KR20120021168A - Valuable mediums processing unit, valuable mediums processing system and valuable mediums processing method - Google Patents

Abstract

PURPOSE: A valuable medium processing apparatus, a valuable medium processing system, and a method thereof are provided to improve user convenience. CONSTITUTION: A card reader receives user information. A deposit hole(10) receives paper money(S). An identification part(11) identifies paper money information. A random access memory memorizes the user information and storage information with respect to the paper money received from the deposit hole. A confirmation storage part(4A,4D) stores paper money with acceptance permission based on an identification result of the identification part. A forced storage part(3) forcibly stores paper money without specifying the paper money.

Description

Valuable MEDIUMS PROVESSING SYSTEM AND VALUABLE MEDIUMS PROCESSING METHOD}

The present invention relates to, for example, a value-bearing medium processing device, such as a payment deposit machine that deposits and manages a sale amount sold at a store. More specifically, a value-bearing medium processing device and oil price that can deposit money surely even if it is a handwritten bill. A media processing system and a valuable media processing method.

In recent years, in the retail industry such as department stores and retail stores, a deposit deposit machine for depositing and managing deposits in stores is installed from the viewpoint of improving the efficiency of managing the reserves and preventing crime prevention.

This money deposit machine introduces, for example, the banknotes deposited at the time of depositing the banknotes to identify the authenticity, the paper type, and the number of sheets of the banknotes. And when it identifies with the banknote which can be handled, the banknote is stored in the deposit box in a machine as a normal banknote. On the other hand, if it is determined that the bill is a counterfeit bill or an indistinguishable bill, the deposited bill is embossed by the user as an abnormal bill and refused to be deposited.

In such a money deposit machine, the authenticity determination level of a banknote is set high so that a counterfeit banknote or an abnormal banknote may not mix. For this reason, in the case of handwritten bills wrinkled or contaminated in the bill during the circulation of bills, the identification part may be misidentified as counterfeit bills or abnormal bills even though they are genuine bills. In this case, the clerk calculated the half-billed bills by hand, and the clerk responded by manually inputting the amount into the money deposit machine. Accordingly, the amount of money entered by hand was printed on the statement table, and the clerk enclosed the statement and hand bills in an envelope and posted it in a box other than cash.

On the other hand, the banknote which has been deposited is authentically determined by the identification unit, and as a result, when the banknote which is determined to be a counterfeit banknote or an abnormal banknote occurs, the authenticity judgment level is changed to lower the authenticity judgment level. At this time, if the authenticity of the banknote is again determined by the identification unit and the banknote is identified as a genuine banknote, a money processing apparatus capable of being housed inside the apparatus as a normal banknote has been proposed (see Patent Document 1, for example).

In addition, when the person in charge checks the bill in half and recognizes it as a real bill, it has a forced storage mode for forcibly storing the paper money in the apparatus, and switches to the forced storage mode by the operator's operation to force the bill. A paper sheet processing apparatus that is to be stored in a container has been proposed (see Patent Document 2, for example).

According to these deposit methods, it is considered that the banknotes damaged during distribution can be forcibly deposited in the banknote dispenser, so that the banknotes can be safely managed in the apparatus.

Japanese Patent Application Laid-Open No. 2004-265288 Japanese Patent Application Laid-Open No. 2000-30106

According to the technique described above, in the case of an envelope deposited banknote, when the manager scans the banknote of the paying machine, it is also collected from the non-cash box that is put in an envelope according to the cash box in the paying machine. The managers had to manually check the depositors, the bills, and the enclosed bills for each envelope, which was very cumbersome for managers.

On the other hand, in the case of patent document 1, although the authenticity determination level can be adjusted, it is necessary to drastically lower the authenticity determination level depending on the damage degree of a banknote. In addition, even if the authenticity judgment level is set in a plurality of stages, the adjustment limit may occur, and there is a possibility that it will be finally half-widthd.

In addition, in the case of Patent Literature 2, forced deposit is possible only when the cashier checks the engraved banknote and recognizes it as a real banknote. In this case, a device used by a person in charge, such as a window terminal of a financial institution, may be used, but in the case of a money transfer machine, a member of staff who will support the determination of the authenticity of bills does not reside on the spot. It is left to one's own judgment and is not realistic in actual operation.

In view of the above-described problems, the present invention provides a valuable medium processing apparatus and a valuable medium processing system that are convenient for a user and a manager to be able to reliably receive in a form in which history information on the stored valuable medium remains when the valuable medium is accommodated. And a valuable medium processing method.

The present invention identifies an input unit for inputting user information specifying a user, a receiving device for accepting and processing a valued medium for trading, and a valuable medium received from the receiving device for identification of valuable medium information of the identification object. A storage unit for storing and storing the storage information in association with the storage information and the user information relating to the value-added medium, a fixed storage unit for determining and storing the value-accepted medium accepted based on the identification result of the identification unit, and the value-added medium. It is a valuable medium processing apparatus provided with the forced accommodating part which accommodates at the time of forcibly storing, without storing.

According to the present invention, a valuable medium processing apparatus, a valuable medium processing system, and a valuable medium processing method which are convenient for use by a user and a manager who can reliably receive in a form in which history information on the stored valuable medium remains when the valuable medium is accommodated. Can be provided.

1 is an external perspective view of a banknote deposit machine of Example 1. FIG.
2 is a schematic configuration diagram showing the internal structure of a banknote deposit machine of Example 1. FIG.
3 is a control block diagram showing a control unit of the banknote deposit machine of the first embodiment;
4 is a display diagram showing a deposit reception screen displayed on a display operation portion of Example 1;
Fig. 5 is a display diagram showing a selection screen displayed on the display operation portion of the first embodiment.
Fig. 6 is a display diagram showing a deposit start screen displayed on the display operation portion of Example 1;
Fig. 7 is a display diagram showing an example of a detailed screen of half-width bills displayed on the display operation section of Example 1;
Fig. 8 is a display diagram showing an example of a detailed display screen of the forced deposit mode displayed on the display operation portion of Example 1;
9 is a flowchart showing a processing operation at the time of starting receipt of a deposit in Example 1. FIG.
Fig. 10 is a flowchart showing a deposit processing operation in the normal acceptance identification mode of the first embodiment.
Fig. 11 is a flowchart showing a deposit processing operation in the forced deposit mode of the first embodiment.
12 is a flow chart following FIG. 11 of Example 1. FIG.
Fig. 13 is a flowchart showing a data processing procedure after completion of the forced deposit transaction of the first embodiment.
Fig. 14 is a display diagram showing a guidance screen of a forced deposit transaction displayed on the display operation section of Example 1;
Fig. 15 is a schematic explanatory diagram of a banknote processing system showing a state in which the banknote deposit machine and the host apparatus of Example 1 are connected by communication;
Fig. 16 is a display diagram showing a transaction-specific list display screen displayed on the host apparatus of the first embodiment.
Fig. 17 is a display diagram showing an example of a display screen relating to orthodox displayed on the host apparatus of the first embodiment.
18 is a schematic explanatory diagram of a banknote classification processing system showing a state in which a banknote sorter and a host apparatus of Example 1 are connected by communication;
Fig. 19 is a flowchart showing a deposit processing operation in the forced deposit mode according to the second embodiment.
20 is a flow chart following FIG. 19 of Example 2. FIG.
Fig. 21 is a schematic configuration diagram of using a POS system according to the second embodiment.

