JP2022067724A - Currency processing machine and currency processing method - Google Patents

Abstract

To provide a currency processing machine and a currency processing method, capable of reducing a processing time of detailed check processing.SOLUTION: When a detailed check operation is input to operation means, visual guiding means guides visual confirmation of wrapped currency of a storage unit 30, and when the storage unit 30 is opened to allow the visual confirmation of the wrapped currency according to the guide, amount-in-hand management means performs deemed complete recovery processing of updating an amount-in-hand of the wrapped currency stored in the storage unit 30 to 0. Then, recount means recounts the wrapped currency stored in the storage unit 30, and the amount-in-hand management means performs deemed loading processing of updating the amount-in-hand of the wrapped currency stored in the storage unit 30 from 0 to a result recounted by the recount means.SELECTED DRAWING: Figure 6

Description

The present invention relates to a money processing machine and a money processing method.

In the money processing machine, all the money in the plurality of storage units is once collected in another collection unit, and then the money in the collection unit is discriminated and counted by the discrimination unit and distributed to the plurality of storage units. There is a device that performs a scrutiny process to determine the amount of money in the section (see, for example, Patent Document 1).

Japanese Unexamined Patent Publication No. 2001-101843

However, in the above-mentioned scrutiny process, a large amount of time is spent in the process because all the money in the plurality of storage units is once collected in another collection unit and then the money in the collection unit is distributed to the plurality of storage units. There is a problem that it will end up.

Therefore, the present invention provides a money processing machine and a money processing method capable of shortening the processing time of the scrutiny processing.

The first aspect according to the present invention is a storage unit for storing packaged money, an existing amount management means for managing the existing amount of packaged money stored in the storage unit, and a packaged money stored in the storage unit. When a scrutiny operation is input to the operation means, the operation means is provided with a re-understanding means, a visual guidance means for inducing a visual confirmation of the packaged money in the storage unit, and an operation means for inputting an operation. When the visually guiding means guides the visual confirmation of the packaged money in the storage section and the storage section is opened so that the packaged money can be visually confirmed according to the guidance, the existing height control means is stored in the storage section. The existing amount of the packaged money is updated to 0, and the deemed total collection process is performed. It is characterized in that a deemed loading process is performed in which the existing amount of packaged money stored in the unit is updated from 0 to the result of reconception by the reconsideration means.

In the second aspect of the present invention, in the first aspect, the storage unit is provided with a scale indicating the number of packaged coins stored, and the storage unit is in an open state. It is characterized by being provided with a storage portion open detection means for detecting.

A third aspect of the present invention comprises, in the first or second aspect, a display means for displaying a warning to call attention to perform the deemed loading process after the deemed total recovery process. After that, the deemed loading process is performed by inputting the start operation of the deemed loading process by the operating means.

A fourth aspect according to the present invention is, in any one of the first to the third aspects, the packaged money storage means for storing the packaged money in the storage unit and the packaged money stored in the storage unit. It is provided with a packaged money discharging means, and when the scrutiny operation is input to the operating means, the packaged money storage means and the packaged money are used for a period until the deemed total collection process is performed and the deemed loading process is completed. It is characterized by being provided with a control means for disabling the release means.

A fifth aspect of the present invention is, in any one of the first to fourth aspects, after the scrutiny operation is input to the operating means and the storage unit is opened in the deemed total recovery process. It is characterized by being provided with an input means for inputting information related to visually confirmed packaged money.

A sixth aspect according to the present invention is, in any one of the first to fifth aspects, the existing amount of the packaged money in the storage portion is classified into a double structure of a true existing amount and a virtual existing amount. The existing amount of money is controlled by the existing amount management means, the scrutiny operation is input to the operating means, and the existing amount management means is stored in the storage unit by the deemed total collection process and the deemed loading process. When updating the height from 0 to the result of the re-intuition means, the existing height management means updates only the virtual existing height.

A seventh aspect according to the present invention is a storage unit for storing packaged money, an existing amount management means for managing the existing amount of packaged money stored in the storage unit, and a packaged money stored in the storage unit. It is a money processing method by a money processing machine including a re-understanding means for re-understanding, a visual guiding means for inducing a visual confirmation of packaged money in the storage unit, and an operating means for inputting an operation, wherein the operating means is provided. When the scrutiny operation is input to, the step of inducing the visual confirmation of the packaged money in the storage unit by the visual guidance means, and the step that the storage unit is opened and the packaged money can be visually confirmed according to the guidance. The existing amount management means updates the existing amount of the packaged money stored in the storage unit to 0, and then the re-recognition means re-interprets the packaged money stored in the storage unit, and then. It is characterized in that the existing amount management means includes a step of updating the existing amount of packaged money stored in the storage unit from 0 to the result of the re-understanding means re-interpreting.

According to the present invention, it is possible to provide a money processing machine and a money processing method capable of shortening the processing time of scrutiny processing.

It is a perspective view which shows the money processing machine of one Embodiment which concerns on this invention. It is a schematic side sectional view which shows the coin processing apparatus part of the money processing machine of one Embodiment which concerns on this invention. It is a side sectional view which shows the bar metal processing apparatus part of the money processing machine of one Embodiment which concerns on this invention. It is a side view which shows the Climbing Gold identification counting mechanism of the money processing machine of one Embodiment which concerns on this invention. It is a perspective view in the state which the front door part is opened which shows the money processing machine of one Embodiment which concerns on this invention. It is a perspective view of the state which pulled out the bar metal storage part which shows the money processing machine of one Embodiment which concerns on this invention. It is a partial side view of the coin-rolling metal storage part which shows the money processing machine of one Embodiment which concerns on this invention. It is a figure which shows the animation display of the 1st sheet in the "colimbing gold collection (visual)" processing of the money processing machine of one Embodiment which concerns on this invention. It is a figure which shows the animation display of the 2nd sheet in the "bar gold collection (visual)" processing of the money processing machine of one Embodiment which concerns on this invention. It is a figure which shows the animation display of the 3rd sheet in the "bar gold collection (visual)" processing of the money processing machine of one Embodiment which concerns on this invention. It is a figure which shows the 4th animation display in the "bar money collection (visual)" processing of the money processing machine of one Embodiment which concerns on this invention. It is a figure which shows the 5th animation display in the "bar gold collection (visual)" processing of the money processing machine of one Embodiment which concerns on this invention. It is a figure which shows the caution message screen after the "colimbing gold collection (visual)" processing of the money processing machine of one Embodiment which concerns on this invention. It is a perspective view which shows the other application example of the money processing machine of one Embodiment which concerns on this invention. It is a perspective view which shows the other application example of the money processing machine of one Embodiment which concerns on this invention.

A money processing machine and a money processing method according to an embodiment of the present invention will be described below with reference to the drawings. In the following description, as shown in FIG. 1, the side on which the operator stands during the main operation of the money processor 1 is "front", the opposite side is "rear", and the left side when the operator sees from the front is. "Left" and right side are "right".

The money processing machine 1 of the embodiment is a coin processing machine that processes coins among coins composed of banknotes and coins. The coin processing machine 1 processes loose coins (hereinafter referred to as coins) and coins (wrapping coins) in which a predetermined number of coins are stacked and packaged. The money processing machine 1 has a coin-roll processing device unit 10 that mainly processes coins, and a coin processing device 11 that mainly processes coins.

As schematically shown in FIG. 2, the coin processing device unit 11 includes a deposit opening 15 into which coins are inserted, a separate feeding unit 16 in which coins inserted in the deposit port 15 are separated and fed out one by one. From the discrimination results of the deposit transport unit 17 that transports the coins delivered from the separate feed unit 16, the deposit discrimination unit 18 that discriminates the coins being transported by the deposit transport unit 17 and counts them by denomination, and the deposit discrimination unit 18. The reject unit 19 that removes non-true coins from the deposit transfer unit 17, the reject transfer unit 20 that guides the coins that are excluded from the deposit transfer unit 17 by the reject unit 19, and the coins that are guided by the reject transfer unit 20 are used as machines. It has a reject port 21 that can be taken out.

