JP6192229B2 - Cash processing system - Google Patents

Description

  The present invention relates to a cash processing system capable of depositing / withdrawing cash.

  From the viewpoint of improving business efficiency and improving customer service, there is a demand for reducing the time required for processing in a cash processing system. For example, there is one that improves the operational efficiency by shortening the collection processing time by shortening the bill feeding interval when collecting without performing sorting (see, for example, Patent Document 1).

Japanese Patent Laid-Open No. 5-54223

  In the cash processing system, a predetermined key operation input is performed to execute a deposit mode for storing deposit money in denomination, and a predetermined key operation input is performed to store the money. A payout mode for paying out stored currency is executed.

  By the way, in particular, in a system using a reflux type cash processor that stores deposited banknotes by denomination and dispenses the stored banknotes for withdrawal, the banknotes can be actually accepted. It may take time to complete, or it may take time before the stored banknote can be paid out. Therefore, it is possible to improve business efficiency and customer service by improving these. However, a drastic change of the system is not preferable because it increases costs.

  Therefore, an object of the present invention is to provide a cash processing system capable of improving business efficiency and customer service while suppressing an increase in cost.

  In order to achieve the above object, the invention according to claim 1 has a window operating device operated by a window operator, and a banknote storage section for storing deposited banknotes by denomination and for dispensing the stored banknotes. A cash processing system, comprising: a motion sensor that detects movement of a fingertip around the input means of the window operating device; and a transaction is predicted from the detection result of the motion sensor and the transaction And a control means for causing the bill storage part to execute a preparatory operation corresponding to the above.

  According to a second aspect of the present invention, in the first aspect of the invention, when the control means predicts that there is a deposit transaction from the detection result of the motion sensor, a preparation operation of a deposit operation for taking in a deposited bill is performed in the bill storage. It is made to perform to a part.

  The invention according to claim 3 is the invention according to claim 2, wherein the preparation operation of the deposit operation includes an operation of raising the receiving member that receives the deposited bill toward the upper bill receiving portion. .

  The invention according to claim 4 is the invention according to any one of claims 1 to 3, wherein the control means pays out stored banknotes when a payout transaction is predicted from a detection result of the motion sensor. A preparatory operation for the operation is executed by the bill storage unit.

  The invention according to claim 5 is the invention according to claim 4, wherein the preparation operation of the payout operation includes an operation of raising the support member supporting the stored banknote toward the upper banknote payout portion. .

  The invention according to claim 6 is the invention according to any one of claims 1 to 5, wherein the cash processor is in a power saving state when the unused state continues for a predetermined time, and the control means includes the motion sensor. When the start of operation is predicted from the detection result, the power saving state of the cash processor is canceled.

  The invention according to claim 7 is the invention according to any one of claims 1 to 6, wherein the control means is provided in the cash processing machine, and the motion sensor is directly connected to the cash processing machine. It is characterized by being.

  According to the first aspect of the present invention, the control means predicts a transaction based on the detection result of the motion sensor that detects the movement of the fingertip in the vicinity of the input means of the window operating device, and performs a preparatory operation corresponding to the transaction. Let the storage unit execute it. Thus, the preparatory operation corresponding to the predicted transaction can be started in the banknote storage unit before a predetermined key operation input is performed, so that the transaction time can be shortened. Therefore, it is possible to improve business efficiency and customer service. In addition, since the transaction is predicted by indirectly detecting the movement of the fingertip in the vicinity of the input means of the window operating machine, only the change on the cash handling machine side is required without requiring any change on the window operating machine side. It becomes possible to cope with. Therefore, an increase in cost can be suppressed.

  According to the second aspect of the present invention, when it is predicted that there is a deposit transaction from the detection result of the motion sensor, the control unit causes the bill storage unit to execute a preparation operation for the deposit operation for taking in the deposited bill. Thereby, it is possible to cause the banknote storage unit to start a preparation operation for a depositing operation for taking in a deposited banknote without waiting for a predetermined key operation input that can determine whether there is a deposit transaction. Therefore, the processing time of the deposit transaction can be shortened, and the business efficiency and customer service can be improved when performing the deposit transaction.

  According to the third aspect of the present invention, when it is predicted that there is a deposit transaction from the detection result of the motion sensor, the control means raises the receiving member that receives the deposited banknote toward the upper banknote capturing section in the banknote storage section. Let Accordingly, the processing time of the deposit transaction can be surely shortened, and the business efficiency and the customer service can be reliably improved when performing the deposit transaction.

  According to the fourth aspect of the present invention, when it is predicted that there is a payout transaction from the detection result of the motion sensor, the control means causes the banknote storage unit to perform a preparation operation for a payout operation for paying out the stored banknote. Thereby, the preparation operation of the payout operation of paying out the stored banknote can be started in the banknote storage unit without waiting for a predetermined key operation input that can determine the presence of the payout transaction. Therefore, the processing time of the payout transaction can be shortened, and the business efficiency and customer service can be improved when the payout transaction is performed.

  According to the fifth aspect of the present invention, when it is predicted that there is a payout transaction from the detection result of the motion sensor, the control means raises the support member that supports the stored banknote toward the upper banknote payout section in the banknote storage section. Let Accordingly, the processing time of the payout transaction can be surely shortened, and it is possible to reliably improve the business efficiency and the customer service when performing the payout transaction.

  According to the invention of claim 6, when the control means predicts the start of the operation from the detection result of the motion sensor, the power saving state of the cash processing machine is canceled, so that it is possible to save without waiting for a predetermined key operation input. It is possible to make the cash processor in the power state operable. Therefore, from this point of view, it is possible to improve business efficiency and customer service.

  According to the invention of claim 7, since the motion sensor is directly connected to the cash processing machine having the control means, the control means predicts the transaction from the detection result of the motion sensor without going through the window operating machine. The preparatory operation corresponding to the leverage transaction can be executed by the banknote storage unit. Therefore, an increase in cost can be reliably suppressed.

It is a perspective view which shows the cash processing system which concerns on one Embodiment of this invention. It is a control system block diagram of the whole cash processing system concerning one embodiment of the present invention. It is a block diagram which shows roughly the banknote processing apparatus part of the cash processing system which concerns on one Embodiment of this invention. It is a front view which shows the banknote accommodating part of the cash processing system which concerns on one Embodiment of this invention, Comprising: A standby state is shown. It is a front view which shows the banknote accommodating part of the cash processing system which concerns on one Embodiment of this invention, Comprising: (a) shows the preparatory operation | movement of payment operation | movement, (b) is 1st of this operation | movement of payment operation | movement. Indicates the stage. It is a front view which shows the banknote accommodating part of the cash processing system which concerns on one Embodiment of this invention, Comprising: (a) shows the 2nd step of this operation | movement of deposit operation | movement, (b) is a book of deposit operation | movement. The third stage of operation is shown. It is a front view which shows the banknote accommodating part of the cash processing system which concerns on one Embodiment of this invention, Comprising: (a) shows the 4th step of this operation | movement of deposit operation, and the 2nd step of this operation | movement of payment | payout operation | movement. (B) shows the fifth stage of the main operation of the deposit operation and the third stage of the main operation of the payout operation. It is a front view which shows the banknote accommodating part of the cash processing system which concerns on one Embodiment of this invention, Comprising: (a) shows the 6th step of this operation | movement of deposit operation, and the 4th step of this operation | movement of payment | payout operation | movement. Yes, (b) shows the seventh stage of the main operation of the depositing operation and the fifth stage of the main operation of the payout operation. It is a front view which shows the banknote accommodating part of the cash processing system which concerns on one Embodiment of this invention, Comprising: The preparation operation | movement of return operation | movement is shown. It is a front view which shows the banknote storage part of the cash processing system which concerns on one Embodiment of this invention, Comprising: (a) shows preparation operation | movement of payment operation | movement, (b) is 1st of this operation | movement of payment operation | movement. Indicates the stage.

