Patent Application
20120024659
The present invention relates to a money handling apparatus for depositing and dispensing money.
Conventionally, a money handling apparatus that performs deposit processing of sales proceeds or the like and dispensing processing of changes or the like is installed at a back-office of a shop.
As this type of the money handling apparatus, for example, a money depositing and dispensing system is disclosed in Patent Document 1. In this money handling apparatus, money that is deposited in a money depositing and dispensing unit, which performs a depositing process and a dispensing process of the money, is received and stored in a received-money storage unit such that the money cannot be retrieved by anyone other than a specified person for collection. Moreover, a partition unit partitions the money depositing and dispensing unit and the received-money storage unit in an isolated state.
The money depositing and dispensing system is advantageous in that the money inside the money depositing and dispensing unit used in the dispensing process and the money received and stored in the received-money storage unit can be separately managed.
To be more specific, in the money depositing and dispensing system, when a depositing operation is made by an operator at a shop, the deposited money is counted and stored in the money depositing and dispensing unit. Furthermore, when a dispensing operation is made, the money is counted and dispensed from the money depositing and dispensing unit.
When a delivery operation is made by an authorized person, such as a shop manager, the money is transferred from the money depositing and dispensing unit to the received-money storage unit. Accordingly, an operator who is a specified person for collection can collect the money stored in the received-money storage unit as a collection operation.
The money depositing and dispensing system is configured such that the operator who is the specified person for collection cannot perform processing on the money depositing and dispensing unit that is under the control of the shop. On the other hand, the operator at the shop cannot perform retrieval and collection processing of the cash from the received-money storage unit that is under the control of the specified person for collection.
The money depositing and dispensing unit and the received-money storage unit are physically separated by the partition unit, and configured such that even if one unit is opened, the money stored in the other unit cannot be accessed.
Thus, as disclosed in Patent Document 1, the processes that can be executed on each of the money depositing and dispensing unit and the received-money storage unit differ according to a job or authorities of an operator. For example, the operator cannot access the money in a specific unit if the operator has no authority to access the money stored in the specific unit.
A banknote handling apparatus is disclosed in Patent Document 2. In this banknote handling apparatus, a banknote handling unit operated by a customer and a storage unit for banknotes that have been accepted are separated by a partition. Moreover, a window for passage of banknotes is provided to the partition for circulating the banknotes between the banknote handling unit and the storage unit. Thus, the banknotes can be delivered without complicating the structure of the apparatus.
However, in Patent Document 1, the banknotes can be stored only in two different parts. Therefore, when three or more concerned parties are involved, they cannot adequately handle the two parts.
For example, in Patent Document 1, it is assumed that the shop and the specified person for collection are handling the money that is in the money depositing and dispensing system. Therefore, when it is assumed that three parties, that is, the shop, a bank, and the specified person for collection are handling the money, the money of two parties from among the three concerned parties will be managed in the same part that can be either the money depositing and dispensing unit or the received-money storage unit. Thus, if the money of two concerned parties is managed in the same part, one concerned party can access the money of the other party.
Furthermore, as disclosed in Patent Document 2, when there are three or more concerned parties, the banknotes handled by two parties are mixed up and stored in the storage unit. Therefore there is a problem that a party having an authority for handling the storage unit can access the banknotes of the other parties.
The present invention is made in view of the issues (problems) discussed above, and it is an object of the present invention to provide a money handling apparatus in which three or more concerned parties can be involved in handling of the money.
To solve the problem and achieve the object, a money handling apparatus according to an aspect of the present invention that performs depositing and dispensing processing of money includes at least a first part, a second part, and a third part. The first part includes at least a depositing and dispensing unit that receives and dispenses the money. The second part includes at least a storage and feed unit that stores therein the money and feeds out the stored money and a locking mechanism that limits opening of the second part. The third part includes at least a storage unit that stores therein the money and a locking mechanism that limits opening of the third part. Unlocking conditions of the locking mechanism included in the second part can be set different from that of the locking mechanism included in the third part.
According to another aspect of the present invention, in the money handling apparatus, at least one of the second part and third part is provided in a safe, and the money is transported through an opening for passage of money provided to a partition of the safe, and a door of the safe is locked by the locking mechanism that corresponds to the part provided inside the safe.
According to still another aspect of the present invention, in the money handling apparatus, the first part further includes a locking mechanism that limits opening of the first part, and unlocking conditions of the locking mechanism included in the first part are set different from at least one of the unlocking conditions of the locking mechanism of the second part and the locking mechanism of the third part based on an unlocking authority.
According to still another aspect of the present invention, the money handling apparatus further comprising: a second balance storage unit that stores therein a balance of the second part that is an amount of money or number of money by denomination stored in the storage unit of the second part; a third balance storage unit that stores therein a balance of the third part that is an amount of money or number of money by denomination stored in the storage unit of the third part; a second balance update unit that updates, when money is transported between the second part and any one of the other parts, the balance of the second part based on an amount of the transported money or the number of the transported money by denomination; and a third-part balance update unit that updates, when money is transported between the third part and the any one of other parts, the balance of the third part based on an amount of the transported money or the number of the transported money by denomination.
According to still another aspect of the present invention, in the money handling apparatus, the balance of each of the part is transmitted to an external device.
According to still another aspect of the present invention, the money handling apparatus further comprising: an operation-authority confirmation unit that confirms an operation authority; an operation-authority setting unit that sets an association of the operation authority with a depositing authority that enables to perform a depositing process for transporting to and storing in the second part the money accepted by the first part, with an ownership of the transported money being transferred, and a delivery authority that enables to perform a delivery process for transporting to and storing in the third part the money stored in the second part; and a control unit that controls execution of the depositing process and the delivery process based on the operation authority confirmed by the operation-authority confirmation unit and the association set by the operation-authority setting unit.
According to still another aspect of the present invention, the money handling apparatus further comprising: an escrow unit that temporarily holds dispensing reject money, that is recognized as money inappropriate for dispensing, during a dispensing process in which the money stored in the second part is transported to and dispensed in the first part, with an ownership of the transported money being transferred; and a control unit that exerts control to transport the dispensing reject money temporarily held in the escrow unit to the second part that had stored the dispensing reject money.
According to still another aspect of the present invention, in the money handling apparatus the second part includes an escrow unit that temporarily holds dispensing reject money, that is recognized as money inappropriate for dispensing, during a dispensing process in which the money stored in the second part is transported to and dispensed in the first part, with an ownership of the transported money being transferred.
According to an aspect of the present invention, a money handling apparatus includes at least a first part, a second part, and a third part. The first part includes at least a depositing and dispensing unit that receives and dispenses the money. The second part includes at least a storage and feed unit that stores therein money and feeds out the stored money and a locking mechanism that limits the opening of the second part. The third part includes at least a storage unit that stores therein the money and a locking mechanism that limits the opening of the third part. Unlocking conditions of the locking mechanism included in the second part can be set different from that of the locking mechanism included in the third part. Therefore, three or more concerned parties can be involved in handling of money by dividing authorities of the money handling into at least three, each of which corresponds to each of the three parts.
According to another aspect of the present invention, at least one of the second and third parts is provided in a safe, the money is transported through an passage opening for money provided to a partition of the safe, and a door of the safe is locked by the locking mechanism of the part provided inside the safe. Therefore, money can be transported between the parts by blocking the money from outside, and a security against a third party other than the parties concerned can be significantly enhanced.
According to still another aspect of the present invention, the first part in the money handling apparatus further includes a locking mechanism that limits the opening of the first part. Unlocking authorities of the locking mechanism of the first part can be set different from at least one of the unlocking conditions of the locking mechanism of the second part and the locking mechanism of the third part. Therefore, even if there is a party that is involved in handling of the second part or the third part, as long as the unlocking conditions are not fulfilled, the locking mechanism of the first part cannot be unlocked and individuals to be involved in handling of the first part can be limited.
According to still another aspect of the present invention, the money handling apparatus stores therein a balance of the second part that is an amount of money or number of money by denomination stored in the storage and feeding unit of the second part, and a balance of the third part that is an amount of money or number of money by denomination stored in the storage unit of the third part. Furthermore, when the money is transported between the second part and the other parts, the balance of the second part is updated based on an amount of the transported money or the number of the transported money by denomination. When the money is transported between the third part and the other parts, the balance of the third part is updated based on an amount of the transported money or number of the transported money by denomination. Therefore, even when cash is transported among the parts, the balance of each storage unit can be accurately managed.
According to still another aspect of the present invention, the balance of each part can be transmitted to an external device. Therefore, the balance can be checked from the external device and an access to a balance of a part for which the authorities are not given can be restricted.
According to still another aspect of the present invention, an association of an operation authority is set with a depositing authority that enables to perform a depositing process for transporting to and storing in the second part the money accepted by the first part with transfer of ownership of the transported money, and with a delivery authority that enables to perform a delivery process for transporting to and storing in the third part the money stored in the second part, and based on the confirmed operation authority and the association that is set, a control is exerted for execution of the depositing process and the delivery process. Therefore, the depositing process or the delivery process can be executed only when the operation authority given to the operator includes the depositing authority or the delivery authority.
According to still another aspect of the present invention, an escrow unit temporarily holds dispensing reject money that is recognized as the money inappropriate for dispensing during the dispensing process in which the money stored in the second part is transported to and dispensed in the first part with transfer of ownership of the transported money, and a control is exerted to transport the dispensing reject money temporarily held in the escrow unit to the second part that had stored therein the dispensing reject money. Therefore, dispensing reject banknotes can be returned as soon as possible to an original owner of the dispensing reject banknotes, consistency between a handling authority of the part where the money is present and the ownership of the banknote can be secured, and the balance of each part can be returned to a defined state.
According to still another aspect of the present invention, the second part includes an escrow unit that temporarily holds dispensing reject money that is recognized as the money inappropriate for dispensing during the dispensing process in which the money stored in the second part is transported to and dispensed in the first part with transfer of ownership of the transported money. Therefore, even if the dispensing reject money is present, consistency between the handling authority of the part where money is present and the ownership of the banknote can be secured.