Further, the coin processing device unit 11 has a denomination sorting unit 22 that discriminates from true in the deposit discrimination unit 18 and sorts coins to be transported further downstream by the deposit transport unit 17 by denomination, and a denomination sorting unit 22 that sorts gold. The denomination temporary storage unit 23 that temporarily stores the coins sorted by type, the return transportation unit 24 that guides the coins temporarily stored in the denomination temporary storage unit 23 for return, and the return transportation unit 24. It has a return withdrawal port 25 that allows the guided coins to be taken out of the machine.

Further, the coin processing device unit 11 stores the coins temporarily stored in the denomination temporary storage unit 23 by denomination, and the denomination storage withdrawal unit 27 capable of withdrawing while counting the stored coins. The withdrawal transport unit 28 that guides the coins withdrawn from the denomination storage withdrawal unit 27 to the return withdrawal port 25, and the coins withdrawn from the denomination storage withdrawal unit 27 to the bar metal processing device unit 10. It has a bar metal making and transporting unit 29 for transporting toward.

The coin processing machine 1 is operated with respect to the control unit 31 (existing height management means, control means) that controls the coin processing device unit 11 and the bar money processing device unit 10, and the coin processing device unit 11 and the bar money processing device unit 10. It has an operation display unit 33 (operation means, visual guidance means, display means, input means) that is input and displays the processing of the coin processing device unit 11 and the coin-roll processing device unit 10. The control unit 31 and the operation display unit 33 are provided in the coin processing device unit 11.

Here, in the coin processing device unit 11 described above, when a coin for deposit is inserted into the deposit port 15 and a start operation is input to the operation display unit 33, the control unit 31 controls the coin in the deposit port 15. Is fed one by one to the deposit transport unit 17 by the separate feed unit 16 and transported by the deposit transport unit 17. The control unit 31 sends coins identified as non-true by the deposit discrimination unit 18 during transportation by the deposit transfer unit 17 from the reject unit 19 to the reject port 21 by the reject transfer unit 20, and counts the coins identified as true. At the same time, the coins are sorted by the denomination sorting unit 22 and temporarily stored in the denomination temporary storage unit 23. Then, when all the coins inserted in the deposit port 15 are sent to the reject port 21 or the denomination temporary storage unit 23, the control unit 31 outputs the discrimination result to the operation display unit 33. When the operator inputs a cancel operation to the operation display unit 33 after seeing this discrimination result, the control unit 31 returns the coins temporarily stored in the denomination temporary storage unit 23 via the return transfer unit 24. Return to 25. On the other hand, when the operator inputs an approval operation to the operation display unit 33 after seeing the discrimination result, the control unit 31 causes the coins temporarily stored in the denomination temporary storage unit 23 to be stored in the denomination storage withdrawal unit 27. ..

Further, when the withdrawal operation is input to the operation display unit 33, the control unit 31 causes the withdrawal transfer unit 28 to pay out the coins of the denomination and the number corresponding to the input from the denomination storage withdrawal unit 27. The withdrawal transfer unit 28 causes the return withdrawal port 25 to withdraw money.

Further, in order to wrap the coins stored in the denomination storage withdrawal unit 27, the control unit 31 ejects the coins from the denomination storage withdrawal unit 27 to the withdrawal transfer unit 28 and the coin-roll making and transporting at an appropriate timing. It is conveyed to the bar metal processing apparatus unit 10 by the unit 29.

As shown in FIG. 3, the Climbing Gold Processing Device Unit 10 receives and temporarily stores the coins conveyed by the Climbing Gold Creation and Transportation Unit 29 from the Climbing Gold Processing and Withdrawal Unit 27, and stores the stored coins one by one. It has a wrapping portion 36 at the lower part, which is separated, collects a predetermined number of coins, winds the wrapping paper, and crimps both ends of the wrapping paper to form a coin-roll B.

The Climbing Gold Processing Device Unit 10 has a Climbing Gold Storage Unit 30 (storage unit) for storing the Climbing Gold B above the packaging unit 36. The Climbing Gold storage unit 30 is configured by arranging a plurality of Climbing Gold cassettes 50 that can store a plurality of Climbing Gold B in a front-rear direction in a posture along the left-right direction in a multi-stage arrangement in the vertical direction. All the Climbing Gold cassettes 50 are inclined so that the front end side is lower than the rear end side. Each Climbing Gold Cassette 50 is classified by denomination, and only Climbing Gold B of the same denomination is stored in the same Climbing Gold Cassette 50. For example, the topmost cassette has a 1-yen coin bar, the second cassette from the top has a 5-yen coin bar, and the third cassette from the top has a 10-yen coin bar. A 50-yen coin bar is stored in the fourth cassette, a 100-yen coin bar is stored in the fifth cassette from the top, and a 500-yen coin bar is stored in the bottom cassette.

The Climbing Gold Processing Device Unit 10 moves vertically along the guide 52 to the front side of the Climbing Gold Cassette 50, and selectively takes out the Climbing Gold B from the plurality of Climbing Gold Cassettes 50 one by one. Has 53. The Climbing Gold Extraction Unit 53 selectively lifts and removes the Climbing Gold B from the front end of the Climbing Gold Cassette 50.

The Climbing Gold Processing Device Unit 10 conveys the Climbing Gold B taken out by the Climbing Gold Extraction Unit 53 from the Climbing Gold Cassette 50 to the front side of the Climbing Gold Extraction Unit 53, and is created and sent out by the packaging unit 36. It has a vertical belt conveyor type Climbing Gold transport section 55 that transports the Climbing Gold B. The bar metal conveying portion 55 is provided so as to cover the outside of the vertical belt conveyor 57 and the vertical belt conveyor 57 having the mounting pieces 56 formed in a concave shape with respect to the moving direction at equal intervals in the rotational direction. It also has a transport space forming portion 58.

The Climbing Gold Extraction Unit 53 rolls the lifted Climbing Gold B to the front side and mounts it on the mounting piece 56 of the vertical belt conveyor 57. The vertical belt conveyor 57 rotates forward and reverse to move the mounting piece 56 up and down to raise and lower the bar metal B mounted on the mounting piece 56.

The Climbing Gold Processing Device Unit 10 has a rear transfer unit 42 between the packaging unit 36 and the Climbing Gold Storage Unit 30. The rear transfer section 42 receives the bar bars B one by one from the bar metal transport section 55 and transports them toward the rear side. The rear transport portion 42 is inclined so that the front end side is lower than the rear end side.

The Climbing Gold Processing Device Unit 10 has an ascending transfer distribution unit 48 behind the rear transfer unit 42. The ascending transfer distribution unit 48 has an elevator 49 that moves up and down. The elevator 49 accepts and ascends the bar B, which has been conveyed to the rear side by the rear transfer unit 42, in a posture along the left-right direction. On the front side of the ascending transport distribution unit 48, the above-mentioned multi-stage coin-roll cassette 50 is provided. The elevator 49 pushes the carried bar B toward one of the selected ones of the multi-stage bar cassette 50. All the Climbing Gold Cassettes 50 receive the Climbing Gold B extruded from the elevator 49 of the ascending transfer distribution unit 48 one by one in a posture along the left-right direction from the rear end portion.

By rotating the vertical belt conveyor 57 counterclockwise in FIG. 3, the bar metal transport section 55 can transport the bar bars B created by the packaging section 36 to a position where they are delivered one by one to the rear transfer section 42. It has become. Further, the bar metal transport section 55 is provided with one bar bar B taken out from the bar bar cassette 50 via the bar metal take-out section 53 by rotating the vertical belt conveyor 57 counterclockwise in FIG. It can be transported to the coin-roll withdrawal unit 63.