  A cash processing system according to an embodiment of the present invention will be described below with reference to the drawings. The cash processing system of this embodiment is a window system that is installed at a window of a financial institution and used by a window operator (teller).

  As shown in FIG. 1, the cash processing system 10 of the present embodiment is directly connected to the cashier 12, the cashier 12 connected to the cashier 11 via the network, and the cashier 12. And a motion sensor 13.

  The window operator 11 is composed of a personal computer operated by the window operator. The window operator 11 includes a terminal operation unit 15 (input means) including a keyboard and the like on which operation input is performed by the window operator, and displays to the window operator. Based on the signal from the terminal display unit 16 including the liquid crystal monitor to be performed and the terminal operation unit 15, the display screen of the terminal display unit 16 is controlled, and a deposit instruction signal, a withdrawal instruction signal, and the like are transmitted to the cash processor 12. And a terminal main body 17. The terminal main body 17 includes a terminal control unit 18 and a terminal storage unit 19 shown in FIG.

  As shown in FIG. 1, the cash processor 12 of the present embodiment has a processing machine display 25 including a processing machine operation unit 25 in which operation input is performed by a window operator, and a liquid crystal monitor that displays the window operator. A portion 26 is provided on the upper surface. The processing machine operation unit 25 and the processing machine display unit 26 are connected to a processing machine control unit 27 (control means) shown in FIG. 2 that controls each unit of the cash processing machine 12. A machine storage unit 28 is connected.

  As shown in FIG. 1, a coin deposit port 30 into which deposited coins are inserted from the outside of the machine is provided on the upper surface of the cash processing machine 12. The coin inlet 30 accepts coins that are put together from outside the machine by changing from the closed state to the open state, and accepts the coins one by one from the closed state. Separate and feed into the aircraft.

  The cash processing machine 12 is provided with a recess 32 that is recessed rearward from the front surface of the machine body above the center in the height direction, and a tray 33 can be inserted into the recess 32. On the ceiling surface of the recess 32, a coin discharge port (not shown) for discharging coins from the machine is provided in a tray 33 inserted into the recess 32. Further, the cash processing machine 12 is provided with a coin deposit reject port 36 on the side of the recess 32 so that coins can be drawn out of the machine.

  In the cash processing machine 12, a portion between the upper surface and the recess 32 is a coin processing device section 40 including a coin deposit port 30, a coin discharge port (not shown) and a coin deposit reject port 36. During the deposit transaction, the coin processing unit 40 counts the deposit coins inserted into the coin deposit slot 30 while paying out and identifying the coins that have been identified as being acceptable based on the identification result. While temporarily storing by denomination, the coins identified as unacceptable are discharged to the coin deposit reject port 36 described above.

  When a cancel operation is input in a state in which the received coins are temporarily stored, the coin processing unit 40 releases the temporarily stored received coins from the above-described unillustrated coin discharge port to the tray 33, while an approval operation is input. Then, the temporarily stored deposited coins are stored in denominations. Further, the coin processing device section 40 discharges the stored coins stored in denominations one by one to the tray 33 from the above-described unillustrated coin discharge port while counting and separating them.

  As for cash processing machine 12, the lower side rather than crevice 32 has projected the body front. On the upper surface of the protruding portion, a banknote depositing port 50 into which a deposited banknote is inserted from the outside of the machine is provided on the rear side of the machine, and the banknote can be taken out of the machine from the banknote depositing port 50 to the front side of the machine. A banknote dispensing port 51 to be fed is provided.

  The banknote deposit port 50 is provided with a deposit port shutter 52 that opens and closes the deposit port shutter and a deposit port shutter drive unit 53 shown in FIG. 3 that opens and closes the deposit port shutter 52. As shown in FIG. 1, the deposit slot shutter 52 is in a closed state, and when the closed state is changed to an open state, the bill deposit slot 50 accepts bills that are batch-inserted in an accumulated state from outside the apparatus. become. The banknote deposit port 50 separates the accepted banknotes one by one after the deposit slot shutter 52 is closed and feeds the bills into the machine.

  The banknote dispensing port 51 is provided with a dispensing port shutter 55 for opening and closing the banknote dispensing port 51 and a dispensing port shutter driving unit 56 shown in FIG. As shown in FIG. 1, the dispensing outlet shutter 55 is in a closed state, and when it is in this closed state, banknotes conveyed in the machine one by one are accumulated. Further, the banknote dispensing port 51 can take out the accumulated banknotes outside the apparatus when the dispensing port shutter 55 is opened.

  In the cash processing machine 12, a portion below the recess 32 is a banknote processing apparatus unit 60 including a banknote depositing port 50 and a banknote dispensing port 51.

  As shown in FIG. 3, the banknote handling apparatus unit 60 includes the above-described banknote depositing port 50, a banknote depositing identifying unit 61 that counts while identifying the banknotes fed out from the banknote depositing port 50, and the banknote depositing identifying unit 61. A banknote deposit distribution unit 62 that sorts the banknotes in a plurality of directions based on the identification result, and a money type that takes in the banknotes that are recognized as acceptable by the banknote deposit identification unit 61 and are sorted into denominations by the banknote deposit distribution unit 62 Banknote storage units 63, 63,.

  Each of the banknote storage units 63, 63,... Temporarily stores the received banknotes of the corresponding denomination and pays out the temporarily stored banknotes when a cancel operation is input, while an approval operation is input. Then store it. At this time, the deposited banknotes paid out from the banknote storage units 63, 63,... Moreover, the banknote storage parts 63, 63, ... are each paid out while counting the stored banknotes.

  The banknote processing unit 60 is configured to count the stored banknotes dispensed from the banknote storage sections 63, 63,..., And to detect the banknote withdrawal and identification section 65 that detects abnormal conveyance such as double feeding and skew feeding, and banknote withdrawal. A banknote dispensing / dispensing section 66 for sorting the banknotes identified by the identifying section 65 based on the identification result is provided. The banknote dispensing part 66 sorts the banknotes into the banknote dispensing port 51 and the banknote machine reject unit 67.

