JP6902656B1 - How to transfer paper leaf storage device, paper leaf handling system and paper leaf storage device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve security when transporting a paper leaf storage device. SOLUTION: This is a paper leaf storage device that is portable and stores paper sheets inserted into a plurality of gaming devices, and stores identification information that identifies a person in charge of transferring the paper leaf storage device. A paper leaf storage device equipped with a part. In addition, a plurality of gaming devices that include the above-mentioned paper leaf storage device and transmit payment information according to the inserted paper leaf to an external device, or / and a paper leaf inserted in the plurality of gaming devices. A paper leaf handling system equipped with a paper leaf transport device that automatically transports paper sheets. [Selection diagram] Fig. 2

Description

The present invention, paper accommodating apparatus, a method of transferring paper sheet handling system及beauty paper sheet storage device.

Conventionally, in amusement parks such as pachinko halls, a paper leaf storage device for storing and storing paper sheets such as banknotes inserted by a player has been used. For example, Patent Document 1 discloses a portable paper leaf storage device. The configuration of Patent Document 1 has an advantage that the paper leaf storage device can be taken out from the paper leaf storage device after the paper leaf storage device is transferred to a safe place (for example, a backyard).

Patent No. 65505298

However, the technique of Patent Document 1 may have insufficient security when transporting the paper leaf storage device. In consideration of the above circumstances, it is an object of the present invention to make it possible to improve the security when transporting the paper leaf storage device.

In order to solve the above problems, the paper leaf storage device of the present invention is attached to a safe unit that receives paper leaves inserted into a plurality of gaming devices, and the paper is attached to the safe unit during the period of attachment to the safe unit. It is a paper leaf storage device that automatically stores the leaves and has an opening that allows the stored paper leaves to be taken out. It is formed to be removable from the safe unit, is portable, and is locked. Then, the paper leaf cannot be taken out from the opening, and when the lock is unlocked, the paper leaf can be taken out from the opening, and the paper leaf storage device is removed from the safe unit. In this state, it is provided with a wireless communication unit that receives identification information for identifying the person in charge of transporting the paper leaf storage device from the portable device by wireless communication, and a storage unit that stores the identification information received by the wireless communication unit. The locking portion was locked for a series of periods including a period during which the paper leaf storage device was attached to the safe unit and a period after the paper leaf storage device was removed from the safe unit. Can be maintained in a state.

According to the present invention, it is possible to improve the security when transporting the paper leaf storage device.

It is a figure for demonstrating each configuration of a banknote handling system. It is a figure for demonstrating the collation work in a playground. It is a figure for demonstrating the collation work in a police company. It is a functional block diagram of a banknote handling system. It is a figure for demonstrating a specific example of each information stored in each apparatus. It is a figure for demonstrating a specific example of the method of updating banknote information. It is a figure for demonstrating each information stored in collation work. It is a sequence diagram for demonstrating a specific example of operation of a banknote handling system.

FIG. 1 is a diagram for explaining each configuration of a banknote handling system S in which the paper leaf storage device (cash box 10) of the present invention is adopted. As shown in FIG. 1, each configuration of the bill handling system S includes each configuration (cash box 10 and the like) installed in the game hall X and each configuration (management computer 80 and the like) installed in the police company Y. As will be described in detail later, the banknotes (banknotes inserted into the game device 40) used by the player at the game hall X are transferred (ported) to the police company Y by the transfer person K.

As shown in FIG. 1, each game device 40, a bill transfer device 30, a safe unit U, and a hall computer 50 are installed in the game hall X. In addition, a plurality of gaming machines are installed in the amusement park X. FIG. 1 shows a part of a plurality of gaming machines installed in the gaming field X. A plurality of game islands I are provided in the game hall X. Each gaming machine is installed on each of the gaming islands I. As the gaming machine, a pachislot machine, a pachinko machine, a slot machine installed in a casino, or the like is assumed.

As shown in FIG. 1, each game device 40 is installed on the game island I of the game field X. In the present embodiment, the gaming device 40 is provided for each gaming machine. In the specific example of FIG. 1, the gaming device 40 is provided adjacent to the left side of the gaming machine corresponding to the gaming device 40.

The gaming device 40 is communicably connected to the gaming machine corresponding to the gaming device 40. Further, the gaming device 40 is provided with a bill insertion slot 41. The game device 40 is configured to be capable of accepting a plurality of types of banknotes inserted into the banknote insertion slot 41. When a bill is inserted into the bill insertion slot 41, the game device 40 can lend the game medium (game ball, game medal, point) to the player. The player plays a game using the game medium lent out from the game device 40.

As shown in FIG. 1, the game island I includes a bill carrier 30 and a safe unit U. The banknotes inserted into the game device 40 (banknote insertion slot 41) are automatically transported to the safe unit U by the banknote transfer device 30. Specifically, the banknotes inserted into the game device 40 are discharged to the back side (inside of the game island I) of the game device 40. In addition, the banknote transfer device 30 automatically takes in the banknotes discharged from the game device 40. After that, the banknote transfer device 30 automatically transports the banknotes taken in from the game device 40 to the safe unit U.

As the banknote transfer device 30, for example, the banknote transfer device described in Japanese Patent Application Laid-Open No. 2009-101171 can be adopted. In this banknote transfer device, banknotes are conveyed by a belt conveyor. However, as the banknote transfer device 30, a banknote transfer device in which banknotes are conveyed by an air flow may be adopted (see, for example, Patent No. 6339732).

The banknote transport device 30 that transports banknotes by an air flow transports banknotes at a higher speed than the banknote transport device 30 that transports banknotes by a belt conveyor. That is, the time required to move the banknotes from the banknote transfer device 30 to the safe unit U is shortened. Therefore, according to the banknote transfer device 30 in which banknotes are transported by the air flow, there is an advantage that the risk of illegally extracting banknotes during the period of movement from the banknote transfer device 30 to the safe unit U can be reduced.

As shown in FIG. 1, the safe unit U is provided at one end (wife board) of the game island I. The banknotes transported by the banknote transfer device 30 are received by the safe unit U. The above-mentioned safe unit U accepts banknotes from all the game devices 40 provided on the game island I. In this embodiment, it is assumed that one safe unit U is provided for one game island I. However, one safe unit U may be provided for a plurality of game islands I. The safe unit U described above can accept banknotes transported from each of the gaming devices 40 of the plurality of game islands I.

The safe unit U includes a cash box 10 (a bill storage device 100 described later) and a control unit 20 (a bill management device 200 described later). The cash box 10 is portable (portable) and is detachably provided inside the safe unit U. Specifically, the safe unit U includes a lockable door portion. When the door is unlocked (opened), the cash box 10 inside the safe unit U becomes removable.

