JP6887228B2 - Valuable media processing equipment and valuable media processing system - Google Patents

Description

The present invention relates to a valuable medium processing apparatus and a valuable medium processing system.

Inside the machine body of the valuable medium processing device in Patent Document 1 below, a new ticket storage unit composed of a plurality of storage units is provided. In the valuable medium processing device, the new ticket drawn out from the new ticket storage unit is withdrawn to the ejection unit, so that the user takes out the withdrawn new ticket by opening the shutter of the ejection unit. be able to. Since a person having a specific authority can access the inside of the valuable medium processing device by opening the door of the valuable medium processing device, the new ticket storage unit can be replenished with new tickets.

Japanese Unexamined Patent Publication No. 2014-182484

In the valuable medium processing apparatus of Patent Document 1, new tickets are replenished to the new ticket storage unit manually by a person having a specific authority. In this case, there is a risk that new tickets of the wrong denomination will be replenished in each storage section, so there is a problem that all new tickets will be rejected due to the wrong denomination during the withdrawal process after replenishment. Can occur. In addition, in the case of manual replenishment, since the number of new tickets to be replenished is not counted, there is a risk that it will not be possible to accurately manage the amount of new tickets in each storage unit of the new ticket storage unit after replenishment. is there.

Further, in the valuable medium processing device when replenishing the new ticket storage unit with new tickets, the inside of the machine including the storage unit is exposed to the outside, which causes anxiety about security.

The present invention has been made in such a background, and is a valuable medium processing apparatus capable of accurately replenishing valuable media, accurately managing the amount of valuable media after replenishment, and improving security related to replenishment. And to provide a valuable media processing system.

The present invention is provided separately from the device main body, the storage unit provided in the device main body and storing valuable media, and the storage unit, and is pulled out from the mounting position mounted on the device main body and the device main body. A loading portion that is movable between the drawer position and is loaded with the valuable medium at the drawer position, a feeding portion that feeds the valuable medium from the loading portion at the mounting position, and a valuable portion that is fed by the feeding portion. The identification unit that conveys the medium in the main body of the apparatus, the identification unit that counts at least the valuable medium conveyed by the transportation unit, and the valuable medium in the loading unit at the mounting position are fed out by the feeding unit to identify the value. It is a valuable medium processing apparatus including a control unit that counts one by one by the unit and then transports the data to the storage unit by the transport unit.

Further, the present invention includes a temporary holding unit that temporarily holds the valuable medium, and the control unit temporarily holds the valuable medium that is fed out from the loading unit by the feeding unit and counted by the identifying unit in the temporary holding unit. When a predetermined instruction is received, the valuable medium in the temporary holding unit is transported to the storage unit by the transport unit.

Further, in the present invention, the temporary holding section is a tape reel type temporary holding section in which a valuable medium is sandwiched between tapes and wound together with the tape to be temporarily held, and the valuable medium is temporarily held in the temporary holding section. When a predetermined time elapses while being kept, the control unit is characterized in that the valuable medium in the temporary holding unit is returned to the loading unit by the transport unit.

Further, in the present invention, there are a plurality of the storage units, the identification unit identifies the type of the valuable medium, and the control unit uses the valuable medium whose type is identified by the identification unit as the valuable medium. It is characterized in that it is transported to the storage unit according to the type.

Further, the present invention includes a first detection unit that detects the presence or absence of a valuable medium in the loading unit and a second detection unit that detects the position of the loading unit, and states that the loading unit has a valuable medium. In response to the detection by the first detection unit and the detection by the second detection unit that the loading unit has moved from the drawer position to the mounting position, the control unit detects the valuable medium in the loading unit. It is characterized by starting feeding.

Further, the present invention is a valuable medium processing system including a valuable medium processing device and a management device for managing the valuable medium processing device, and the valuable medium processing device is provided in the device main body and the device main body. The storage unit for storing the valuable medium and the storage unit are provided separately from the storage unit, and can be moved between the mounting position mounted on the device main body and the drawer position drawn from the device main body, and the drawer can be moved. A loading section in which the valuable medium is loaded at the position, a feeding section for feeding the valuable medium from the loading section at the mounting position, a transport section for transporting the valuable medium fed by the feeding section in the apparatus main body, and the above-mentioned The transport unit includes at least an identification unit that counts the valuable media transported by the transport unit, and after the valuable media in the loading unit at the mounting position are fed out by the feed unit and counted one by one by the identification unit, the transport unit It is a valuable medium processing system including a control unit that transports the storage unit to the storage unit.

According to the present invention, in the valuable medium processing apparatus, the valuable medium loaded in the loading unit is unwound and conveyed in the main body of the apparatus, counted one by one by the identification unit, and then conveyed to the storage unit. It is replenished in the storage section.
The identification unit can confirm the type of valuable medium loaded in the loading unit and manage the number of valuable media loaded in the loading unit. Therefore, it is possible to accurately replenish the valuable medium without any mistake in the type of the valuable medium and to accurately manage the amount of the valuable medium in the storage unit after the replenishment. Further, when replenishing the valuable medium, only the loading portion is pulled out from the apparatus main body for loading the valuable medium, but the accommodating portion remains inside the apparatus main body and is not exposed to the outside of the apparatus main body. Security can be improved.

FIG. 1 is a diagram showing a valuable medium processing system according to an embodiment of the present invention. FIG. 2 is a schematic vertical cross-sectional right side view of the valuable medium processing apparatus in the valuable medium processing system. FIG. 3 is a schematic vertical cross-sectional right side view of the valuable medium processing apparatus in a state where the loading portion is in the drawer position. FIG. 4 is a perspective view of the valuable medium processing device in a state where the loading portion is in the drawer position. FIG. 5 is a block diagram showing an electrical configuration of a valuable medium processing system. FIG. 6 is a diagram showing an example of display contents in the display operation unit of the valuable medium processing system. FIG. 7 is a diagram showing an example of display contents in the display operation unit. FIG. 8 is a diagram showing an example of display contents in the display operation unit. FIG. 9 is a diagram showing an example of display contents in the display operation unit. FIG. 10 is a diagram showing an example of display contents in the display operation unit. FIG. 11 is a diagram showing an example of display contents in the display operation unit. FIG. 12 is a schematic view showing an outline of the internal configuration of the valuable medium processing apparatus. FIG. 13 is a schematic plan view of the loading portion. FIG. 14 is a schematic vertical cross-sectional right side view of the loading portion.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. FIG. 1 is a diagram showing a valuable medium processing system 1 according to an embodiment of the present invention. The valuable medium processing system 1 is installed in a financial institution such as a bank or a store. In the following description, it is assumed that the valuable medium handled by the valuable medium processing system 1 is money, but the valuable medium includes not only money but also securities such as lottery tickets and gift certificates.