  As described above, the banknote storage units 63, 63,... Store the received banknotes sorted into denominations by the banknote deposit distribution unit 62 based on the identification result of the banknote deposit identification unit 61 and store the banknotes in denominations. It is a reflux-type banknote storage part which pays out the stored banknote. That is, each of the banknote storage units 63, 63,... Stores the corresponding one denomination banknote so as to be paid out.

  Next, the banknote storage part 63 will be described with reference mainly to FIG. The banknote storage part 63 is disposed on the square wall-shaped peripheral wall part 71 that forms the reception space 70 for storing the received banknotes S in a vertically stacked state, and the upper part of the peripheral wall part 71 for reception. The ceiling part 72 which divides the space 70 and the space above it is provided.

  Moreover, the banknote storage part 63 takes in the banknote S currently conveyed from the banknote deposit distribution part 62 (refer FIG. 3) to the receiving space 70 at the upper part, and discharges the banknote S stored in the receiving space 70 to a banknote removal. It has the taking-out operation part 75 (banknote taking-in part, banknote paying-out part) which pays out toward the gold | metal identification part 65 (refer FIG. 3). This take-out operation section 75 is arranged below a roller driving section 76 (see FIG. 3), a main roller 77 that rotates forward and backward by driving the roller driving section 76, and a main roller 77 disposed below the main roller 77. When the main roller 77 rotates in the forward direction so as to move the lower part toward the receiving space 70, the sub roller 78 is maintained in a stopped state when the main roller 77 rotates in the reverse direction, and protrudes downward from the ceiling portion 72. When the main roller 77 rotates in the reverse direction, the kick roller 79 rotates in the same direction as the main roller 77, and the stacking guide 80 guides the bill S to be taken into the receiving space 70.

  When taking in the banknote S conveyed from the banknote depositing / dispensing part 62 (see FIG. 3) into the receiving space 70, the take-in operation part 75 rotates the main roller 77 in the forward direction, and the main roller 77. And the sub-roller 78 sandwich the banknote S into the receiving space 70. The stacking guide 80 is swingably supported by a support shaft 81 provided on the main roller 77 side, abuts against a stopper (not shown), and moves forward with respect to the feeding direction of the bill S by the main roller 77 and the sub roller 78. It will be in a falling state. As a result, the banknotes S taken into the receiving space 70 by the main roller 77 and the sub roller 78 are inclined downward and discharged into the receiving space 70, abut against the peripheral wall 71 and move downward. When the accumulation guide 80 is pushed up from below, the accumulation guide 80 swings around the support shaft 81 and moves above the kick roller 79.

  Moreover, when the taking-out operation part 75 pays out the banknote S accumulated up and down in the receiving space 70 toward the banknote withdrawal / recognition part 65 (refer FIG. 3), the main roller 77 will reversely rotate. The kick roller 79 that rotates synchronously kicks out the banknote S at the uppermost position of the receiving space 70 toward the main roller 77 and stops the banknote S below the banknote S at the uppermost position by the sub roller 78 that stops. However, the uppermost banknote S is fed out one by one at a high friction portion (not shown) in which the main roller 77 is partially disposed in the circumferential direction.

  Moreover, the banknote storage part 63 has the pusher 85 which can be raised / lowered beyond the ceiling part 72, and the pusher drive part 86 (refer FIG. 3) which raises / lowers this pusher 85. As shown in FIG. In the pusher 85, the position where the height of the pusher 85 matches the ceiling 72 is an upper limit position for raising and lowering (the position shown in FIG. 4), and this upper limit position is a standby position.

  The bill storage part 63 is below the ceiling part 72 and can be moved back and forth with respect to the receiving space 70, and a flap driving part 92 that opens and closes the pair of flaps 91 and 91 (see FIG. 3). And have. The pair of flaps 91, 91 rotate around the support shafts 93, 93, respectively, so that the holding portions 94, 94 enter the receiving space 70 (the state shown in FIG. 4) and the receiving space 70. It switches to the open state (state shown in FIG. 6) which retracts the holding | suppressing parts 94 and 94. FIG. The pair of flaps 91, 91 are in a standby state in a closed state. Here, when the pair of flaps 91 and 91 are in the closed state, the pressing portions 94 and 94 are horizontally arranged, and the pusher 85 described above holds the pair of flaps 91 and 91 in the closed state. A position below the portions 94 and 94 is a lower limit position for raising and lowering. The pusher 85 can be moved up and down beyond the pair of flaps 91 and 91 in the closed state.

  Moreover, the banknote storage part 63 can move up and down in the receiving space 70 by setting a position that does not interfere with the operation of the flaps 91 and 91 above the pair of flaps 91 and 91 in the closed state as a lower limit position (position shown in FIG. 4). A storage unit shutter 101 (receiving member), and a storage unit shutter drive unit 102 (see FIG. 3) for moving the storage unit shutter 101. The shutter 101 in the storage unit has a position where it comes into contact with the kick roller 79 as an upper limit position for raising and lowering. The inner shutter 101 can be moved horizontally from the lower limit position in the receiving space 70 and can be retracted to a retracted position outside the receiving space 70 (position shown in FIG. 6B). The shutter 101 in the storage unit has a standby position at the lower limit position in the receiving space 70. Further, the position close to the upper limit position between the upper limit position and the lower limit position is the take-in start position (position shown in FIG. 5A) at which the receipt of the deposited banknote S is started.

  The bill storage unit 63 includes a lift 105 (support member) that can move up and down in the receiving space 70 and a lift drive unit 106 (see FIG. 3) that moves the lift 105 up and down. The lift 105 has a position where it comes into contact with the kicking roller 79 of the take-in operation portion 75 is an upper and lower limit position, and is positioned below the holding portions 94 and 94 of the pair of flaps 91 and 91 in the closed state. Is the lower limit position (the position shown in FIG. 7) of elevation. Since the lift 105 interferes with the pressing portions 94 and 94 of the pair of flaps 91 and 91 in the closed state, when the lift 105 moves up and down beyond the pressing portions 94 and 94, the pair of flaps 91 and 91 are opened. Go up and down. Similarly, the lift 105 interferes with the storage unit inner shutter 101 in the receiving space 70. Therefore, when the elevator 105 moves up and down beyond the storage unit shutter 101, the lift 105 moves up and down after retracting the storage unit shutter 101 to the retracted position.

  As shown in FIG. 4, the banknote storage unit 63 has the pusher 85 in the upper limit position, the pair of flaps 91 and 91 are in the closed state, the storage unit shutter 101 is in the receiving space 70, and is in the lower limit position. The state in which the stored bill S is sandwiched between the pressing portions 94 and 94 of the pair of flaps 91 and 91 in the closed state is in the standby state.

  As shown in FIG. 1, the motion sensor 13 is within a predetermined detectable space A (the image of which is shown by a broken line in FIG. 1) on the terminal operation unit 15 around the terminal operation unit 15 of the window controller 11. The three-dimensional spatial coordinates of the fingertip F are detected, and as a result, the movement of the fingertip F of the window operator is detected. The processing machine control unit 27 shown in FIG. 2 of the cash processing machine 12 inputs the detection result of the motion sensor 13 without going through the window operating machine 11, and is executed after the detection time from the detection result. The banknote storage units 63, 63,... Hereinafter, the control content about the banknote processing apparatus part 60 in each transaction is demonstrated taking the one banknote accommodating part 63 as an example.