An embodiment of this invention will be described below with reference to the drawings.

Example 1

1 is a view showing the appearance of a banknote deposit machine 1, and is installed in a backyard of a store such as a department store or a retail store. The clerk (hereinafter referred to as the user) using this banknote depositing machine 1 confirms the information about the deposit displayed on the display operating part 24 and displays the operation required for the deposit transaction of the banknote depositing machine 1. Touch input to the display screen of the operation unit 24 is performed. The banknote dispenser 1 has a banknote processing section 2 built therein, and an upper front face is provided with a billing opening 10 of a bill, a half-width opening 12 of a bill, and a card insertion slot 18. .

2 has shown the internal structure of the banknote machine 1.

This banknote deposit machine 1 handles the bills S, carrying out, conveyance, storage, etc. by the banknote processing part 2 mounted in the inside. In the banknote processing unit 2, a deposit opening 10, an identification section 11, a half-width opening 12, a distribution gate 13, a forced deposit 3, and a fixed deposit 4A-4D are built in. have.

The deposit opening 10 is provided as a container for accommodating and processing a banknote to be traded. It is normally closed with a shutter and is opened and closed during the deposit transaction.

The identification part 11 is provided on the banknote conveyance path communicating in the inside of the receipt opening 10. As shown in FIG. In this identification part 11, the image of the sheet detection sensor 14 which detects the number of sheets of banknotes S, the discrimination detection sensor 16 which discriminates the authenticity and the paper type of banknote S, and the banknote S are contained. The camera 15 and the like are incorporated to identify whether the received bill S is normal or abnormal based on a plurality of judgment items, and at the same time, when the bill S is conveyed, these sensors 14 and 16 and The camera 15 receives the state of the banknote as identification information. The identification information received here is transmitted to the main control part 20 mentioned later, and is utilized for the operation of the banknote machine 1 by a predetermined method.

The half-angle tool 12 is provided in the vicinity of the said depositing tool 10, and half-processes the banknote identified by the identification part 11 as a counterfeit banknote or an indeterminate banknote.

This banknote depositing machine 1 is provided as an entrance processing part of a banknote with the deposit opening 10, the identification part 11, and the half angle | corner 12 in the upper part, and the forced depositing machine 3 and the fixed depository in the lower part. (4A-4D), it is handled as a bill handling process part. And the distribution gate 13 for banknote distribution is arrange | positioned at each conveyance switching part of a conveyance path.

The forced deposit 3 is forcibly storing the banknote S accommodated as a forced storage unit without determining the banknote regardless of the identification result of the identification unit 11. The firm deposit boxes 4A to 4D store banknotes determined as normal banknotes based on the identification result of the identification unit 11 as the firm storage unit.

In addition, the banknote processing part 2 becomes the structure which abbreviate | omitted the temporary hold part on the operation which processes only for deposit, and it becomes possible to simplify the said banknote deposit machine 1. In such a configuration, the temporary holding unit is not configured, but if necessary, one of the deposit deposits 4A to 4D may be used as the temporary holding unit, or a temporary holding unit may be mounted separately.

3 is a block diagram showing the control configuration of the banknote machine 1.

In this block diagram, 20 is a main control part for controlling each part of the banknote machine 1. Reference numeral 21 denotes a ROM in which an operation program of the main controller 20 is recorded, and 22 is a RAM in which the main controller 20 reads and writes control data for controlling each controller.

Inside the banknote processing unit 2, as described above, the banknote S of the bank 10 in addition to the identification unit 11, the distribution gate 13, the forced depository 3, the firm depository 4A-4D. The banknote detection sensor 17 which detects the presence or absence of is installed.

In addition, the banknote machine 1 is provided with a card reader 23 communicating with the inside of the card insertion port 18. When the user makes a deposit in the card reading unit 23, a card in which his or her account number is recorded is read. It also has a display function and a touch input function for displaying the information necessary for the user to display the information necessary for the user to perform a deposit operation, and a display which combines the display and the input used when touch inputting an operation required for the deposit operation. The operation unit 24 is provided. In addition, a communication unit 25 that transmits and receives information between the host device 151 (see FIG. 15) described later is provided.

Reference numeral 26 denotes an information storage unit composed of RAM, which stores, in a predetermined area, transaction management information 28 representing status information for each transaction at the time of forced deposit based on the banknote image information 27 and the identification result.

The main control unit 20 stores the related information associated with the user information specifying the user at the time of accepting the bill and the acceptance information about the bill S received from the depository 10, and at the same time, the bill S ) Is stored in the storage 3, 4A-4D inside the apparatus.

Here, as the user information, the user can be identified from the ID card by inserting an ID card for identifying the user into the card insertion port 18 and reading it by the card reading unit 23. In addition, the display operation unit 24 may input necessary information for specifying the user.

At this time, when the date information and the user's own specific information are added as the user information, it becomes more accurate and the user can be specified without an error. In addition to date information and ID information, information such as time and account number may be used. At this time, even the same user can be managed by dividing into a plurality of transactions.

In addition, the acceptance information confirms that the bill is received by the detection signal of the banknote detection sensor 17. In addition, the identification part 11 correctly identifies the state of the banknote accommodated by the authenticity, the paper type, and the number identification result information of the banknote, one by one.

The related information is stored in the RAM 22 in association with the program stored in the ROM 21 and stored in the RAM 22 in association with the user information. Thus, the transaction history can be obtained. It can be managed as evidence.

By having such a deposit function, the transaction history at the time of accommodating a banknote can be ensured and the banknote S can be accommodated in the forced deposit 3 or the fixed deposit 4A-4D inside the apparatus. For this reason, it can be accommodated in the form which a history remains in an apparatus.