Exemplary embodiments of a money handling apparatus and a dispensing method thereof according to the present invention will be explained below in detail with reference to the accompanying drawings. In the following explanations, for convenience' sake, explanations of a coin processing apparatus having the same configuration as that of a money handling apparatus will be omitted. However, the scope of the present invention is not limited to the money handling apparatus, and the present invention is similarly applicable when both or either one of the money handling apparatus and the coin processing apparatus is present.
An overall configuration of a money handling apparatus according to an embodiment of the present invention is explained first.
As shown in
Accordingly, in the present embodiment, three or more parties concerned can be involved in handling of banknotes.
For example, as shown in (1) of
In the present embodiment, an example of a case in which the handling authority is given to each of the depositing and dispensing unit 10, the storage and feed unit 20, and the storage unit 30 as shown in (3) of
That is, in the present embodiment, such an operation is assumed that a financial institution such as a bank leases the money handling apparatus 1 to a shop, and in business hours of the shop, transport of money is performed between the depositing and dispensing unit 10 and the storage and feed unit 20, excess cash in the storage and feed unit 20 is transported to the storage unit 30, and the cash in the storage unit 30 is collected by a security company.
According to such an operation, debit and deposit can be freely performed as cash in a bank account of the shop, excess cash is prevented from being kept in the shop, and by using the security company for transport of cash, security is further enhanced, while improving efficiency in mobilization of money of the shop and bank.
At the time of handling the depositing and dispensing unit 10, deposit and payment is made possible through authentication using a card or password at an operation terminal 110 described later. At the time of handling the storage and feed unit 20, an inside thereof can be exposed through authentication using a card or password or a predetermined operation via a safe dial and lever (not shown). At the time of handling the storage and feed unit 20, an inside thereof can be exposed in the same manner as in the case of the storage and feed unit 20.
In the present embodiment, therefore, it can be prevented that the three parties of the shop, bank, and security company contact to the banknotes in a place other than the division allowed thereto, and thus even if there are three parties concerned, inviolability between the parties concerned can be secured.
Further, in the present embodiment, the storage and feed unit 20 and the storage unit 30 are installed in a separate safe, respectively, and one or a plurality of openings for passage of banknotes is provided to a partition of the safe at a part where the depositing and dispensing unit 10 and the storage and feed unit 20 shown in
In the present embodiment, the storage and feed unit 20 and the storage unit 30 are respectively installed in a separate safe. However, the storage and feed unit 20 and the storage unit 30 do not need to be installed in a separate safe, and these can be installed in one safe, and an adjacent part between the storage and feed unit 20 and the storage unit 30 can be isolated by a partition and a door can be installed respectively.
A configuration of each unit of the money handling apparatus according to the present embodiment is explained next. As shown in
The deposit port 11 is in a box shape formed by depressing a top panel of the apparatus in a concave shape to form a substantially rectangular opening. The deposited banknotes are fed therein one by one by a feed unit such as a roller provided at the bottom of the box. Because it is less secure to put the dispensing port 13 and the depositing reject port 14 in an exposed state at all times, in practice, a shutter is provided, which is opened only at the time of use.
The recognition unit 12 is a billvalid unit that recognizes a banknote, and for example, performs various types of discriminations, such as determination of genuine/counterfeit note, fit/unfit note, and type of banknote such as denomination and old or new note. In the determination of genuine/counterfeit note, the recognition unit 12 recognizes if the money is genuine or counterfeit. In the determination of fit/unfit note, the recognition unit 12 determines the money with a good condition of genuine currencies as a fit banknote, and the stained or damaged money as an unfit banknote.
The dispensing port 13 is in a box shape formed by depressing the top panel of the apparatus in a concave shape to form a substantially rectangular opening, and ejects the banknote recognized as proper banknotes by the recognition unit 12 at the time of dispensing processing, so that the dispensed banknote can be taken out from outside of the apparatus. The dispensing port 13 and the depositing reject port 14 are provided with a sensor for detecting removing (not shown) to detect removing of the banknote.
The depositing reject port 14 is in a box shape formed by depressing a front panel of the apparatus in a concave shape to form a substantially rectangular opening, which is an ejection port for ejecting a depositing reject banknote recognized as an improper banknote at the time of deposit processing so that it can be taken out from outside of the apparatus. The depositing reject banknote means a banknote recognized as an unidentifiable banknote, a counterfeit banknote, a plurality of deposited banknotes transported in a chained state, or a severely damaged banknote at the time of recognizing the deposited banknote. At the time of a dispensing transaction, as in the dispensing port 13, the dispensed banknote can be ejected so that it can be taken out from outside of the apparatus. Accordingly, various dispensing transactions can be performed using the dispensing port 13 and the depositing reject port 14.
The reject escrow unit 15 is a storage and feed unit that temporarily holds a dispensing reject banknote recognized as an unfit money at the time of dispensing processing, and has a mechanism for feeding the dispensing reject banknote into the reject escrow unit 15 and feeding out the dispensing reject banknote to the outside of the reject escrow unit 15. The dispensing reject banknote means a banknote recognized as an unidentifiable banknote, a counterfeit banknote, a plurality of dispensed banknotes transported in a chained state, or a severely damaged banknote at the time of recognizing the dispensed banknote.
The transport unit 16 has a belt conveyor including a pair of belts that puts a banknote between the belts one by one, and carries the banknote between the deposit port 11, the recognition unit 12, the dispensing port 13, the depositing reject port 14, the reject escrow unit 15, stackers 21A to 21F described later, a reconciliation cassette 21G, and a stacking unit 31.
The storage and feed unit 20 includes the stackers 21A to 21F and the reconciliation cassette 21G as shown in
The stackers 21A to 21F is a storage and feed unit that stack and store the banknotes fed therein, and feed out the stacked banknotes one by one to the transport unit 16. When a stacked amount of the banknote is zero, a stage is present at a stage starting position, and as the stacked amount of the banknote increases, the position of the stage moves downward, and finally the stage can be moved to a lower-limit position of the stage. On the other hand, at the time of feeding out the banknotes, as the banknotes are fed out, the stage moves upward, and when all the banknotes are fed out, the stage moves to an upper-limit position of the stage.
In the present embodiment, 1-dollar banknotes are allocated to the stacker 21A, 5-dollar banknotes to the stacker 21B, 10-dollar banknotes to the stacker 21C, 20-dollar banknotes to the stacker 21D, 50-dollar banknotes to the stacker 21E, and 100-dollar banknotes to the stacker 21F. One denomination is allocated to one stacker here; however, two types of denomination can be mixed and stored in one stacker, or the same denomination can be stored in a plural stackers.
The reconciliation cassette 21G is a storage and feed unit that stacks and stores banknotes fed therein, and feeds out the stacked banknotes one by one to the transport unit 16, as the stackers 21A to 21F, and is configured as a cash cassette detachable from the storage and feed unit 20.
The reconciliation cassette 21G is for examining the number of banknotes stored in the stackers 21A to 21F (hereinafter, “stacker 21”, when a plural stackers are collectively referred to) when the number of banknotes stored in the stacker 21 becomes uncertain due to a banknote jam (banknote clogging) or the like. After having received and stored the banknotes in the stacker 21 to be examined at the time of examination, the reconciliation cassette 21G feeds out the stored banknotes.
Further, banknotes for replenishment can be loaded into the reconciliation cassette 21G to replenish the stackers 21A to 21F with the banknotes. The reconciliation cassette 21G can be used also as a storage and feed unit as the stackers 21A to 21F. Alternatively, the reconciliation cassette 21G can be used as an overflow stacker that receives overflowing banknotes, when the stacker 21 is fully loaded with the banknotes (in a full state).
The storage unit 30 has the stacking unit 31 that stacks banknotes in a horizontal direction in a state that the banknotes are aligned in a vertically standing state with faces (the surface or the back) of the banknotes being put together. The stacking unit 31 includes therein a transport/passage detecting unit 31a, a supplementary banknote-pressing roller 31b, a stacking wheel 31c, a banknote holding member 31d, and a stacked-banknote end-face detecting unit 31e, as shown in
In the stacking unit 31, the banknotes transported by the transport unit 16 are detected by the transport/passage detecting unit 31a, and when a transported banknote is detected, the stacking wheel 31c is rotated in a clockwise direction to entangle a banknote therein and press the banknote against the banknote holding member 31d, while rotating the supplementary banknote-pressing roller 31b in a counterclockwise direction to suppress flapping of banknotes. When the stacked banknotes are detected by the stacked-banknote end-face detecting unit 31e, the stacking unit 31 moves the banknote holding member 31d backward.
The banknotes stored in the storage unit 30 are collected in a state that sales proceeds and the like are deposited after close of business of the shop, and thus the banknotes can be a huge amount. In the present embodiment, therefore, the stacking unit 31 of a retractable type has been described so that a security guard of a security company can manually collect the banknotes aligned in a standing manner, subdivide and pack the banknotes after close of business. However, a cash cassette can be used instead. In this case, such a merit can be achieved that the security guard does not need to contact to the cash directly, as compared with the stacking unit 31. The stacking unit 31 can have an oblong structure, so that the banknotes are dropped into a linen bag, a resin bag or the like.
Further, in the present embodiment, the storage unit 30 that only performs storage of banknotes has been described as a third part. However, as in the storage and feed unit 20 as a second part, the third part can be formed as a storage and feed unit that also performs feed of banknotes. In this case, it can be configured such that replenishment of the banknotes from the storage and feed unit as the third part to the storage and feed unit 20 as the second part is performed via the depositing reject port 14 and the reconciliation cassette 21G.
In the present embodiment, the apparatus has a mechanism that clarifies to which division of the handling authority the banknote belongs, even if a banknote jam occurs at a boundary between the depositing and dispensing unit 10 and the storage and feed unit 20.