"Deposit Transaction"
At the time of deposit transaction, the window operator inputs the transaction content described in the slip to the window operating machine 11 and performs an input operation to the terminal operation unit 15 of the window operating machine 11 at that time. Examples of the transaction contents include a deposit account number, a deposit amount, and the like. And the transmission key 15a shown in FIG. 2 of the terminal operation part 15 is pressed down as final decision operation of the input of the transaction content of a payment transaction. Then, while the terminal control part 18 memorize | stores this transaction content in the terminal memory | storage part 19, the input of the transaction content of a payment transaction is completed, and the transaction content is processed by the in-store server and the cash processor 12 It transmits to the control part 27. When the processing machine control unit 27 receives the fact that the input of the transaction details of the deposit transaction and the transaction details are received, if the deposit processing related to the deposit transaction is not performed in the cash processing machine 12, the deposit processing is performed. If the banknote S is deposited, a depositing operation for taking the deposited banknote S into the banknote storage 63 is performed.

  On the other hand, after the start of the input of transaction contents to the window operating machine 11 and before completion, in parallel with the input of the transaction contents (in other words, reception of input operation by the terminal operation unit 15 of the window operating machine 11), the cash processing machine If the banknote S is deposited, the depositing operation of taking the banknote S into the banknote storage unit 63 can be performed.

  Or, before starting the input of transaction contents to the window operating machine 11, a depositing process is performed by the cash processing machine 12, and when there is a deposit of the banknote S, a depositing operation for taking the deposited banknote S into the banknote storage unit 63 is performed. In parallel with this, or after the deposit process, the transaction content can be input (in other words, the input operation by the terminal operation unit 15 of the window controller 11 can be received).

  The motion sensor 13 is a predetermined detectable space A on the terminal operation unit 15 that is the periphery of the terminal operation unit 15 of the window operation unit 11 at all times, that is, before inputting the transaction details of the deposit transaction to the window operation unit 11. The movement of the fingertip F of the window operator is detected. The processor control unit 27 causes the banknote storage unit 63 to perform a preparation operation for a depositing operation for taking in the deposited banknote S when it is predicted that there is a deposit transaction from the detection result of the movement of the fingertip F by the motion sensor 13.

"When you start deposit processing after entering transaction details, before or after completion"
After starting the input of transaction details to the window operating machine 11 and before completing the transaction processing, the cash processing machine 12 starts the payment processing in parallel with the input of the transaction details, and when starting the payment processing after completing the transaction details input. First, input of transaction contents is started at the window operating machine 11. For example, when the motion sensor 13 detects that the deposit transaction unique key 15d used for the deposit transaction in the terminal operation unit 15 is pressed by the fingertip F from the start of the transaction content input to the window controller 11. Then, the processor control unit 27 predicts that there is a deposit transaction and drives the shutter drive unit 102 in the storage unit as a preparation operation for the deposit operation to take in the deposited banknote S. As shown in FIG. The bill storage unit 63 is caused to perform an operation of raising the shutter 101 to the take-in start position. Therefore, the preparation operation for the deposit operation includes an operation of raising the shutter 101 in the storage unit that receives the deposited banknote S toward the take-out operation unit 75 located at an upper position. At that time, even if the transaction content is input to the window operating device 11 (in other words, the input operation is accepted by the terminal operation unit 15 of the window operating device 11), the preparation operation for the deposit operation is performed in parallel with this. Is executed by the bill storage unit 63. Here, there are a plurality of deposit transaction specific keys 15d, and when the motion sensor 13 detects that one or an appropriate plural of them is pressed by the fingertip F, the processor control unit 27 predicts that there is a deposit transaction. To do.

  When the depositing process is started by the cash machine 12 after the transaction content input to the window operator 11 is started, the window operator interrupts the input or inputs the transaction contents while inputting the transaction contents, or the transaction After the content is input, for example, provided in the counting start key 15e or the occupying key 15f (see FIG. 2) pressed by the terminal operation unit 15 when starting the depositing operation, or the processing unit operation unit 25 of the cash processing machine 12. The deposited key 25a is pressed. Then, the processor control unit 27 opens the deposit port shutter 52 with the deposit port shutter drive unit 53 for the banknote processing device unit 60. When the deposit slot shutter 52 is opened, the window operator inserts the bill S into the bill deposit slot 50 and presses the start key 25b (see FIG. 2) provided in the processing unit operation unit 25 of the cash processing machine 12. To do. Then, the processor control unit 27 closes the deposit port shutter 52 by the deposit port shutter drive unit 53 and determines whether the storage unit inner shutter 101 is raised to the take-in start position as shown in FIG. Confirm. Here, the occupying key 15f is pressed when switching to a state in which the cash handling machine 12 is occupied by the window operating machine 11 provided with the occupying key 15f.

  If the storage unit shutter 101 is raised to the take-in start position by the above-described depositing operation preparation operation, the processor control unit 27 immediately causes the banknote storage unit 63 to execute the following operation of the depositing operation. Further, when the storage unit shutter 101 is not raised to the take-in start position but is being raised by the above-described deposit operation preparation operation, the processor control unit 27 causes the storage unit shutter 101 to reach the take-in start position. When it rises to the take-in start position, the bill storage unit 63 immediately executes the main operation of the following depositing operation. In addition, when the storage unit shutter 101 is stopped at the standby position, the processor control unit 27 performs the above-described deposit operation preparation operation and waits for the storage unit shutter 101 to rise to the take-in start position. Then, as soon as it rises to the take-in start position, the bill storage unit 63 is made to execute the following operation of the following depositing operation.

  In accordance with the main operation of the deposit operation of the bill storage unit 63, the processor control unit 27 starts feeding the deposited bill S from the bill deposit port 50. The deposited banknote S fed out from the banknote deposit port 50 is identified and counted by the banknote deposit identification unit 61, and the deposited banknote S identified as acceptable is conveyed to the banknote storage unit 63. In the main operation of the deposit operation of the bill storage unit 63, the processor control unit 27 causes the roller driving unit 76 to rotate the main roller 77 forward. Then, the deposited banknote S fed out from the banknote depositing port 50 and identified as acceptable by the banknote deposit identifying unit 61 is taken into the receiving space 70 by the main roller 77 and the sub roller 78, as shown in FIG. 5 (b). Then, it is accumulated on the shutter 101 in the storage unit. The processor control unit 27 drives the in-storage unit shutter drive unit 102 to lower the in-storage unit shutter 101 in accordance with the number of deposited banknotes S taken into the receiving space 70.