FIG. 1 shows an external perspective view of the cash box 10. As shown in FIG. 1, the cash box 10 includes an RF tag 11, a box member 12, a lid member 13, a locking device 14, and a bill receiving port 15. The banknotes received by the safe unit U are automatically taken into the cash box 10 from the banknote take-in port 15. The box member 12 is a substantially rectangular parallelepiped member, and an opening communicating with the inside of the cash box 10 is provided on the left side surface.

The lid member 13 of the cash box 10 is removable from the side surface of the box member 12 on the opening side. By attaching the lid member 13 to the box member 12, the opening of the box member 12 is closed. Further, if the locking device 14 is locked with the lid member 13 attached to the box member 12, the lid member 13 cannot be removed from the box member 12. When the locking device 14 is unlocked, the lid member 13 can be removed from the box member 12. In the above configuration, by unlocking the locking device 14 of the cash box 10, the banknotes stored in the cash box 10 can be taken out from the opening.

As described above, in the present embodiment, the banknotes used in the game hall X are transferred to the police company Y. Specifically, the bills inserted in each gaming device 400 are automatically stored in the cash box 10. The transfer person K transfers the cash box 10 from the amusement park X to the police company Y.

In principle, the cash box 10 (locking device 14) is not unlocked in the game hall X, and the cash box 10 is transferred to the police company Y in a locked state. That is, the banknotes stored in the cash box 10 (the banknotes inserted in the game device 40) are not taken out at the game hall X. At the police company Y, banknotes are taken out from the cash box 10.

The RF tag 11 of the cash box 10 stores various information to be confirmed when the cash box 10 is transferred. For example, the RF tag 11 stores banknote information Da in which the total amount of money stored in the cash box 10 is specified. The above bill information Da is also paraphrased as information that specifies the total amount of money inserted into each gaming device 40 of the game island I.

The RF tag 11 can wirelessly communicate with the reader / writer device 60. When the RF tag 11 receives the read signal from the reader / writer device 60, various information (for example, banknote information Da) is transmitted from the RF tag 11. Further, when the RF tag 11 receives the write signal from the reader / writer device 60, various information (for example, the person in charge identifier Di described later) is written in the RF tag 11.

As the RF tag 11 of the present embodiment, a passive RF tag is adopted. However, as the RF tag 11, an active RF tag may be adopted, or a semi-active RF tag may be adopted. Further, the frequency of each signal (radio wave) transmitted / received between the RF tag 11 and another device can be appropriately changed. Further, a GPS (Global Positioning System) device may be provided in the cash box 10. With the above configuration, even if the cash box 10 is lost (stolen), the current location of the cash box 10 can be specified.

The control unit 20 of the safe unit U controls the banknote transfer device 30. Specifically, the control unit 20 executes control for driving a drive unit (motor or the like) of the bill transfer device 30. With the above control, the banknotes inserted in the gaming device 40 are conveyed to the safe unit U.

When the banknotes are conveyed to the safe unit U, the control unit 20 executes a control for driving a drive unit provided inside the safe unit U. By the above control, the banknotes conveyed from the game device 40 to the safe unit U move to the banknote take-in port 15 of the cash box 10. After that, the control unit 20 appropriately rotates the rollers and the like of the cash box 10 to take in the bills moved to the bill taking-in port 15 into the cash box 10.

Further, the control unit 20 is electrically (wired and communicable) connected to the RF tag 11 of the cash box 10 with the cash box 10 attached to the safe unit U. For example, when a bill is taken into the cash box 10, the control unit 20 transmits a signal for rewriting the bill information Da to the RF tag 11. However, the control unit 20 and the RF tag 11 may be configured to be capable of wireless communication. In the above configuration, the write signal and the read signal are transmitted from the control unit 20 to the RF tag 11 by wireless communication.

As described above, in the present embodiment, the configuration in which each information of the RF tag 11 is rewritten according to the signal from the control unit 20 is adopted. A control device other than the control unit 20 may rewrite each information of the RF tag 11. Further, a processing device (CPU) may be provided in the cache box 10, and the processing device in the cache box 10 may rewrite each information of the RF tag 11.

The reader / writer device 60 is carried by the transfer person K. As described above, the reader / writer device 60 reads various information from the RF tag 11 by wireless communication and writes various information to the RF tag 11 by wireless communication. Further, the reader / writer device 60 includes a display 61. The display 61 described above displays, for example, an image corresponding to the information read from the RF tag 11.

The hall computer 50 can communicate with the above-mentioned gaming device 40. The hall computer 50 may be configured to be able to communicate with the game device 40 via the relay device. Various information is transmitted from the gaming device 40 to the hall computer 50. For example, when a bill is inserted into the gaming device 40, information indicating the denomination of the bill (hereinafter referred to as “payment information”) is transmitted to the hall computer 50.

Upon receiving the deposit information, the hall computer 50 updates the bill information Dx according to the denomination specified from the deposit information. Specifically, the hall computer 50 stores banknote information Dx for each game island I. In other words, the above configuration also stores banknote information Dx for each safe unit U (cash box 10). When the payment information is received from the game device 40 of the game island I, the banknote information Dx corresponding to the cash box 10 that stores the banknotes inserted in the game device 40 is updated.

The bill information Dx of the hall computer 50 is information that can specify the total amount of money inserted into each game device 40 of the game island I, similarly to the bill information Da of the cash box 10 (RF tag 11) described above. Therefore, the total amount of money specified from the banknote information Da of the cash box 10 and the total amount of money specified from the banknote information Dx of the hall computer 50 usually match. As will be described in detail later, when the cash box 10 is transferred to the police company Y, the banknote information Da of the cash box 10 and the banknote information Dx of the hall computer 50 are collated.

As shown in FIG. 1, the police company Y is provided with a counting device 70 and a management computer 80. As described above, the cash box 10 is transferred from the amusement park X to the police company Y. At the police company Y, banknotes are taken out from the cash box 10 and counted by the counting device 70.

The management computer 80 of the transportation company Y is communicably connected to the cash box 10 transferred from the amusement park X. Further, the management computer 80 reads the banknote information Da from the RF tag 11 of the cash box 10. In the police company Y, the total amount of money specified from the banknote information Da read by the management computer 80 is collated with the total amount of money actually counted by the counting device 70.