Further, the Climbing Gold Conveying Unit 55 backwards the Climbing Gold B taken out from the Climbing Gold Cassette 50 by the Climbing Gold Extraction Unit 53 by rotating the vertical belt conveyor 57 clockwise in FIG. It can be transported to the position where it is delivered to the unit 42.

Further, the Climbing Gold Conveying Unit 55 receives the Climbing Gold B guided to the front side by the packaging unit 36, and the vertical belt conveyor 57 rotates clockwise in FIG. 3 to rotate the mounting piece 56 from below. By moving the bar forward and further upward, the bar B is moved in the transport space forming portion 58, and the front surface of the bar metal processing apparatus portion 10 is moved through the opening 58b and the chute 61 formed in the transport space forming portion 58. Guide to the discharge port 59 provided in. The Climbing Gold B guided to the discharge port 59 is discharged from the discharge port 59 and stored in a separate receiving box 60 placed in front of the discharge port 59.

The Climbing Gold Processing Device Unit 10 opens and closes an opening 58d formed in the upper part of the Climbing Gold Transporting Unit 58 on the front side of the Climbing Gold Transporting Unit 55, and opens the Climbing Gold B of the Climbing Gold Transporting Unit 58 at the time of opening. It has an opening / closing member 62 to be guided to the above, and a coin-roll withdrawal portion 63 on which the coin-roll B received from the transport space forming portion 58 via the opening 58d is placed. By opening the shutter of the coin-roll withdrawal unit 63, the coin-roll B can be taken out of the machine.

The Climbing Gold Processing Device Unit 10 having the above configuration has been transported from any one of the denomination storage and withdrawal units 27 (see FIG. 2) by the Climbing Gold Creation and Transfer Unit 29 (see FIG. 2) at an appropriate timing. Once the coins of the same denomination are received in the storage unit (not shown), the control unit 31 pays out the coins one by one from the storage unit and sends them to the packaging unit 36, and the packaging unit 36 collects a predetermined number of coins to collect the wrapping paper. Tighten both ends of the wound wrapping paper to make a coin-roll B. When the Climbing Gold B is created, the control unit 31 guides the Climbing Gold B to the Climbing Gold Transporting Unit 55 and transports and distributes the Climbing Gold B by the Climbing Gold Transporting Unit 55.

The control unit 31 transports the bar B received from the packaging section 36 to the bar transfer section 55 by, for example, the bar transfer section 55 and discharges it from the discharge port 59, or, for example, the bar transfer section 55. The rear transfer unit 42 and the ascending transfer distribution unit 48 may be stored in the corresponding denomination bar metal cassette 50. The Climbing Gold Transport Unit 55, the Rear Transport Unit 42, and the Climbing Gold Distributor Unit 48 constitute a Climbing Gold Storage and Transport Unit 121 (Packaging Money Storage Means) for storing the Climbing Gold B from the Climbing Gold Storage Unit 36 in the Climbing Gold Storage Unit 30. are doing.

Further, for example, when the control unit 31 receives a withdrawal command for the Climbing Gold B, the corresponding Climbing Gold B is taken out from the Climbing Gold Cassette 50 by the Climbing Gold Extraction Unit 53 and conveyed by the Climbing Gold Transport Unit 55. Have the Climbing Gold Withdrawal Department 63 withdraw. The Climbing Gold Extraction Unit 53, the Climbing Gold Transport Unit 55, and the Climbing Gold Withdrawal Unit 63 constitute a Climbing Gold Discharge Transport Unit 122 (Packaging Money Discharge Means) that discharges the Climbing Gold B stored in the Climbing Gold Storage Unit 30. ing.

Further, the control unit 31 is based on, for example, the number of coin-rolls B received in each of the coin-roll cassettes 50 of the coin-roll storage section 30 and the number of coin-rolls B drawn out from each of the coin-roll cassettes 50. It manages the existing height of the Climbing Gold B stored in 50.

As shown in FIG. 4, on the upper side of each Climbing Gold Cassette 50, a posture in which the Climbing Gold B received from the ascending transport distribution unit 48 (see FIG. 3) to the rear end of the Climbing Gold Cassette 50 is arranged in the left-right direction. A Climbing Gold Holding Mechanism 80 is provided to hold the Climbing Gold while maintaining it and move it forward in the Climbing Gold Cassette 50. These Climbing Gold Retaining Mechanisms 80 are connected to a drive mechanism 81 that integrally moves them along the length direction of the Climbing Gold Cassette 50.

The drive mechanism 81 includes a slide shaft 85 extending in parallel with the bar metal cassette 50 on the lower side of the lowermost bar metal cassette 50, a slide block 86 slidably supported by the slide shaft 85, and a slide. A holding plate 87 extending upward from the block 86, a pair of pulleys 88 arranged below both ends of the slide shaft 85, and a drive arranged in parallel with the slide shaft 85 by being hung on these pulleys 88. It has a belt 89 and a motor 90 connected to one of the pulleys 88, and a part of the drive belt 89 is fixed to the slide block 86. As a result, the drive mechanism 81 reciprocates the slide block 86 and the holding plate 87 in the length direction of the bar metal cassette 50 by the forward and reverse rotation of the motor 90.

The holding plate 87 extends vertically in the left-right direction of the bar metal cassettes 50 arranged in a multi-stage shape in the vertical direction, and the bar metal extends to the holding plate 87 toward each bar metal cassette 50. A holding mechanism 80 is attached. The Climbing Gold Holding Mechanism 80 has a carrier body 95 fixed to the holding plate 87 so as to extend toward the Climbing Gold Cassette 50, and a receiver connected to the carrier body 95 so as to extend rearward from the carrier body 95. It has a block 96 and a holding block 97 connected to the receiving block 96 so as to extend rearward from the receiving block 96. Since the carrier main body 95 of all the bar metal holding mechanisms 80 is fixed to the holding plate 87, the carrier 91 composed of the holding plate 87 and the plurality of carrier main bodies 95 is along the length direction of the bar metal cassette 50. It is provided so that it can be moved.

When the Climbing Gold Holding Mechanism 80 is in a predetermined receiving position on the rear end side of the Climbing Gold Cassette 50, the Climbing Gold Holding Mechanism 80 sets the receiving block 96 in a one-sided lowering state in which the receiving block 96 is swung downward with respect to the carrier body 95, and the holding block 97 is pressed. The other side is raised by swinging upward with respect to the receiving block 96. In this state, the bar B is discharged from the ascending transport distribution section 48 (see FIG. 3) to the rear end portion of the bar cassette 50 in a posture along the width direction, that is, the left-right direction of the bar cassette 50. Then, the Climbing Gold B moves to the front side due to the inclination of the bottom surface of the Climbing Gold Cassette 50, passes under the holding block 97, abuts on the receiving block 96, and stops in a posture along the width direction of the Climbing Gold Cassette 50. The Climbing Gold holding mechanism 80 stops at this receiving position when it is in the standby state. Further, a receiving position sensor (not shown) for detecting from the position of the holding plate 87 that the Climbing Gold holding mechanism 80 is located at the receiving position is provided.

Then, when the bar metal holding mechanism 80 moves to the front end side of the bar bar cassette 50 from the state where the bar bar B is received, the holding block 97 descends and comes into contact with the bar bar B. As a result, the Climbing Gold holding mechanism 80 is in a state where both the receiving block 96 and the holding block 97 are lowered, and the Climbing Gold B on the bottom surface of the Climbing Gold cassette 50 is held so as to be held from the front and rear upper sides. At this time, the front side of the bar B is in contact with the receiving block 96, the rear side is in contact with the holding block 97, and the lower side is in contact with the bottom surface of the bar cassette 50. By moving the Climbing Gold Holding Mechanism 80 to the front end side of the Climbing Gold Cassette 50, it moves to the front end side while maintaining this three-point support state. That is, the Climbing Gold Holding Mechanism 80 moves the Climbing Gold B in a posture along the width direction of the Climbing Gold Cassette 50 without wobbling, skewing, or delaying with respect to the Climbing Gold Holding Mechanism 80.