  When the loading of the deposited banknote S into the banknote processing device unit 60 is completed, the processor control unit 27 transmits the identification result of the banknote depositing identification unit 61 to the terminal control unit 18. Then, the terminal control part 18 confirms whether the input of transaction content is completed and whether the same identification result of the coin processing apparatus part 40 is received. If the input of the transaction details has been completed and the identification result of the coin processing device unit 40 has been received, the terminal control unit 18 immediately determines the identification result of the banknote deposit identification unit 61 of the banknote processing device unit 60, and The same identification result of the coin processing device unit 40 is displayed on the terminal display unit 16. If the transaction details have not been entered, wait until the transaction is complete. Moreover, if the identification result of the coin processing unit 40 is not received, it waits until it is received. Upon confirming the completion of the input of transaction contents and the completion of reception of the identification result of the coin processing device unit 40, the terminal control unit 18 recognizes the identification result of the banknote depositing identification unit 61 of the banknote processing device unit 60 and the coin processing device unit 40. Are displayed on the terminal display unit 16.

  During this time as well, the motion sensor 13 detects the movement of the fingertip F of the window operator within the predetermined detectable space A on the terminal operation unit 15 that is the periphery of the terminal operation unit 15 of the window operating device 11. The processor control unit 27 causes the banknote storage unit 63 to perform a storage operation preparation operation for storing the deposited banknote S when it is predicted that there is a deposit approval from the detection result of the motion of the fingertip F by the motion sensor 13.

  For example, if it is determined that the fingertip F is in the direction of the approval key 15c (see FIG. 2) of the terminal operation unit 15 and the fingertip F has approached the approval key 15c to a predetermined distance, the processor control unit 27 predicts that there is a deposit approval. Then, as a preparatory operation for storing the deposited banknote S in the banknote storage unit 63, the shutter drive unit 102 in the storage unit is driven to place the shutter 101 in the storage unit in the receiving space 70 as shown in FIG. And the flap drive unit 92 is driven to open the pair of flaps 91, 91. Here, even if the payment approval is not predicted from the movement of the fingertip F detected by the motion sensor 13, the approval key 15c provided on the terminal operation unit 15 of the window controller 11 is pressed as described later. Then, the processor control unit 27 causes the bill storage unit 63 to perform a preparation operation for the storage operation.

  On the other hand, the processor control unit 27 causes the banknote storage unit 63 to perform a preparation operation for a deposit cancellation operation of paying out the deposited banknote S when it is predicted that there is a deposit cancellation based on the detection result of the movement of the fingertip F by the motion sensor 13. .

  For example, if it is determined that the fingertip F is in the direction of the cancel key 15b (see FIG. 2) of the terminal operation unit 15 and the fingertip F has approached the cancel key 15b to a predetermined distance, the processor control unit 27 predicts that the deposit has been canceled. Then, as a preparatory operation of the cancel operation for feeding the deposited banknote S to the bill storage unit 63, the storage unit shutter drive unit 102 is driven, and as shown in FIG. 9, the storage unit shutter 101 is integrated thereon. The uppermost position of the deposited banknote S is raised to a feeding position (which differs depending on the banknote amount) where the kicking roller 79 is brought into contact. Here, even if the payment cancellation is not predicted from the movement of the fingertip F detected by the motion sensor 13, the cancel key 15 b provided on the terminal operation unit 15 of the window controller 11 will be described later. When pressed, the processor control unit 27 causes the banknote storage unit 63 to perform a preparation operation for a cancel operation.

  When the window operator presses the approval key 15c of the terminal operation unit 15 while viewing the above identification result display, the terminal control unit 18 transmits a signal to that effect to the processor control unit 27. Then, the processor control unit 27 is the flap drive unit 92, and as shown in FIG. 6A, the pair of flaps 91, 91 are in the open state, and the shutter 101 in the storage unit is at the lower limit position in the receiving space 70. Judge whether there is. If the storage unit shutter 101 is lowered to the lower limit position in the receiving space 70 by the above-described storage operation preparation operation, the processor control unit 27 immediately uses the storage unit shutter drive unit 102 in FIG. 6B. As shown in the figure, the shutter 101 in the storage unit is horizontally moved to the retracted position, and the pusher drive unit 86 lowers the pusher 85. In addition, when the storage unit shutter 101 is not lowered to the lower limit position in the receiving space 70 but is being lowered by the preparation operation for the storage operation described above, the processor control unit 27 sets the storage unit shutter 101 to the lower limit position. It waits until it descends, and when the in-storage shutter 101 is lowered to the lower limit position, it is moved horizontally to the retracted position and the pusher driving portion 86 lowers the pusher 85. Further, if the in-storage shutter 101 is not at the lower limit position and is not lowered, the processor control unit 27 drives the flap driving unit 92 to open the flaps 91 and 91 and the in-storage shutter driving unit 102. And the shutter 101 in the storage unit is lowered to the lower limit position, and is then moved horizontally to the retracted position.

  As shown in FIG. 6B, when the storage unit shutter 101 moves horizontally to the retracted position, the banknote S on the storage unit shutter 101 stays in the receiving space 70 at the peripheral wall 71 and is already stored on the lift 105. It is mounted on the banknote S. After the horizontal movement of the storage unit inner shutter 101 to the retracted position, the processor control unit 27 uses the pusher driving unit 86 and the lift driving unit 106 to push the pusher 85 and the lift 105 as shown in FIG. The lift 105 is moved down to the lower limit position while being held.

  Thereafter, the processor control unit 27 closes the flaps 91 and 91 with the flap drive unit 92 as shown in FIG. 7B, and then uses the pusher drive unit 86 and the lift drive unit 106 with FIG. ), The pusher 85 and the lift 105 are raised while holding the banknote S, and the stored banknote S is held between the pressing portions 94 and 94 of the pair of flaps 91 and 91 and the lift 105. Even after this clamping, the pusher 85 is raised to the upper limit position as it is, and when the pusher 85 is positioned above the shutter 101 in the storage unit, the processor control unit 27 causes the shutter drive unit 102 in the storage unit to perform FIG. ), The storage unit shutter 101 is moved horizontally to return to the lower limit position in the receiving space 70, and the deposit transaction is completed. The time required to complete the deposit transaction can be shortened by accelerating the start of the deposit operation preparation operation and the storage operation preparation operation as described above.

  On the other hand, when the window operator presses the cancel key 15b (see FIG. 2) of the terminal operation unit 15 while viewing the above identification result display, the terminal control unit 18 sends a signal to that effect to the processor control unit 27. Send. Then, the processor control unit 27 determines whether or not the storage unit shutter 101 is in a feeding position where the deposited banknote S is brought into contact with the kick roller 79 as shown in FIG. The processor control unit 27 immediately reverses the main roller 77 by the roller driving unit 76 when the in-storage unit shutter 101 is raised to the feeding position by the preparation operation of the cancel operation. Further, when the storage unit inner shutter 101 has not been raised to the feeding position but is being raised by the preparation operation for the cancel operation described above, the processor control unit 27 waits until it is raised to the feeding position, and rises to the feeding position. Then, the main roller 77 is reversely rotated by the roller driving unit 76 immediately. Furthermore, if the storage unit inner shutter 101 is not in the extended position and is not raised, the processor control unit 27 drives the storage unit inner shutter drive unit 102 to raise the storage unit inner shutter 101 so that the inner storage unit shutter 101 is moved out. As soon as it rises, the main roller 77 is reversely rotated by the roller drive unit 76.