The player may cancel the game before using all of the amount of money inserted into the game device 40 at the game hall X. In the above case, the IC card in which the balance is stored is discharged from the game device 40. The player can receive the balance (clearing money) by inserting the IC card in which the balance is stored into the payment machine installed in the game hall X.

However, the banknotes inserted in the game device 40 are conveyed and stored in the banknote storage device 100 before the player uses the amount of the banknotes. Therefore, it is necessary to store the money for the settlement money in the settlement machine separately from the banknotes inserted into the game device 40 by the player. In the above configuration, the money to be replenished to the settlement machine may be deposited from the amusement park X to the police company Y as a reserve. For example, an employee of the police company Y sends the reserve to the amusement park X and replenishes the settlement machine as needed.

FIG. 2 is a diagram for explaining a specific example until the banknotes used in the game hall X are sent to the police. In FIG. 2, the route through which the bill moves is indicated by an arrow. Specifically, among the routes through which bills move, the route to the cash box 10 is indicated by a solid black line or a broken line arrow. In addition, the path through which the cash box 10 in which the banknotes are stored moves is indicated by a white arrow.

As shown in FIG. 2, when playing a game with a gaming machine, the player inserts a bill into the gaming device 40 (banknote insertion slot 41) (arrow (A) in FIG. 2). As shown in FIG. 2, the banknotes inserted into each game device 40 are conveyed to the safe unit U through the inside of the banknote transfer device 30, and are automatically stored in the cash box 10 (arrow (B) in FIG. 2). ). The route shown by the arrow (B) in FIG. 2 is located inside the game island I (banknote carrier 30, safe unit U). Therefore, in principle, no one can touch the banknotes moving along the route.

The cash box 10 in which the banknotes from the game devices 40 are stored is collected (removed) from the safe unit U (arrow (C) in FIG. 2). Specifically, during the business period of the game hall X, the cash box 10 is stored in the safe unit U, and the safe unit U is locked. Further, the work of collecting the cash box 10 is carried out after the business period of the amusement park X ends. When collecting the cash box 10, the safe unit U is unlocked. The key of the safe unit U is stored, for example, by the administrator of the game hall X. However, the key of the safe unit U may be possessed by the transfer person K.

After the cash box 10 is removed, the transfer person K transmits a write signal to the RF tag 11 by the reader / writer device 60 ((D) in FIG. 2). The person in charge identifier Di is written in the RF tag 11 by the above writing signal. The person in charge identifier Di is information for identifying the person in charge of transfer K. According to the above configuration, by reading the person in charge identifier Di of the RF tag 11, there is an advantage that the person in charge of transfer K who transferred the cash box 10 can be grasped after the fact.

The RF tag 11 transmits the bill information Da in response to the read signal from the reader / writer device 60 ((E) in FIG. 2). When the reader / writer device 60 receives the bill information Da, the reader / writer device 60 displays the total amount of money stored in the cash box 10 specified from the bill information Da on the display 61.

In the present embodiment, the transfer person K is authenticated at the game hall X. Specifically, a dedicated authentication device is provided in the amusement park X. In the above authentication device, the person in charge of transfer K is authenticated by biometric information (fingerprint, etc.). However, the configuration for authenticating the transfer person K can be changed as appropriate.

For example, the person in charge of transfer K may be authenticated by password authentication or by an identification card (ID card) with a face photo. Further, the cash box 10 may adopt a configuration in which a process for authenticating the transfer person K is executed. In the above configuration, on condition that the transfer person K is authenticated, each information including the banknote information Da may be read from the RF tag 11.

After the banknote information Da is read from the cash box 10, the transfer person K collates the total amount specified from the banknote information Da with the total amount specified from the banknote information Dx of the hall computer 50 (FIG. 2 (F)). The above collation work is also carried out for the other cash box 10 installed in the game hall X. The above collation work may be performed by the manager of the game hall X, or may be carried out by both the manager of the game hall X and the person in charge of transfer K.

The collation work in the amusement park X is carried out by an appropriate method. For example, it is assumed that the total amount of money specified from the bill information Da is displayed on the display 61 of the reader / writer device 60, and the total amount of money specified from the bill information Dx is displayed on the display connected to the hall computer 50. In the above configuration, the total amount displayed on each display may be collated.

Further, a reader / writer device 60 capable of printing a paper on which the total amount of money specified from the bill information Da is printed may be adopted, and the collation work may be performed using the printed total amount of money. Similarly, the total amount of money specified from the bill information Dx may be printed on paper, and the collation work may be performed using the printed total amount of money. As a result of the collation, when it is confirmed that the total amounts match, the transfer person K transfers (guards) the cash box 10 from the game hall X to the police company Y (arrow (G) in FIG. 2).

According to the above embodiment, in the game hall X, the banknote inserted into the game device 40 does not come into direct contact with human hands in principle. Therefore, according to the present embodiment, the inconvenience that the banknotes used by the player in the game hall X are illegally taken out is suppressed.

FIG. 3 is a diagram for explaining a specific example of handling banknotes in the transportation company Y. As described above, the cash box 10 is transferred from the amusement park X to the police company Y. Further, the cash box 10 is locked by the locking device 14.

In the present embodiment, the key for unlocking the cash box 10 is stored in the police company Y, and the cash box 10 is unlocked in the police company Y. After that, the total amount of money stored in the cash box is counted by the counting device 70 ((H) in FIG. 3). When a plurality of cash boxes 10 are transferred to the transportation company Y, the total amount is counted (separately) for each cash box 10.

As shown in FIG. 3, in the transportation company Y, the cash box 10 and the management computer 80 are communicably connected to each other. As described above, the management computer 80 reads various information from the cache box 10. For example, the management computer 80 reads the banknote information Da from the cash box 10 (RF tag 11). At the police company Y, the total amount of money specified by the banknote information Da read from the RF tag 11 by the management computer 80 is collated with the actual total amount of money counted by the counting device 70 ((I) in FIG. 3).

As understood from the above description, in the present embodiment, the total amount of money specified from the banknote information Da stored in the RF tag 11 is collated with the total amount of money specified from the banknote information Dx in the game hall X. , It is collated with the total amount actually counted by the transportation company Y. According to the above configuration, the reliability of the banknote information Da stored in the RF tag 11 is improved as compared with the configuration in which the collation work is performed only by, for example, either the game hall X or the police company Y. The effect is exceptionally remarkable.

The banknote information Da may be read from the RF tag 11 of the cash box 10 by wireless communication at the police company Y. Further, when the banknote information Da is read by the police company Y, the log information may be automatically stored in the RF tag 11. From the above log information, for example, the time when the banknote information Da is read is specified. Similarly, when the cache box 10 is connected to the management computer 80, the log information may be automatically stored in the RF tag 11. From the above log information, for example, the time when the cache box 10 is connected to the management computer 80 is specified.