When the Climbing Gold holding mechanism 80 moves toward the front end side of the Climbing Gold cassette 50 while holding the Climbing Gold B with the receiving block 96 in the lowered state and the holding block 97 in the lowered state as described above, the Climbing Gold B is being held. The receiving block 96 hits the last one of the Climbing Gold B already stored in the Climbing Gold Cassette 50 after it comes into contact with the last one of the Climbing Gold B already stored in the Climbing Gold Cassette 50. It touches and rides on this Climbing Gold B using the power of its movement. As a result, the receiving block 96 is swung upward, and the urging force of the urging spring (not shown) causes the receiving block 96 to rise. As a result, both the receiving block 96 and the holding block 97 are separated from the bar B, and the receiving and holding of the bar B is released. At this time, before coming into contact with the last bar B already stored in the bar cassette 50, the last bar B held by the receiving block 96 and the holding block 97 is attached to the last bar B. Although it comes into contact with each other and stops, the holding block 97 on the rear side is swung upward by the holding bar B and moves forward of the bar B. When the Climbing Gold holding mechanism 80 is located at the receiving position, the receiving block 96 and the holding block 97 do not come into contact with the last one of the Climbing Gold B already stored in the Climbing Gold cassette 50. The storage space (full amount) of the coin-roll B is set in. That is, the rear end of the storage space for accommodating the Climbing Gold B of the Climbing Gold Cassette 50 is set on the front side of the receiving position.

Magnetic sensors 140 and 141 are attached to the carrier main body 95 on the lower side and the upper side except for the carrier main body 95 on the upper side of the uppermost bar metal cassette 50. Only the lower magnetic sensor 140 is provided on the upper carrier body 95 of the uppermost bar metal cassette 50. The lower magnetic sensor 140 supported by the carrier main body 95 scans the bar B stored in the bar cassette 50 immediately below and detects the magnetic data. The upper magnetic sensor supported by the same carrier body 95 scans the bar B stored in the bar cassette 50 immediately above and transfers the magnetic data to the bottom plate portion of the bar cassette 50 (not shown). It is detected through the detection groove of.

The magnetic sensor 140 on the lower side of the carrier body 95 provided just above the bar metal cassette 50 and the magnetic sensor 141 on the upper side of the carrier body 95 provided immediately below the bar metal cassette 50 are mutually carrier main bodies. The magnetic data detection unit 139 (reconsideration means) for detecting the magnetic data of the bar B stored in the bar cassette 50 is configured so that the front, back, left and right positions of the 95 are aligned and opposed to each other. .. That is, the magnetic data detection unit 139 is composed of a pair of magnetic sensors 140 and 141 arranged so as to sandwich the bar B housed in the bar cassette 50 in the diameter direction. As described above, only the lower magnetic sensor 140 is attached to the upper carrier body 95 of the uppermost bar metal cassette 50, and the upper carrier body 95 of the second bar metal cassette 50 from the top is attached. A magnetic data detection unit 139 for detecting the Climbing Gold B housed in the Climbing Gold Cassette 50 at the uppermost stage is configured so as to face the magnetic sensor 141 on the upper side of the above. Further, on the lower side of the lowermost bar metal cassette 50, a lowermost carrier main body 95A that constitutes a carrier 91 and only supports the magnetic sensor 141 extends from the holding plate 87, and the lowermost carrier main body 95A extends from the holding plate 87. A magnetic sensor 141 is attached to the surface facing upward. The magnetic sensor 141 faces the magnetic sensor 140 on the lower side of the carrier body 95 on the upper side of the lowermost bar metal cassette 50, and detects the bar B stored in the lowermost bar metal cassette 50. It constitutes a data detection unit 139.

When the above-mentioned Climbing Gold holding mechanism 80 is moved in the front-rear direction, the Climbing Gold B is relatively passed between the pair of magnetic sensors 140 and 141 of the magnetic data detection unit 139, and the magnetic sensors 140 and 141 cause the Climbing Gold B to pass relatively. The magnetic data of the Climbing Gold B stored in the Climbing Gold Cassette 50 is detected. Based on the magnetic data detected by all the magnetic data detection units 139, the control unit 31 could not specify the presence or absence of normal coins and which denomination of the coins for all the coin-roll cassettes 50. Check the presence or absence of different denominations including abnormal conditions, the presence or absence of posture abnormalities in the loaded state of the bars, and the existing height of normal bars. That is, by moving from the rear end position to the front end position, the magnetic data detection unit 139 recounts the number of the bar B stored in all the bar cassettes 50 of the bar storage unit 30. conduct.

As shown in FIG. 1, the coin-roll processing device unit 10 and the coin processing device unit 11 are housed in a common box body 101. The box body 101 is provided with a hinge 103 on the right side wall 102. The front door portion 104 is openably and closably connected to the box body 101 by the hinge 103. The front door portion 104 is rotated around a vertical axis by a hinge 103. As shown in FIG. 1, the front door portion 104 and the box body 101 have an electromagnetically driven front door portion locking mechanism (not shown) that locks the closed front door portion 104 that covers the front side of the box body 101 to the box body 101. (Omitted) is provided. The front door lock mechanism is mechanically and automatically locked when the front door 104 is closed, and unlocked when it is electrically driven.

As shown in FIG. 5, the front door portion 104 has a bar metal transfer section 55, a bar metal withdrawal section 63, a chute 61 (see FIG. 3), and a front side of a transfer space forming section 58 (see FIG. 3). The parts etc. are fixed integrally. Therefore, by opening the front door portion 104 as shown in FIG. 5, the Climbing Gold transport unit 55 and the Climbing Gold storage unit 30 are separated, and the Climbing Gold transport unit 55 and the packaging unit 36 are separated. Will be done. The front door portion 104 can be opened to a position along the left-right direction shown in FIG. 5, whereby the bar metal transport unit integrated with the front door portion 104 and the front door portion 104 is in front of the bar metal cassette 50. The device such as 55 is not arranged.

As shown in FIG. 6, the Climbing Gold storage unit 30 in which the above-mentioned Climbing Gold cassettes 50 are arranged side by side in multiple stages in the vertical direction has a housing 105 having an open front portion, and the housing 105. A plurality of stages of coin-roll cassettes 50 are fixed inside. In addition to the Climbing Gold Storage Section 30, the housing 105 includes the above-mentioned Climbing Gold Extraction Section 53, the Rear Transport Section 42 (see FIG. 3), the Ascending Transport Distribution Section 48 (See FIG. 3), and the Storage Distribution Section 51. (See Fig. 3) is contained integrally. A rail 108 is provided on the lower edge of the right side wall 107 of the housing 105, and the bar metal storage portion 30 is slidably supported by the box body 101 in the front-rear direction by the rail 108. The box body 101 and the housing 105 are provided with an electromagnetically driven storage unit lock mechanism (not shown) that locks the bar metal storage unit 30 pushed into the box body 101 to the rear end position to the box body 101. There is. This storage unit lock mechanism is mechanically and automatically locked when the bar metal storage unit 30 is pushed to the rear end position, and unlocked when it is electrically driven.

At the front end of the housing 105, a handle 111 extending in the vertical direction is provided at the lower part on the left side. By the user grasping the handle 111 and pushing and pulling it back and forth, it is possible to pull out the bar metal storage unit 30 from the box body 101 or store it in the box body 101. The position and orientation of the handle 111 may be located on the front end side of the housing 105. For example, the handle 111 may be arranged vertically at the upper left position, vertically at the lower right position, or vertically at the upper right position. , It may be arranged horizontally at the lower position or horizontally at the upper position.