  When the main roller 77 is reversely rotated by the roller driving unit 76, the kick roller 79 kicks out the deposited banknote S, and the main roller 77 and the sub roller 78 separate the deposited banknote S one by one from the uppermost one to eject the banknote. The money is paid out to the gold identification unit 65. All the deposited banknotes S that have been paid out pass through the banknote withdrawal / recognition section 65 and are then conveyed to the banknote withdrawal port 51 by the banknote withdrawal / dispatching section 66.

  When all the banknotes S on the shutter 101 in the storage unit are fed out from the banknote storage unit 63 and all the deposited banknotes S are conveyed to the banknote dispensing port 51, the processor control unit 27 drives the dispensing port shutter drive unit 56. Then, the dispensing slot shutter 55 of the banknote dispensing slot 51 is opened. Thereby, the deposit banknote S is taken out from the banknote withdrawal port 51 and returned.

  As described above, when all the banknotes S on the storage unit shutter 101 are fed out from the banknote storage unit 63, the processor control unit 27 uses the storage unit shutter drive unit 102 to move the storage unit shutter 101 to the receiving space as shown in FIG. Returning to the lower limit position in 70, the deposit transaction is terminated. The time required to complete the deposit transaction can be shortened by accelerating the start of the deposit operation preparation operation and the cancel operation preparation operation.

“When deposit processing is started before transaction entry starts”
Even if the cash processing machine 12 starts the deposit process before starting to input the transaction details to the window operating machine 11, the motion sensor 13 operates the window operation around the terminal operating unit 15 of the window operating machine 11. The movement of the fingertip F of the worker is detected. From the detection result of the movement of the fingertip F by the motion sensor 13, the processor control unit 27 causes the banknote storage unit 63 to perform a preparation operation of the depositing operation for taking in the deposited banknote S when it is predicted that there is a deposit transaction.

  For example, when starting the depositing operation, the fingertip F faces in the direction of the counting start key 15e or the occupation key 15f (see FIG. 2) pressed by the terminal operation unit 15, and the fingertip F is the counting start key 15e or the occupation key 15f. When the processing unit control unit 27 predicts that there is a deposit transaction, the processing unit control unit 27 drives the shutter drive unit 102 in the storage unit as a preparation operation for the deposit operation of taking the deposited banknote S into the banknote storage unit 63. Then, as shown in FIG. 5 (a), the operation of raising the in-storage unit shutter 101 to the take-in start position is executed. Here, even after input of transaction contents to the window operating machine 11 (in other words, reception of input operation by the terminal operating unit 15 of the window operating machine 11) is performed after the start of the deposit operation, the processor control unit In parallel with this, the banknote storage unit 63 continues the preparation operation for the deposit operation. Also in this case, the deposit key 25a provided in the processor operating unit 25 of the cash processor 12 is pressed as will be described later in the state where the presence of the deposit transaction cannot be predicted from the movement of the fingertip F detected by the motion sensor 13. Then, the processor control unit 27 causes the banknote storage unit 63 to perform a preparation operation for the deposit operation.

  When the depositing process is started by the cash processing machine 12 before the transaction contents are input to the window operating machine 11, the window operator uses the counting start key 15 e or the occupation key 15 f of the terminal operating unit 15, or the cash processing machine 12. The deposit key 25a provided in the processor operating unit 25 is pressed. Then, the processor control unit 27 opens the deposit port shutter 52 by the deposit port shutter drive unit 53. When the deposit slot shutter 52 is opened, the window operator inserts the bill S into the bill deposit slot 50 and presses the start key 25b provided in the processing unit operation unit 25 of the cash processing machine 12. Then, the processor control unit 27 closes the deposit port shutter 52 by the deposit port shutter drive unit 53 and determines whether the storage unit inner shutter 101 is raised to the take-in start position as shown in FIG. Confirm.

  If the storage unit inner shutter 101 has been raised to the take-in start position by the preparation operation for the deposit operation, the processor control unit 27 immediately causes the banknote storage unit 63 to perform the main operation of the deposit operation. Further, when the storage unit inner shutter 101 has not been raised to the take-in start position but is being raised by the preparation operation for the deposit operation, the processor control unit 27 raises the inner storage unit shutter 101 to the take-in start position. The bill storage unit 63 is made to execute the main operation of the depositing operation as soon as it rises to the take-in start position. In addition, when the storage unit shutter 101 is stopped at the standby position, the processor operation unit 25 waits for the storage unit shutter 101 to rise to the take-in start position by performing the above-described deposit operation preparation operation. Then, when it rises to the take-in start position, the bill storage unit 63 is immediately made to execute the main operation of the deposit operation. Note that the window operator inputs transaction details to the window operator 11 while the cash processor 12 is performing the deposit process.

  In accordance with the main operation of the deposit operation of the bill storage unit 63, the processor control unit 27 starts feeding the deposited bill S from the bill deposit port 50. The deposited banknote S fed out from the banknote deposit port 50 is identified and counted by the banknote deposit identification unit 61, and the deposited banknote S identified as acceptable is conveyed to the banknote storage unit 63. In the main operation of the deposit operation of the bill storage unit 63, the processor control unit 27 causes the roller driving unit 76 to rotate the main roller 77 forward. Then, in the same manner as described above, the deposited banknote S is taken into the receiving space 70 by the main roller 77 and the sub roller 78 and is accumulated on the shutter 101 in the storage unit as shown in FIG.

  When the loading of the deposited banknote S into the banknote processing device unit 60 is completed, the processor control unit 27 transmits the identification result of the banknote depositing identification unit 61 to the terminal control unit 18. Then, the terminal control part 18 confirms whether the input of transaction content is completed and whether the same identification result of the coin processing apparatus part 40 is received. If the transaction details have not been entered, wait until the transaction is complete. Moreover, if the identification result of the coin processing unit 40 is not received, it waits until it is received.

  Upon confirming the completion of the input of transaction contents and the completion of reception of the identification result of the coin processing device unit 40, the terminal control unit 18 recognizes the identification result of the banknote depositing identification unit 61 of the banknote processing device unit 60 and the coin processing device unit 40. The same identification result is displayed on the terminal display unit 16. Thereafter, the process is the same as the above-described “when the deposit process is started before the completion after the input of transaction details”.

  That is, even when starting the deposit process before starting the input of the transaction content, if it is predicted that there is a deposit approval from the detection result of the movement of the fingertip F by the motion sensor 13 performed before the display of the identification result, At that time, as shown in FIG. 6 (a), the banknote storage unit 63 is made to perform a storing operation preparation operation. When it is predicted that there is a deposit cancellation, at that time, as shown in FIG. The banknote storage unit 63 is caused to perform a preparation operation for the deposit canceling operation.