For example, such a case is assumed that at the time of carrying 10-dollar banknotes to the stacker 21C by the transport unit 16, a banknote jam occurs at the boundary between the depositing and dispensing unit 10 and the storage and feed unit 20. At this time, as shown in an enlarged scale in
If the grips of both carrier rollers are set in this manner, even if a banknote jam occurs at the boundary between the depositing and dispensing unit 10 and the storage and feed unit 20, the banknote can be brought back to the depositing and dispensing unit 10 side before it is determined that the entire banknote has passed a sensor 18c and a shift thereof into the storage and feed unit 20 is concluded.
Therefore, a canceling operation of a banknote jam can be performed solely on the shop side, thereby enabling to save time and labor for reporting to a representative of a banker (maintenance staff) and waiting for his maintenance call. The same mechanism is provided between the storage and feed unit 20 and the storage unit 30, and the returned banknote can be stored in an arbitrary stacker.
A flow of banknotes in the money handling apparatus according to the present embodiment is explained next with reference to
A flow of banknotes at the time of depositing is explained first.
A flow of banknotes at the time of deposit return is explained next. Deposit return means returning of the banknotes performed in response to a rejecting operation of depositing performed when the deposited amount or denomination breakdown are not accepted, when the banknotes are temporarily stored in the stacker 21 in response to the depositing operation and the deposited amount and the denomination breakdown are confirmed and displayed by the operation terminal 110.
At the time of deposit return, when banknotes of any denomination from a 1-dollar banknote to a 100-dollar banknote are to be returned (dispensed), the banknotes are fed from the stacker 21 to the transport unit 16, and the fed banknotes are transported to the recognition unit 12 by the transport unit 16.
At this time, when a banknote is recognized as a banknote appropriate for dispensing, the banknote is transported to the dispensing port 13 by the transport unit 16, whereas when the banknote is recognized as a banknote inappropriate for dispensing (dispensing reject banknote), the banknote is transported to the reject escrow unit 15 by the transport unit 16.
The dispensing reject banknote temporarily held in the reject escrow unit 15 is transported to the stacker 21 as a storage source immediately, or transported to the stacker 21 as the storage source after return of denomination currently being made is complete. When the transaction is continuous, after a series of transactions finishes, the transport processing can be performed. Specifically, the return is performed when there is no transaction being made for a certain period of time.
The reason why the dispensing reject banknote is transported and returned to the stacker 21 as the storage source is that the reject escrow unit 15 is present not in the storage and feed unit 20, but in the depositing and dispensing unit 10 whose handling authority is held by the shop, which does not have ownership of the dispensing reject banknote originally.
That is, it is not preferable that the dispensing reject banknote is held for a long time in the reject escrow unit 15, whose handling authority is not held by the bank, which is the original holder of the dispensing reject banknote. Further, because the banknote, which should be present in the storage and feed unit 20, stays in the depositing and dispensing unit 10 whose handling authority is held by the shop, the balance of the storage and feed unit 20 becomes uncertain.
Accordingly, in the present embodiment, the dispensing reject banknote is returned to the storage and feed unit 20 whose handling authority is held by the bank as the original holder of the banknote as soon as possible, to secure consistency between the handling authority of the part where the banknote is present and the ownership of the banknote, and return the balance of the storage and feed unit 20 to a defined state.
Therefore, when the reject escrow unit 15 is provided in the storage and feed unit 20, and if the number of banknotes fed from the stacker 21 and temporarily held in the reject escrow unit 15 is defined, return transport described above does not need to be performed, and the dispensing reject banknote can be held in the reject escrow unit 15.
Further, in the present embodiment, when the same banknote is recognized as the dispensing reject banknote repeatedly for a predetermined number of times (for example, three times), the banknote is stored in the stacking unit 31 in the storage unit 30.
As a cause of the same banknote being recognized as the dispensing reject banknote repeatedly, a problem of a feed mechanism of the stacker 21 can be mentioned. When a plurality of banknotes are transported to the stacking unit 31 in an overlapped state as the dispensing reject banknotes due to this problem, the number of dispensing reject banknotes stored in the stacking unit 31 becomes unclear.
In the present embodiment, further, the number and the letter of the banknote recognized by the recognition unit 12 is registered in a memory unit 120 at a previous stage before the banknote is stored in the stacker 21, and the number and the letter of the banknote is also registered in the memory unit 120 at a stage in which the banknote is fed at the time of deposit return. The number and the letter at the time of storage and those at the time of feeding are compared with each other, thereby specifying the number of dispensing reject banknotes to be stored in the stacking unit 31.
For example, when the numbers of the banknotes are registered in order of “0034”, “0209”, “1309”, and “0020” in a storing stage in the stacker 21, if there is no problem in the feed mechanism of the stacker 21, the numbers should be registered in an order opposite to that at the time of storage such as “0020”, “1309”, “0209”, and “0034” at the time of feeding. If a problem occurs in the feed mechanism and the numbers at the time of feeding are registered in order of “0020”, “unclear”, and “0034”, banknotes with numbers “1309” and “0209” are missing as compared with the numbers at the time of storage. Therefore, it can be specified that the banknotes with these two numbers are overlapped on each other and recognized as “unclear”. Thus, it can be regarded that two banknotes with numbers “1309” and “0209” are stored in the stacking unit 31.
A flow of banknotes at the time of dispensing is explained next.
At this time, when the banknote is recognized as a banknote appropriate for dispensing, the banknote is transported to the dispensing port 13 by the transport unit 16. On the other hand, when the banknote is recognized as a banknote inappropriate for dispensing (dispensing reject banknote), the banknote is transported to the reject escrow unit 15 by the transport unit 16. The dispensing reject banknote temporarily held in the reject escrow unit 15 is transported and returned as explained in the deposit return or transported to the stacking unit 31.
A flow of banknotes at the time of replenishment to the deposit port is explained next. Replenishment to the deposit port means to load banknotes from the deposit port to replenish the stackers 21A to 21F with the banknotes for dispensing.
At the time of deposit replenishment, the banknotes for replenishment fed and received from the deposit port 11 are allowed to pass the recognition unit 12 by the transport unit 16, and recognized. At this time, the transport destination is determined according to the identification result.
For example, when the identification result is a 1-dollar banknote, the banknote is transported to the stacker 21A, and when the identification result is a 5-dollar banknote, the banknote is transported to the stacker 21B. The 10-dollar banknotes, 20-dollar banknotes, 50-dollar banknotes, and 100-dollar banknotes are transported in the same manner. On the other hand, when the identification result is for the depositing reject banknote, the banknote is ejected from the depositing reject port 14 by the transport unit 16, without being stored in any stacker 21. Even when the banknote for replenishment is recognized as a banknote appropriate for depositing, if the stacker 21 corresponding to the recognized denomination is in a nearly-full state or a completely full state, the banknote is returned from the dispensing port 13 by the transport unit 16.
A flow of banknotes at the time of cassette replenishment is explained next. Cassette replenishment means that the reconciliation cassette 21G is attached to the storage and feed unit 20 in a state of storing the banknotes, thereby replenishing the stackers 21A to 21F with the banknotes for dispensing.
At the time of cassette replenishment, banknotes are fed from the reconciliation cassette 21G to the stacker 21A, and the fed banknotes are transported to the recognition unit 12 by the transport unit 16. At this time, the transport destination is determined according to the identification result.
For example, when the identification result is a 1-dollar banknote, the banknote is transported to the stacker 21A, and when the identification result is a 5-dollar banknote, the banknote is transported to the stacker 21B. 10-dollar banknotes, 20-dollar banknotes, 50-dollar banknotes, and 100-dollar banknotes are transported in the same manner. On the other hand, when the identification result is for the depositing reject banknote, the banknote is ejected from the depositing reject port 14 by the transport unit 16, without being stored in any stacker 21. Even when the banknote for replenishment is recognized as a banknote appropriate for depositing, if the stacker 21 corresponding to the recognized denomination is in a nearly-full state or a completely full state, the banknote is returned from the dispensing port 13 by the transport unit 16. Alternatively, after the banknote is transported to the reject escrow unit 15 and held, the banknote can be transported to the reconciliation cassette 21G and stored therein.
A flow of banknotes at the time of delivery is explained next.
As shown in
This difference is due to a layout of the stacker 21 in the money handling apparatus 1, and a delivery route is not different according to whether the banknote is the small denomination banknote or the large denomination banknote. That is, in the money handling apparatus 1 shown in
The reason why the banknote is delivered via the reconciliation cassette 21G at the time of delivery to the stackers 21E and 21F is due to the layout such that the route for carrying the banknotes from the stackers 21E and 21F to the recognition unit 12 and the route for carrying the banknotes to the storage unit 30 after being recognized by the recognition unit 12 are overlapped. For example, by providing the stackers 21E and 21F to be adjacent to the depositing and dispensing unit 10, a restriction on the layout is removed and overlapping of the routes can be avoided.
At the time of delivery of the banknotes in the stackers 21A to 21D, as shown in
At this time, when the banknote is recognized as the banknote appropriate for dispensing, the banknote is transported to the stacking unit 31 by the transport unit 16. On the other hand, when the banknote is recognized as a banknote inappropriate for dispensing (dispensing reject banknote), the banknote is transported to the reject escrow unit 15 by the transport unit 16. The dispensing reject banknote temporarily held in the reject escrow unit 15 is transported and returned as explained in the deposit return or transported to the stacking unit 31.
At the time of delivery of the banknotes in the stackers 21E and 21F, as shown in
At this time, when the banknote is recognized as a banknote appropriate for dispensing, the banknote is transported to the stacking unit 31 by the transport unit 16. On the other hand, when the banknote is recognized as a banknote inappropriate for dispensing (dispensing reject banknote), the banknote is transported to the reject escrow unit 15 by the transport unit 16. The dispensing reject banknote temporarily held in the reject escrow unit 15 is transported and returned as explained in the deposit return or transported to the stacking unit 31. In this case, because the route of the banknote transported to be held in the reject escrow unit 15 and the route of the banknote to be transported from the reconciliation cassette 21G to the recognition unit 12 are overlapped, feed of the banknote from the reconciliation cassette 21G is temporarily stopped when there is the dispensing reject banknote, to perform return transport or transport to the stacking unit 31.