On the left side of the housing 105, the bar metal cassettes 50 arranged in multiple stages in the vertical direction are exposed as shown in FIG. 7, and the bar metal storage portion 30 is pulled out to the front end position. If the coins are in the same state, all the coins B stored in the coins cassette 50 can be visually counted. The Climbing Gold storage unit 30 has a denomination display unit 125 for displaying the denomination of the Climbing Gold B stored in each of all the Climbing Gold cassettes 50, and a scale indicating the quantity of the Climbing Gold B stored. 126 is attached. The scale 126 indicates the number of Climbing Gold B at the corresponding positions in the length direction of the Climbing Gold Cassette 50. For example, as shown in the Climbing Gold Cassette 50 for the Climbing Gold B of the 1-yen coin at the top of FIG. 7, there is a Climbing Gold B at the position up to "5" on the scale, and the position after "6" on the scale. If there is no coin-roll B, it means that the number of coin-roll B stored is five. The scale 126 is displayed in ascending order from front to back, from "1" to the maximum number that can be stored in the coin-roll cassette 50.

In the box body 101 shown in FIG. 6, a front door opening / closing detection sensor (not shown) for detecting whether the front door 104 is in the closed state or the open state, and a bar metal storage portion 30 are pushed to the rear end position. A storage unit open / close detection sensor (not shown, storage unit open detection means) is provided to detect whether the product is in the closed state or pulled out to the front and is in the open state. The front door open / close detection sensor outputs an ON signal to the control unit 31 when the front door 104 is in the closed state, and outputs an OFF signal to the control unit 31 when the front door 104 is in the open state. The storage unit open / close detection sensor outputs an ON signal to the control unit 31 when the Climbing Gold storage unit 30 is in the closed state, and outputs an OFF signal to the control unit 31 when the Climbing Gold storage unit 30 is in the open state.

<"Climbing gold scrutiny (visual)"processing>
Next, in the money processing machine 1 having the above configuration, the coin-roll B in the coin-roll cassette 50 of the coin-roll storage unit 30 of the coin-roll processing apparatus 10 is processed by the operation display unit 33 by "bar gold scrutiny (visual inspection)". The case where the selection operation of is performed will be described. Here, the "Climbing Gold Scrutiny (Visual)" process is further selected after the "Climbing Gold Scrutiny (Visual)" process is selected from the list of operation menus displayed on the operation display unit 33. The "Climbing Gold Recovery (Visual)" process and the subsequent "Climbing Gold Loading (Visual)" process are performed as a set. Therefore, the process is not completed only by the "Climbing Gold Recovery (Visual)" process, and it is necessary to perform the "Climbing Gold Loading (Visual)" process after the "Climbing Gold Recovery (Visual)" process. By performing these "Climbing Gold Recovery (Visual)" processing and "Climbing Gold Loading (Visual)" processing as a set, the "Climbing Gold Scrutiny (Visual)" processing is completed.

<"Climbing gold collection (visual)"processing>
The "Climbing Gold Recovery (Visual)" process will be described below.
When the money processor 1 is in the standby state and the operator selects "Climbing gold scrutiny (visual)" from the list of operation menus of the operation display unit 33, the control unit 31 performs "Climbing gold collection" in the previous process. The operation menu of the "Climbing Gold Recovery (Visual)" to be performed this time is displayed on the condition that the "Climbing Gold Loading (Visual)" process is completed, not only the "(Visual)" process. It is displayed on 33 so that it can be executed.

Then, when the operator selects "Climbing gold collection (visual)" displayed on the operation display unit 33 and presses the "execute" button displayed on the operation display unit 33, the control unit 31 "collects the coin-rolled gold". (Visual) ”Processing is started. That is, first, the operation display unit 33 is displayed with the animation display shown in FIGS. 8 to 12, and the operator is guided to guide the operation. First, the control unit 31 drives the front door lock mechanism (not shown) to unlock the front door unit 104 in the closed state. At the same time, the control unit 31 causes the operation display unit 33 to display the first animation display shown in FIG. In this first animation display, as shown by shading in FIG. 8, the color of the front door portion 104 indicates that the operator needs to access the front door portion 104, and the front door portion of the money processor 1 is displayed. The display is changed to a color different from that of the parts other than 104, and the guidance display is performed. For example, the portion of the money processing machine 1 other than the front door portion 104 is displayed in white, and the front door portion 104 is displayed in blue.

Next, the control unit 31 causes the operation display unit 33 to display the second animation shown in FIG. 9 after a predetermined time has elapsed from the start of the first animation display. In this second animation display, the operator guides and displays the front door portion 104 by rotating and opening it to expose the bar metal storage portion 30. That is, as shown by shading in FIG. 9, the fact that the operator needs to access the front door portion 104 is displayed by changing the color of the front door portion 104 to a color different from that of the other parts. The front door portion 104 is set to the open state, and an arrow indicating the opening operation of the front door portion 104 is displayed. In the second animation display, for example, the parts other than the front door portion 104 of the money processing machine 1 are displayed in white, the front door portion 104 is displayed in blue, and the arrows are different from these, as in the first sheet. Display in red.

When the front door portion 104 is opened and opened by the operator, the front door portion open / close detection sensor (not shown) notifies the control unit 31 of the OFF signal. When the OFF signal indicating that the front door portion 104 is in the open state is notified from the front door portion open / close detection sensor, the control unit 31 recognizes that the front door portion 104 is in the open state. .. After the elapse of a predetermined time of this notification, the control unit 31 causes the operation display unit 33 to display the third animation shown in FIG. 10, and locks the bar metal storage unit 30 by the storage unit lock mechanism (not shown). To cancel. In this third animation display, as shown by shading in FIG. 10, the color of the bar metal storage section 30 indicates that the operator needs to access the bar bar storage section 30 next. The display is changed to a different color from the parts other than 30, and the guidance display is performed. In the third animation display, for example, the portion of the money processing machine 1 other than the coin-roll storage unit 30 is displayed in white, and the coin-roll storage unit 30 is displayed in blue.

Next, the control unit 31 causes the operation display unit 33 to display the fourth animation shown in FIG. 11 after a predetermined time has elapsed from the start of the third animation display. In this fourth animation display, a guidance display is performed so as to put a hand on the handle 111 of the bar metal storage unit 30. That is, as shown by shading in FIG. 11, the operator needs to access the bar metal storage unit 30, and the color of the bar metal storage unit 30 is different from that of the parts other than the bar metal storage unit 30. While the display is maintained, the periphery of the handle 111 is enlarged and displayed, and the hand in a state where the handle 111 is gripped is displayed. In the animation display of the fourth sheet, for example, as in the third sheet, the parts other than the coin-roll storage section 30 of the coin processing machine 1 are displayed in white, the coin-roll storage section 30 is displayed in blue, and the hands are displayed with these. Is displayed in a different skin color.

Next, the control unit 31 causes the operation display unit 33 to display the fifth animation shown in FIG. 12 after a predetermined time has elapsed from the start of the fourth animation display. In this fifth animation display, the bar metal storage unit 30 is guided and displayed so as to be pulled out toward the front side while holding the handle 111. That is, as shown by shading in FIG. 12, it is displayed that the operator needs to access the Climbing Gold Storage Unit 30 by changing the color of the Climbing Gold Storage Unit 30 to a different color from the other parts. At the same time, the Climbing Gold storage unit 30 is pulled out from the box body 101, and an arrow indicating the withdrawal operation of the Climbing gold storage unit 30 is displayed. In this fifth animation display, for example, as in the fourth sheet, the parts other than the coin-roll storage portion 30 of the coin processing machine 1 are displayed in white, the coin-roll storage portion 30 is displayed in blue, and the hands are displayed in flesh color. , Arrows are displayed in a different red color.

Then, when the climbing gold storage unit 30 is pulled out to the front side and is in the open state, the storage unit open / close detection sensor (not shown) notifies the control unit 31 of the OFF signal. When the OFF signal indicating that the Climbing Gold storage unit 30 is in the open state is notified from the storage unit open / close detection sensor, the control unit 31 is in the open state by pulling out the Climbing Gold storage unit 30. Recognize.