In addition, the main control part 20 accommodates the banknote which was accepted based on the identification result of the identification part 11 at the time of accommodating a banknote in the said fixed deposit box 4A-4D, and embossed the banknote which was rejected by half. An identification reception mode that is half sized in the phrase 12, and the received bills are stored in the forced depository 3 regardless of the identification result of the identification section 11, and the RAM 22 stores the associated related information. It is provided with the control function which controls to either side of the forced storage mode.

In the identification reception mode, when the identification unit 11 receives and identifies a banknote, the identification unit 11 performs introduction processing when it is determined that the banknote is properly read, and executes a normal deposit processing of half-billing if there is an abnormal banknote (hereinafter, usually Called deposit mode).

The forced storage mode refers to the execution of a forced storage processing operation in which the bills received are not embossed but necessarily stored in the apparatus.

The main control unit 20 has the two mode selection functions as described above, thereby accepting normal bills and storing them in the defined deposit boxes 4A to 4D. At this time, for example, if the banknotes damaged in the distribution process are mixed, even if the identification unit 11 is half-identified and misidentified as a banknote in the case of the normal banking mode, for example, the banknotes are forced to be stored in the forced storage mode again. It is possible to reliably store half-billed bills in the device, thereby safely managing all the bills in the device.

Therefore, for example, it is not necessary to rely on other operation procedures such as an envelope deposit method, and the transaction operation procedure is simplified. In addition, by storing the half-billed undetermined banknotes in the forced deposit 3, it can be stored separately from the banknotes identified as normal, it is possible to prevent the normal banknotes and the abnormal banknotes to be mixed at the time of billing.

In addition, only a few undecided banknotes that have been engraved need to be stored and managed in association with each other. Since data of all banknotes are not stored, the amount of stored data is at least reduced. In addition, it is also possible to instruct the type and number of sheets forcibly stored using the display operating unit 24 as the user input means. That is, at the time of re-acquisition of the half sized banknote, the number of the half sized banknote can be specified and inputted so that the information instructed by the user can be stored as part of the user information.

In addition, it is preferable for the display operation unit 24 to secure a transaction combination by inputting the number of deposits and types of deposits at the time of deposit in the normal deposit mode.

In addition, when there is a bill rejected and accepted in the main control part 20 by the identification acceptance mode, the user can decide whether to execute the identification acceptance mode or the forced storage mode at the time of reacquisition of the engraved banknote. It has a function as a selection means which can be selected by it.

By providing this selection means, the user can select whether or not to forcibly store the paper money inside the apparatus with respect to the paper money that is determined to be non-normal.

4 illustrates a deposit reception screen 41 for guiding a deposit on the display operation unit 24. The deposit accepting screen 41 displays a deposit accepting button 42. When the deposit accepting button 42 is pressed, the deposit transaction in the normal deposit mode is executed.

5 shows a selection input screen 51 for selecting and inputting a transaction mode on the display operation unit 24. The selection input screen 51 is the identification acceptance mode when the receipt of the half-billed paper money is received when there is a bill that has been rejected when the normal money-back mode executed on the deposit reception screen 41 is executed. A screen that allows the user to select whether to execute the forced storage mode or the forced storage mode is displayed.

Reference numeral 52 is a normal deposit button, which is pressed when a normal deposit mode for identifying based on a plurality of judgment items whether the received banknote S is normal or abnormal is selected. Numeral 53 denotes a forced deposit button, which is pressed when the forced deposit mode is selected for half-dollar bills as a result of the normal deposit.

6 is a deposit start screen 61 after the normal deposit mode selection on the display operation unit 24.

62 is a start / end button, which is pressed when the deposit processing starts or ends after the banknote S is loaded into the deposit opening 10. 63 is a display input area, which is a display area for displaying the kind, number, and total amount of the bank notes in the normal deposit mode. In the forced deposit mode, the user inputs the amount, number, and total amount of the forced bank notes. It has a display input function that becomes an area. In addition, even in the normal deposit mode, the combination information may be further increased by inputting the deposit information such as the money type or the number of copies by the user to increase the related information with the user.

Moreover, the user can display in detail the identification information of the banknote acquired when the banknote S which received money passed through the identification part 11 by the detail button 64. FIG.

FIG. 7 shows an example of the bill detail screen 71 displayed by the detail button 64 being pressed in the normal deposit mode.

This banknote detail screen 71 is an identification part from the front and back image 72 of the banknote acquired by the identification part 11, the group number enlargement image 73 which cut out only the part number from the image of the banknote, and the identification number image. The numeral number recognition result 74 obtained by the character 11 performing character recognition is displayed.

By displaying the serial number magnified image 73 and the serial number recognition result 74 side by side, the user can visually confirm that the serial number is recognized without error for the bills he has deposited. In addition, even when a part of the serial number cannot be recognized due to dirt or the like, the cause of the identification cannot be cleared by displaying the serial number enlarged image 73, and the serial number expanded image 73 is also logged. By referring to the image data as well as the recognition result, it is possible to associate the deposit banknote with the user without error even after the end of the transaction. At this time, the image data of the front and back image 72 can be reduced by the resolution which can understand the whole banknote, and it becomes possible to reduce data capacity. 75 is an item switching button, and 76 is a banknote switching button.

8 shows an example of the half size banknote detail screen 81 displayed by pressing the detail button 64 in the forced deposit mode. The half-angle banknote detail screen 81 is the front and back image 82 of the banknote acquired by the identification part 11, the display 84 of the transaction management information of the said forced deposit transaction, and the confirmation button 85 for completing a forced deposit process. ), The virtual envelope 83 is displayed. 86 indicates scroll buttons for image switching, 87 indicates graffiti, and 88 indicates damaged parts of bank notes.

In this way, the user can confirm all the images of the transaction on the spot, regardless of the identification result of the identification unit 11. In addition, even at the time of forced deposit with the restriction of identification, the user can grasp at a glance, and thus the user's understanding can be obtained. That is, it has the function which can confirm clearly the user of the data of the half size banknote which is forcibly stored when the forced deposit mode is selected.

9 and 13 are flow charts showing the procedure of accommodating processing at the time of depositing banknotes, and each step is a process executed by the main control unit 20.

9 is a flowchart at the start of deposit receipt. Usually, as shown in FIG. 4, the banknote payment machine 1 displays the deposit acceptance screen 41 on the display operation part 24. As shown in FIG. And it waits for the deposit acceptance button 42 of the deposit acceptance screen 41 (step S1) to be pressed. When the deposit acceptance button 42 is pressed by the user (step S2), the banknote received at the deposit opening 10 is accepted inside the deposit opening 10 and is identified by the identification unit 11 (step). S3). At this time, if there is a banknote which cannot be identified (step S4), the banknote according to the gastronomical distinction is engraved in a half-angle sphere (step S5).