A flow of banknotes in an outward route for examination is explained. The examination means that when the number of banknotes stored in the stacker 21 (the balance of the storage and feed unit described later) becomes uncertain due to a banknote jam, the number of banknotes stored in the stacker 21 is examined. The examination includes an outward route for transporting the banknotes in the stacker 21 to the reconciliation cassette 21G and a returning route for transporting the banknotes transported to the reconciliation cassette 21G is transported again to the stacker 21, and the outward route is explained here.
For example, when the examination is performed in an ascending order from the stacker for small denomination banknotes, the banknotes are fed from the stacker 21A to the transport unit 16, and the fed banknotes are transported to the recognition unit 12 by the transport unit 16. At this time, when an identification result indicating that the banknote is a 1-dollar banknote is obtained, the banknote is transported to the reconciliation cassette 21G by the transport unit 16. On the other hand, when the banknote is recognized as a banknote inappropriate for dispensing (dispensing reject banknote), the banknote is transported to the reject escrow unit 15 by the transport unit 16. The dispensing reject banknote temporarily held in the reject escrow unit 15 is transported and returned as explained in the deposit return or transported to the stacking unit 31.
Thus, the banknote is transported from the stacker 21A to the recognition unit 12 through the transport unit 16 and recognized until there is no banknote stored in the stacker 21A.
A flow of banknotes in a returning route from examination is explained next.
At this time, as the banknote is recognized as a 1-dollar banknote in the outward route, when the banknote is recognized again as a 1-dollar banknote in the returning route, the 1-dollar banknote is transported to the stacker 21A by the transport unit 16. On the other hand, when it is recognized as the banknote inappropriate for dispensing (dispensing reject banknote), the banknote is transported to the reject escrow unit 15 by the transport unit 16. The dispensing reject banknote temporarily held in the reject escrow unit 15 is transported and returned as explained in the deposit return or transported to the stacking unit 31.
Thus, the same operation is repeated until there is no 1-dollar banknote stored in the outward route in the reconciliation cassette 21G, and at a point in time when there is no 1-dollar banknote in the reconciliation cassette 21G, the examination of the banknotes stored in the stacker 21A is complete. When the examination of the banknotes stored in the stacker 21A is complete for the outward route and the returning route, the examination of the banknotes stored in the stacker 21B is started for the outward route and the returning route, and the examination is continued repeatedly until the examination of the stacker 21F finishes.
In this manner, the recognition unit 12 recognizes whether the banknote coincides with the denomination in the stacker 21 in the outward route for transporting the banknote from the stacker 21 to the reconciliation cassette 21G, and in the returning route from the reconciliation cassette 21G to the stacker 21, the recognition unit 12 recognizes again whether the banknote coincides with the denomination in the stacker 21. Accordingly, even if the number of banknotes stored in the stacker 21 becomes uncertain due to a banknote jam (banknote clogging) or the like, accurate number of banknotes stored can be re-specified.
In the present embodiment, identification is performed in both the outward route and the returning route. However, one of the identification processing performed in the outward route and the returning route can be omitted. In the present embodiment, further, the examination can be performed only for the stacker 21, in which the balance becomes uncertain due to an occurrence of a banknote jam or the like. It is also possible that only a specified stacker 21 is examined.
A flow of banknotes at the time of coordination and counting is explained next. Coordination and counting mean that counting is performed for coordinating the amount of cash in hand or the number of banknotes by denomination held by a shop operator. For example, coordination is performed by extracting a specified number of banknotes of a specified denomination from banknotes in which plural denominations are mixed together.
For example, when coordination is performed by extracting thirty 10-dollar banknotes from one hundred banknotes of mixed denominations, banknotes of mixed denominations placed in the deposit port 11 are sequentially fed, and the banknotes received at the deposit port 11 are allowed to pass through the recognition unit 12 and recognized.
At this time, when the recognition unit 12 recognizes that the banknote is not a 10-dollar banknote, for example, when it is a banknote of other denominations or a banknote off the subject such as a reject banknote, the banknote off the subject is transported to the depositing reject port 14 by the transport unit 16.
On the other hand, when the recognition unit 12 recognizes the banknote as a 10-dollar banknote, that is, the banknote is to be coordinated, the 10-dollar banknote is transported to the dispensing port 13 by the transport unit 16. When the number of 10-dollar banknotes to be coordinated recognized by the recognition unit 12 reaches thirty sheets, 10-dollar banknotes are transported again to the dispensing port 13 after it is detected that thirty 10-dollar banknotes ejected from the dispensing port 13 have been taken out. That is, processing for transporting 10-dollar banknotes of thirty sheets each is repeated until there is no banknote placed in the deposit port 11.
In this manner, while banknotes of mixed denominations are received from the deposit port 11 and thirty 10-dollar banknotes to be coordinated are ejected from the dispensing port 13, banknotes off the subject are ejected from the depositing reject port 14.
Banknotes to be coordinated are transported to the dispensing port 13, and the banknotes off the subject are transported to the depositing reject port 14. However, the banknotes off the subject can be transported to the dispensing port 13, and the banknotes to be coordinated can be transported to the depositing reject port 14.
When banknotes exceeding the capacity are ejected to the dispensing port 13, infeed of banknotes in the deposit port 11 can be temporarily suspended until removing of the banknotes ejected to the dispensing port 13 is detected, or the banknotes can be ejected from the depositing reject port 13 instead of the dispensing port 13.
At the time of coordination and counting, the dispensing port 13 and the depositing reject port 14 can be used as an ejection port of the banknotes to be coordinated, and banknotes off the subject can be transported to the reject escrow unit 15 and the reconciliation cassette 21G. At this time, banknotes of single denomination can be transported to the dispensing port 13 and the depositing reject port 14, or banknotes of plural denominations can be transported thereto.
While an example of coordinating banknotes of various denominations has been described, the application of the coordination method is not limited to the denomination of banknotes, and coordination and counting can be performed for each item of kinds, fit or unfit, front or back, large or small denomination banknote, banknotes of own country or foreign countries, specific banknote or other banknotes, normal banknote or other banknotes (including counterfeit banknotes and questionable banknotes).
A flow of banknotes at the time of depositing and dispensing is explained next. Depositing and dispensing corresponds to “first change preparing process” (see
The banknotes fed and received at the deposit port 11 are allowed to pass through the recognition unit 12 by the transport unit 16 and recognized. When the number of dispensed banknotes of the recognized denomination is less than a set number of banknotes of the denomination in a dispensing breakdown constituting the change fund, the banknotes are continuously dispensed in the dispensing port 13. Whereas, when the number of dispensed banknotes of the recognized denomination reaches the set number of banknotes, the banknotes are transported to the stacker 21 corresponding to the denomination.
When the banknotes exceeding the capacity are ejected to the dispensing port 13, infeed of banknotes in the deposit port 11 can be temporarily suspended until removing of the banknotes ejected to the dispensing port 13 is detected, or the change fund can be ejected from the depositing reject port 14 instead of the dispensing port 13.
A flow of banknotes at the time of ATM fit dispensing is explained next. The ATM fit dispensing means that the banknote with a good condition for being used by an ATM in the shop (ATM fit note) is dispensed. That is, because ATMs are expected to operate unattended without having various troubles such as a banknote jam, there are high needs for banknotes with a good condition to be used among genuine banknotes.
At the time of ATM fit dispensing, the banknote is fed from the stacker 21 to the transport unit 16, and the fed banknote is transported to the recognition unit 12 by the transport unit 16.
At this time, only banknotes recognized as a genuine banknote and recognized that a quality level set according to quality breakdowns such as stain and wrinkle is better than a specified condition are transported to the dispensing port 13. On the other hand, when the quality level is not better than the specified condition, even if it is a genuine banknote, the banknote is transported to the reconciliation cassette 21G. Among these banknotes, the banknotes stored in the reconciliation cassette 21G are sequentially fed out and transported to the recognition unit 16 after the ATM fit dispensing and transported to the stacker 21 corresponding to the denomination recognized by the recognition unit 16.
A flow of banknotes at the time of dispensing in continuous transactions is explained next.
As shown in
At this time, when the banknote is recognized as a banknote appropriate for dispensing, the banknote is transported to either the dispensing port 13 or the depositing reject port 14, which is the ejection port specified as the transport destination in the dispensing transaction, by the transport unit 16. On the other hand, when the banknote is recognized as a banknote inappropriate for dispensing (dispensing reject banknote), the banknote is transported to the reject escrow unit 15 by the transport unit 16. The dispensing reject banknote temporarily held in the reject escrow unit 15 is transported and returned as explained in the deposit return or transported to the stacking unit 31.
A functional configuration of the money handling apparatus according to the present embodiment is explained next.
The operation terminal 110 is basically operated by an authorized personnel of the shop such as a shop operator or a shop manager. However, the operation terminal 110 can be operated by a bank personnel or a security personnel, for a specific application such as a case of unlocking a safe in the storage and feed unit 20 or the storage unit 30.
The operation terminal 110 includes, as shown in
The instruction receiving unit 111 is an operation key group that receives an instruction input, and receives, for example, an operation for inputting or selecting a content of the depositing transaction or the dispensing transaction, an operation for selecting approval or rejection of settled depositing, an operation for inputting or selecting a deposited amount, an operation for selecting use of a transport destination changeover function in one transaction or continuous transactions, or an operation for selecting use of a function for preparing change fund from the sales proceeds.