FIG. 4 is a functional block diagram of the bill handling system S of the present embodiment. Specifically, FIG. 4 shows an excerpt of each configuration used in the game hall X from each configuration of the bill handling system S. In FIG. 4, the movement path of the banknote is indicated by a solid arrow, and the data communication path is indicated by a broken line arrow.

As shown in FIG. 4, the banknote handling system S of the present embodiment includes a banknote storage device 100, a banknote management device 200, a banknote transfer device 300, a game device 400, a hall management device 500, and a portable device 600. .. The bill handling system S actually includes a plurality of gaming devices 400. In FIG. 4, one of the plurality of gaming devices 400 is excerpted and displayed.

For example, the CPU (Central Processing Unit) of the control unit 20 of the safe unit U shown in FIG. 1 functions as a banknote management device 200 by executing a program stored in a ROM (Read Only Memory). Further, the cash box 10 shown in FIG. 1 functions as a bill storage device 100. Further, for example, the CPU of the reader / writer device 60 executes a program to function as the portable device 600. Similarly, the banknote transfer device 30 functions as the banknote transfer device 300, the game device 40 functions as the game device 400, and the hall computer 50 functions as the hall management device 500.

The bill storage device 100 is portable and includes a bill storage unit 101 and an RF tag 102. The bill storage unit 101 stores bills inserted in the gaming device 400. Specifically, as shown in FIG. 4, the banknotes inserted in the game device 400 are conveyed to the safe unit U by the banknote transfer device 300, and then stored in the banknote storage unit 101.

The RF tag 102 includes a storage unit 103 and a wireless communication unit 104. For example, the RF tag 11 shown in FIG. 1 functions as the RF tag 102. The storage unit 103 of the RF tag 102 can store various types of information including the above-mentioned banknote information Da and the person in charge identifier Di (hereinafter, may be simply referred to as "information of the banknote storage device 100"). The details of the information of the banknote storage device 100 will be described with reference to FIG. 5 (a) described later. The wireless communication unit 104 of the RF tag 102 is used for wireless communication with the portable device 600 (wireless communication unit 601).

As shown in FIG. 4, the bill management device 200 includes a transport control unit 201, a storage unit 202, and a writing unit 203. The transport control unit 201 controls the bill transport device 300 to automatically transport the bills inserted in the game device 400 to the safe unit U. Further, the transfer control unit 201 automatically stores the banknotes transported to the safe unit U into the banknote storage unit 101 of the banknote storage device 100.

The storage unit 202 of the banknote management device 200 stores various types of information including the above-mentioned banknote information Da (hereinafter, may be simply referred to as "information of the banknote management device 200"). The banknote information Da of the present embodiment is updated every time a banknote is stored in the banknote storage unit 101 by the transport control unit 201. Further, all or a part of each information of the bill management device 200 is also written in the storage unit 103 of the bill storage device 100.

The portable device 600 includes a wireless communication unit 601, a storage unit 602, a display unit 603, and a control unit 604. The wireless communication unit 601 of the portable device 600 is used for wireless communication with the RF tag 102 of the bill storage device 100. For example, the above-mentioned person in charge identifier Di is transmitted from the portable device 600 to the RF tag 102, and banknote information Da is transmitted from the RF tag 102 to the portable device 600.

The storage unit 602 of the portable device 600 stores various types of information (hereinafter, may be simply referred to as "information of the portable device 600"). For example, the person in charge identifier Di corresponding to the person in charge of transfer K who possesses the portable device 600 is stored in advance in the storage unit 602. It should be noted that the person in charge identifier Di is sufficient as long as the person in charge of transfer K can be identified, and other information can be appropriately adopted. For example, information unique to the portable device 600 (MAC address (Media Access Control address), etc.) may be adopted as the person in charge identifier Di.

The display unit 603 of the portable device 600 displays various information. For example, the total amount of money specified from the bill information Da stored in the storage unit 602 is displayed. The control unit 604 of the portable device 600 executes various controls. For example, the control unit 604 executes control for transmitting the write signal or the read signal to the wireless communication unit 601 in response to the operation on the portable device 600.

As shown in FIG. 4, the hall management device 500 includes a display unit 501, a storage unit 502, and a control unit 503. The storage unit 502 of the hall management device 500 stores various types of information including the above-mentioned bill information Dx (hereinafter, may be simply referred to as “information of the hall management device 500”).

The display unit 501 of the hall management device 500 displays various information. For example, the total amount specified from the bill information Dx stored in the storage unit 502 is displayed on the display unit 501. The control unit 503 executes various controls. For example, the control unit 503 executes control for receiving various signals from each gaming device 400 and processing for updating the information of the hall management device 500 according to the signals.

FIG. 5A is a diagram for explaining each information stored in the bill storage device 100 (storage unit 103). As shown in FIG. 5A, the bill storage device 100 stores each information including the bill information Da, the identification information Db, the person in charge identifier Di, and the event information Dc.

The bill information Da is information that can specify the total amount of money stored in the bill storage device 100 (banknote storage unit 101). Specifically, the bill information Da includes the amount information Da1 and the denomination information Da2. The amount information Da1 indicates the total amount of money stored in the bill storage device 100. For example, when 1 million yen is stored in the bill storage device 100, the amount information Da1 indicates a numerical value "1000000". Further, when a 10,000-yen bill is newly stored in the bill storage device 100, the numerical value "10000" is added to the amount information Da1.

The denomination information Da2 indicates a combination of the denomination of the banknotes stored in the banknote storage device 100 and the number of the banknotes. For example, suppose denomination information Da2 indicating that 100 10,000-yen bills and 50 1,000-yen bills are stored in the bill storage device 100. From the above denomination information Da2, it is specified that the total amount of money stored in the bill storage device 100 is 1050000 yen.

As understood from the above description, the total amount of money stored in the bill storage device 100 can be specified from the amount information Da1 and also from the denomination information Da2. Therefore, only one of the information may be stored as the bill information Da. As the bill information Da, it is sufficient if the total amount of money stored in the bill storage device 100 is specified, and other information may be adopted as the bill information Da.

The identification information Db is information for identifying the bill storage device 100. Specifically, the identification information Db includes the store identifier Db1, the island identifier Db2, and the device identifier Db3. The store identifier Db1 is information that identifies the store (game hall X) in which the bill storage device 100 is installed. Specifically, a store identifier Db1 unique to the store is assigned. Further, each bill storage device 100 installed in the store stores the store identifier Db1 assigned to the store.