The valuable medium processing system 1 includes a valuable medium processing device 2, a management device 3, and a printer 4. The valuable medium processing device 2 includes a new ticket withdrawal machine 2A for processing the withdrawal of banknotes among coins, particularly a new ticket, a banknote deposit / withdrawal machine 2B for performing the deposit processing and withdrawal processing of the banknotes, and the like. Includes a coin deposit / withdrawal machine 2C for depositing and withdrawing coins among coins. The new ticket payout machine 2A, the bill deposit / withdrawal machine 2B, the coin deposit / withdrawal machine 2C, the management device 3, and the printer 4 are communicably connected to each other.

The new ticket payout machine 2A, the bill deposit / withdrawal machine 2B, and the coin deposit / withdrawal machine 2C are arranged in the left-right direction. When the valuable medium handled by the valuable medium processing system 1 is a lottery ticket, the new ticket issuing machine 2A functions as a lottery vending machine, and when the valuable medium is a gift certificate, the new ticket issuing machine 2A is Functions as a gift certificate issuing device. At the upper end of the front portion 10 of the new ticket payout machine 2A facing the user, a payout exit 11 for paying out the new ticket at the time of withdrawal processing is provided. On the front surface 12 of the banknote deposit / withdrawal machine 2B, for example, a bundle withdrawal port 13 in which bundled banknotes composed of bundled banknotes in a state of being bundled every 100 sheets are paid out at the time of withdrawal processing, and a bundle withdrawal port 13 for deposit processing. A deposit opening 14 for depositing loose bills by the user and a separate withdrawal port 15 for paying out loose bills at the time of withdrawal processing are provided in this order from the upper side, for example. The front surface portion 12 is provided with a shutter 16 for opening and closing the bundle withdrawal port 13 and a shutter 17 for opening and closing the loose withdrawal port 15.

The management device 3 is a device that manages the valuable medium processing device 2 and the printer 4, and is composed of, for example, a computer. The management device 3 is provided with a display operation unit 3A composed of a touch panel display or the like, and the display operation unit 3A displays various information regarding the operation of the valuable medium processing device 2 and the printer 4. Further, the user can give an instruction to the valuable medium processing system 1 by touching the touch key displayed on the display operation unit 3A. The printer 4 issues a receipt describing the contents of the processing executed by the valuable medium processing apparatus 2. The management device 3 and the printer 4 may be incorporated in any of the valuable medium processing devices 2 as a part of the valuable medium processing device 2. Further, the smartphone 18 or the tablet terminal 19 which is carried by the user and can communicate with the valuable medium processing device 2 and the printer 4 may also serve as an operation terminal of the display operation unit 3A.

Next, the valuable medium processing device 2 will be described in detail with a focus on the new ticket payout machine 2A. With reference to FIG. 2, which is a schematic vertical cross-sectional right side view of the new ticket payout machine 2A, the new ticket payout machine 2A includes, for example, a vertically long box-shaped device main body 25. The front side surface portion (left side portion in FIG. 2) of the apparatus main body 25 is the front surface portion 10 described above. A caster 26 for moving the new ticket payout machine 2A is provided on the lower surface of the apparatus main body 25. A storage unit 27, a loading unit 28, a feeding unit 29, a payout unit 30, a transport unit 31, an identification unit 32, and a temporary holding unit 33 are provided in the apparatus main body 25.

The storage portions 27 are formed in a box shape, exist in a plurality (four in this case), and are arranged side by side in the vertical direction in the front region in the apparatus main body 25. Of the four storage units 27 arranged side by side, new tickets are stored for each denomination in each of the three upper storage units 27 arranged vertically. Therefore, of these three storage units 27, for example, only the 10,000-yen bill is stored in the uppermost storage unit 27, and only the 1000-yen bill is stored in the second storage unit 27 from the top. Only 5,000 yen bills are stored in the third storage unit 27. Of the four storage units 27 arranged side by side, the lowest storage unit 27 can selectively store new tickets of any of the above three denominations, or another denomination (for example, 2,000 yen). Only new tickets (tags) may be stored. In each storage unit 27, for example, a maximum of 350 new tickets are stored in a state of being stacked in the longitudinal direction and the vertical direction in the front-rear direction (horizontal direction in FIG. 2). In the following, storing a new ticket in the storage unit 27 may be referred to as “replenishment”. A vertically long front cover 34 that can be opened and closed is provided at a portion of the front surface portion 10 of the apparatus main body 25 that is located at the same position as the four storage portions 27 in the vertical direction. When the user, strictly speaking, the staff member who manages the new ticket payout machine 2A pulls out the entire internal unit 23 including each storage unit 27, the storage unit 27 is exposed to the outside of the device main body 25. New tickets can be replenished from the side surface of each storage unit 27 by the work.

The loading unit 28 is provided separately from the storage unit 27, is formed in a box shape having substantially the same size as the storage unit 27, and is lower than the outlet 11 of the front surface portion 10 and more than the uppermost storage unit 27. It is located on the upper side. Strictly speaking, the internal space of the box-shaped portion is the loading portion 28. The loading section 28 is provided with a transport path (referred to as a loading transport path 39) extending downward from the loading section 28. A substantially rectangular opening 10A is formed in a portion of the front surface portion 10 which is located at the same position in the vertical direction as the loading portion 28 (see FIGS. 3 and 4 described later). The opening 10A is arranged below the payout port 11 at the upper end of the front surface portion 10 and above the front cover 34. The front cover 35 is arranged on the front side of the loading portion 28. The loading unit 28, the loading transport path 39, the front cover 35, and the feeding unit 29 are integrated to form the loading unit 49. The front cover 35 has a plate thickness direction that matches the front-rear direction, and is formed in a substantially rectangular plate shape having a size that closes the opening 10A. The front end portions of a pair of left and right guide rails 36 that can be expanded and contracted in the front-rear direction are fixed to the rear surface portion of the front cover 35, and the rear side (right side in FIG. 2) portion of each guide rail 36 is the device main body 25. It is fixed to the internal unit 23 inside (see FIG. 4). Therefore, the loading unit 49 is supported by the internal unit 23 via each guide rail 36, and can slide in the front-rear direction according to the expansion and contraction of each guide rail 36. Specifically, the loading unit 49 has a mounting position (see FIG. 2) that is mounted on the device main body 25 and housed in the device main body 25, and a drawer position that is pulled out from the device main body 25 to the front side (FIGS. 3 and 3). 4), and the loading unit 28 is also movable between the mounting position (see FIG. 2) and the pull-out position (see FIGS. 3 and 4). Then, when the loading unit 49 is pulled out to the drawer position, the loading unit 28 is arranged in the front and exposed to the outside, so that new tickets can be replenished from the side surface of the loading unit 28 as described later. The loading unit 49 is provided with a lock mechanism (not shown), and a staff member having a predetermined authority operates the management device 3 to unlock the loading unit 49 by the lock mechanism.