When the Climbing Gold Storage Unit 30 is pulled out and opened, the Control Unit 31 is stored in each of the Climbing Gold Cassettes 50 by denomination, with an eye on the left side surface of the Climbing Gold Storage Unit 30 pulled out toward the front side. The operation display unit 33 displays the sixth animation display (not shown) that guides and displays the actual number of the coin-rolled gold B so as to visually confirm it. Then, as shown in FIG. 7, the operator has the actual number of the coin-roll B stored in each of the coin-roll cassettes 50 of each denomination based on the denomination display unit 125 and the scale 126, that is, the coin-roll B. Visually check the number of denominations and record the results on a recording medium such as a document.

Then, when the operator finishes checking the number of coins and presses the "confirmation" button of the operation display unit 33, the control unit 31 indicates that the "bar collection (visual)" process is completed. In addition to displaying on the unit 33, after the lapse of a predetermined time, the operation display unit 33 displays the seventh animation display (not shown) in which the arrow is reversed (pushing direction) with respect to the above-mentioned fifth animation display. It is urged to push the coin-roll metal storage unit 30 into the box body 101. Then, when the Climbing Gold Storage Unit 30 is pushed to the rear end position and becomes closed, the storage unit lock mechanism (not shown) automatically and mechanically locks the Climbing Gold Storage Unit 30 to the box body 101. At the same time, the storage unit open / close detection sensor (not shown) notifies the control unit 31 of the ON signal. When the ON signal indicating that the Climbing Gold storage unit 30 is closed is notified from the storage unit open / close detection sensor, the control unit 31 recognizes that the Climbing Gold storage unit 30 is in the closed state. do. Then, the control unit 31 causes the operation display unit 33 to display the eighth animation display (not shown) in which the arrow is reversed (closed direction) with respect to the second animation display described above. Then, when the front door portion 104 is closed, the front door portion locking mechanism (not shown) automatically and mechanically locks the front door portion 104 to the box body 101. At the same time, the front door opening / closing detection sensor (not shown) notifies the control unit 31 of the ON signal. When the ON signal indicating that the front door portion 104 is in the closed state is notified from the front door portion open / close detection sensor, the control unit 31 recognizes that the front door portion 104 is in the closed state. .. Then, the control unit 31 completes the "Climbing gold collection (visual)" process and returns the money processing machine 1 to the standby state.

When the above-mentioned "Climbing Gold Recovery (Visual)" process is completed, the control unit 31 also stores the denominations stored in each of the Climbing Gold Cassettes 50, which are stored in the control unit 31. The number data of Climbing Gold B is updated to 0 for all denominations. In other words, when the "Climbing Gold Recovery (Visual)" process is completed, the control unit 31 updates the amount of the Climbing Gold in the Climbing Gold Cassette 50 by denomination to "0" for all denominations.

As described above, the "Climbing Gold Collection (Visual)" process is to collect all the Climbing Gold B stored in the Climbing Gold Cassette 50 by denomination in a pseudo manner and collect all the Climbing Gold by denomination. This is a deemed total recovery process in which the total recovery process of the Climbing Gold B is simulated by updating the existing height of the Climbing Gold B in the cassette B to "0" for all denominations.

<State after performing "Climbing Gold Recovery (Visual)"processing>
Next, the state after performing the "Climbing Gold Recovery (Visual)" process will be described. After performing the "Climbing Gold Recovery (Visual)" process, as described above, the "Climbing Gold Loading (Visual)" process must always be performed as a set. Therefore, the control unit 31 displays the "Climbing Gold Recovery (Visual)" on the standby screen of the operation display unit 33 after the "Climbing Gold Recovery (Visual)" process, as a top-level guide, as shown in FIG. A caution message screen saying "Please load the coins (visually)." Is displayed on the operation display unit 33 to prompt the operator to confirm. That is, the operation display unit 33 displays a caution to call attention to perform the deemed loading process described later after the above-mentioned deemed total recovery process. Then, when the operator presses the "confirmation" button of the operation display unit 33 after this caution display, the caution message screen disappears and the screen is switched to the business processing menu list display screen.

Further, also in this business processing menu list display, when the "bar metal loading (visual)" process described later is not performed, the control unit 31 determines the height of the bar metal in the bar metal cassette 50. Operational restrictions are imposed so that processing such as "payout of coins" and "packaging and storage of coins" that accompanies an increase or decrease cannot be performed. That is, when the selection operation of "Climbing gold scrutiny (visual inspection)", which is a scrutiny operation, is input to the operation display unit 33, the control unit 31 performs the above-mentioned deemed total recovery processing and performs the "Climbing gold loading (visual inspection)" described later. ) ”Processing, that is, the operation of the Climbing Gold Storage and Transport Unit 121 and the Climbing Gold Discharge and Transport Unit 122 is invalidated until the deemed loading process is completed. It should be noted that, for example, processing such as "coin withdrawal" and "coin deposit" that does not involve an increase or decrease in the existing amount of the coin-roll B in the coin-roll cassette 50 can be processed as usual, and there are no operational restrictions.

In other words, in the "Climbing Gold Recovery (Visual)" process, the height is updated to 0 as if the Climbing Gold B was treated as a pseudo-total recovery, so the Climbing Gold B is stored and released in this state. The control unit 31 invalidates the existing height so that the fluctuation of the increase / decrease does not occur and the influence does not occur, that is, the control unit 31 cannot perform these operations. As a method of guiding this invalid state to the operator, for example, in the business processing menu list display displayed on the operation display unit 33, the processing menus such as "payout of coins" and "packaging and storage of coins" are red. It suffices if they are displayed separately by display or shaded display. Further, of course, after the "bar metal loading (visual)" process, that is, the deemed loading process, which will be described later, is performed, these restrictions are lifted, and a caution message as shown in FIG. 13 on the standby screen of the operation display unit 33 is released. Is no longer displayed, and the operational restrictions are lifted even when the business process menu list is displayed. That is, the control unit 31 causes the operation display unit 33 to display a caution to call attention to perform the deemed loading process after the deemed total recovery process, and after this caution display, the operation display unit 33 displays the caution. By inputting the start operation of the deemed loading process, the deemed loading process is performed.

<"Climbing gold loading (visual)"processing>
Next, the operation procedure of the "Climbing Gold Loading (Visual)" process will be described below. When the operator first selects "examination (visual)" from the operation display unit 33, the control unit 31 performs the "bar metal collection (visual)" process and the "bar metal loading (visual)" process in the previous process. On condition that only our "Climbing Gold Recovery (Visual)" process is completed, the operation menu of "Climbing Gold Loading (Visual)" is displayed on the operation display unit 33, and "Climbing Gold Loading (Visual)" is performed. Makes the process executable. Then, when the operator subsequently selects "loading (visually)" as it is on the operation display unit 33 and presses the "execute" button, the control unit 31 controls the coin-roll cassette 50 of the denomination type shown in FIG. All the bar holding mechanisms 80 provided for each are moved back and forth along the bar cassette 50.

By moving the Climbing Gold Holding Mechanism 80 in the front-rear direction in this way, the Climbing Gold B is relatively passed between the pair of magnetic sensors 140 and 141 of the magnetic data detection unit 139, and all the magnetic data. In the detection unit 139, the magnetic data of the bar B stored in the corresponding bar cassette 50 is detected by the magnetic sensors 140 and 141, respectively. Based on the magnetic data detected by all the magnetic data detection units 139, the control unit 31 includes a different denomination bar including an abnormal state in which it was not possible to identify the presence or absence of a normal Climbing Gold and which denomination of the Climbing Gold. After confirming the presence or absence of gold, the presence or absence of abnormal posture in the loaded state of the coin, and the existing height of the normal coin, the re-intuition operation is completed.