The island identifier Db2 is information for identifying the game island I on which the bill storage device 100 is installed. Specifically, a unique island identifier Db2 is assigned to each game island I. Further, each bill storage device 100 installed on each game island I stores the island identifier Db2 assigned to the game island I.

The island identifier Db2 is also paraphrased as information that identifies the safe unit U in a configuration in which one safe unit U is provided on one game island I. Further, if the game island I on which the bill storage device 100 is installed can be specified, the installation location of the bill storage device 100 in the game hall X may be substantially specified. In the above case, the island identifier Db2 is also paraphrased as information for identifying the place where the bill storage device 100 is installed in the game hall X.

In a configuration in which one safe unit U stores banknotes from a plurality of game islands I, the information that can identify the safe unit U in which the banknote storage device 100 is stored is replaced with the island identifier Db2, and the banknote storage device is concerned. Store in 100. Of the identification information Db, the device identifier Db3 is information unique to the bill storage device 100. For example, the serial number of the bill storage device 100 can be adopted as the device identifier Db3.

The identification information Db is stored in the bill storage device 100 at an appropriate time. For example, the identification information Db may be stored in the bill storage device 100 by operating the operation unit of the safe unit U. Further, when the bill storage device 100 is manufactured, the identification information Db may be stored in the bill storage device 100 in advance by the manufacturer.

The person in charge identifier Di is information for identifying the person in charge of transfer K. The person in charge identifier Di is written by the portable device 600 of the person in charge of transfer K when the banknote storage device 100 is transferred (collected). According to the above-mentioned person in charge identifier Di, as described above, the person in charge of transfer K of the banknote storage device 100 can be specified ex post facto. Therefore, the security when transferring the bill storage device 100 is improved. The identification information Db may be stored in both the bill storage device 100 and the bill management device 200.

The event information Dc is information that can identify the event that occurred in the bill storage device 100 after the fact. For example, it is assumed that the total amount of money specified from the banknote information Da of the banknote storage device 100 and the total amount of money specified from the banknote information Dx of the hall management device 500 do not match. In the above cases, the cause of the disagreement between the total amounts is specified (estimated) from the event information Dc. The event information Dc can be read by, for example, the hall management device 500 or the portable device 600.

As shown in FIG. 5A, the event information Dc includes a start time Dc1, a stop time Dc2, a storage log Dc4, a mounting information Dc5, a collection information Dc6, and an opening information Dc7. The start-up time Dc1 indicates the time when the power is turned on to the safe unit U in which the bill storage device 100 is stored. The stop time Dc indicates the time when the power supply to the safe unit U is stopped.

The storage log Dc4 indicates the time when the bills are stored in the bill storage device 100. For example, when 100 banknotes are stored in the banknote storage device 100, 100 storage logs Dc4 indicating the time when each banknote is stored are stored. The mounting information Dc5 indicates the time when the bill storage device 100 is mounted on the safe unit U. Further, the collection information Dc6 indicates the time when the bill storage device 100 is removed from the safe unit U. Each of the above information is stored by the banknote management device 200 at the time of occurrence of each event (including immediately before or after). The event information Dc may be stored in both the bill storage device 100 and the bill management device 200.

The opening information Dc7 of the event information Dc indicates the time when the door member of the bill storage device 100 is unlocked. The opening information Dc7 is stored by the management computer 80, for example, when the door member is unlocked in order to collect the banknotes stored in the banknote storage device 100 at the police company Y.

FIG. 5B is a diagram for explaining each information stored in the hall management device 500. When the bill storage device 100 is transferred, each information of the bill storage device 100 and each information of the hall management device 500 are collated. As shown in FIG. 5B, the hall management device 500 stores the bill information Dx, the identification information Dy, and the person in charge identifier Dk.

Each of the above information (Dx, Dy, Dk) of the hall management device 500 is stored in each bill storage device 100 installed in the game hall X. For example, it is assumed that N (N is a positive integer) banknote storage devices 100 are installed in the game hall X. In the above case, N combinations of bill information Dx, identification information Dy, and person in charge identifier Dk are stored in the hall management device 500. When all the banknote storage devices 100 in the game hall X are transferred by a common transfer person K, one person in charge identifier Dk that identifies the transfer person K is stored in the hall management device 500. May be.

The banknote information Dx is information that specifies the total amount of money stored in the banknote storage device 100, similarly to the banknote information Da of the banknote storage device 100. The above bill information Dx is collated with the bill information Da. Specifically, the bill information Dx includes the amount information Dx1 and the denomination information Dx2. The amount information Dx1 indicates the total amount of money stored in the bill storage device 100. The amount information Dx1 of the hall management device 500 is collated with the amount information Da1 of the bill storage device 100. The denomination information Dx2 indicates a combination of the denomination of the banknotes stored in the banknote storage device 100 and the number of the banknotes. The denomination information Dx2 of the hall management device 500 is collated with the denomination information Da2 of the bill storage device 100.

The identification information Dy of the hall management device 500 is information for identifying the bill storage device 100, similarly to the identification information Db of the bill storage device 100. The identification information Dy is collated with the identification information Db of the bill storage device 100. Specifically, the identification information Dy includes the store identifier Dy1 and the island identifier Dy2. From the store identifier Dy1, the store in which the bill storage device 100 is installed is identified. The store identifier Dy1 of the hall management device 500 is collated with the store identifier Db1 of the banknote storage device 100.

From the island identifier Dy2, the game island I on which the bill storage device 100 is installed is identified. The island identifier Dy2 of the hall management device 500 is collated with the island identifier Db2 of the bill storage device 100. The device identifier Dy3 is information unique to the banknote storage device 100.

As the device identifier Dy3, for example, the serial number of the banknote storage device 100 can be adopted. The device identifier Dy3 of the hall management device 500 is collated with the device identifier Db3 of the banknote storage device 100. That is, as a specific example of the present embodiment, a configuration in which the serial number of the bill storage device 100 is stored in both the hall management device 500 and the bill storage device 100 and the serial numbers are collated can be adopted.

The person in charge identifier Dk of the hall management device 500 is information for identifying the person in charge of transfer K. The person in charge identifier Dk is collated with the person in charge identifier Di of the bill storage device 100. Each information of the hall management device 500 is stored in advance before the banknote storage device 100 is transferred.