The re-received screen is displayed on the display operation unit 24 with respect to this half-height banknote (see FIG. 5). Then, the normal deposit mode or the forced deposit mode is selected (step S6). When the normal deposit mode is selected, the processing after step S3 is executed (steps S3 to S6).

On the other hand, when the forced deposit mode is selected, the engraved banknotes are forcibly deposited to accept all the banknotes. Thus, one deposit transaction is terminated. In addition, when there is no banknote which cannot be identified when the identification part 11 identified in step S4 (step S4: NO), it determines with all the banknotes and completes a transaction. If the normal deposit mode or the forced deposit mode are not selected even after a certain time has elapsed in steps S7 and S8: NO, it is determined that the deposit processing of the half-width notes is stopped and the transaction ends (step S7: NO, step S8: NO). .

10 is a flowchart showing a deposit processing procedure in a normal deposit mode.

After the user selects the normal deposit button 52 and inserts the bill S into the deposit box 10 and presses the start / end button 62, the main control unit 20 of the deposit bill detecting sensor 17 is pressed. It is judged that the banknote S has the banknote S and the deposit instruction | indication of the banknote S by the output of detection (step S11: YES), and the banknote S is carried out and conveyed to the identification part 11 by the detection output. (Step S12). The identification part 11 discriminates | determines whether the banknote S is normal or abnormal based on several judgment items, such as an authenticity determination and a gold type determination (step S13).

In addition, the identification part 11 acquires the front and back image of the banknote S by the camera 15 (step S14). The main control unit 20 confirms whether or not the banknote S is identified by the identification unit 11 as normal (step S15), and if it is identified as normal (step S15: YES), identifies the banknote S. It returns to the fixed deposit boxes 4A-4D specified from (11) (step S16).

After the conveyance, it is determined whether or not all of the bills S in the deposit box 10 are lost (step S17), and if there is still a bill S in the deposit box 10 (step S17: NO), the above-described steps The process after S12 is executed.

On the other hand, in step S15, if the banknote S is identified as abnormal by the identification part 11 (step S15: NO), the banknote S is conveyed from the identification part 11 to the half-angle sphere 12, It is half size (step S18).

The banknote S identified as abnormal by the identification unit 11 is a banknote that did not satisfy at least one item of the plurality of judgment items, and is, for example, a banknote of a gold kind which cannot be handled by the banknote depositing machine 1. Although it is a real bank note, since it is in a damaged state as if it is wrinkled or stuck, the banknote which cannot be judged as a real banknote by the identification part 11 is also included.

Subsequently, the main controller 20 determines whether all of the banknotes S of the bank 10 are lost (step S19), and if there is still a banknote S in the bank 10 (step S19: NO) The process moves to step S12, the banknote S is drawn out from the bank 10 and conveyed to the identification part 11, and the banknote S is identified by the identification part 11 as mentioned above. On the other hand, when all the banknotes S of the money inlet 10 are lost (step S17: YES, step S19: YES), one after another is finished, the paper type, the number of sheets, and the total amount of the banknotes S are displayed in the display input area 63. Is displayed.

In addition, the user may reinsert the banknote S conveyed to the half-angle sphere 12 into the deposit opening 10 and press the start / end button 62 again. Several times, even if the deposit process is performed in the normal deposit mode, the deposit process is performed in the forced deposit mode shown in FIG. 11 or FIG.

11 and 12 are flowcharts showing the deposit processing procedure in the forced deposit mode.

After the user selects the forced deposit button 53, the user inputs the money type information and the number of pieces of information to be deposited by forced deposit into the display input area 63 (step S21), and inserts the bill S into the deposit opening 10. When the start / end button 62 is pressed, the main control unit 20 has a banknote S in the bank 10 by the detection output of the banknote detecting sensor 17, and further, the banknote S is instructed. It is judged that there existed (step S22: YES), the banknote S is sent out from the bank 10 and conveyed to the identification part 11 (step S23).

The identification part 11 discriminates the number of sheets and the type of gold by the number detecting sensor 14 and the discrimination detecting sensor 16 (step S24). In addition, the identification part 11 acquires the front and back image of the banknote S with the camera 15 (step S25). Thereafter, the banknote S is stored in the forced deposit box 3 (step S26).

After storing, it is determined whether or not all the bills S in the deposit box 10 are lost (step S27). If there is still a bill S in the deposit box 10 (step S27: NO), the process proceeds to step S23. The banknote S is taken out from the depositing device 10 and returned to the identification unit 11, and the number and the gold type of the banknote S are identified by the identification unit 11 as described above. When all the banknotes S of the money inlet 10 are lost (step S27: YES), it is complete | finished.

In step S28, the main control part 20 determines whether the number of sheets of the banknote which followed one after another was identified in the said forced deposit process. If the number of sheets is not confirmed (step S28: NO), the transaction management information 28 of the forced deposit transaction is set to "3" (necessary confirmation 3) (step S22) and the forced deposit is completed. As described above, the user can confirm that the transaction status is "3" (confirmation 3) in the front and back images 82 of the bills forcibly deposited on the half size banknote detail screen 81 and the display 84 of the transaction management information.

In addition, the case where the number of sheets is not determined includes the case where the number of sheets, two sheets, and the like occur at the time of succession from the depositing device 10, and the identification unit 11 cannot recognize the number of sheets.

On the other hand, in the case where the number of sheets is determined in step S28 (step S28: YES), it is then determined whether or not the paper type is identified for all the bills S in the forced deposit transaction (step S29). If all kinds of gold are not confirmed (step S29: NO), the transaction management information 28 of the forced deposit transaction is set to "2" (confirmation of confirmation 2) (step S23), and the forced deposit is completed.

If all kinds of gold are confirmed (step S29: YES), it is judged whether or not the identified number of pieces of information and the kind of money information coincide with the number of pieces of information and the type of money information input from the user (step S30), and if they match (step S30: YES). When the transaction management information 28 of the forced deposit transaction is set to "1" (confirmation of confirmation 1) (step S31), and contrary to the contrary (step S30: NO), the transaction management information of the forced deposit transaction ( 28) is set to " 2 " (confirmation of confirmation 2) (step S33), and the forced deposit is completed, respectively.