The loading portion 28 at the mounting position is located directly above the uppermost storage portion 27 in the apparatus main body 25, and the front cover 35 at this time closes the opening 10A of the front portion 10 and is the front surface of the front cover 35. The portion is substantially flush with the front portion 10 (see FIG. 2). After the clerk unlocks the loading unit 49 by the locking mechanism, the loading unit 28 is pulled from the mounting position by putting a finger on the recess 35A (see FIG. 4) provided on the front surface of the front cover 35 and pulling it toward the front. The loading unit 49 is pulled out until it reaches the pull-out position. The loading portion 28 at the drawer position is located on the front side of the front surface portion 10, and the front cover 35 at this time opens the opening 10A of the front surface portion 10 to the front side (see FIGS. 3 and 4). An opening 28A opened and closed by the door 50 is formed on the side surface (here, the right side surface) of the loading portion 28 (see FIG. 4), and the clerk opens the door 50 and enters the loading portion 28 from the opening 28A. You can set a new ticket in. In the following, setting or storing a new ticket in the loading unit 28 may be referred to as “loading”. The loaded new tickets are stacked in the loading section 28 in the vertical direction in a state of being longitudinal in the front-rear direction. For example, a maximum of 350 new tickets can be loaded in the loading unit 28. When the bundled banknotes are loaded, the officially sealed bundled banknotes taken out from the safe or the like are separated into new loose bills and then loaded into the loading unit 28.

The loading unit 28 is provided with a first detecting unit 37 that detects the presence or absence of a new ticket inside the loading unit 28. Further, in the apparatus main body 25, a second detection unit 38 for detecting the position of the loading unit 28, specifically, whether the loading unit 28 is in the mounting position or the pull-out position is provided. Each of the first detection unit 37 and the second detection unit 38 is composed of, for example, a reflection sensor or a microswitch.

The feeding portion 29 includes a roller 40 and the like, and is provided in the loading portion 28. When the roller 40 rotates in response to the driving force of a driving unit (not shown) such as a motor, the new ticket in the loading unit 28 is delivered to the loading transport path 39 outside the loading unit 28. By rotating the roller 40 in the direction opposite to that in the case of feeding, the new ticket on the loading transport path 39 can be sent into the loading section 28. Since the feeding portion 29 is fixed to the loading portion 28, it accompanies the loading portion 28 that moves between the mounting position and the drawing position. Further, each storage unit 27 is provided with a feeding unit 42 having the same structure as the feeding unit 29. The payout unit 42 can pay out a new ticket from the corresponding storage unit 27, or send a new ticket on the first transport path 44, which will be described later, to the storage unit 27.

The payout unit 30 is formed in a box shape capable of receiving new tickets transported from the inside of the device main body 25, and is arranged directly above the loading unit 28 at the mounting position. The payout port 11 of the front surface portion 10 of the apparatus main body 25 communicates with the inside of the payout portion 30 from the front side. A rotating roller 43A and a driven roller 43B are provided in the payout unit 30. When the roller 43A rotates under the driving force of a driving unit (not shown) such as a motor, a new ticket in the payout unit 30 is sent to the payout port 11 through between the roller 43A and the driven roller 43B. Is done. At the payout exit 11, for example, up to 100 new tickets can be withdrawn at one time.

The transport unit 31 includes a loading transport path 39, a first transport path 44, a second transport path 45, a roller 46 provided in each of these transport paths, an endless belt 47, and a branch claw 48. Including. When the loading portion 28 is in the mounting position, the first transport path 44 extends downward from the loading transport path 39 of the loading unit 49 along the front surface portion 10 of the apparatus main body 25, and the feeding portion 42 of each storage portion 27. Is connected to. The second transport path 45 extends rearward from the portion above the uppermost storage portion 27 in the first transport path 44, wraps around the rear side of the loading portion 28 at the mounting position, extends upward, and then the discharge portion. It is connected to 30.

When the roller 46 rotates or the belt 47 orbits with the driving force of a driving unit (not shown) of a motor or the like, a new ticket is loaded into the loading transport path 39, the first transport path 44, and the second transport path 45. Will be transported at. The branch claw 48 is provided at a connection position between the first transport path 44 and the feeding portion 42 of each storage portion 27, and at a connection position between the first transport path 44, the loading transport path 39, and the second transport path 45. There is. The direction of each branch claw 48 is switched according to the operation of a drive unit (not shown) such as a solenoid. As a result, the new ticket in the loading transport path 39 is delivered to the first transport path 44 and the second transport path 45, and the new ticket in the first transport path 44 is delivered to the feeding section 42 and the loading transport path 39 of each storage section 27. And can be delivered to the second transport path 45, or the new ticket in the second transport path 45 can be delivered to the loading transport path 39 or the first transport path 44.

The identification unit 32 is arranged in an intermediate region of the second transport path 45, specifically, in a region of the second transport path 45 extending rearward from the first transport path 44. The identification unit 32 is a general sensor that identifies the denomination, positive loss, authenticity, etc. of the new ticket transported in the second transport path 45. A damaged new ticket, a fake new ticket, a transport abnormality ticket due to double delivery, or the like is identified by the identification unit 32 as a reject ticket. The reject ticket includes a new ticket that could not be identified due to poor transportation such as double feeding or skewing, and a new ticket with a wrong denomination that is different from the denomination that should be originally identified. New tickets other than the reject ticket are identified by the identification unit 32 as normal tickets. In addition, the identification unit 32 can also count by identifying new tickets one by one.

The temporary holding portion 33 is arranged behind the region in the second transport path 45 that wraps around to the rear side of the loading portion 28 at the mounting position and extends upward, and is connected to the region. The branch claw 48 described above is provided at the connection position between the region and the temporary holding portion 33. By switching the direction of the branch claw 48, the new ticket in the second transport path 45 can be continuously transported in the second transport path 45 or delivered to the temporary holding portion 33. The temporary holding portion 33 is a so-called tape reel type temporary holding portion. Specifically, the first tape reel 51 around which the tape T1 is wound, the second tape reel 52 around which the tape T2 is wound, and the tape T1 A drum 53 to which each tip of the tape T2 is connected, and a drive unit (not shown) such as a motor that drives and rotates the drum 53 are included. When the new ticket is branched from the second transport path 45 to the temporary holding portion 33, the drum 53 is driven and rotated. As a result, the new ticket is wound around the drum 53 together with the tape T1 and the tape T2 in a state of being sandwiched between the tape T1 and the tape T2 and temporarily held. The temporary hold unit 33 can temporarily hold, for example, up to 350 new tickets. When the drum 53 is rotated in the reverse direction, the new ticket that has been wound around the drum 53 is delivered from the temporary holding unit 33 to the second transport path 45. Depending on the position of the branch claw 48 at this time, the new ticket may be transported to the upward payout port 11 or to the downward loading section 28 or storage section 27 in the second transport path 45.