"Payout transaction"
At the time of payout transaction, the window operator inputs the transaction contents described in the slip to the window operating machine 11 and performs an input operation to the terminal operation unit 15 of the window operating machine 11 at that time. Examples of the transaction content include an account number to be paid out and a payout amount. And the transmission key 15a of the terminal operation part 15 is pressed down as final decision operation of the input of transaction content. Then, while the terminal control part 18 memorize | stores this transaction content in the terminal memory | storage part 19, the input of the transaction content of payout transaction is completed, and the transaction content is processed by the in-store server and the cash processing machine 12. To the machine control unit 27.

  The motion sensor 13 is a window in a predetermined detectable space A on the terminal operation unit 15 around the terminal operation unit 15 of the window operation device 11 before the transaction content is input to the window operation device 11 of the payout transaction. The movement of the fingertip F of the operator is detected. The processor control unit 27 causes the banknote storage unit 63 to perform a preparation operation for a payout operation of paying out the stored banknote S when the presence of a payout transaction is predicted from the detection result of the motion of the fingertip F by the motion sensor 13. Even in this case, after the start of the payout operation preparation operation, even if the transaction content is input to the window operating device 11 (in other words, the input operation is accepted by the terminal operation unit 15 of the window operating device 11), the processing machine In parallel with this, the control unit 27 causes the banknote storage unit 63 to continue the preparation operation for the payout operation.

  For example, when the motion sensor 13 detects that the payout transaction specific key 15g used in the payout transaction specific of the terminal operation unit 15 is pressed by the fingertip F, the processor control unit 27 predicts that there is a payout transaction. As a preparatory operation for paying out the stored banknote S from the banknote storage unit 63, the storage unit shutter drive unit 102 and the flap drive unit 92 are driven to retract the storage unit shutter 101 as shown in FIG. The flaps 91 and 91 are opened while being moved horizontally to the position. Thereafter, the lift driving unit 106 is driven to raise the lift 105 as shown in FIG. 10B, and the uppermost one of the deposited banknotes S accumulated thereon is brought into contact with the kicking roller 79. Raise to the feeding position (depending on the amount of banknotes). That is, the preparatory operation for the payout operation includes an operation for raising the lift 105 that supports the stored banknote S toward the take-out operation portion 75 located at an upper position. Here, even if it is not predicted that there is a payout transaction from the movement of the fingertip F detected by the motion sensor 13, the transmission key 15 a provided in the terminal operation unit 15 of the window controller 11 will be described later. When the processing machine control unit 27 is pressed after completion of input of transaction details of the payout transaction, the bill storage unit 63 performs a preparation operation for the payout operation. There are a plurality of payout transaction specific keys 15g, and when the motion sensor 13 detects that one or an appropriate number of them is pressed by the fingertip F, the processor control unit 27 predicts that there is a payout transaction.

  After completing the transaction details of the payout transaction to the window operating device 11, the window operator presses the transmission key 15 a provided in the terminal operation unit 15 of the window operating device 11. Then, as shown in FIG. 10B, the processor control unit 27 moves up to a feeding position where the lift 105 is brought into contact with the kicking roller 79 with the uppermost one of the deposited banknotes S accumulated thereon. Check if it exists.

  If the lift 105 has been raised to the payout position by the above-described payout operation preparation operation, the processor control unit 27 immediately causes the banknote storage unit 63 to perform the main operation of the following payout operation. Further, when the lift 105 has not been raised to the feeding position, but the shutter 101 in the storage unit is either horizontally moving toward the retracted position or the lift 105 is subsequently raised by the preparation operation for the payout operation. In addition, the processor control unit 27 waits until the lift 105 rises to the payout position, and immediately causes the bill storage part 63 to execute the main operation of the following payout operation when the lift 105 rises to the payout position. In addition, when the storage unit shutter 101 is not horizontally moved to the retracted position and the lift 105 is not being lifted, the processor control unit 27 performs a preparatory operation for the payout operation until the lift 105 is raised to the feeding position. When waiting and the lift 105 is raised to the feeding position, the bill storage unit 63 is immediately made to execute the following operation of the payout operation.

  In the main operation of the payout operation of the bill storage unit 63, the main roller 77 is reversely rotated by the roller driving unit 76. Then, the kicking roller 79 that rotates synchronously kicks out the stored banknote S, and the main roller 77 and the sub roller 78 separate the stored banknote S one by one from the uppermost one and pay it toward the banknote dispensing identification unit 65. put out. The dispensed banknote S that has been paid out is identified by the banknote withdrawal and identification unit 65, and the banknote S that has been identified as being normally transported is transported to the banknote withdrawal port 51 by the banknote withdrawal and distribution part 66. On the other hand, the banknote S in which a conveyance abnormality such as double feeding or skew has occurred is conveyed to the banknote machine reject unit 67 by the banknote dispensing and distribution unit 66. When all the stored banknotes S to be paid out in the payout transaction are conveyed to the banknote dispensing port 51 by the banknote processing unit 60, the processor control unit 27 drives the dispensing port shutter drive unit 56 to issue the banknote dispensing. The dispensing port shutter 55 of the port 51 is opened. Thereby, the payout banknote S is taken out from the banknote withdrawal port 51.

  When all the stored banknotes S to be paid out in the payout transaction are paid out from the banknote storage unit 63, the processor control unit 27 uses the pusher drive unit 86 and the lift drive unit 106 to push the pusher 85 as shown in FIG. Then, the lift 105 is lowered while holding the banknote S, and the lift 105 is moved to the lower limit position. Thereafter, the processor control unit 27 closes the flaps 91 and 91 with the flap drive unit 92 as shown in FIG. 7B, and then uses the pusher drive unit 86 and the lift drive unit 106 with FIG. ), The pusher 85 and the lift 105 are raised while holding the banknote S, and the stored banknote S is held between the pressing portions 94 and 94 of the pair of flaps 91 and 91 and the lift 105. Even after this clamping, the pusher 85 is lifted to the upper limit position as it is, and when the pusher 85 is positioned above the shutter 101 in the storage section, the processor controller 27 uses the shutter drive section 102 in the storage section in FIG. As shown in (b), the storage unit shutter 101 is moved horizontally to return to the lower limit position in the receiving space 70. The time required to complete the payout transaction can be shortened by accelerating the start of the payout operation preparation operation as described above.

  The processor control unit 27 always counts the continuation time of the unused state of the cash processing machine 12, and sets the cash processing machine 12 to the power saving state when the unused state continues for a predetermined time. In the power saving state, for example, the backlight of the liquid crystal screen of the processor display unit 26 is turned off, the 24V power supplied to the DC motor driver provided in the cash processor 12 is turned off, and the cash processor 12 The AC power supply (100 V) supplied to the transport drive motor is turned off, and the power of the travel sensor circuit that detects the travel of money in the cash processor 12 is turned off. In addition, even if it is a power saving state, the electric power feeding to the monitoring sensor etc. required for the security of the cash processing machine 12 is maintained. When the processing machine control unit 27 predicts the start of operation from the detection result of the motion sensor 13 during the power saving state, the processing machine control unit 27 cancels the power saving state of the cash processing machine 12 and sets the normal state. In the normal state, the backlight of the liquid crystal screen of the processor display unit 26 is turned on, the 24V power to the DC motor driver provided in the cash processor 12 is turned on, and the transport drive motor in the cash processor 12 is turned on. The AC power source (100 V) is turned on, and the running sensor circuit that detects the running of money in the cash processor 12 is turned on. From the detection result of the motion of the fingertip F by the motion sensor 13, for example, when the same fingertip F is continuously present in the detectable space A by the motion sensor 13 for a predetermined time or more, Predict the start of the operation.