According to the above procedure, even if a banknote is damaged in the distribution process, a user can store all cash in a device once. In addition, when the manager of the banknote machine 1 determines the validity of each forced deposit transaction on the image data with respect to the transaction stored in the forced deposit box 3, the transaction management information 28 is used to manage the transaction. Only the transactions whose information 28 is "2" (confirmation of confirmation 2) and "3" (confirmation of confirmation 3) need to be carefully checked the transaction data, so that the inspection can proceed smoothly and efficiently.

In addition, in order to reduce the management effort of a forced deposit transaction, when an administrator cannot identify the number of bank notes by the identification part 11 at the time of forced deposit, it may be embossed at half-width hole 12 once.

In addition, in FIG. 12, the user selects the forced deposit button 53 (see FIG. 5) on the selection input screen 51, and then inputs the money type information and the number of pieces of information to be deposited by forced deposit into the display input area 63. (Step S40) When the banknote S is thrown into the deposit opening 10 and the start / end button 62 is pressed, the main control part 20 uses the deposit output (the detection output of the banknote detecting sensor 17). It is judged that there is a banknote S in 10), and there is an instruction for depositing the banknote S (step S41: YES), and the banknote S is sequentially transferred to the identification unit 11 (step S42).

The identification unit 11 identifies the number of copies and the kinds of gold by the number detecting sensor 14 and the discrimination detecting sensor 16 (step S43). In addition, the identification part 11 acquires the front and back image of the banknote S by the camera 15 (step S44). Here, the main control unit 20 determines whether the number of sheets has been identified (step S45). If the number of sheets is not determined (step S45: NO), the banknote S is conveyed from the identification unit 11 to the half-angle sphere 12 and half-width (step S52).

After the half-width, it is determined whether or not all the bills S of the deposit box 10 are lost (step S53). If there is still a bill S in the deposit box 10 (step S53: NO), the process proceeds to step S42. The banknote S is taken out from the depositing device 10 and returned to the identification unit 11, and the number and the gold type of the banknote S are identified by the identification unit 11 as described above. When all banknotes S of the money inlet 10 are lost (step S53: YES), a deposit process is complete | finished. In addition, the user may reinsert the banknote S conveyed to the half-angle opening 12 into the deposit opening 10, and press the start / end button 62 again.

On the other hand, when the number of sheets is determined by the identification unit 11 (step S45: YES), the banknote S is stored in the forced deposit box 3 (step S46). After storing, it is determined whether or not all the bills S of the deposit box 10 are lost (step S47). If there is still a bill S in the deposit box 10 (step S47: NO), the process proceeds to step S42. The banknote S is taken out from the depositing device 10 and returned to the identification unit 11, and the number and the gold type of the banknote S are identified by the identification unit 11 as described above.

When all the banknotes S of the money inlet 10 are lost (step S47: YES), it is complete | finished. Next, in step S48, it is determined whether all kinds of paper money S in the forced deposit transaction are identified or not. If all kinds of gold are not confirmed (step S48: NO), the transaction management information 28 of the forced deposit transaction is set to "2" (confirmation of confirmation 2) (step S51), and the forced deposit is completed.

When all kinds of gold are confirmed (step S48: YES), it is judged whether or not the identified number of pieces of information and the type of money information coincides with the number of pieces of information and the type of money information input from the user (step S49), and if they match (step S49: YES), If the transaction management information 28 of the forced deposit transaction is set to "1" (confirmation of confirmation 1) (step S50), and if it does not match conversely (step S49: NO), the transaction management information of the forced deposit transaction (28) ) Is set to "2" (need confirmation 2) (step S51), and forced deposit is completed, respectively.

According to the above procedure, at least the number of bills in the forced depository is determined, and the manager may concentrate on information on the paper type, in particular, on the image data, thereby reducing management effort.

13 is a flowchart of the data processing procedure after completion of a forced deposit transaction. After the forced deposit is completed, the front and back image of the banknote acquired by the identification unit 11 and the user information such as the user's account number and the terminal number and date of the used bank note depositor 1 are dealt with for each forced deposit transaction. Data is created (step S61).

As a method of association, in order to maintain visibility, it is possible to make image data of user information provision by overwriting user information on the background part which avoided the serial number and a portrait on a banknote image. Specifically, at least one side of the banknote image data of the banknote which was forcibly stored was acquired by the camera 15 which can photograph clearly, such as a CCD camera, as image data acquisition means, and the said banknote acquired with the camera 15. Image data is stored as accommodating information of bills.

This makes it possible not only to leave a history as evidence by acquiring the image data of the deposited bank notes, but also to clarify by whom the bank notes in the forced depository 3 were deposited at the time of regular inspection. .

Alternatively, the user information may be stored as text data, and the text data and the bill image data may be managed as the collective data. That is, you may synthesize | combine text data and banknote image data. At this time, it is good to prevent alteration, and to convert user information into image data, and the said converted image data may be synthesize | combined with the said banknote image data. In this synthesis, it can be synthesized by the main control unit 20 as the synthesis means (see FIG. 14). As a result, all the information is contained in one image data instead of opening a plurality of associated files. Thereby, not only convenience is good also in management, but also visibility can be improved.

In addition, alteration prevention processing may be performed by applying digital watermarking to transaction data (step S62). At this time, the tampering prevention can be prevented by embedding the electronic information in the bill image data, and the reliability and evidence of the image data can be further improved. In addition to the electronic transparent pattern, a password may be set for each transaction data.

According to the above procedure, the history of the forced deposit transaction performed by the user can be surely maintained, and after the user performs the forced deposit processing, the alteration of the transaction data is carried out until the manager conducts the forced deposit transaction. It is not guaranteed and can be used by users and administrators as reliable data on which reliable transactions have been established. That is, since the transaction history can be secured and traded as a deposit means that replaces the operation of the conventional envelope deposit, in particular, the user is free of anxiety and the psychological barrier is removed.

Moreover, as a means for a user visually confirming the transaction data processing of a forced deposit by the display operation part 24 of the banknote deposit machine 1, FIG. 14 shows an example of the guide screen by the moving image display at the time of a forced deposit transaction.

Reference numeral 142 denotes an envelope, and user information including the account number of the user, the terminal number of the banknote dispenser 1 used, and the date is printed. Reference numeral 143 denotes a content confirmation button used for reconfirming the banknote image in the envelope, and 144 denotes a completion button for completing the forced deposit transaction.

As also shown in FIG. 8, when the user confirms the front and back image 82 of a banknote and presses the confirmation button 85, in the half-width banknote detail screen 81 of a forced deposit transaction, the front and back image 82 is virtual on the screen. It is loaded as it is sucked into the envelope 83. Thereafter, the user information is overwritten as if the user information is printed on the virtual envelope 142 shown in FIG.