Next, the electrical configuration of the new ticket payout machine 2A will be described with reference to the block diagram of FIG. The new ticket payout machine 2A includes, for example, a control unit 60 configured by a microcomputer, a communication I / F unit 61, and a storage unit 62. The control unit 60 includes a communication I / F unit 61, a storage unit 62, a first detection unit 37, a second detection unit 38, a feeding unit 29, a payout unit 30, a transport unit 31, and a temporary loading unit 28 described above. Each of the holding unit 33, the feeding unit 42, and the identifying unit 32 is electrically connected.

The control unit 60 can communicate with the banknote deposit / withdrawal machine 2B, the coin deposit / withdrawal machine 2C, the management device 3, the printer 4, and other external devices via the communication I / F unit 61. Therefore, the control unit 60 accepts the operation of the display operation unit 3A (see FIG. 1) of the management device 3 by the user, controls the display of the display operation unit 3A, and issues a receipt by the printer 4. Can be done.

The control unit 60 grasps the presence or absence of a new ticket in the loading unit 28 according to the detection result of the first detection unit 37. The control unit 60 grasps the position of the loading unit 28 according to the detection result of the second detection unit 38. The control unit 60 controls each drive unit (not shown) of the feeding unit 29, the payout unit 30, the transport unit 31, the temporary holding unit 33, and the feeding unit 42. As a result, the control unit 60 moves a new ticket between the loading unit 28 at the mounting position and each of the storage units 27, the payout unit 30, and the temporary holding unit 33, or the new ticket is moved between the storage units 27. Move the ticket. The identification result of the new ticket by the identification unit 32 is input to the control unit 60. The control unit 60 grasps the denomination and the existing amount (stored number) of the new ticket in each storage unit 27 based on the counting result of the new ticket by the identification unit 32.

The storage unit 62 is composed of a storage device such as a non-volatile memory or a hard disk drive, and stores various information related to the new ticket issuing machine 2A. In particular, the storage unit 62 also stores the denomination and the amount of new tickets in each storage unit 27. The control unit 60 refers to the information stored in the storage unit 62, rewrites the information stored in the storage unit 62, and stores new information in the storage unit 62.

Next, a procedure for replenishing each storage unit 27 with a new ticket will be described with reference to FIGS. 6 to 12. When an authorized staff member logs in by operating the display operation unit 3A of the management device 3 and selects replenishment of a new ticket, the control unit 60 displays the menu screen 70 shown in FIG. 6 on the display operation unit 3A. Since the touch key 71 on which the character "cancel" is written is always displayed on the display operation unit 3A, the current replenishment can be canceled by the staff touching the touch key 71. When the clerk wants to manually replenish the storage unit 27 with a new ticket by opening the front cover 34, he / she touches the touch key 72 on which the characters “hand replenishment” are written on the menu screen 70. Then, for example, the control unit 60 releases the lock by the lock mechanism (not shown) that locks the front cover 34 in the closed state, so that the clerk opens the front cover 34 and manually inserts a new ticket into the storage unit 27. Can be replenished. When the clerk closes the front cover 34 after replenishment, the control unit 60 activates this locking mechanism, so that the front cover 34 is locked in the closed state.

When the clerk wants to replenish a new ticket using the loading unit 28, he / she touches the touch key 73 on which the characters “counting loading” are written on the menu screen 70. Then, the control unit 60 displays the selection screen 74 shown in FIG. 7 on the display operation unit 3A. On the selection screen 74, under the heading "Please select the denomination of the new ticket to be replenished", the denomination of the new ticket that can be replenished (here, 10,000 yen bill, 5,000 yen bill, 1,000 yen bill) 3 denominations), a check box 75 provided for each denomination, and the number of new tickets that can be replenished in the storage unit 27 of the replenishment destination (350 in each denomination in FIG. 7) are displayed side by side. ing. The control unit 60 acquires the replenishable number by subtracting the current amount from the maximum number of new tickets stored in each storage unit 27. In addition, on the selection screen 74, the amount corresponding to the replenishable number may be displayed for each denomination together with the replenishable number.

When the clerk touches the check box 75 corresponding to the denomination of the new ticket to be replenished, the control unit 60 displays a check mark 76 (black circle in FIG. 7) in the check box 75. After that, when the staff member touches, for example, the touch key 77 on which the character "start" is written at the lower left of the selection screen 74, the control unit 60 displays the guidance screen 78 shown in FIG. 8 on the display operation unit 3A. On the guidance screen 78, an image image G of the new ticket payout machine 2A in a state where the loading unit 28 is pulled out to the withdrawal position is displayed under the heading "Please load the new ticket". The portion corresponding to the opening 28A in the image G may be highlighted so that the clerk can grasp the opening 28A (see FIG. 4) in the loading portion 28.

Further, the control unit 60 releases the lock by the lock mechanism (not shown) that locks the loading unit 49 while the loading unit 28 is in the mounting position at the timing of displaying the guide screen 78 on the display operation unit 3A. As a result, the clerk can put his finger on the recess 35A (see FIG. 4) of the front cover 35 and pull out the loading unit 49 to the front side until the loading unit 28 reaches the pull-out position.

After loading the new ticket of the denomination selected earlier by the staff into the loading unit 28 at the withdrawal position, the loading unit 49 is pushed to the rear side to move the loading unit 28 to the mounting position. Then, the first detection unit 37 (see FIG. 2) detects that the loading unit 28 has a new ticket, and the second detection unit 38 (see FIG. 2) causes the loading unit 28 from the drawer position to the mounting position. Detects that it has moved. In response to the detection results of the first detection unit 37 and the second detection unit 38, the control unit 60 starts feeding out the new ticket in the loading unit 28, and loads the new ticket of the loading unit 28 into the loading transport path 39. , Transported in the first transport path 44 and the second transport path 45 and transferred to the temporary holding portion 33 (see the broken line arrow in FIG. 12). At this time, the control unit 60 pays out the new ticket from the loading unit 28 at the mounting position by the feeding unit 29, and conveys the new ticket after the feeding to the temporary holding unit 33 in the apparatus main body 25 by the conveying unit 31. Since the new ticket that is delivered and transported passes through the identification unit 32 one by one in the second transport path 45 of the transport unit 31, the control unit 60 uses the identification unit 32 to identify the new ticket in the second transport path 45. Identify and count one by one. In this way, if the clerk moves the loading unit 28 to the mounting position, the clerk does not need to additionally operate the display operation unit 3A after that, and the new ticket is delivered from the loading unit 28 and identified by the identification unit 32. And since counting is started automatically, it is convenient for the staff.