A part of each information shown in FIG. 5B (for example, identification information Dy) is stored in a device other than the hall management device 500, and a part of the other information (for example, banknote information Dx) is stored in the hall management device. It may be configured to be. Further, all of the information shown in FIG. 5B may be stored in a device other than the hall management device 500. Further, both or one of the identification information Dy and the person in charge identifier Dk may be written on a paper medium and collated with the information (identification information Db, the person in charge identifier Di) stored in the bill storage device 100.

FIG. 6 is a diagram for explaining a specific example of updating the banknote information Da of the banknote storage device 100, the banknote information Da of the banknote management device 200, and the banknote information Dx of the hall management device 500. In FIG. 6, the path through which the bill moves is indicated by a practical arrow, and the signal transmitted / received by each device is indicated by a broken line arrow.

As shown in FIG. 6, when a bill is inserted into the gaming device 400 ((S1) in FIG. 6), deposit information indicating the denomination of the bill is transmitted from the gaming device 400 to the hall management device 500. ((S2) in FIG. 6). Upon receiving the deposit information, the hall management device 500 updates the bill information Dx stored in the storage unit 502 ((S3) in FIG. 6). When the bill information Dx is updated, the amount of the denomination specified in the deposit information is added to the total amount specified from the bill information Dx.

The bill inserted into the gaming device 400 is conveyed to the safe unit U ((S4) in FIG. 6). The denomination of the banknotes conveyed to the safe unit U is identified by the banknote management device 200, and the banknotes are stored in the banknote storage section 101 of the banknote storage device 100 ((S5) in FIG. 6). The denomination of the banknote inserted into the game device 400 may be identified by the banknote transfer device 300. In the above configuration, information indicating the denomination is transmitted from the bill transfer device 300 to the bill management device 200.

The banknote management device 200 updates the banknote information Da of the storage unit 202 according to the denomination of the banknotes stored in the banknote storage unit 101 of the banknote storage device 100 ((S6) in FIG. 6). When the bill information Da is updated, the amount of the denomination stored in the bill storage unit 101 is added to the total amount specified from the bill information Da. After that, the bill management device 200 overwrites the bill information Da of the bill storage device 100 (storage unit 103) with the updated bill information Da ((S7) in FIG. 6).

As understood from the above description, according to the present embodiment, the banknote information Da of the banknote storage device 100 is overwritten each time the banknote information Da of the banknote management device 200 is updated. The opportunity for the information of the banknote management device 200 to be stored (including overwriting) in the storage unit 103 of the banknote storage device 100 can be changed as appropriate. For example, in addition to the above-mentioned triggers, both or one of the triggers when the bill storage device 100 is removed from the safe unit U and the trigger when the power supply to the safe unit U is stopped, or on the other hand, the bill information Da of the bill management device 200. The bill information Da of the bill storage device 100 may be overwritten.

Further, according to the present embodiment, the total amount of money specified from the banknote information Da of the banknote storage device 100 (banknote management device 200) and the total amount of money specified from the banknote information Dx of the hall management device 500 are the bill storage units. It matches the total amount actually stored in 101. Therefore, by collating the total amount of money specified from the banknote information Da of the banknote storage device 100 with the total amount of money specified from the banknote information Dx of the hall management device 500, it is specified from the banknote information Da of the banknote storage device 100. The reliability of the total amount is improved.

7 (a) to 7 (d) are diagrams for explaining specific examples of each information stored in each device in the collation work performed at the game hall X before the banknote storage device 100 is transferred. Is. In the specific examples of FIGS. 7 (a) to 7 (c), the bill storage device 100 removed from the safe unit U is assumed.

FIG. 7A is a diagram for explaining each information stored in the bill storage device 100 and the portable device 600 in the period before the collation work is started. As shown in FIG. 7A, the portable device 600 (storage unit 602) stores in advance the person in charge identifier Di that identifies the person in charge of transfer K. Further, the bill storage device 100 (storage unit 103) stores the above-mentioned bill information Da (amount information Da1, denomination information Da2) and identification information Db (store identifier Db1, island identifier Db2, device identifier Db3). ..

FIG. 7B is a specific example immediately after the bill storage device 100 (RF tag 102) receives the write signal from the portable device 600. When the bill storage device 100 receives the write signal from the portable device 600, the person in charge identifier Di is stored in the bill storage device 100 as shown in FIG. 7B. The person in charge identifier Di stored in the bill storage device 100 is deleted at an appropriate time. For example, the person in charge identifier Di stored in the bill storage device 100 may be deleted after the collation work in the police company Y is completed.

FIG. 7C is a specific example after the banknote storage device 100 receives the read signal from the portable device 600. When the bill storage device 100 receives the read signal from the portable device 600, the bill information Da and the identification information Db stored in the bill storage device 100 are stored in the portable device 600 as shown in FIG. 7 (c).

The bill information Da and the identification information Db stored in the portable device 600 are deleted at an appropriate time. For example, when the bill information Da and the identification information Db are newly read, the previously read bill information Da and the identification information Db may be overwritten. However, the portable device 600 may accumulate the bill information Da and the identification information Db read from the bill storage device 100 and store them (as history information). In the above configuration, it is preferable that each time the bill information Da and the identification information Db are read from the bill storage device 100, the above information is associated with the information indicating the current time and stored.

FIG. 7D is a diagram for explaining each information collated in the collation work in the game hall X. As described above, the person in charge identifier Di of the portable device 600 is collated with the person in charge identifier Dk of the hall management device 500 (storage unit 502). Further, the bill information Da of the portable device 600 is collated with the bill information Dx of the hall management device 500. Similarly, the identification information Db of the portable device 600 is collated with the identification information Dy of the hall management device 500.

FIG. 8A is a diagram for explaining a specific example of the operation of the bill handling system S. As shown in FIG. 8A, a write signal including the person in charge identifier Di is transmitted from the portable device 600 to the banknote storage device 100 in response to the operation of the person in charge of transfer K (S11). When the banknote storage device 100 receives the write signal, the banknote storage device 100 stores the person in charge identifier Di in the storage unit 103 (S12).

Further, a read signal is transmitted from the portable device 600 to the bill storage device 100 in response to the operation of the transfer person K (S13). When the bill storage device 100 receives the read signal, it transmits the bill information Da (1, 2) and the identification information Db (1 to 3) stored in the storage unit 103 to the portable device 600 (S14).

The portable device 600 stores the bill information Da and the identification information Db received from the bill storage device 100 in the storage unit 602 (S15). Further, the portable device 600 displays an image (see FIG. 8 (b-1) described later) corresponding to the person in charge identifier Di, the banknote information Da, and the identification information Db received from the banknote storage device 100 on the display unit 603. Display processing (S16) is executed.