When the content confirmation button 143 is pressed, the half size banknote detail screen 81 is displayed again, and the banknote image of the contents can be confirmed. By enabling such display switching, the user can intuitively understand that the user's bills are enclosed in the envelope and the acceptance information and the user information are related as in the operation of the envelope deposit.

When the completion button 144 is pressed, a state in which the printed envelope 142 is put into the virtual safe 146 as shown on the screens 145 and 147 is displayed as a moving picture. As a result, it is visually expressed that the user's forced deposit banknote is reliably managed in the banknote vending machine 1 on the data, and it becomes easy to understand.

In the embodiment described above, the case where the user operated the display operation part 24 of the banknote machine 1 and instruct | indicates directly to the banknote machine 1 was mentioned. On the other hand, the embodiment which indirectly checks on electronic data by displaying the information memorize | stored in the banknote machine 1 and making it visible to an administrator is demonstrated next.

At the time of the filing of the banknote, the manager may directly operate the display operation unit 24 of the banknote vending machine 1 to check and scan the status information of the forced deposit transaction, as shown in FIG. 15. Is connected to the host device 151 as the value-bearing medium management device via the communication line 158, and the manager operates the host device 151 to perform the forced deposit transaction from the host device 151. The status information may be checked and corrected.

When the administrator checks and checks the status information of the forced deposit transaction using the display operation unit 24, the display content is appropriately used for the user and the administrator so that the user and the administrator separately display and use the single display operation unit 24. This can be achieved by switching over. In addition to the display operation unit 24, a display operation unit dedicated to an administrator may be provided and managed on the inner surface of the back door, for example, of the banknote machine 1.

FIG. 15 shows an example of a banknote processing system configured by connecting the banknote machine 1 and the host apparatus 151 described above. As described above, the banknote deposit machine 1 includes, as described above, a card reading unit 23 as a user input unit for inputting user information specifying a user, a depository opening 10 for accommodating a banknote being traded, Identification unit 11 for identifying the banknote information of the object to be identified using the banknote as an object of identification, and RAM 22 as a storage unit for storing and storing the acceptance information about the banknote received from the bank 10 and the user information. And the settlement storage units 4A to 4D that receive and accept the bills accepted and accepted based on the identification result of the identification unit 11 in the banknote machine 1, and the deposits received from the depositor 10. Acquiring a banknote image data of at least one side of a banknote 3 forcibly storing the banknote without forcing the banknote inside the banknote 1 and the banknote forcibly stored in the banknote 3. The camera 15 is provided.

On the other hand, the host apparatus 151 is provided with a control unit 152 for acquiring and managing information relating to user information and accommodation information including banknote image data relating to banknotes forcibly stored in the forced deposit box 3. . The control unit 152 is connected to the banknote machine 1 through the communication unit 153, and controls the data that has been deposited and traded according to the program stored in the ROM 154, and reads the control data from the RAM 155. I remember as much as possible.

Then, the display unit 156 displays the bill image data of the bill managed by the control unit 152 and visually recognizes the bill, and the manager informs the accommodation information about the bill forcibly stored in the forced deposit box 3. An administrator input unit 157 is provided to allow input of information. This host apparatus 151 can be comprised, for example with a personal computer provided with the display part 156 which liquid-crystalizes the image of a banknote, and the manager input part 157, such as a keyboard.

In addition, the host apparatus 151 is communicatively connected to remotely monitor a plurality of banknote machines 1, and an administrator arbitrarily checks the banknote machine 1 at a remote position from the host apparatus 151 side. It's designed to run.

Thus, the host apparatus 151 has the display part 156 which makes the administrator visually recognize the information acquired from the RAM 22 of the banknote machine 1, and the manager input part 157 as an input part which input-operates the instruction information instructed by the manager. Equipped with. As the instruction information input here, for example, in Fig. 17 to be described later, the instruction information indicates whether to hold or complete the deposit transaction, and is operated by pressing the hold button 176 or the completion button 177.

With the above-described configuration, the banknote image data becomes intuitive information of the compulsory storing transaction intuitively understood by the manager, and the manager does not confirm the banknote of the storing unit at the time of the inspection, but instead of checking the banknote on the banknote image data. On the basis of the identification result of the number of sheets, if only the items which could not be identified are checked with the naked eye, it is possible to accurately and easily inspect the documents without directly linking them to the banknote machine 1.

For this reason, since confirmation work is efficient and operation | movement of an image data subject can be implement | achieved, for example, it becomes possible to implement the orthodontic work which targets a some apparatus from a remote facility, such as a centralized management center.

In addition, since all can be managed on image data, the administrator can identify from the host device 151 or instruct necessary information. In addition, it is possible to efficiently process a bill on which identification is unknown, on an image without manual labor.

In particular, when the administrator can visually check the banknotes stored in the banknote machine 1 undecided, the banknotes treated as non-identifiable banknotes in the conventional apparatus such as handwritten banknotes are treated as normal banknotes. Convenience in bill management can be greatly improved.

16 is a display diagram illustrating an example of an orthogonal display screen displayed on the host device 151. The display unit 156 of the host device 151 has a display area 161 indicating the status information of each control deposit transaction. Among these, transaction management information "1" (required confirmation 1) indicating that two forced deposit transaction data can be read and confirmed is displayed in the upper first-tier area 162. FIG. In the second stage area 163, the number of purchases was confirmed, but one transaction management information " 2 " In the third step area 164, one transaction management information "3" (required confirmation 3) indicating that the number of copies is unconfirmed due to abnormality in conveyance or the like is displayed.

FIG. 17 shows specific information in an envelope enclosed as electronic data on the display unit 156 of the host apparatus 151. When the manager inputs and instructs the manager input unit 157 to display the transaction data, the display unit 156 displays the denomination information and the purchase information 171 requested from the user and the front and back images 172 of the banknotes acquired at the time of forced deposit. Displayed side by side. In addition, at this time, the kind information, the number of purchase information 171, and the front and back image 172 of the banknote are compared, and if there is no error in the application amount, the completion button 177 is pressed to complete the deposit transaction. At this time, since it was recognized that the banknote was a normal person, it is regarded as the same data as when the deposit was confirmed in the normal deposit mode. Reference numeral 173 denotes a scroll bar, 174 graffiti, and 175 denotes a broken portion of the banknote.