The display unit 112 is a display device for displaying predetermined information, and for example, displays the deposited amount and the denomination breakdown thereof for confirmation at the time of deposit processing, and displays information about the banknotes ejected in the dispensing port 13 or the depositing reject port 14 or information about the dispensing transaction at the time of dispensing processing. In
The card reader 113 reads information recorded on a card, and reads authentication information such as an ID and a password from a card provided beforehand to the authorized personnel of the shop as preprocessing for the authorized personnel of the shop to perform the depositing and dispensing processing or reads the authentication information from a card provided beforehand to a maintenance personnel or a guard as the preprocessing for the maintenance personnel or the guard to unlock the safe in the storage and feed unit 20 or the storage unit 30. The authentication for recognizing the authorized personnel of the shop, a bank personnel, or a security personnel do not need to be card authentication, and password authentication can be performed instead via the instruction receiving unit 111. Alternatively, authentication using biological information such as a face or fingerprints can be used.
The printing unit 114 is a printing device such as a printer, and for example, prints out the amount of the change fund or the number of banknotes by denomination as a change preparation receipt at the time of creating the change fund. Also at the time of depositing, dispensing, delivery, or collection, the printing unit 114 can print information about various breakdowns such as the amount handled, the number of banknotes by denomination, the transaction date and time, and an operator ID as a receipt.
The informing unit 115 is a speaker or a lamp that outputs speech or light, and for example, when a banknote jam occurs, phonetically outputs a speech message or a warning tone, or blinks the lamp.
The memory unit 120 is a memory device such as a nonvolatile memory that stores data and a program required for various types of processing performed by the control unit 130, and stores, for example, depositing and dispensing information 120a, change information 120b, various setting information 120c, storage/feed unit balance information 120d, and storage unit balance information 120e, as well as the number and the letter at the time of storage in the stacker 21 and a printing format of the change preparation receipt.
The depositing and dispensing information 120a is log information about the deposit processing and the dispensing processing. For example, in the case of the deposit processing, information such as ID of a cash register, ID of an operator, depositing transaction time, transaction type, deposited amount, and denomination breakdown thereof is registered after the deposit processing. In the case of the dispensing process (including change preparation process), information such as an ID of a cash register, ID of an operator, dispensing transaction time, transaction type, dispensing amount, and dispensing breakdown is registered after the dispensing processing.
The change information 120b is information about dispensing breakdown indicating the amount to be dispensed as the change fund and the number of banknotes by denomination, and for example, the dispensing breakdown (for example, breakdown indicating 1-dollar banknotes:40, 5-dollar banknotes:40, 10-dollar banknotes:40, 20-dollar banknotes:20, and 50-dollar banknotes:10) of the change fund for each cash register in the shop is registered according to an operation input using a higher-level device or the instruction receiving unit 111 communication-connected to the money handling apparatus 1.
The various setting information 120c includes pieces of setting information in the money handling apparatus 1, and for example, a condition for performing delivery control for transporting a banknote from the stacker 21 to the stacking unit 31 (for example, setting of an upper limit or optimum value of the number of banknotes stored) is set and registered according to the operation input by the higher-level device or the instruction receiving unit 111 communication-connected to the money handling apparatus 1. Setting regarding which of the dispensing port 13 and the depositing reject port 14 is given priority as a transport destination of the dispensed banknotes is also registered.
The storage/feed unit balance information 120d expresses the balance, which is an amount to be stored and the number of banknotes by denomination in the stacker 21 of the storage and feed unit 20. In the present embodiment, because the stacker 21 is allocated for each denomination, the number of banknotes stored in each stacker 21 becomes equivalent to the number of banknotes by denomination.
The storage unit balance information 120e expresses the balance, which is the amount to be stored and the number of banknotes by denomination in the stacking unit 31 of the storage unit 30.
The memory unit 120 stores information about the handling authority of the depositing and dispensing unit 10, the storage and feed unit 20, and the storage unit 30. Specifically, the memory unit 120 stores the handling authority associating the authentication information such as an ID or a password provided beforehand to a shop operator, a shop manager, a maintenance personnel, and a specified person for collection with an operation authority and an unlocking authority given to the authentication information.
The operation authority is for performing processing corresponding to an operation made by an operator, and includes, for example, an access authority to the storage and feed unit balance enabling to access and view the balance of the storage and feed unit 20 and an access authority to the storage unit balance enabling to access and view the balance of the storage unit 30, as well as a deposit authority enabling to perform the deposit processing for receiving banknotes, a dispensing authority enabling to perform the dispensing processing for ejecting the banknotes, and a delivery authority enabling to perform the delivery processing for delivering the banknotes from the storage and feed unit 20 to the storage unit 30.
For example, because the shop operator and the shop manager belong to the shop, the depositing authority and the dispensing authority are given, and because a maintenance personnel of a bank belongs to the bank and the cash in the storage unit is in the possession of the bank, the delivery authority and the balance access authority of both the storage and feed unit and the storage unit are given. Because the specified person for collection belongs to a security company, only the unlocking authority is required, and the operation authority does not need to be provided. However, only the balance access authority of the storage unit can be given for confirming the collected amount. Various operation authorities can be set arbitrarily by the operation terminal 110 or a higher-level device. For example, many operation authorities can be given to a senior authorized person for the operations belonging to the same party concerned such as the shop operator and the shop manager.
In the money handling apparatus 1 according to the present embodiment, the authentication information about the operator is input via the operation terminal 110 before performing the deposit processing, dispensing processing, delivery processing, and balance access processing, and the operation authority stored in the memory unit 120 in association with the authentication information is confirmed.
At this time, the money handling apparatus 1 determines whether the authority (depositing authority, dispensing authority, delivery authority, or access authority) corresponding to the processing requested by the operator is given to the operation authority corresponding to the authentication information whose input has been received, and when the authority corresponding to the processing requested by the operator is given, the money handling apparatus 1 proceeds to an execution stage of the processing. Specifically, the processing corresponding to the authority of the operator is displayed on the display unit 112, thereby enabling to select the processing.
On the other hand, when the input authentication information is not registered in the memory unit 120, or even when the authentication information is registered in the memory unit 120, if the authority corresponding to the processing requested by the operator is not given, the processing is not performed. In the former case, there is a high possibility that the operator is not any one of the three parties concerned, and thus a warning can be issued as an illegitimate operation by a third party.
In this manner, the operation authority is given to the authentication information given to the operator who operates the depositing and dispensing unit 10, or at least one of the storage and feed unit 20 and the storage unit 30, and it is determined whether the operation authority of the processing requested by the operated is included in the operation authority corresponding to the authentication information input by the operator. Accordingly, the processing requested by the operator can be performed only when the operation authority is given to the operator.
In the present embodiment, an example in which the deposit authority and the delivery authority are exclusively given has been described. However, the operation authorities of the deposit authority and the delivery authority can be given to the same person, and a person who has only the deposit authority, a person who has only the delivery authority, and a person who has both the deposit authority and the delivery authority can be arbitrarily set.
The unlocking authority relates to unlock of the inside of the money handling apparatus 1, and for example, includes an unlocking authority of the depositing and dispensing unit 10, an unlocking authority of the storage and feed unit 20, and an unlocking authority of the storage unit 30.
For example, a shop operator and a shop manager are given with the unlocking authority of the depositing and dispensing unit 10, a maintenance personnel of the bank is given with the unlocking authority of the storage and feed unit 20 and the storage unit 30, and a specified person for collection is given with the unlocking authority of the storage unit 30.
In the money handling apparatus 1 according to the present embodiment, before unlocking the depositing and dispensing unit 10, the storage and feed unit 20, or the storage unit 30, the authentication information about the operator is input via the operation terminal 110, to confirm the unlocking authority stored in the memory unit 120 in association with the authentication information.
At this time, in the money handling apparatus 1, it is determined whether the unlocking authority corresponding to a part (the depositing and dispensing unit 10, the storage and feed unit 20, or the storage unit 30) requested by the operator is given to the unlocking authority corresponding to the authentication information whose input has been received. If the unlocking authority corresponding to the part requested by the operator is given, a lock (for example, an electronic lock) of the part is unlocked. Accordingly, in the present embodiment, unlocking of the part can be performed only when the unlocking authority is given to the part whose unlocking is requested by the operator.
In the present embodiment, a case that the lock is electronically unlocked has been explained. However, for example, a key corresponding to the respective parts is provided beforehand, and unlocking by a key operation can be mechanically performed, or both of mechanical unlocking and electronic unlocking can be performed.
In the present embodiment, an example in which the unlocking authority of the depositing and dispensing unit 10 and the unlocking authority of the storage and feed unit 20 and the storage unit 30 are exclusively given has been described. However, the unlocking authority of the depositing and dispensing unit 10, the storage and feed unit 20, and the storage unit 30 can be given to the same person, and a person who has only the unlocking authority of the depositing and dispensing unit 10, a person who has only the unlocking authority of the storage and feed unit 20, a person who has two unlocking authorities of the three parts, and a person who has unlocking authorities of the three parts can be arbitrarily set.
The control unit 130 controls the entire money handling apparatus 1, and includes a depositing controller 130a, a dispensing controller 130b, a delivery controller 130c, a storage/feed-unit balance update unit 130d, and a storage-unit balance update unit 130e. In practice, the control unit 130 stores a program corresponding to these functional units in a ROM or a nonvolatile memory (not shown), and these programs are loaded on a CPU and executed so that the depositing controller 130a, the dispensing controller 130b, the delivery controller 130c, the storage/feed-unit balance update unit 130d, and the storage-unit balance update unit 130e performs a process corresponding thereto.
The depositing controller 130a performs control associated with the deposit processing. Details thereof will be described later with reference to
The dispensing controller 130b performs control associated with the dispensing processing. Details thereof will be described later with reference to
Further, when the dispensing processing is performed for a plurality of dispensing transactions, the dispensing controller 130b changes over the dispensing port 13 and the depositing reject port 14 as the transport destination for each dispensing transaction, to control the transport unit 16 to transport the banknotes fed from the stacker 21.
For example, when there are cash registers NO. 1 to NO. 7 in the shop, an operation for preparing the change fund for the seven registers for the next business day is performed at the time of a closing operation after close of business of the shop.