The hall management device 500 is an image corresponding to the person in charge identifier Dk, the bill information Dx, and the identification information Db stored in the storage unit 502, for example, by the operation of the manager of the game hall X (FIG. 8 (b-2) described later). The display process (S17) for displaying (see) on the display unit is executed. In the collation work in the game hall X, each information of the image displayed in step S16 and each information of the image displayed in step S17 are collated.

FIG. 8B-1 is a simulated image of an image displayed on the portable device 600 in step S16 of FIG. 8A. As described above, the portable device 600 displays an image corresponding to the person in charge identifier Di, the bill information Da, and the identification information Db read from the bill storage device 100. Specifically, it corresponds to the "person in charge ID" according to the person in charge identifier Di, the "store ID" according to the store identifier Db1 among the identification information Db, the "island ID" according to the island identifier Db2, and the device identifier Db3. The "device ID" is displayed on the portable device 600. Further, the total amount of money specified from the bill information Da is displayed on the portable device 600.

FIG. 8B-2 is a simulated image of an image displayed on the hall management device 500 in step S17 of FIG. 8A. In addition, "Nо." Displayed in the image shown in FIG. 8B-2 means the number assigned to the bill storage device 100. Each piece of information (such as the person in charge ID) displayed by the hall management device 500 is displayed corresponding to the number of the bill storage device 100 in which the information is stored.

As described above, the hall management device 500 displays an image corresponding to the person in charge identifier Dk, the bill information Dx, and the identification information Dy stored in advance. Specifically, it corresponds to the "person in charge ID" according to the person in charge identifier Dk, the "store ID" according to the store identifier Dy1 among the identification information Dy, the "island ID" according to the island identifier Dy2, and the device identifier Dy3. The "device ID" is displayed on the portable device 600. Further, the total amount of money specified from the bill information Dx is displayed on the display unit connected to the hall management device 500.

For example, assume that the image shown in FIG. 6 (b-1) is displayed on the portable device 600 and the image shown in FIG. 6 (b-2) is displayed by the hall management device 500. From each of the above images, it is specified that the device ID of the bill storage device 100 of the number "Nо.1" on which each information is displayed by the hall management device 500 matches the device ID displayed on the portable device 600. .. In the above case, each information of the bill storage device 100 of the number "Nо.1" is collated with each information displayed on the portable device 600.

<Modification example>
Each of the above forms is variously transformed. A specific mode of modification is illustrated below. Two or more aspects arbitrarily selected from the examples below can be merged as appropriate.

(1) In each form, the payment information from the gaming device 400 may be transmitted to the management computer 80 of the police company Y. In the modification, it is preferable that the deposit information is encrypted in the communication path to the management computer 80.

Further, in the modification, it is preferable that the information that can identify the game device 400 is transmitted from the game device 400 to the management computer 80. In the modification, for example, the total amount of money stored in the bill storage device 100 can be calculated from each information received from the game device 400 by the management computer 80. Further, the total amount calculated by the management computer 80 and the total amount actually counted by the counting device 70 can be collated.

(2) In each form, the structure of the bill storage device 100 can be appropriately changed. For example, the bill storage device 100 may be provided with a grip portion that can be gripped by the transfer person K. It is preferable that the RF tag 11 is provided on the surface of the bill storage device 100 (box member 12) on which the grip portion is provided. Further, the bill storage device 100 is provided with a take-in port for taking in bills. The bill storage device 100 may be provided with a shutter member that closes the intake port of the bill storage port 100 in a state where the bill storage device 100 is removed from the safe unit U.

(3) In each form, the information transmitted / received between the RF tag 102 and the portable device 600 may be encrypted. According to the modification, even if the information transmitted / received between the RF tag 102 and the portable device 600 is eavesdropped, the inconvenience of misusing the information is suppressed.

As an example of the modification, a configuration in which the portable device 600 and the RF tag 102 store common key information (private key) can be considered. In the configuration, when the portable device 600 transmits the information (for example, the person in charge identifier Di), the portable device 600 encrypts the information by using the key information. Further, the RF tag 102 is a portable device 600.

Further, in the modified example, the RF tag 102 decodes the received information using the key information and determines whether or not the information is valid. If the information is not legitimate, the RF tag 102 discards the information and does not transmit (reply) the information stored in the storage unit 103. In the above configuration, the portable device 600 (transfer person K) is substantially authenticated. The portable device 600 decodes the received information using the key information.

(4) In the first embodiment, among the configurations of the bill handling system S, the bill storage device 100 and the bill management device 200 are provided in the common safe unit U. However, the bill storage device 100 and the bill management device 200 may be provided in separate devices.

(5) In each form, an employee of the police company Y is assumed as the transfer person K of the banknote storage device 100. However, the transfer person K is not limited to the employees of the transportation company Y. For example, an employee of the amusement park X may be hired as the transfer person K.

Further, in each form, the banknote storage company Y is adopted as the transfer destination of the bill storage device 100, but other transfer destinations may be adopted. For example, the bill storage device 100 may be transferred from the hall H of the game hall X to the backyard B. In the above configuration, bills may be taken out from the bill storage device 100 and counted in the backyard B.

(6) In each form, a banknote storage device for storing banknotes as an example of the "paper leaf" of the present invention is shown, but it is not limited to banknotes, but securities, tickets, ballots, envelopes, and various other paper sheets. It may be a device for storing.

<Summary of Actions and Effects of Examples of Embodiments>
<First aspect>
The paper leaf storage device (100) of this embodiment is a portable paper leaf storage device that stores paper sheets inserted into a plurality of gaming devices (400), and is in charge of transferring the paper leaf storage device. It includes a storage unit (103) that stores identification information (person in charge identifier Di) that identifies the person (K). According to this aspect, for example, security when transferring the paper leaf storage device is improved as compared with a configuration in which a storage unit (paper leaf storage device) for storing identification information for identifying the person in charge of transfer is not provided. ..

<Second aspect>
The paper leaf handling system (S) of this embodiment is portable and portable with a paper leaf transporting device (300) that automatically transports paper sheets inserted into a plurality of gaming devices (400). It is provided with a paper leaf storage device (100) including a storage unit (103) that stores the paper sheets transported by the paper and stores identification information (person in charge identifier Di) that identifies the person in charge of transfer. According to this aspect, the same effect as that of the first aspect can be obtained.