In addition, when the transaction data is displayed on the display unit 156 and compared, the manager presses the hold button 176 in order to withhold the deposit transaction when the manager sees, for example, the counterfeit right. Then, the manager may check the spot bill of the forced deposit 3 as needed. At this time, you may use the banknote sorter 180 mentioned later in order to extract the banknote of the forced deposit transaction which a manager wants to confirm from a forced deposit box efficiently.

FIG. 18 is a diagram showing a schematic configuration of the bill sorting system of the bill sorter 180, and is provided at a place where the forced deposit box 3 is collected.

The banknote sorter 180 incorporates a bank 181 into which a banknote S is inserted, an identification unit 11, a stacker 182A 182C, a distribution gate 183, and a banknote sorter ( 180 is connected to the host device 151 described above.

When the manager takes out the bill S from the forced deposit box 3 of the bill deposit machine 1 and inserts it into the deposit box 181, the bills drawn out from the deposit box 181 are the same as the identification unit 11 ( It is conveyed to the identification part 11 which has the same function, and the front and back image is acquired. By comparing the front and back image acquired here and the front and back image 82 of the banknote acquired at the time of forced deposit via the host apparatus 151, the banknote sorter 180 makes the banknote at the time of the forced deposit transaction which a manager needs confirmation. It is possible to distribute the bay to a specific stacker (for example, 182B). In addition, the front and back images 82 of banknotes acquired at the time of forced deposit are recorded in a memory built into the forced depository 3, in addition to via the connected host apparatus 151, and this memory may be referred to by the bill sorter 180. do.

According to the above procedure, only the bank notes indicated in FIG. 17 can be easily taken out from the forced deposit bank in which a plurality of forced deposit transaction banknotes are mixed, and it is possible to reduce the trouble of the administrator for forced deposit transaction.

In addition, in the said embodiment, although the case where the oil price media processing apparatus which concerns on this invention was made into the banknote deposit machine which deposits banknotes is mentioned as an example, this invention is not limited to this, In addition, it accepts hardening and deposits other than this. The coin deposit machine, the banknote, or the coin withdrawal machine which are performed with the same apparatus may also be a coin deposit machine or a coin deposit machine. Moreover, it may be a securities such as a gift certificate or a coupon not a bill.

The above-described banknote depositing machine 1 accepts banknotes in the first ordinary deposit mode, and when an unreadable half-width banknote occurs at the start of a transaction, the deposit which selects whether to switch to the normal deposit mode or to the forced deposit mode again. Coping is done by selecting a mode by the user.

On the other hand, it is also possible to employ and configure an operation program for accepting banknotes in the forced deposit mode and executing the deposit processing from the beginning. Hereinafter, the method is demonstrated in Example 2 mentioned later.

[Example 2]

Compared to the first embodiment, this embodiment 2 has the same structure of the banknote machine 1 and only partially differs in the control program. For this reason, different parts of the control program will be described.

The control program here stores, in the firm depository 4A to 4D, the bills accepted for acceptance on the basis of the identification result of the identification unit 11 at the time of accommodating the bills. It is a structure provided with the function of storing in the forcing depository 3 and storing the related information related to it in the RAM22.

With such a configuration, even when the handwritten banknote is deposited, even when the identification unit 11 misidentifies the banknote as an abnormal banknote, the banknote can be stored inside the apparatus without being embossed. Thereby, it can be used as a forced deposit machine which accommodates all the received bank notes in the apparatus irrespective of the handwriting degree of a banknote to be traded. Therefore, the user does not receive the half-width bills, and since all the bills are reliably taken in by one deposit and the deposit transaction is completed, trouble can be saved and a very simple deposit operation is performed.

19 is a flowchart showing a deposit processing procedure in the forced deposit mode, and FIG. 20 is a flowchart of the forced deposit mode subsequent to FIG. 19.

In Fig. 19, after the user selects the normal deposit button 52, when the user inserts the bill S into the deposit box 10 and presses the start / end button 62, the main control unit 20 receives the deposit bill detection sensor. The detection output of (17) determines that the banknote S has the banknote S in the deposit opening 10, and that the banknote S has been instructed (step S71: YES). 11) (step S72). The identification part 11 discriminates | determines whether the banknote S is normal or abnormal based on several judgment items, such as an authenticity determination and a gold type determination (step S73).

In addition, the identification part 11 acquires the front and back image of the banknote S with the camera 15 (step S74). The main control unit 20 confirms whether or not the banknote S is identified by the identification unit 11 as normal (step S75), and if it is identified as normal (step S75: YES), identifies the banknote S. It returns to any defined depository 4A-4D specified by (11) (step S76).

After the conveyance, it is determined whether or not all the bills S of the deposit box 10 are lost (step S77). If there is still a bill S in the deposit box 10 (step S77: NO), the process goes to step S72. The banknote S is transferred to the identification unit 11 after being transferred from the bank 10 to the identification unit 11, and the banknote S is identified by the identification unit 11 as described above.

On the other hand, in step S75, when the banknote S is identified as abnormal by the identification part 11 (step S75: NO), the banknote S is forced from the identification part 11, with the banknote S undecided. And the deposit is forcibly made (Step S78).

About the banknote which was forcibly deposited, in step S79, the main control part 20 determines whether all the sheets in the said forced deposit process were identified. If the number of sheets is not confirmed (step S79: NO), the transaction management information 28 of the forced deposit transaction is set to "3" (need confirmation 3) (step S83) and the forced deposit is completed. As described above, the user can confirm that the transaction status is "3" (required confirmation 3) by the front and back images 82 and the transaction management information display 84 of the banknotes forcibly deposited on the half-note banknote detail screen 81.

On the other hand, in the case where the number of sheets is determined in step S79 (step S79: YES), it is then determined whether or not the paper type is identified for all the bills S in the forced deposit transaction (step S80). If all kinds of gold are not confirmed (step S80: NO), the transaction management information 28 of the forced deposit transaction is set to "2" (confirmation of confirmation 2) (step S84) and the forced deposit is completed.

If all kinds of gold are confirmed (step S80: YES), it is judged whether the identified number of pieces of information and the kind of money information coincide with the number of pieces of information and the type of money information input from the user (step S81), and if they match (step S81: YES). If the transaction management information 28 of the forced deposit transaction is set to "1" (confirmation of confirmation 1) (step S82), and if it does not match conversely (step S81: NO), the transaction management information of the forced deposit transaction ( 28) is set to " 2 " (confirmation of confirmation 2) (step S84), and the forced deposit is completed, respectively.