Under such a circumstance, when the change fund of registers NO. 1 to NO. 7 is transported to the dispensing port 13, even after completion of transport of the change fund for register NO. 1, transport of the change fund for register NO. 2 cannot be started until the change fund for register NO. 1 is pulled out from the dispensing port 13. Therefore, a waiting time for a removing operation of the change fund for register NO. 1 becomes a lost time. Further, the number of times of the removing operation of the change fund affecting the dispensing of the next change fund becomes six times, and thus the waiting time becomes long inevitably.
On the other hand, in the present embodiment, immediately after transport of the change fund for register NO. 1 to the dispensing port 13 finishes, the transport unit 16 is controlled to transport the change fund for register NO. 2 to the depositing reject port 14. Therefore, if the removing operation of the change fund for register NO. 1 is performed until dispensing of the change fund for register NO. 2 finishes, the waiting time can be made zero. Even if the waiting time does not become zero, the number of times of the removing operation of the change fund becomes about half, thereby enabling to reduce an absolute value of the waiting time for the removing operation.
In the present embodiment, therefore, the waiting time for the removing operation of the dispensed banknotes can be reduced to at least half or up to zero, thereby enabling to improve the efficiency of the dispensing processing rapidly.
The delivery controller 130c controls the transport unit 16 to deliver banknotes stored in the stacker 21 to the stacking unit 31 when a predetermined condition is satisfied. For example, when a host computer 200 managed by a bank inputs a delivery instruction, when a representative of the bank such as a maintenance personnel inputs an instruction using the instruction receiving unit 111, or when the number of banknotes stored in the stacker 21 reaches the upper limit, the delivery controller 130c controls the transport unit 16 to transport the banknotes for a specified amount from the stacker 21 to the stacking unit 31 or controls the transport unit 16 to transport the banknotes of a specified denomination for a specified number from the stacker 21 to the stacking unit 31.
The delivery controller 130c can perform the delivery control completely automatically if the amount stacked in the stacker 21 and a set value of time are registered in the memory unit 120 as the various setting information 120c. For example, when a condition relating to the amount stacked in the stacker 21 is to be set, an upper limit and an optimum amount of the number of banknotes stored can be set with respect to the respective stackers 21 or the upper limit and the optimum amount can be set with respect to the entire amount in the stacker 21, or an upper limit and an optimum value of the quantity of actually stacked banknotes (the downward degree of the stage in the embodiment) can be set regardless of the number of banknotes stored.
According to the former case, it can be prevented that the banknotes exceeding the amount set by the bank remain in the storage and feed unit 20. According to the latter case, even when the stored banknotes are wrinkled or contain moisture to become bulky as compared to the same number of banknotes having no abnormality, such an abnormal condition can be detected to enable delivery of the banknotes.
The storage/feed-unit balance update unit 130d updates the storage/feed unit balance information 120d stored in the memory unit 120. Specifically, when the deposit processing is performed by the depositing controller 130a, the storage/feed-unit balance update unit 130d adds and updates the deposited amount and the denomination breakdown, respectively, to the amount and the number of banknotes by denomination stored in the storage and feed unit 20. When the dispensing processing is performed by the dispensing controller 130b, the storage/feed-unit balance update unit 130d subtracts and updates the dispensing amount and the denomination breakdown, respectively, from the amount and the number of banknotes by denomination stored in the storage and feed unit 20. When the delivery processing is performed by the delivery controller 130c, the storage/feed-unit balance update unit 130d subtracts and updates the delivery amount and the denomination breakdown, respectively, from the amount and the number of banknotes by denomination stored in the storage and feed unit 20.
The storage-unit balance update unit 130e updates the storage unit balance information 120e stored in the memory unit 120. Specifically, when the delivery processing is performed by the delivery controller 130c, the storage-unit balance update unit 130e adds and updates the delivery amount and the denomination breakdown to the balance of the storage unit 30.
The deposit processing according to the present embodiment is explained next.
As shown in
At this time, when the recognition unit 12 recognizes that the received banknote is a banknote appropriate for deposit (Yes at Step S103), the depositing controller 130a controls the transport unit 16 to transport the received banknote to the stacker 21 corresponding to the recognized denomination, and counts the number of stored banknotes by denomination (Steps S104 and S105).
On the other hand, when the recognition unit 12 recognizes that the received banknote is a banknote inappropriate for deposit (No at Step S103), the depositing controller 130a controls the transport unit 16 to transport the received banknote to the depositing reject port 14 (Step S106).
The depositing controller 130a repeatedly performs the process from Steps S102 to S106 until there is no loaded banknote in the deposit port 11 (No at Step S107), and when there is no loaded banknote (Yes at Step S107), displays for confirmation the number of stored banknotes by denomination at that time on the operation terminal 110 as the deposited amount and the denomination breakdown (Step S108).
At this time, when a confirmation input (approval input) of the deposit has been received via the operation terminal 110 (Yes at Step S109), the storage/feed-unit balance update unit 130d adds and updates the deposited amount and the denomination breakdown, respectively, to the amount and the number of banknotes by denomination stored in the storage and feed unit 20 as the storage/feed unit balance information 120d (Step S110), and requests the host computer 200 of the bank to perform online deposit processing for adding the deposited amount to the balance of a bank account of the shop (Step S111), to finish the processing.
On the other hand, when a rejection input of the deposit has been received via the operation terminal 110 (No at Step S109), the depositing controller 130a performs “deposit return” for controlling the transport unit 16 to transport the banknotes from the respective stackers 21 to the dispensing port 13 based on the denomination breakdown of the deposited amount (Step S112), and finishes the processing.
In this manner, the deposited amount and the denomination breakdown are added and updated to the balance of the storage and feed unit 20 held by the bank and the online deposit processing for adding the deposited amount to the balance of the bank account of the shop is requested to the host computer 200. Accordingly, the balance of the storage and feed unit 20 can be accurately managed and the deposits and savings in the bank can be accurately managed.
A first dispensing processing (transaction 1) according to the present embodiment is explained next.
As shown in
The dispensing controller 130b allocates the denomination type (stacker) to be ejected at the ejection port to either one of the dispensing port 13 and the depositing reject port 14 as the ejection port (Step S203). For example, the dispensing controller 130b preferentially allocates the denomination type to the ejection port, to which preferred setting of the transport destination stored in the memory unit 120 as the various setting information 120c is made.
Subsequently, the dispensing controller 130b sequentially feeds the banknotes from the allocated stacker 21 (Step S204), and controls the transport unit 16 to transport the fed banknotes to the recognition unit 12 (Step S205).
At this time, when the recognition unit 12 recognizes that the fed banknotes are banknotes appropriate for dispensing (Yes at Step S206), the dispensing controller 130b controls the transport unit 16 to transport the banknotes to the ejection port, to which the denomination type has been already allocated at Step S203 (Step S207), and counts the number of dispensed banknotes by denomination based on the recognized denomination (Step S208).
On the other hand, when the recognition unit 12 recognizes that the fed banknotes are banknotes inappropriate for dispensing (No at Step S206), the dispensing controller 130b controls the transport unit 16 to transport the dispensing reject banknotes to the reject escrow unit 15 (Step S209). The dispensing reject banknotes in the reject escrow unit 15 are transported and returned as explained in the deposit return or transported to the stacking unit 31.
The dispensing controller 130b repeatedly performs the process from Steps S204 to S209 until the number of dispensed banknotes by denomination allocated to the ejection port becomes the number of banknotes of the denomination in the dispensing breakdown (No at Step S210). When the number of dispensed banknotes by denomination allocated to the ejection port becomes the number of banknotes by denomination in the dispensing breakdown (Yes at Step S210), the dispensing controller 130b determines whether dispensing has been performed for all denominations constituting the dispensing breakdown (Step S211).
When the dispensing has not been performed for all denominations constituting the dispensing breakdown (No at Step S211), the dispensing controller 130b repeatedly performs the process from Steps S204 to S210 so that the banknotes of a different denomination are ejected from an ejection port separate from the ejection port, to which the denomination type is allocated at Step S203.
When the dispensing has been performed for all denominations constituting the dispensing breakdown (Yes at Step S211), the storage/feed-unit balance update unit 130d subtracts and updates the dispensing amount and the dispensing breakdown (the number of banknotes by denomination), respectively, from the balance of the storage and feed unit 20 stored in the memory unit 120 as the storage/feed unit balance information 120d (Step S212), and requests the host computer 200 in the bank to perform online dispensing processing for subtracting and updating the dispensing amount from the balance of the bank account of the shop (Step S213), to finish the processing.
Thus, in the present embodiment, when the dispensing processing of one dispensing transaction is performed, the dispensing port 13 or the depositing reject port 14 is changed over as the transport destination for each type of denomination, and the transport unit 16 is controlled to transport the banknotes fed by the stacker 21.
Accordingly, for example, when the dispensing port 13 and the depositing reject port 14 are changed over as the transport destination for each denomination type, the banknotes can be divided by denomination and ejected to the dispensing port 13 and the depositing reject port 14, and the banknotes can be sorted by denomination and obtained as the dispensed banknotes. As a result, conveniences associated with sorting in the dispensing processing can be improved.
A case that when the dispensing processing of one dispensing transaction is performed, the dispensing port 13 and the depositing reject port 14 are changed over as the transport destination for each denomination type has been explained. However, the transport destination can be changed over according to not only the denomination type but also by country, denomination, fit/unfit, large/small amount, old/new banknotes, and front or back. All the fed banknotes can be transported to the dispensing port 13 or the depositing reject port 14. When one of the ejection ports becomes full, the banknotes can be transported to the other ejection port. Specification and changeover of the transport destination can be similarly applied to not only at the time of dispensing but also at the time of return such as deposit return.
Further, in the present embodiment, information about banknotes to be ejected to the dispensing port 13 or the depositing reject port 14 or information about the dispensing transaction can be displayed on the operation terminal 110 by controlling the transport unit 16.