  According to the cash processing system 10 of the present embodiment described above, the processor control unit 27 detects from the detection result of the motion sensor 13 that detects the movement of the fingertip F around the terminal operation unit 15 of the window controller 11. The banknote storage unit 63 is caused to perform a preparatory operation corresponding to the transaction by predicting the transaction. Thereby, before the depressing operation of the transmission key 15a, the cancel key 15b, the approval key 15c, and the deposit key 25a, which are predetermined key operation inputs, is performed, the banknote storage unit 63 starts a preparatory operation corresponding to the predicted transaction. This can shorten the transaction time. Therefore, it is possible to improve business efficiency and customer service.

  That is, when it is predicted that there is a deposit transaction from the detection result of the motion sensor 13, the processor control unit 27 causes the bill storage unit 63 to perform a preparation operation for the deposit operation for taking in the deposited bill S. Thus, the depositing operation of taking in the deposited banknote S without waiting for the depressing operation of the depositing key 25a provided in the processor operating unit 25 of the cash processing machine 12, which is a predetermined key operation input capable of determining the presence of the deposit transaction. The preparation operation can be started in the banknote storage unit 63. Therefore, when the start key 25b provided in the processor operating unit 25 of the cash processor 12 is subsequently pressed, the start of the main operation of the depositing operation executed in the banknote storage unit 63 can be accelerated. Therefore, the processing time of the deposit transaction can be shortened, and the business efficiency and customer service can be improved when performing the deposit transaction.

  Specifically, when it is predicted that there is a deposit transaction from the detection result of the motion sensor 13, the processor control unit 27 moves the shutter 101 in the storage unit that receives the deposited banknote S upward as a preparation operation for the deposit operation of the banknote storage unit 63. It is raised toward the take-out operation portion 75 and is located at the take-in start position. Therefore, since the start of the raising operation of the shutter 101 in the storage unit, which is a relatively time-consuming operation in the deposit transaction, is accelerated, the processing time of the deposit transaction can be surely shortened, and the business efficiency when performing the deposit transaction is improved. Improve customer service without fail.

  Further, when it is predicted that there is a payout transaction from the detection result of the motion sensor 13, the processor control unit 27 causes the banknote storage unit 63 to perform a preparation operation for a payout operation of paying out the stored banknote S. Thus, the payout operation of paying out the stored banknote S without waiting for the pressing operation of the transmission key 15a provided in the terminal operation unit 15 of the window operating machine 11, which is a predetermined key operation input that can determine whether there is a payout transaction. The preparation operation can be started in the banknote storage unit 63. Therefore, after that, when the transmission key 15a provided in the terminal operation unit 15 of the counter operating device 11 is pressed, the start of the main operation of the payout operation executed in the banknote storage unit 63 can be accelerated. Therefore, the processing time of the payout transaction can be shortened, and the business efficiency and customer service can be improved when the payout transaction is performed.

  Specifically, when the presence of a payout transaction is predicted from the detection result of the motion sensor 13, the processor control unit 27 moves the shutter 101 in the storage unit horizontally to the retreat position as a preparation operation for the payout operation of the bill storage unit 63. At the same time, the flaps 91 and 91 are opened, and then the lift 105 that supports the stored banknote S is raised toward the upper take-out operation section 75, and the uppermost one of the stored banknote S is moved to the kick roller 79. It is located at the feeding position where it comes into contact. Therefore, the processing time of the payout transaction can be surely shortened because the horizontal movement of the in-storage unit shutter 101 to the retracted position and the start of the lifting operation of the lift 105, which are relatively time-consuming operations in the payout transaction, are accelerated. Therefore, it is possible to reliably improve the business efficiency and customer service when paying out.

  In addition, since the motion of the fingertip in the vicinity of the terminal operation unit 15 of the window operating device 11 is indirectly detected by the motion sensor 13 provided separately from the window operating device 11, the transaction is predicted. It is possible to cope with only the change on the cash processing machine 12 side without requiring the change on the machine 11 side. Therefore, an increase in cost can be suppressed.

  Further, when the processor control unit 27 predicts the start of the operation from the detection result of the motion sensor 13, the power saving state of the cash processor 12 is canceled and returned to the normal state, so that it does not wait for a predetermined key operation input. The cash processing machine 12 in the power saving state can be put into an operable state. Therefore, from this point of view, it is possible to improve business efficiency and customer service.

  In addition, since the motion sensor 13 is directly connected to the cash processing machine 12 having the processing machine control unit 27, the processing machine control unit 27 makes a transaction from the detection result of the motion sensor 13 without using the window operating machine 11. The banknote storage unit 63 of the cash processing machine 12 can execute a preparatory operation corresponding to this transaction by prediction. Therefore, an increase in cost can be suppressed.

DESCRIPTION OF SYMBOLS 10 Cash processing system 11 Counter operation machine 12 Cash processing machine 13 Motion sensor 15 Terminal operation part (input means)
27 Processor Control Unit (Control Unit)
63 Banknote storage part 75 Take-out operation part (banknote taking-in part, banknote dispensing part)
101 Inner shutter (receiving member)
105 Lift (support member)
F fingertip S banknote

Claims (7)

A window operator operated by the window operator;
A cash processing system having a banknote storage unit that stores deposited banknotes by denomination and dispenses the stored banknotes,
A motion sensor for detecting the movement of the fingertip around the input means of the window operating device;
A cash processing system comprising: a control unit that predicts a transaction from a detection result of the motion sensor and causes the bill storage unit to execute a preparation operation corresponding to the transaction.   2. The cash processing according to claim 1, wherein the control unit causes the banknote storage unit to perform a preparatory operation of a depositing operation for taking in a deposited banknote when it is predicted that there is a deposit transaction from the detection result of the motion sensor. system.   3. The cash processing system according to claim 2, wherein the preparation operation of the deposit operation includes an operation of raising a receiving member that receives a deposited bill toward an upper bill receiving portion.   The said control means makes the said banknote storage part perform preparation operation | movement of the payment | payout operation | movement which pays out a stored banknote, when there exists a payment transaction from the detection result of the said motion sensor. The cash processing system as described in any one.   The cash processing system according to claim 4, wherein the preparatory operation for the payout operation includes an operation of raising a support member supporting the stored banknotes toward an upper banknote payout part. The cash machine is in a power saving state when the unused state continues for a predetermined time,
The cash processing system according to any one of claims 1 to 5, wherein the control means cancels the power saving state of the cash processing machine when predicting the start of an operation from the detection result of the motion sensor. . The control means is provided in the cash processor,
The cash processing system according to claim 1, wherein the motion sensor is directly connected to the cash processing machine.

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