Then, when the re-intuition operation is completed and all are confirmed as normal bars without any abnormality, the control unit 31 operates and displays the re-intuition result (the denomination and number of bars, that is, the existing amount of bars). Displayed on the unit 33. In this state, the operator compares, for example, the data displayed on the operation display unit 33 with the data recorded on a recording medium such as a document in the immediately preceding “Climbing Gold Recovery (Visual)” process. Then, when the operator presses the "confirmation" button of the operation display unit 33, the control unit 31 causes the operation display unit 33 to display that the "bar metal loading (visual)" process is completed. At this time, the control unit 31 also renumbers the number of Climbing Gold B stored in the Climbing Gold Cassette 50 of each denomination from 0 for all denominations, that is, all Climbing Gold Cassettes 50. Update to the number of "results of intuition". In other words, the existing amount of the Climbing Gold B of the Climbing Gold Cassette 50 by denomination is updated to the "result of re-intuition" for all denominations.

As described above, the "Climbing Gold Loading (Visual)" process is a process of returning the Climbing Gold B, which is pseudo-totally collected by the "Climbing Gold Recovery (Visual)" process, to the Climbing Gold Cassette 50, that is, loading. The number of coin-roll B denominations to be returned, that is, the existing amount of the coin-roll B of the coin-roll cassette 50 of each denomination is obtained by the re-understanding process for all denominations. It is a deemed loading process that simplifies the process of updating to ".

As described above, in the money processing machine 1 of the present embodiment, when the operation of "Climbing gold scrutiny (visual inspection)", which is a scrutiny operation, is input to the operation display unit 33, the operation display unit 33 changes to the bar of the limbing gold storage unit 30. When the bar metal storage unit 30 is opened and the bar metal B can be visually confirmed according to the guidance, the control unit 31 presents the bar metal B stored in the bar metal storage unit 30. The high is updated to 0, and the deemed total collection process is performed. Then, in the money processing machine 1, after performing the deemed total collection processing, all the magnetic data detection units 139 re-understand the coin-roll B stored in the coin-roll storage unit 30, and the control unit 31 reconsiders the coin-roll storage unit 31. The deemed loading process is performed in which the existing height of the bar B stored in the 30 is updated from 0 to the result reconsidered by all the magnetic data detection units 139.

Further, in the coin processing method using the coin processing machine 1 of the present embodiment, when the operation of "Climbing gold scrutiny (visual inspection)" which is a scrutiny operation is input to the operation display unit 33, the operation display unit 33 displays the coin limbing gold. When the step of inducing the visual confirmation of the Climbing Gold B of the storage unit 30 and the Climbing Gold storage unit 30 are opened so that the Climbing Gold B can be visually confirmed according to this guidance, the control unit 31 informs the Climbing Gold storage unit 30. A step of updating the existing height of the stored bar B to 0, a step in which the magnetic data detection unit 139 reconsiders the bar B stored in the bar storage unit 30, and then a control unit 31 It includes a step of updating the existing height of the Climbing Gold B stored in the Climbing Gold Storage Unit 30 from 0 to the result of reconception by the Climbing Gold Detection Unit 139.

As described above, in the money processing machine 1 and the money processing method of the present embodiment, the mode in which the total collection and the return processing are performed as a set for the detailed examination of the coin-roll B is the same as in the prior art. In the "Climbing Gold Recovery (Visual)" process, the operator only needs to visually check the Climbing Gold B stored in the Climbing Gold Storage Unit 30, and in the "Climbing Gold Loading (Visual)" process, the magnetic data detection unit. It is only necessary for 139 to reconsider the bar B stored in the bar storage section 30. That is, in the scrutiny processing of the coin-roll B, it is not necessary to transport the coin-roll B in the currency processing machine 1 to collect the coin-roll B, and the collected coin-roll B is transported in the currency processing machine 1 for return processing. Since it is not necessary, the processing time can be significantly reduced. In the case where the coin-roll B is collected by transporting it in the money processing machine 1 and the collected coin-roll B is transported and returned in the money processing machine 1, for example, the entire collection of the coin-roll B is shown in the figure. The return (loading) of the collected Climbing Gold B is performed by discharging the collected Climbing Gold B to the outside of the machine from the abbreviated Climbing Gold Discharge Port. In some cases, the coinlimbing gold is completely recovered by moving in the in-flight category and returned by moving in the in-flight category, as in the case of the above-mentioned device. Can be significantly shortened.

Further, since all the Climbing Gold cassettes 50 of the Climbing Gold storage unit 30 are provided with a scale 126 indicating the number of Climbing Gold stored, the number can be determined by looking at the scale 126 without counting the number. Can be grasped.

Further, since the climbing gold storage unit 30 is provided with a storage unit open / close detection sensor (not shown) for detecting that the coin-rolled gold storage unit 30 is pulled out from the box body 101 and is in an open state, this storage unit open / close detection sensor is used by the Climbing Gold storage unit 30. By detecting that the scale is in the open state, the control unit 31 can consider that the scale 126 has been visually observed.

Further, the control unit 31 causes the operation display unit 33 to display a caution to call attention to perform the deemed loading process after the deemed total recovery process, and after this caution display, the operation display unit 33 displays the caution. By inputting the start operation of the deemed loading process, the deemed loading process is performed. Therefore, it is possible to perform the deemed total recovery process and the deemed loading process as a set. That is, since the deemed total recovery process and the deemed loading process must always be performed as a set, in a state where only the deemed total recovery process is performed, a caution display prompting the deemed loading process is activated and the operation is performed. The member will be able to recognize that the operation has not been completed and complete the operation.

Further, when the operation of "Climbing gold scrutiny (visual inspection)", which is a scrutiny operation, is input to the operation display unit 33, the control unit 31 performs the deemed total recovery process and the bar until the deemed loading process is completed. The gold storage transport section 121 and the bar metal discharge transport section 122 are invalidated. In the deemed total collection process, the existing height of the Climbing Gold B is updated to 0 as if the Climbing Gold B was treated as a pseudo-total collection. Therefore, in this state, the Climbing Gold B is stored and released, and the Climbing Gold B The control unit 31 can be disabled so that these operations cannot be performed so that the existing height does not have an influence due to fluctuations in the increase / decrease.

[Modification 1]
In the "Climbing Gold Scrutiny (Visual)" process performed by inputting the operation of "Climbing Gold Scrutiny (Visual)" which is a scrutiny operation to the operation display unit 33, the Climbing Gold Storage Unit is regarded as a total collection process. After the 30 is opened, when the operator finishes visually checking the number of coin-rolls B and presses the "confirmation" button on the operation display unit 33, it is treated as if the "scrutiny (visual)" process is completed. As explained, it is not limited to this. For example, in the deemed total recovery process, after the bar metal storage unit 30 is opened, the operator visually confirms the number of bar bars B, and the information is related to the visually confirmed bar bar B. The number may be treated as completed by inputting the number from the operation display unit 33 as an input means, or further, the number input from the operation display unit 33 and the coin-roll B managed by the control unit 31. If the number matches, it may be treated as completed. Separately from this, a tablet terminal (positioning of the slave unit of the operation display unit 33 of the currency processing machine 1) is provided as an input means that the operator can carry, and the operator can visually check the number of coin-rolls B. At the time of confirmation, all the bar metal cassettes 50 of the bar metal storage unit 30 are imaged from the left side surface by the camera built in the tablet terminal, and the information is related to the bar bar B visually confirmed. It may be treated as if the processing is completed by passing the image pickup data (including the shooting date and time information) to the control unit 31 by communication. In this way, it is possible to make the conditions for the operator visually confirming the number of coin-rolls B more strict by devising as appropriate.