For example, in an example shown in
A second dispensing process (a continuous transaction) according to the present embodiment is explained next.
As shown in
The dispensing controller 130b allocates the dispensing transaction (preparation of the change fund for cash register NO. m1) to either one of the dispensing port 13 and the depositing reject port 14 so that the banknotes are ejected from the allocated ejection port (Step S302). For example, the dispensing controller 130b preferentially allocates the denomination type to the ejection port, to which preferred setting of the transport destination stored in the memory unit 120 as the various setting information 120c is made.
Subsequently, the dispensing controller 130b sequentially feeds the banknotes from the allocated stacker 21 for each denomination in the dispensing breakdown of the dispensing transaction (Step S303), and controls the transport unit 16 to transport the fed banknotes to the recognition unit 12 (Step S304).
At this time, when the recognition unit 12 recognizes that the fed banknotes are banknotes appropriate for dispensing (Yes at Step S305), the dispensing controller 130b controls the transport unit 16 to transport the banknotes to the ejection port, to which the dispensing transaction has been already allocated at Step S302 (Step S306), and counts the number of dispensed banknotes by denomination based on the recognized denomination (Step S307).
On the other hand, when the recognition unit 12 recognizes that the fed banknotes are banknotes inappropriate for dispensing (No at Step S305), the dispensing controller 130b controls the transport unit 16 to transport the dispensing reject banknotes to the reject escrow unit 15 (Step S308). The dispensing reject banknotes in the reject escrow unit 15 are transported and returned as explained in the deposit return or transported to the stacking unit 31.
The dispensing controller 130b repeatedly performs the process from Steps S303 to S308 until the number of dispensed banknotes by denomination in the dispensing transaction becomes equal to the dispensing breakdown (No at Step S309).
When the number of dispensed banknotes by denomination in the dispensing transaction becomes equal to the dispensing breakdown (Yes at Step S309), the storage/feed-unit balance update unit 130d subtracts and updates the dispensing amount and the dispensing breakdown (the number of banknotes by denomination), respectively, from the balance of the storage and feed unit stored in the memory unit 120 as the storage/feed unit balance information 120d (Step S310), and requests the host computer 200 in the bank to perform the online dispensing processing for subtracting the dispensing amount from the balance of the bank account of the shop (Step S311).
When dispensing has not been performed for all the dispensing transactions (preparation of change fund for all cash registers) (No at Step S312), the dispensing controller 130b changes over the transport destination to the other ejection port separate from the ejection port, to which the dispensing transaction (preparation of the change fund for cash register NO. m1) has been allocated immediately before, to allocate thereto the remaining type of denomination of the dispensing transaction, which has not been dispensed (Step S313).
At this time, when the banknotes have not been stacked in the other ejection port (Yes at Step S314), the dispensing controller 130b sequentially feeds the banknotes for each denomination in the dispensing breakdown of the dispensing transaction from the stacker 21 (Step S303), to repeat the processing from Steps S304 to S311.
When dispensing is complete for all the dispensing transactions (preparation of the change fund for all cash registers) (Yes at Step S312), the dispensing controller 130b finishes the processing.
In the present embodiment, further, information about the banknotes ejected to the dispensing port 13 and the depositing reject port 14 or information about the dispensing transaction can be displayed on the operation terminal 110 by controlling the transport unit 16.
For example, in an example shown in
In the dispensing controller 130b, a case that the change fund is dispensed for each cash register number has been explained. However, if the change information is registered in the memory unit 120 for each operator number of the cash register (hereinafter, “cashier number”), the change fund can be dispensed for each cashier.
A case that the change fund is automatically dispensed has been explained here. However, the present invention is not limited thereto, and the dispensing processing of the change fund can be started when the cash register number or the cashier number is given from an input unit of a server (a higher-level device) connected to the instruction receiving unit 111 of the operation terminal 110 or the money handling apparatus 1 via a network or the like.
That is, in the dispensing controller 130b, when the cash register number or the cashier number is given from the instruction receiving unit 111 of the operation terminal 110 or the input unit of the higher-level device, the change fund can be dispensed for each cash register number or the cashier number.
At this time, the dispensing controller 130b collates the cash register number or the cashier number input via the instruction receiving unit 111 of the operation terminal 110 with the cash register number or the cashier number included in establishment information registered in the memory unit 120 of the money handling apparatus 1 or in the higher-order device. When the cash register number or the cashier number matching the establishment information is registered therein, the dispensing controller 130b can dispense the change fund corresponding to the cash register number or the cashier number.
The establishment information is data associated with the cash register number or the cashier number operated on business day for each business day or business day type, and for example, the number of cash registers or cashiers operated on one business day, a site where the cash register is operated, and a cashier who is on duty are distinctly registered, between a busy day such as the fifth and tenth day of each month, and Saturday, Sunday, and holidays and a non-busy day.
In the present embodiment, further, a case that the dispensing port 13 and the depositing reject port 14 are changed over for dispensing as the transport destination of the dispensed banknotes for each denomination and cash register number has been explained. However, the dispensed banknotes can be ejected basically by only one ejection port of the dispensing port 13 or the depositing reject port 14, and only when a predetermined condition is satisfied, the transport destination can be changed to the other ejection port for dispensing automatically or after reception of assignment. Hereinafter, it is assumed that the dispensing port 13 is set as a primary dispensing destination of the dispensed banknotes.
For example, as such a predetermined condition, when a condition that the dispensing port 13 as the primary dispensing destination is fully loaded with the dispensed banknotes, that is, the dispensing port 13 is in a full state or a nearly-full state is satisfied, even if the dispensing port 13 has been set as the dispensing destination of the dispensed banknotes, the dispensed banknotes are transported to the depositing reject port 14 and dispensed, upon reception of an operation for specifying the depositing reject port 14 as a temporary dispensing destination via the instruction receiving unit 111 of the operation terminal 110. In this case, a full-state detecting unit such as a photo sensor that detects whether the dispensing port 13 is fully loaded with the banknotes needs to be provided at the dispensing port 13.
Accordingly, the number of banknotes that cannot be dispensed at a time from only one ejection port (dispensing port 13) set as the primary dispensing destination can be bypassed to the other ejection port (depositing reject port 14) as the temporary dispensing destination and dispensed at a time, thereby enabling to improve the dispensing efficiency.
As such a predetermined condition, when such conditions that a transport error that cannot transport the dispensed banknotes to the dispensing port 13 as the primary dispensing destination is detected and that there is no banknote in the depositing reject port 14 are satisfied, upon reception of an operation for specifying the depositing reject port 14 as the temporary dispensing destination via the instruction receiving unit 111 of the operation terminal 110, the dispensed banknotes are transported to the depositing reject port 14 and dispensed. In this case, a presence detecting unit that detects the presence of the banknotes in the depositing reject port 14 needs to be provided in the depositing reject port 14.
Accordingly, even if a transport error such that the dispensed banknotes cannot be transported to the one ejection port (the dispensing port 13) set as the primary dispensing destination is detected by the transport unit 16, the dispensed banknotes can be transported to the other ejection port (the depositing reject port 14) as the temporary dispensing destination, thereby enabling to improve the dispensing efficiency.
A case that the dispensing port 13 is set as the primary dispensing destination and the depositing reject port 14 is set as the temporary dispensing destination has been explained here. However, even when the dispensing port 13 is set as the temporary dispensing destination and the depositing reject port 14 is set as the primary dispensing destination, same effects can be achieved by adopting the same configuration.
While a case of dispensing the change fund has been described in the present embodiment, the present invention is not limited thereto, and the invention can be applied in the same manner to dispensing of banknotes to be loaded in another machine such as an ATM and other dispensing transactions such as dispensing at the time of exchange.
A depositing and dispensing process according to the present embodiment is explained next.
As shown in
The depositing controller 130a allocates the respective denomination types to be ejected at the ejection port to the both ejection ports of the dispensing port 13 and the depositing reject port 14 (Step S403), and performs a “first change preparing process” for directly dispensing the banknotes deposited as the sales proceeds, which can be reused, of the banknotes by denomination to be dispensed as the change fund, without storing in the stacker 21 (Step S404).
The first change preparing process according to the present embodiment is explained here.
As shown in
When the number of dispensed banknotes of the recognized denomination is less than the set number of banknotes of the denomination in the dispensing breakdown (Yes at Step S502), the depositing controller 130a controls the transport unit 16 to transport the banknotes to the ejection port to which the recognized denomination is allocated (Step S503), and counts up the number of dispensed banknotes of the recognized denomination and the number of stored banknotes (Step S504). The reason why the number of stored banknotes is counted up is to regard that the sales proceeds is stored in the stacker 21.
On the other hand, when the banknotes of the recognized denomination has been ejected up to the set number of banknotes of the denomination in the dispensing breakdown (No at Step S502), the depositing controller 130a controls the transport unit 16 to transport the received banknotes to the stacker 21 corresponding to the recognized denomination, and counts the number of stored banknotes by denomination (Steps S505 and S506).
The depositing controller 130a repeatedly performs the process from Steps S501 to S506 until there is no banknote loaded in the deposit port 11 (No at Step S507). When there is no loaded banknote (Yes at Step S507), the depositing controller 130a proceeds to Step S405 shown in
Returning to the explanation of
When the confirmation input (approval input) of deposit is received via the operation terminal 110 (Yes at Step S406), the storage/feed-unit balance update unit 130d adds and updates the deposited amount and the denomination breakdown deposited without being reused, respectively, as the change fund to the balance of the storage and feed unit 20 stored in the memory unit 120 as the storage/feed unit balance information 120d (Step S407), and requests the host computer 200 in the bank to perform the online deposit processing for adding the deposited amount to the balance of the bank account of the shop (Step S408).
Subsequently, the dispensing controller 130b performs a “second change preparing process” to fill the deficit, which occurs because the number of dispensed banknotes does not reach the set number of the change fund in the first change preparing process performed at Step S404, by dispensing the banknotes from the stacker 21 (Step S409).