When the identification unit 32 identifies the reject ticket (including the abnormal transport ticket, the unidentifiable ticket, etc.), the control unit 60 transports the reject ticket to the end in the second transport path 45 and pays it by the payout unit 30. Return it to the staff from Exit 11. The control unit 60 transports the new ticket identified as a normal ticket to the temporary hold unit 33 by the transport unit 31, and temporarily holds it in the temporary hold unit 33. The reject ticket is not immediately rejected by the payout port 11, but is re-identified by the identification unit 32 by reciprocating between the loading unit 28 and the temporary holding unit 33, and such a retry process is predetermined. Even if it is repeated a number of times, if it is still identified as a reject ticket, it may be rejected by the payout port 11.

The control unit 60 displays the processing screen 80 shown in FIG. 9 on the display operation unit 3A, for example, at the timing when the loading unit 28 starts paying out new tickets. On the processing screen 80, the above-mentioned replenishable numbers for each denomination are displayed side by side under the heading <Replenishable number>, and temporarily held in the temporary hold unit 33 under the heading <Counting details>. The number of temporary reservations, which is the number of new tickets that have been made, is displayed side by side for each denomination. As the delivery of new tickets progresses, the respective values of the replenishable number and the temporary hold number on the processing screen 80 may fluctuate in real time. Alternatively, the replenishable number and the temporary hold number are not displayed on the processing screen 80 until the new ticket is paid out, and the final value of the replenishable number and the temporary hold number is displayed on the processing screen 80 after the payout is completed. May be good. In addition, as the withdrawal of new tickets progresses, the actual number of replenishable tickets for the denomination of this new ticket decreases, but if there are new tickets in the loading unit 28 even if the number of replenishable tickets becomes zero, The control unit 60 stops further feeding. When the lock mechanism of the loading unit 49 is released and the loading unit 49 is pulled out, the overflow ticket, which is a new ticket remaining in the loading unit 28, is returned to the staff.

When all the new tickets are paid out from the loading unit 28 at the mounting position, the first detection unit 37 (see FIG. 2) detects that there are no new tickets in the loading unit 28. Then, the control unit 60 displays the inquiry screen 81 shown in FIG. 10 on the display operation unit 3A. The inquiry screen 81 may be a new screen switched from the processing screen 80, or may be a pop-up screen superimposed on the processing screen 80. On the inquiry screen 81, a touch key 82 with the letters "Yes" and a touch key 83 with the letters "No" are lined up under the heading "Do you want to continue loading?" It is displayed in. A clerk who wants to load an additional new ticket into the loading unit 28 touches the touch key 82. Then, the control unit 60 displays the above-mentioned selection screen 74 (see FIG. 7) on the display operation unit 3A, so that the staff member does not have to select counting loading again on the menu screen 70 (see FIG. 6). The new ticket can be loaded into the loading unit 28. Of the additional new tickets, the reject ticket is returned to the staff from the payment exit 11 as described above, and the normal ticket is temporarily held in the temporary hold unit 33 as described above. The denomination of the additional new ticket may be the same as or different from the denomination of the new ticket loaded immediately before. If the denomination of the additional new ticket and the denomination of the new ticket loaded immediately before are different, new tickets of a plurality of denominations are temporarily held in the temporary holding unit 33 in a mixed state.

A clerk who does not plan to load an additional new ticket into the loading unit 28 touches the touch key 83. Then, the control unit 60 displays the completion screen 84 shown in FIG. 11 on the display operation unit 3A. On the completion screen 84, the final values of the replenishable number and the temporary hold number described above are displayed under the heading "Counting is completed". When a staff member who confirms these values touches, for example, the touch key 85 on which the character "completed" is written at the lower right of the completion screen 84, the control unit 60 is identified by the identification unit 32 and then the temporary hold unit 33. It means that the predetermined instruction to distribute the temporarily suspended new ticket to each storage unit 27 has been accepted. In this case, the control unit 60 conveys the new ticket in the temporary holding unit 33 to the storage unit 27 by the conveying unit 31 (see the arrow of the alternate long and short dash line in FIG. 12). Since the denomination of the new ticket in the temporary holding unit 33 has already been identified by the identification unit 32, the control unit 60 transports the new ticket to the storage unit 27 corresponding to the denomination for each denomination. Sort to.

In response to the clerk touching the touch key 85, the control unit 65 issues a receipt in which the processing contents of the replenishment this time (for example, the contents of the completion screen 84) are described by the printer 4. Further, the control unit 65 may display a screen (not shown) indicating that the new ticket of the temporary holding unit 33 is being stored in the storage unit 27 on the display operation unit 3A. On this screen, the remaining time until the storage of the new ticket in the storage unit 27 is completed may be displayed. When the storage of the new ticket in the storage unit 27, that is, the replenishment this time is completed, the control unit 65 displays the menu screen 70 (see FIG. 6) or a predetermined standby screen (not shown) on the display operation unit 3A. Wait by.

In the state where the storage unit 27 is replenished with new tickets as described above, the control unit 60 receives the withdrawal processing instruction by the operation of the display operation unit 3A of the management device 3 by the user. Then, the control unit 60 takes out the required number of new tickets from the storage unit 27 that stores the new tickets of the denomination to be withdrawn, transports them in the order of the first transport path 44 and the second transport path 45, and the payout unit. Withdraw from the payout port 11 by 30. The control unit 60 temporarily holds the new ticket taken out from the storage unit 27, which is newly identified by the identification unit 32 as a reject ticket, in, for example, the temporary holding unit 33, and then the loading unit 28 or the like. It may be rejected to the original storage portion 27 (see the two-dot chain line arrow in FIG. 12). The reject ticket in the loading unit 28 in this case is collected, for example, at the time of the next replenishment of a new ticket. Further, the control unit 60 updates the amount of money in each storage unit 27 by counting the new tickets taken out from the storage unit 27 that are identified by the identification unit 32 as normal tickets. When all the new tickets to be withdrawn are withdrawn to the payment exit 11, the withdrawal process is completed.

