes collected by the loose banknote collecting means into a bundled banknote and storing it in the bundled banknote storage unit;
  A storage quantity specifying means for specifying the quantity of banknotes forming a bundle of banknotes stored by the banknote storage means;
  A determination unit for determining consistency between the number of collected banknotes specified by the recovery number specifying unit and the number of banknotes forming a bundled banknote specified by the stored quantity specifying unit;
  A money handling main unit characterized by comprising: Money management including a money handling main unit that counts money and stores money, and a money processing device that is communicably connected to the money processing main unit and stores money and detects the quantity of stored money. A system,
Storage means for storing the quantity of money stored in the money handling main unit and the quantity of money stored in the money handling apparatus;
A storage destination moving means for designating a movement destination of money stored in the money handling main unit;
Counting result acquisition means for counting the money specified by the storage destination moving means and acquiring the counted result;
Stored quantity acquisition means for acquiring the quantity of stored money detected by the money handling apparatus;
Based on the counting result acquired by the counting result acquisition means, the quantity of money stored in the money processing main unit stored in the storage means is updated, and the money acquired by the stored quantity acquisition means. Updating means for updating the quantity of money stored in the money processing apparatus stored in the storage means based on the quantity of stored money detected by the processing device. Management system. A money management method in a money management system that includes a money processing main body device that counts money and stores money in a storage portion , and a money processing device that is communicably connected to the money processing main body device and stores money. ,
A storage location designation step for designating a destination of movement of money stored in the storage section;
A transmission step of transmitting, to the money handling apparatus, counting information relating to a result of counting money in the money handling main body device when the money handling apparatus is designated as a destination by the storage destination designating step ;
A receiving step for receiving the counting information transmitted by the transmitting step in the money handling apparatus;
A quantity specifying step for specifying the quantity of money stored in the money handling apparatus;
A money management method comprising: a determination step of determining consistency between the count information received in the reception step and the quantity of stored money specified in the quantity specification step.

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