The second change preparing process according to the present embodiment is explained here.
As shown in
At this time, when there is a denomination in which the number of dispensed banknotes of the denomination is insufficient for the set number of the change fund (Yes at Step S601), the dispensing controller 130b sequentially feeds the banknotes from the stacker 21 that stores the banknotes of the denomination in short supply (Step S602), and controls the transport unit 16 to transport the fed banknotes (Step S603).
When the recognition unit 12 recognizes that the fed banknotes are banknotes appropriate for dispensing (Yes at Step S604), the dispensing controller 130b controls the transport unit 16 to transport the banknotes to the ejection port to which the recognized denomination is allocated (Step S605), and counts the number of dispensed banknotes by denomination based on the recognized denomination (Step S606).
On the other hand, when the recognition unit 12 recognizes that the fed banknotes are banknotes inappropriate for dispensing (No at Step S604), the dispensing controller 130b controls the transport unit 16 to transport the dispensing reject banknotes to the reject escrow unit 15 (Step S607). The dispensing reject banknotes in the reject escrow unit 15 are transported and returned as explained in the deposit return or transported to the stacking unit 31.
The dispensing controller 130b repeatedly performs the process from Steps S602 to S607 until the number of dispensed banknotes by denomination reaches the set number of the change fund (Yes at Step S601). When the number of dispensed banknotes of each denomination reaches the set number of the change fund (No at Step S601), the dispensing controller 130b finishes the process.
Returning to the explanation of
When a rejection input of the deposit is received via the operation terminal 110 (No at Step S406), the depositing controller 130a performs “deposit return” for controlling the transport unit 16 to transport the banknotes from each stacker 21 to the dispensing port 13 based on the denomination breakdown of the deposited amount (Step S413), to finish the process.
In the example shown in
A delivery process according to the present embodiment is explained next.
As shown in
At this time, when there is a stacker 21 having reached the upper limit (Yes at Step S701), the delivery controller 130c leaves the optimum number of banknotes stored in the stacker 21 and transports the number of banknotes exceeding the optimum value to the stacking unit 31 (Step S702).
The storage/feed-unit balance update unit 130d subtracts and updates the delivery amount and the dispensing breakdown (the number of banknotes by denomination), respectively, from the balance of the storage and feed unit stored in the memory unit 120 as the storage/feed unit balance information 120d (Step S703).
On the other hand, the storage-unit balance update unit 130e adds and updates the delivery amount and the denomination breakdown to the balance of the storage unit 30 stored in the memory unit 120 as the storage unit balance information 120e (Step S704). Further, the storage-unit balance update unit 130e subtracts the delivery amount from the balance of title of account “shop funds” in a financial institution and adds the delivery amount to the balance of title of account “normal funds” (Step S705), to finish the process.
Thus, even when there is a cash transport between the depositing and dispensing unit 10, the storage and feed unit 20, and the storage unit 30, the balance of the storage and feed unit 20 and the storage unit 30 can be accurately managed.
As described above, in the present embodiment, the money handling apparatus 1 is divided into the depositing and dispensing unit 10 that performs a depositing and dispensing process of banknotes, the storage and feed unit 20 that stores and feeds the banknotes, and the storage unit 30 that stores the banknotes. Because the depositing and dispensing unit 10, the storage and feed unit 20, and the storage unit 30 are configured such that three different parties concerned can handle only the part allowed to the party concerned, more than three parties concerned can be involved in handling of the banknotes.
In the present embodiment, further, because the transport control is performed to control the transport unit 16 to transport the dispensed banknotes to the depositing reject port 14, even if the dispensing port 13 cannot dispense the banknote due to a banknote jam or the like, the depositing reject port 14 can be operated as a bypass, thereby enabling to prevent a reduction of efficiency in the dispensing processing.
In the present embodiment, (3) of
That is, in the case of (4) of
In the case of (3) of
For example, an amount to be left in the shop after close of business of the shop is set, and the banknotes exceeding the set amount are delivered to the storage unit 30. In this case, it is desired to calculate the amount to be left based on a change of the balance or to determine a certain amount beforehand. Alternatively, the delivery amount is preset, and the delivery amount is delivered to the storage unit 30. In this case, the certain amount can be set as the delivery amount, or calculated based on the sales amount or the balance of the storage and feed unit 20. The delivery amount can be arbitrarily set or input.
In the above embodiment, the ATM fit note is dispensed from the dispensing port 13 or the depositing reject port 14. However, the ATM fit note does not need to be dispensed from the dispensing port 13 or the depositing reject port 14, and for example, while the ATM fit notes are stacked in the reconciliation cassette 21G, the banknotes that do not satisfy a quality level specified as the ATM fit note can be held in the reject escrow unit 15, and transported to the respective cassettes 21 after ATM fit dispensing.
In the above embodiment, a case that the depositing and dispensing unit 10 is provided in an upper part, the storage and feed unit 20 in the middle, and the storage unit 30 in a lower part (see (a) of
In the above embodiment, as shown in (a) of
In the above embodiment, further, the banknotes are stored in the storage and feed unit 20 and the storage unit 30. However, a storage unit can be provided in the depositing and dispensing unit 10 to store the banknotes.
In the above embodiment, a case that the balance of the storage and feed unit 20 and the balance of the storage unit 30 are displayed on the operation terminal 110 so that the parties concerned of the shop, the bank, and the security company can view the balances has been explained. However, the present invention is not limited thereto, and the money handling apparatus 1 can be remotely operated by accessing thereto from an external device.
An access authority to the money handling apparatus from the external device is specifically explained below.
As described above, the external device includes a plurality of terminals belonging to different parties concerned. However, setting of the access authority enabling remote control of the processing associated with either one of the depositing and dispensing unit 10, the storage and feed unit 20, and the storage unit 30 by an access from outside (for example, an authority to view the balance of the storage and feed unit 20 or the storage unit 30 from the external device) can be set arbitrarily.
In the example shown in
Not only in a case that the parties concerned as shown in (3) of
In the example shown in
The money handling apparatus 1 stores the access authority given to the external device in the memory unit 120, to determine whether an access from the external device is from a device having the access authority. As a result, in the case of the external device having the access authority, the money handling apparatus 1 determines whether the processing requested by the external device is included in the access authority.
At this time, when the access from the external device is an access from the device having the access authority, and the processing requested by the external device is included in the access authority, the money handling apparatus 1 performs the processing in response to the request.
On the other hand, when the access from the external device is not an access from the device having the access authority, or even if the external device has the access authority, when the processing requested by the external device is not included in the access authority, the money handling apparatus 1 does not perform the processing.
Accordingly, only in the processing for which the external device belonging to the party concerned has the access authority, remote control can be performed by the access from outside.
For example, in the example shown in
In the example shown in
In the example, further, the online deposit processing and the online dispensing processing are performed at the time of performing the depositing and dispensing process. However, the online processing for the depositing and dispensing performed in a certain period can be performed collectively at a predetermined timing.
For example, the depositing and dispensing amounts and the number of banknotes by denomination in the depositing and dispensing transactions for one day stored in the memory unit 120 as the depositing and dispensing information 120a are summed up as sum total of deposited amount and the sum total of dispensed amount, and the sum total of deposited amount and the sum total of dispensed amount can be processed online, or total amount of deduction between the deposited amount and the dispensed amount or the number of banknotes by denomination of the total amount of deduction can be processed online.
In the present invention, upon reception of a request from the operation terminal 110 or the external device, at least one of the online deposit processing and the online dispensing processing can be performed. For example, the online deposit processing and the online dispensing processing can be performed by consolidating the depositing and dispensing transactions stacked and stored in the memory unit 120 as the depositing and dispensing information 120a for a period since the last online-processing of the depositing and dispensing until reception of an instruction this time.
Further, in the present embodiment, depositing and dispensing are performed regardless of whether it is the front or back of a banknote. In the present invention, however, by including the reject escrow unit 15 and the reconciliation cassette 21G in a route of banknotes at the time of depositing or in a route of banknotes at the time of dispensing, the front and back are reversed, and the deposited banknotes can be stored in the stacker 21 with the front and back being sorted, or the banknotes can be dispensed from the dispensing port 13 or the depositing reject port 14 with the front and back being sorted.
For example, when it is set such that banknotes are stored in the stacker 21 in a state with the front face thereof facing upward, if the banknote is fed into the inside of the apparatus from the deposit port 11 with the front face thereof facing downward, the recognition unit 16 recognizes that the front face of the banknote faces downward, and the banknote is temporarily stored in the stacker of the recognized denomination. The banknote stored in the stacker 21 is fed out and transported to the reject escrow unit 15 and held therein, and thereafter, transported to the stacker 21 through the recognition unit 16 again. Accordingly, all the banknotes to be stored in the stacker 21 can be stored with the front face being upward.
When it is set such that banknotes are dispensed at the dispensing port 13 in a state with the front face thereof facing upward, the banknotes stored in the stacker 21 with the front face being downward are transported to the reject escrow unit 15 and held therein, and dispensed from the dispensing port 13. Accordingly, all the banknotes to be dispensed from the dispensing port 13 can be dispensed with the front face being upward.
In the present embodiment, a case that the three parties of the shop, the bank, and the security company have the handling authority has been explained. However, the present invention is not limited to a case that the parties concerned are three, and is also applicable to a case that the parties concerned are four or more by providing a fourth part having either one function of the storage and feed unit 20 and the storage unit 30.
For example, when a storage unit 40 having the same function as that of the storage unit 30 shown in
In the above embodiment, functional units of the operation terminal 110, the memory unit 120, and the control unit 130 can be provided in any part of the first, second, and third parts in a consolidated manner or in a distributed manner. These functional units can be provided in each part.
| Filing Document | Filing Date | Country | Kind | 371c Date |
|---|---|---|---|---|
| PCT/JP2009/055953 | 3/25/2009 | WO | 00 | 9/26/2011 |