As described above, in the new ticket issuing machine 2A, which is an example of the valuable medium processing device, the denomination of the new ticket loaded in the loading unit 28 can be confirmed by identifying the new tickets one by one by the identification unit 32. At the same time, the number of new tickets loaded in the loading unit 28 can be managed. Therefore, it is possible to accurately replenish the new ticket with no denomination error and to accurately manage the amount of the new ticket in the storage unit 27 after replenishment. Further, when replenishing the new ticket, only the loading unit 28 is pulled out from the device main body 25 for loading the new ticket, but the storage unit 27 remains inside the device main body 25 and is not exposed to the outside of the device main body 25. Therefore, the security of the storage unit 27 can be improved. Further, if the loading unit 28 is pulled out, the new ticket is loaded into the loading unit 28, the loading unit 28 is moved to the mounting position and mounted on the apparatus main body 25, the storage unit 27 can be moved to the storage unit 27 without further effort. Since you can start replenishing new tickets, you can improve usability. Further, since the feeding of the new ticket in the loading unit 28 is started according to the detection result of the first detection unit 37 and the second detection unit 38 that the loading unit 28 loaded with the new ticket has moved to the mounting position, the new ticket is fed out. It is possible to reliably replenish the new ticket from the loading unit 28 to the storage unit 27 without swinging.

Further, if the new ticket loaded in the loading unit 28 is temporarily held in the temporary holding unit 33, the replenishment of the new ticket to the storage unit 27 is confirmed by the staff touching the completed touch key 85 (see FIG. 11). Until this is done, it is possible to distinguish between the new ticket loaded this time and the new ticket already in the storage unit 27. Further, when the person in charge cancels the replenishment this time by touching the cancel touch key 71 (see FIG. 11) after the temporary hold, the control unit 60 transfers the new ticket from the temporary hold unit 33 to the loading unit 28. You can also return it. Since the new ticket temporarily held in the temporary holding unit 33 is treated as an external new ticket, even if the new ticket of the temporary holding unit 33 is returned to the loading unit 28, there is a particular problem in terms of the amount management and the like. There is no.

Further, regarding the return of the new ticket, the control unit 65 has a timer function, and when the new ticket is temporarily held in the temporary holding unit 33 and, for example, a predetermined time of several minutes elapses, the control unit 65 receives the new ticket. The new ticket in the temporary holding unit 33 is returned to the loading unit 28 by the transport unit 31. A new ticket temporarily held in the tape reel type temporary holding unit 33 for a long time cannot be used as a new ticket when it has a curl habit by being wound around the drum 53, or it is conveyed by being clogged in the transport unit 31. There is a risk of causing an error or making it impossible to collect neatly in the storage unit 27. Therefore, by returning the new ticket for which a predetermined time has passed while being temporarily held in the temporary holding unit 33 to the loading unit 28, it is possible to prevent the new ticket from having a curl habit. The new ticket returned to the loading unit 28 may be collected by a staff member or used for recounting loading. The control unit 65 does not automatically return the new ticket to the loading unit 28 after a lapse of a predetermined time, but warns the staff by, for example, displaying on the display operation unit 3A, and the touch key 85 (see FIG. 11). You may be urged to promptly confirm the replenishment of new tickets to the storage unit 27 by touching.

With reference to FIG. 12, each storage unit 27 and the loading unit 28 at the mounting position are arranged side by side in the vertical direction in the apparatus main body 25, and new tickets are placed around each storage unit 27 and the loading unit 28. The layout of the configuration (feeding section 29, feeding section 42, transport section 31, etc.) for feeding and transporting is almost the same. In this case, since the new ticket can be stored from the same direction of the front side (left side in FIG. 12) for each of the storage unit 27 and the loading unit 28, the orientation of the new ticket in the storage unit 27 when manually replenished. (Orientations in the front and back, the longitudinal direction, and the lateral direction) can be aligned with the orientation of the new ticket when it is loaded into the loading unit 28 for counting loading. Therefore, in either case of manual replenishment or replenishment by counting loading, it is possible to prevent new tickets having different orientations from being mixed in the storage unit 27 and the payout port 11 after replenishment.

The present invention is not limited to the contents of the above embodiments, and various modifications can be made within the scope of the claims.

For example, one guide member 90 may be provided in the area on the back side (rear side in the new ticket payout machine 2A) in the internal space of the loading unit 28. As shown in FIG. 13, the guide member 90 is formed in a plate shape, for example, and extends in the lateral direction S of the new ticket M in the loading portion 28. The loading unit 28 is provided with an actuator (not shown) configured by a motor or the like to move the guide member 90 along the longitudinal direction L of the new ticket M. The control unit 60 moves the guide member 90 in the loading unit 28 by controlling the operation of this actuator. In the case of the counting loading described above, the control unit 60 guides in the front-rear direction (horizontal direction in FIG. 13) according to the length of the new ticket M of the denomination selected on the selection screen 74 (see FIG. 7). Adjust the position of the member 90. The guide member 90 shown by the solid line in FIG. 13 is the position corresponding to the longest 10,000-yen bill. In the arrangement space 28B in which the new ticket M is arranged on the front side (left side in FIG. 13) of the adjusted guide member 90 in the loading portion 28, the dimension in the front-rear direction is the longitudinal direction of the new ticket of the selected denomination. Since the dimensions of L are substantially the same, the new ticket M in the loading unit 28 can be accurately delivered in the subsequent feeding.

Further, when the new ticket M is returned from the temporary holding unit 33 to the loading unit 28, the control unit 60 moves the guide member 90 according to the length of the new ticket M of the denomination to be returned, so that the new ticket M is returned. A plurality of new tickets M can be neatly accumulated in the loading portion 28 so that the edge edges (at least one of the front edge edge and the rear edge edge) in the longitudinal direction L are aligned. The position of the guide member 90 when returning the new ticket M to the loading unit 28 is the same denomination from the loading unit 28 so that the returned new ticket M can be neatly accumulated in the loading unit 28 without being caught. The position of the guide member 90 when paying out the new ticket M is set to a position slightly shifted to the rear side.