That is, after the operation of "bar gold scrutiny (visual)", which is a scrutiny operation, is input to the operation display unit 33, and the bar metal storage unit 30 is opened in the deemed total collection process, the bar metal visually confirmed. An operation display unit 33 or a tablet terminal (not shown) into which information related to B is input may be provided. As a result, as proof of visual confirmation, the quantity of the visually confirmed bar B is input by the operation display unit 33 or the tablet terminal (not shown), whereby it is possible to input and record whether or not the operator has really visually confirmed. It will be like.

[Modification 2]
When the "Climbing Gold Recovery (Visual)" process was performed, the existing height of the Climbing Gold B of each denomination of the Climbing Gold Cassette 50 was updated to 0, and the "Climbing Gold Loading (Visual)" process was performed. At that time, it was explained that the existing amount of the coin-roll B of the denomination of the coin-roll cassette 50 is updated to the existing amount as a result of the re-intuition operation. However, since the above-mentioned processing is only a pseudo processing operation, the existing height of the Climbing Gold B in the Climbing Gold Cassette 50 is also managed by the control unit 31 as a virtual existing height accompanying the pseudo processing operation. May be. That is, as an example, the Climbing Gold Climbing Gold in the Climbing Gold Cassette 50 is classified into a dual structure of a true Climbing Gold and a virtual Climbing Gold. The true existing amount is updated only when the number of bars B in the coin-roll cassette 50 increases or decreases, while the virtual existing amount is a pseudo processing operation "Climbing gold recovery". The mechanism may be such that it is updated only when the "(visual)" process or the "bar metal loading (visual)" process is performed. By configuring in this way, it becomes easy to understand the existing height management.

That is, the control unit 31 classifies and manages the existing height of the Climbing Gold B of the Climbing Gold storage unit 30 into a double structure of a true existing height and a virtual existing height. Then, "bar metal scrutiny (visual inspection)" as a scrutiny operation is input to the operation display unit 33, and the existing height of the limbing gold B stored in the bar metal storage unit 30 is set to 0 by the deemed total recovery process and the deemed loading process. When the magnetic data detection unit 139 updates to the result of re-intuition, the control unit 31 updates only the virtual existing height. As a result, the climbing gold B is classified into a dual structure of a true climbing gold and a virtual climbing gold, and is managed by the control unit 31. In other words, at the time of scrutiny, the virtual existing height was updated to 0 by pseudo-total recovery, or the result of confirming by pseudo-reintuition instead of the return (loading) process. You can update it to the current level. Therefore, the existing amount of the result confirmed by pseudo-intuition does not affect the true existing amount, so that the existing amount management becomes easy to understand.

In the embodiment, the money processing machine 1 in which the coin processing device unit 10 and the coin processing device unit 11 are provided is described, but the present invention is not limited to this, and the configuration including only the coin processing device unit 10 or the coin processing device unit 10 is not limited to this. The processing device unit 10 may be configured by adding other configurations in addition to the coin processing device unit 11 or without the coin processing device unit 11. The Climbing Gold Processing Device Unit 10 does not have to have the packaging unit 36, and thus can be applied to various money processing machines as long as it is a money processing machine capable of storing and withdrawing at least the Climbing Gold B.

Further, in the embodiment, the money processing machine 1 in which the packaged money is the coin-roll B and the processing machine has the coin-roll processing apparatus 10 has been described as an example, but the present invention is not limited to this, and the packaged money is stored and the number of stored money can be read. As long as it is in the form and has a reconsideration function, it can be applied even to a money processing machine 1 that stores small bundles of banknotes as packaged money. In that case, it can be applied to various money processing machines as long as it is a money processing machine capable of storing and withdrawing at least small bundles of banknotes.

Further, as for the form of the storage portion, as shown in FIG. 14, the bar metal B is stored in the bar metal storage section 202 of the drawer type drawer 201, and the bar metal B is linked to the opening and closing of the drawer 201. It can be applied even to a money processing machine in which the number of stored coins can be read. It can be applied even to a money processing machine in which the number of small bundled bills T stored can be read in conjunction with each other. In these money processing machines, the coin-roll B and the small bundle bill T in the storage unit are stored in the coin-roll storage unit 202 or the small bundle storage unit 212 by the operator, or the coin-roll storage unit 202 or the small bundle bill T. Although it is discharged from the small bundle storage portion 212, it does not deviate from the technical scope of the present invention and is applied. That is, it can be applied to all coin processing machines and banknote processing machines in which the medium to be handled is a coin-roll B or a small bundle of banknotes T, and any form of money processing machine in which these are partially or comprehensively combined. become.

1 Money processor 30 Climbing gold storage unit (storage unit)
31 Control unit (existing height management means, control means)
33 Operation display unit (operation means, visual guidance means, display means, input means)
121 Climbing Gold Storage and Transport Unit (Packaging Money Storage Means)
122 Climbing Gold Discharge Transport Unit (Packaging Money Discharge Means)
126 Scale 139 Magnetic data detector (re-intuition means)

Claims (7)

A storage unit for storing packaged money and
The existing amount management means for managing the existing amount of the packaged money stored in the storage unit, and
A re-intuition means for re-intuition of the packaged money stored in the storage unit,
A visual guiding means for guiding the visual confirmation of the packaged money in the storage portion, and
The operation means to which the operation is input and
Equipped with
When a scrutiny operation is input to the operation means,
When the visually guiding means guides the visual confirmation of the packaged money in the storage section and the storage section is opened so that the packaged money can be visually confirmed according to the guidance, the existing height control means is stored in the storage section. The existing amount of packaged money will be updated to 0, and the deemed total collection process will be performed.
After that, the re-intuition means re-intuitioned the packaged money stored in the storage unit, and the existing amount management means re-intuitioned the existing amount of the packaged money stored in the storage unit from 0. A money processor characterized by performing a deemed loading process that updates the results. The storage unit is provided with a scale indicating the number of packaged coins stored.
The money processing machine according to claim 1, further comprising a storage unit open detection means for detecting that the storage unit has been opened. A display means for displaying a caution to call attention to perform the deemed loading process after the deemed total recovery process is provided.
The money processing machine according to claim 1 or 2, wherein the deemed loading process is performed by inputting the start operation of the deemed loading process by the operating means after the caution display. A wrapping money storage means for storing wrapping money in the storage unit,
A packaged money discharging means for discharging the packaged money stored in the storage unit,
Equipped with
When the scrutiny operation is input to the operation means, the control means for invalidating the packaged money storage means and the packaged money release means until the deemed total collection process is performed and the deemed loading process is completed. The money processing machine according to any one of claims 1 to 3, wherein the money processing machine is provided. The operation means is provided with an input means in which the scrutiny operation is input, and after the storage unit is opened in the deemed total collection process, information related to visually confirmed packaged money is input. The money processing machine according to any one of claims 1 to 4. The existing amount of the packaged money in the storage portion is classified into a double structure of a true existing amount and a virtual existing amount, and is managed by the existing amount management means.
The scrutiny operation is input to the operating means, and the existing amount management means re-intuitions the existing amount of the packaged money stored in the storage unit from 0 by the deemed total recovery process and the deemed loading process. The money processing machine according to any one of claims 1 to 5, wherein the existing amount management means updates only the virtual existing amount. A storage unit for storing packaged money and
The existing amount management means for managing the existing amount of the packaged money stored in the storage unit, and
A re-intuition means for re-intuition of the packaged money stored in the storage unit,
A visual guiding means for guiding the visual confirmation of the packaged money in the storage portion, and
The operation means to which the operation is input and
It is a money processing method by a money processing machine equipped with
When a scrutiny operation is input to the operation means,
The step in which the visual guiding means guides the visual confirmation of the packaged money in the storage portion,
According to the guidance, when the storage unit is opened and the packaged money can be visually confirmed, the existing amount management means updates the existing amount of the packaged money stored in the storage unit to 0.
After that, the step of re-intuition means to re-intuition the packaged money stored in the storage unit,
After that, the step of updating the existing amount of the packaged money stored in the storage unit from 0 to the result of the re-intuition means re-intuition.
A money processing method characterized by including.

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