Further, according to this aspect, the paper sheets inserted in the plurality of gaming devices can be stored in one paper leaf storage device. Therefore, there is an advantage that the number of paper leaf storage devices to be transferred is reduced as compared with a configuration in which a paper leaf storage device is provided for each of the game devices, for example. Further, according to this aspect, the paper leaf inserted into the gaming device can be automatically stored in the paper leaf storage device without being touched by a person. Therefore, there is an advantage that the paper leaf is less likely to be stolen during the period from the insertion of the paper leaf into the gaming device to the storage of the paper leaf in the paper leaf storage device.

<Third aspect>
The paper leaf handling system (S) of this embodiment is capable of inserting paper sheets, and is used for a plurality of games for transmitting payment information according to the inserted paper sheets to an external device (hole management device 500, management computer 80). A device (400), a paper leaf transporting device (300) that automatically transports paper sheets inserted into a plurality of gaming devices, and a portable paper leaf transporting device that stores the paper sheets transported by the paper leaf transporting device. It includes a paper leaf storage device including a storage unit (103) that stores identification information (person in charge identifier Di) that identifies a person in charge of transfer. According to this aspect, the same effects as those of the first aspect and the second aspect can be obtained. Further, according to this aspect, the total amount of money stored in the paper leaf storage device can be calculated by using the payment information from the game device.

<Fourth aspect>
In the paper leaf handling system (S) of this embodiment, the storage unit stores identification information (store identifier Db1) for identifying the store in which the paper leaf storage device is installed. According to this aspect, even if the store where the paper leaf storage device is installed becomes unknown when the paper leaf storage device is transferred, the store where the paper leaf storage device is installed is identified information. There is an advantage that it can be grasped from.

<Fifth aspect>
The hall management device (500) of this embodiment includes a control unit (503) that executes control for receiving payment information for specifying the amount of money inserted in the game device (400) from a plurality of game devices. A hall management device including a storage unit (502) that stores a total amount of money inserted into a plurality of game devices, which is specified from the deposit information, and a paper leaf inserted into the plurality of game devices is a paper sheet. It is stored in the paper leaf storage device (100), and the storage unit stores the person in charge of transfer (person in charge identifier Dk) of the paper leaf storage device. According to this aspect, the same effect as that of the first aspect can be obtained.

<Sixth aspect>
The method of transferring the paper leaf storage device of this embodiment is a method of transferring the paper leaf storage device in which the paper sheets inserted in a plurality of gaming devices are stored, and identifies the person in charge of transferring the paper leaf storage device. According to the first aspect, the step of reading the information from the paper leaf storage device by wireless communication using the portable device and the step of authenticating the transfer person identified by the identification information read from the portable device are the same as in the first aspect. The effect is produced.

100 ... Banknote storage device, 101 ... Banknote storage unit, 102 ... RF tag, 103 ... Storage unit, 104 ... Wireless communication unit, 200 ... Banknote management device, 201 ... Transport control unit, 202 ... Storage unit, 203 ... Writing unit , 300 ... Banknote transport device, 400 ... Game device, 500 ... Hall management device, 501 ... Display unit, 502 ... Storage unit, 503 ... Control unit, 600 ... Portable device, 601 ... Wireless communication unit, 602 ... Storage unit, 603 ... Display unit, 604 ... Control unit.

Claims (6)

It is attached to a safe unit that accepts paper sheets inserted into a plurality of gaming devices, and during the period of attachment to the safe unit, the paper sheets are automatically stored and the stored paper sheets can be taken out. It is a paper leaf storage device with a large opening.
It is removable from the safe unit and is portable and portable.
When locked, the paper leaf cannot be taken out from the opening, and when unlocked, the paper leaf can be taken out from the opening.
With the paper leaf storage device removed from the safe unit, a wireless communication unit that receives identification information identifying the person in charge of transporting the paper leaf storage device from the mobile device by wireless communication.
A storage unit that stores the identification information received by the wireless communication unit is provided.
The locking portion is locked for a series of periods including a period in which the paper leaf storage device is attached to the safe unit and a period after the paper leaf storage device is removed from the safe unit. Paper leaf storage device that can be maintained at. A paper leaf transporting device that automatically transports paper sheets inserted into multiple gaming devices,
A paper leaf handling system including a paper leaf storage device provided with an opening capable of storing the stored paper sheets and taking out the stored paper sheets during the period of attachment to the safe unit. And
The paper leaf storage device is
It is removable from the safe unit and is portable and portable.
When locked, the paper leaf cannot be taken out from the opening, and when unlocked, the paper leaf can be taken out from the opening.
A wireless communication unit that receives identification information that identifies the person in charge of transportation from the mobile device by wireless communication when it is removed from the safe unit.
A storage unit that stores the identification information received by the wireless communication unit is provided.
The locking part is
A paper leaf that can be maintained in a locked state for a series of periods including a period in which the paper leaf storage device is attached to the safe unit and a period after the paper leaf storage device is removed from the safe unit. Handling system. Multiple gaming devices that can insert paper sheets and send payment information according to the inserted paper sheets to an external device,
A paper leaf transport device that automatically transports paper sheets inserted into the plurality of game devices, and a paper leaf transport device.
A paper leaf handling system including a paper leaf storage device provided with an opening capable of storing the stored paper sheets and taking out the stored paper sheets during the period of attachment to the safe unit. And
The paper leaf storage device is
It is removable from the safe unit and is portable and portable.
When locked, the paper leaf cannot be taken out from the opening, and when unlocked, the paper leaf can be taken out from the opening.
A wireless communication unit that receives identification information that identifies the person in charge of transportation from the mobile device by wireless communication when it is removed from the safe unit.
A storage unit that stores the identification information received by the wireless communication unit is provided.
The locking part is
A paper leaf that can be maintained in a locked state for a series of periods including a period in which the paper leaf storage device is attached to the safe unit and a period after the paper leaf storage device is removed from the safe unit. Handling system. The paper leaf handling system according to claim 2 or 3, wherein the storage unit stores identification information for identifying a store in which the paper leaf storage device is installed. Hall management that receives the deposit information from the plurality of game devices and stores the total amount of money inserted into the plurality of game devices and the person in charge of transferring the paper leaf storage device specified from the deposit information. The paper leaf handling system according to claim 3, further comprising an apparatus. A paper leaf storage device that is attached to a safe unit that accepts paper sheets inserted into a plurality of gaming devices, and the paper sheets are automatically stored during the period of attachment to the safe unit, and also has a storage unit. It ’s a transfer method,
With the paper leaf storage device removed from the safe unit , a step of wirelessly writing identification information for identifying a person in charge of transferring the paper leaf storage device to the storage unit using a portable device.
A transfer method comprising a step of authenticating a transfer person identified by the identification information written in the storage unit.

Images