When new ticket Ms of a plurality of denominations are temporarily held in the temporary holding unit 33, the order of the denominations of the new ticket M in the temporary holding unit 33 is stored in the storage unit 62 (see FIG. 5). Therefore, the control unit 60 adjusts the position of the guide member 90 every time the denomination returned to the loading unit 28 changes based on the stored contents of the storage unit 62. As a result, the returned new tickets M of a plurality of denominations can be neatly accumulated in the loading portion 28 so that the front end edges on the side opposite to the guide member 90 side are aligned in the longitudinal direction L as shown in FIG. The clerk can grab the front end of the returned new ticket M of a plurality of denominations at a time and pull it out from the loading unit 28. However, in order to adjust the position of the guide member 90 each time the denomination changes, the new ticket M has a length such as 1000 yen bill M1, 2000 yen bill M2, 5000 yen bill M3, and 10,000 yen bill M4. It is necessary to return in order from the shortest denomination in direction L. Of course, even if the position of the guide member 90 is fixed according to the new ticket M of the longest denomination among the returned denominations, the new ticket M of a plurality of denominations can be accumulated to some extent neatly in the loading unit 28. A guide member (not shown) similar to the guide member 90 may be provided in each storage portion 27, but the position of the guide member in each storage portion 27 is fixed according to the corresponding denomination. Will be done.

Further, in the above-described embodiment, the loading unit 49 itself has a new ticket feeding function by arranging the feeding unit 29 in the loading unit 49 (see FIG. 3). It may be fixed to the apparatus main body 25 in advance so that a new ticket can be paid out from the loading unit 28 when the loading unit 49, that is, the loading unit 28 is in the mounting position.

Further, the loading unit 28 does not have to be supported by the device main body 25 via the guide rail 36 (see FIG. 4), and the loading unit 28 at the drawer position in this case is in a separated state removed from the device main body 25. There may be.

Further, in the above-described embodiment, the staff manually moves the loading unit 28 between the mounting position and the pulling-out position, but an actuator (not shown) configured by a motor or the like to move the loading unit 28 is a device. It may be provided in the main body 25. When the actuator is provided, the control unit 60 operates the actuator at the timing of displaying the guide screen 78 (see FIG. 8) at the time of the counting loading described above to move the loading unit 28 to the withdrawal position. In this case, for example, a touch key (not shown) on which the character "OK" is written is displayed on the guidance screen 78, so that when a staff member who has loaded a new ticket into the loading unit 28 touches the touch key, the touch key is displayed. The control unit 60 operates the actuator to move the loading unit 28 to the mounting position.

Further, in the state where the guide screen 78 (see FIG. 8) is displayed on the display operation unit 3A at the time of counting and loading, in the above-described embodiment, if the staff moves the loading unit 28 to the mounting position, the control unit 60 As a result, the delivery of new tickets from the loading unit 28 and the identification and counting by the identification unit 32 are automatically started. However, when a situation occurs in which the feeding should not be started and this situation is not resolved, but the clerk moves the loading unit 28 to the mounting position, the control unit 60 does not start the feeding and the clerk does not start the feeding. Wait for the new ticket of the loading unit 28 to be pulled out. The control unit 60 waiting for extraction displays a screen prompting the staff to extract the new ticket of the loading unit 28 on the display operation unit 3A, or operates the actuator (not shown) to bring the loading unit 28 to the withdrawal position. It may be forcibly moved. The situation in which the feeding should not be started is, for example, a situation in which the above-mentioned overflow ticket remains in the loading unit 28. In addition, when a new ticket of a denomination different from the denomination selected by the staff is mistakenly loaded in the loading unit 28, identification and counting are started once, and the new ticket from the loading unit 28 is a reject ticket of the wrong denomination. When the identification of the presence is repeated a predetermined number of times (for example, 5 times), the control unit 60 determines that the new ticket with the wrong denomination has been loaded into the loading unit 28, and stops the feeding, but after that, the denomination The situation where the wrong new ticket remains in the loading unit 28 is also an abnormal situation in which the feeding should not be started.

Further, in the above-described embodiment, new tickets are loaded into the loading unit 28 one by one, but new tickets of a plurality of denominations may be loaded into the loading unit 28 in a mixed state.

Further, for example, at a timing of once a month, after all the new tickets in each storage unit 27 are once collected outside the device main body 25, the new tickets may be directly replenished to each storage unit 27 by manual replenishment. is there. In this case, for each storage unit 27, the control unit 65 transfers the new ticket replenished in the storage unit 27 to the temporary holding unit 33 and then returns it to the original storage unit 27, and at that time, the identification unit 32 makes a new ticket. By identifying the ticket, the denomination and the amount of the new ticket in the storage unit 27 are confirmed. The new ticket identified as a reject ticket by the identification unit 32 is rejected by the payout port 11 and then loaded again from the loading unit 28. In this way, when the new ticket of each storage unit 27 is transferred to the temporary holding unit 33 and then returned to the original storage unit 27, the scrutiny process of confirming the denomination and the amount of the new ticket in the storage unit 27 is performed. It is also carried out when not all new tickets in each storage unit 27 are collected.

Further, the temporary holding unit 33 may be formed in a box shape in which new tickets are accumulated like the loading unit 28, instead of the tape reel type. In this case, in the above-mentioned scrutiny process, in order to separate the reject ticket and the normal ticket, two temporary holding units 33 are provided, or a reject unit (not shown) for collecting the reject ticket is provided in the device main body 25. It is advisable to provide it separately.

In addition, when the bundled banknotes sealed by the government are separated and set in the loading unit 28, the new banknotes constituting the bundled banknotes are reject tickets due to poor transportation such as double feeding and skewing, even though they are normal tickets. May be identified by the identification unit 32. The reject ticket in this case should be identified as a normal ticket if it is set in the loading unit 28 again, but it may rarely be identified as a reject ticket again. In this case, if several new tickets identified as reject tickets are left in hand, the subsequent post-processing is troublesome for the staff. Then, in response to the fact that the new ticket is identified as a reject ticket again, the banknote deposit / withdrawal machine 2B is automatically put into the replenishment mode, and the staff member puts these new tickets into the deposit port 14 of the banknote deposit / withdrawal machine 2B ( It can be put into (see FIG. 1). If the algorithm for identifying banknotes is different between the new ticket payout machine 2A and the banknote deposit / withdrawal machine 2B, these new tickets are identified as new by the banknote deposit / withdrawal machine 2B and the banknote deposit / withdrawal machine 2B. It may be stored in the inner storage section (not shown).

Further, the valuable medium processing device 2 has been described with a focus on the new ticket payout machine 2A, but when the above-mentioned configuration related to counting and loading is provided in the other valuable medium processing device 2 (see FIG. 1), it is now. The above description also applies to the other valuable medium processing apparatus 2.

Further, in the valuable medium processing system 1, for example, the management device 3 may have some functions (for example, the functions of the control unit 60 and the storage unit 62) in the valuable medium processing device 2.

Further, even if the staff does not select the denomination at the time of counting and loading (see FIG. 7), the control unit 60 determines the denomination based on the identification result of the identification unit 32 for the new ticket after loading. , The new ticket may be distributed to the storage unit 27 of the corresponding denomination. In this case, when the number of new tickets stored in the storage unit 27 of the distribution destination approaches the maximum number of stored tickets, the control unit 60 warns the staff and suspends the distribution of new tickets.