According to the above procedure, even if a banknote is damaged in the distribution process, a user can store all cash in a device once. In addition, when the manager of the banknote machine 1 determines the validity of each forced deposit transaction on the image data with respect to the transaction stored in the forced deposit box 3, the transaction management information 28 is used to manage the transaction. Only the transaction whose information 28 is "2" or "3" needs to be checked carefully for transaction data, and smoothly and efficiently can advance affairs.

Fig. 21 shows an example in which the user's deposit utilization efficiency is improved by connecting the banknote machine 1 described above and the point of sale (POS) management system 211.

In the case where the banknote deposit machine 1 is connected to the POS system 211 and configured, the deposit data collected in advance and collected from the POS terminal 212 of the user is collected by the POS server 214 via the POS communication network 213. Managed. By connecting this POS server 214 and the banknote machine 1 with a communication line, the POS terminal 212 and the banknote machine 1 of a user can be interlocked, and the payment of the sales money in the banknote machine 1 is carried out. It is possible to efficiently acquire the purchase information and the money type information online based on the user's ID card before the deposit operation.

Thereby, the user grasps the kind and number of banknote bundles which a user deposits at the time of the deposit operation in the banknote machine 1, and the effort of an input operation as input operation at the time of a deposit can be skipped, We can plan efficient use of deposit.

This invention is not limited to the structure of the above-mentioned embodiment, The embodiment of various structures can be obtained. For example, in the example of the above-mentioned embodiment, although the combination example which connected the banknote machine 1 and the host apparatus 151 was shown, it is not limited to this, The banknote machine 1 itself has a management function, and it is independent. The host apparatus 151 can be further connected to the banknote machine 1 which has a management function, and can also be comprised so that the selection of a place to use an affair can be selected.

It is applicable to the first half of a device for trading a value medium such as banknotes, hardening, and securities such as a sales deposit machine.

1: Banknote machine 2: Banknote processing unit
3: Forced Deposit 4A? 4D: Deposited Deposit
10: depositor 11: identification unit
15 camera 20 main fisherman
22: RAM 23: card reader
24: display control panel 51: selection input screen
63: display input area 151: host device

Claims (12)

An input unit for inputting user information for specifying a user,
A receiving port for receiving and processing a medium of oil price traded;
An identification unit for identifying the valuable medium information received from the accommodation port as an identification object, and identifying the valuable medium information of the identification object;
A storage unit that stores and stores the accommodation information on the value-bearing medium and the user information;
A definite accommodating unit which determines and accommodates a value-acceptable medium accepted based on the identification result of the identification unit;
A value-bearing medium processing apparatus having a forced storage portion for storing when a value-bearing medium is forcibly stored without being determined. The method of claim 1,
At the time of acceptance processing of the said valuable medium,
An identification reception mode for accommodating a value-accepted medium accepted on the basis of the identification result of the identification unit in the deciding storage unit and encapsulating the value-in-decrease-received medium in half;
Value-bearing medium processing provided with control means for storing the accommodated value-bearing medium in one of the forced storage modes for storing the associated information in the storage unit, regardless of the identification result of the identification unit. Device. The method of claim 2,
And when there is a valuable medium rejected and accepted in the identification acceptance mode, upon reacquisition of the half price valuable medium, selection means for selecting whether to execute the identification acceptance mode or the forced storage mode is provided. Valuable media processing unit. The method of claim 1,
At the time of acceptance processing of the said valuable medium,
Based on the identification result of the identification section, the value-accepted medium accepted for acceptance is stored in the definite storage section, while the value-received refusal medium is accommodated in the forced storage section, and the storage unit stores the associated information. Valuable medium processing apparatus provided with a control means. The method of claim 2,
And user input means for inputting the type and number of the value-bearing medium by the user,
The storage unit,
And a value-bearing medium processing apparatus for storing, as the accommodation information, identification result information identifying at least a kind and a number of the value-bearing medium forcibly stored in the forced storage unit. The method of claim 2,
Image data acquisition means for acquiring valuable medium image data of at least one side of the valuable medium forcibly stored in the forced storage unit;
The storage unit,
A valuable medium processing apparatus which stores the valuable medium image data as the accommodation information. The method of claim 6,
And a synthesizing means for synthesizing said user information with said valuable medium image data stored as said accommodation information in said storage unit. The method of claim 6,
In the valuable medium image data,
Valuable media processing apparatus provided with the electronic transparent patterning means which carries out digital watermarking process. The method of claim 6,
And a display unit for displaying the received information about the value-bearing medium forcibly stored in the forced storage unit and the associated information of the user information to visually recognize the administrator.
And the input unit is further configured to allow an administrator to input instruction information with respect to the associated information. The method of claim 1,
The user information,
A valuable media processing device having date information and specific information for identifying the user. A valueable medium processing system comprising a valueable medium processing device for processing a valueable medium and a valueable medium management device connected to the valueable medium processing device via a communication line,
In the valuable medium processing apparatus,
A user input unit for inputting user information for specifying a user,
A receiving port for receiving and processing a medium of oil price traded;
An identification unit for identifying the valuable medium information of the identification target, using the valuable medium as the identification target;
A storage unit that stores and stores the accommodation information on the value-bearing medium received from the accommodation port and the user information;
A definite accommodating unit which determines and accommodates a value-acceptable medium accepted based on the identification result of the identification unit;
Forced storage part to receive when forcibly storing without having to determine oil price medium,
Image data acquisition means for acquiring, as the accommodation information, valuable medium image data of at least one side of the valuable medium forcibly stored in the forced storage unit;
In the valuable medium management device,
A control unit for acquiring and managing information relating to the accommodation information including the valuable medium image data relating to the valuable medium stored in the forced storage unit stored in the storage unit of the valuable medium processing apparatus and the user information; ,
A display unit for displaying the related information of the accommodation information and the user information related to the value-bearing medium managed by the control unit to visually recognize to the administrator;
And a manager input unit for allowing the administrator to input instructional information to the associated information about the value-bearing medium forcibly stored in the forced storage unit. A user information acquisition step of acquiring user information identifying the user,
An acceptance step of accommodating and processing the oil price transaction;
An identification step of identifying valuable medium information of the identification object, using the valuable medium received from the accommodation step as an identification object;
A storage step of associating and storing accommodation information on the value-bearing medium accommodated by the accommodation step and the user information;
A definite storage step of deciding the value-acceptable medium accepted for acceptance on the basis of the identification result of the identification step and storing it in the definite storage unit;
A value-bearing medium processing method comprising a forced-receiving step for storing the value-bearing medium forcibly in a forced-receiving unit when the product is forcibly stored.

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