Further, the identification unit 32 may be arranged at the uppermost position of the first transport path 44 or the loading transport path 39 instead of the second transport path 45 (see FIG. 2). As a result, the new ticket loaded in the loading unit 28 can be quickly distributed to each storage unit 27 without being temporarily held in the temporary holding unit 33, so that the time required for counting and loading can be shortened.

Further, as the identification unit 32, a unit having only a counting function may be used. As a result, the cost can be reduced.

1 Valuable medium processing system 2 Valuable medium processing device 3 Management device 25 Device body 27 Storage section 28 Loading section 29 Feeding section 31 Transport section 32 Identification section 33 Temporary holding section 37 1st detection section 38 2nd detection section 60 Control section T1 tape T2 tape

Claims (8)

With the device body
A storage unit provided in the main body of the device for storing valuable media,
It is provided separately from the storage unit and can be moved between a mounting position mounted on the device body and a drawer position independently pulled out from the device body, and a part of the device body is moved at the mounting position. A loading portion that is exposed to the outside, is loaded with a valuable medium at the drawer position, and is arranged above the storage portion at the mounting position.
A feeding section for feeding a valuable medium from the loading section at the mounting position, and a feeding section.
A transport unit for transporting a valuable medium fed by the feeding portion in the apparatus main body, and a first transport path arranged in the apparatus main body on the drawing position side of the storage portion, and the device main body. A transport section including a second transport path arranged between the storage section and the loading section at the mounting position ,
An identification unit that counts at least the valuable medium transported by the transport unit, and
A control unit that feeds valuable media in the loading unit at the mounting position, counts them one by one by the identification unit, and then transports them to the storage unit by the transport unit.
A payout unit that has an inside communicating with a discharge port of a valuable medium and receives the valuable medium conveyed in the apparatus main body inside, and is arranged directly above the loading portion at the mounting position in the apparatus main body. Valuable medium processing equipment including a payout unit. Includes a temporary hold section that temporarily holds valuable media
The control unit temporarily holds the valuable medium drawn out from the loading unit by the feeding unit and counted by the identifying unit in the temporary holding unit, and when a predetermined instruction is received, the valuable medium in the temporary holding unit is released. The valuable medium processing apparatus according to claim 1, wherein the transport unit transports the storage unit to the storage unit. The temporary holding unit is a tape reel type temporary holding unit that is wound together with the tape and temporarily held in a state where a valuable medium is sandwiched between tapes.
The valuable medium according to claim 2, wherein when a predetermined time elapses while the valuable medium is temporarily held in the temporary holding unit, the control unit returns the valuable medium in the temporary holding unit to the loading unit by the transport unit. Processing equipment. There are a plurality of the storage units,
The identification unit identifies the type of valuable medium and
The valuable medium processing apparatus according to any one of claims 1 to 3, wherein the control unit conveys the valuable medium whose type is identified by the identification unit to the storage unit according to the type of the valuable medium. .. A first detection unit that detects the presence or absence of a valuable medium in the loading unit, and
Including a second detection unit that detects the position of the loading unit
The first detection unit detects that the loading unit has a valuable medium, and the second detection unit detects that the loading unit has moved from the drawer position to the mounting position. The valuable medium processing apparatus according to any one of claims 1 to 4, wherein the control unit starts feeding out the valuable medium in the loading unit. A valuable medium processing system including a valuable medium processing device and a management device having a display unit and managing the valuable medium processing device.
The valuable medium processing device is
With the device body
A storage unit provided in the main body of the device for storing valuable media,
It is provided separately from the storage unit and can be moved between a mounting position mounted on the device body and a drawer position independently pulled out from the device body, and a part of the device body is moved at the mounting position. A loading portion that is exposed to the outside, is loaded with a valuable medium at the drawer position, and is arranged above the storage portion at the mounting position.
A feeding section for feeding a valuable medium from the loading section at the mounting position, and a feeding section.
A transport unit for transporting a valuable medium fed by the feeding portion in the apparatus main body, and a first transport path arranged in the apparatus main body on the drawing position side of the storage portion, and the device main body. A transport section including a second transport path arranged between the storage section and the loading section at the mounting position ,
Including an identification unit that counts at least the valuable medium transported by the transport unit.
A control unit including a control unit that feeds valuable media in the loading unit at the mounting position, counts them one by one by the identification unit, and then transfers the valuable medium to the storage unit by the transport unit.
In the case of replenishment of valuable media using the loading unit, the control unit displays information on the replenishable number of valuable media in the storage unit of the replenishment destination on the display unit. With the device body
A storage unit provided in the main body of the device for storing valuable media,
It is provided separately from the storage unit and can be moved between a mounting position mounted on the device body and a drawer position independently pulled out from the device body, and a part of the device body is moved at the mounting position. A loading section exposed to the outside and loaded with a valuable medium at the drawer position,
A feeding section for feeding a valuable medium from the loading section at the mounting position, and a feeding section.
A transport unit for transporting a valuable medium fed by the feeding portion in the apparatus main body, and a first transport path arranged in the apparatus main body on the drawing position side of the storage portion, and the device main body. A transport section including a second transport path arranged between the storage section and the loading section at the mounting position ,
An identification unit that counts at least the valuable medium transported by the transport unit, and
A valuable medium processing device including a control unit that feeds the valuable medium in the loading unit at the mounting position, counts the valuable media in the loading unit at the mounting position one by one by the identification unit, and then transfers the valuable medium to the storage unit by the transport unit. A valuable medium processing system including a valuable medium processing device and a management device for managing the valuable medium processing device.
The valuable medium processing device is
With the device body
A storage unit provided in the main body of the device for storing valuable media,
It is provided separately from the storage unit and can be moved between a mounting position mounted on the device body and a drawer position independently pulled out from the device body, and a part of the device body is moved at the mounting position. A loading section exposed to the outside and loaded with a valuable medium at the drawer position,
A feeding section for feeding a valuable medium from the loading section at the mounting position, and a feeding section.
A transport unit for transporting a valuable medium fed by the feeding portion in the apparatus main body, and a first transport path arranged in the apparatus main body on the drawing position side of the storage portion, and the device main body. A transport section including a second transport path arranged between the storage section and the loading section at the mounting position ,
Including an identification unit that counts at least the valuable medium transported by the transport unit.
A valuable medium processing system including a control unit that feeds valuable media in the loading unit at the mounting position, counts them one by one by the identification unit, and then transfers them to the storage unit by the transport unit.

Images