CN213458226U - Integrated cash storing and taking box for bank outlets - Google Patents

Abstract

The application provides a bank outlet integration cash access case can be used to the finance field, include: the cash counter module, the ATM module, the safe and the communication control module. Wherein, cash counter module includes: a cabinet surface cash inlet and outlet and a cabinet surface cash delivery track; the ATM module includes: the ATM cash inlet and outlet port and the ATM cash delivery track; the safe case includes: a cash box and a cash conveying track of the cash box. The counter money inlet and outlet is connected with the money conveying track of the money box through the counter money conveying track; the ATM cash inlet and outlet port is connected with a cash conveying track inside the cash box through an ATM cash conveying track; the communication control module controls the motion of the cabinet surface money outlet and inlet, the cabinet surface money conveying track, the ATM money outlet and inlet, the ATM money conveying track, the money box and the money box money conveying track. The integrated cash storing and taking box is arranged at a bank outlet, and the technical problems that the counter is complicated in counting, checking and bundling, and the counter and ATM are insufficient in cash supply or need to check and supply in real time are solved.

Description

Integrated cash storing and taking box for bank outlets

Technical Field

The utility model relates to a finance field, in particular to bank outlets integration cash access case.

Background

The cash business of the bank outlets is mainly concentrated in two business channels of cash counters and automatic teller machines (hereinafter abbreviated as ATM) of the bank outlets, and the two business channels have the following technical problems in the long term of handling the paper money and the cash business:

when a bank cash counter transacts the paper money and cash business, a bank teller is required to manually count, check and bundle cash, and manually perform transaction accounting through a bank counter terminal, so that the full-process automation operation is not realized.

And (II) the conventional cash box for the teller has limited cash inventory and cannot meet the requirement of large-amount cash withdrawal of customers who do not reserve.

And (III) when more or large-amount deposit business occurs, the bank of the cash box of the teller is over-stored and needs to be paid additionally.

And (IV) limited by the size of the ATM cash box, the capacity of the cash box can not meet the cash deposit/withdrawal requirements of customers frequently, and the ATM frequently has the condition of cash shortage/cash fullness.

SUMMERY OF THE UTILITY MODEL

To these circumstances, the utility model provides a "bank outlets integration cash access case", with its cloth put at bank outlets, cancel original cash counter teller personal paper money case and ATM paper money case, carry out paper money case integration sharing with ATM and sales counter through sending the paper money passageway, solved sales counter counting, check-up, tie up loaded down with trivial details, sales counter and ATM cash supply are not enough or need examine the technical problem who supplies in real time.

In order to solve the technical problem, the utility model provides a bank outlet integration cash access case, include:

a cash counter module comprising: a cabinet surface cash inlet and outlet and a cabinet surface cash delivery track;

an ATM module comprising: the ATM cash inlet and outlet port and the ATM cash delivery track;

a safe, comprising: a cash box and a cash conveying track of the cash box; and

a communication control module;

the cabinet surface cash inlet and outlet port is connected with the cash conveying rail of the cash box through the cabinet surface cash conveying rail; the ATM banknote inlet and outlet port is connected with the banknote conveying track of the banknote box through the ATM banknote conveying track; the communication control module controls the motion of the cabinet surface money outlet and inlet port, the cabinet surface money conveying track, the ATM money outlet and inlet port, the ATM money conveying track, the money box and the money box money conveying track.

In order to improve the operation efficiency, in an embodiment, the bank outlet integrated cash deposit box further includes: and the banknote caching processing module is respectively arranged at the joint of the cabinet surface banknote conveying track and the banknote box banknote conveying track and the joint of the ATM banknote conveying track and the banknote box banknote conveying track.

In one embodiment, the cassette transport track comprises: the cash outlet track and the cash inlet track are respectively arranged on different sides of the cash box, such as two sides of the cash box.

In one embodiment, the cassette comprises: a banknote inlet and a banknote outlet; the banknote outlet is connected with the banknote outlet rail; the banknote inlet is connected with the banknote inlet rail.

In one embodiment, the banknote cassette transport track further comprises: a multi-layer composite banknote feeding track; the first layer of track of the multilayer composite banknote conveying track is connected with the banknote discharging track and is used for conveying banknotes in the banknote box to the cabinet surface banknote conveying track and/or the ATM banknote conveying track; and a second layer of track of the multilayer composite banknote conveying track is connected with the banknote feeding track and is used for storing banknotes fed from the cabinet surface banknote conveying track and/or the ATM banknote conveying track into the banknote box.

In one embodiment, the communication control module includes: the counter communication control module is used for controlling the actions of the counter money outlet and inlet and the counter money conveying track and is connected to the counter money outlet and inlet and the counter money conveying track; the ATM communication control module is used for controlling the actions of the ATM cash inlet/outlet port and the ATM cash conveying track and is connected with the ATM cash inlet/outlet port and the ATM cash conveying track; the safety box communication control module is used for controlling the cash box and the cash conveying track of the cash box to act and is connected with the cash box and the cash conveying track of the cash box;

the cabinet communication control module, the ATM communication control module and the safety box communication control module can synchronously carry out data communication.

In one embodiment, the communication control module further comprises: and the communication master control module is used for controlling the cabinet communication control module, the ATM communication control module and the safety box communication control module to act.

In one embodiment, the inside of the cash box is divided into a plurality of storage spaces for storing different currency types and/or different denomination currencies by partition boards.

In one embodiment, the bank outlet integrated cash deposit and withdrawal box further comprises: and the integrated panel is arranged at the peripheries of the cash counter module, the ATM module and the safety box.

In one embodiment, the cash counter submodule is provided with at least 2 cash counter windows, and each cash counter window is correspondingly provided with a counter in-out cash port and a counter cash feeding rail.

According to the above technical scheme, the utility model provides a bank outlets integration synthesizes paper money case carries out the integration sharing with the ATM paper money case of former cash counter teller personal cash case and bank outlets, sets up the relatively independent track of sending paper money for sales counter end and ATM end respectively, realizes the cash access business of counter end and ATM end. Meanwhile, the bank note caching processing module is arranged, so that the functions of counting the number of bank notes, verifying authenticity, classifying currency and denomination, bundling cash, synchronously recording account transaction and the like can be automatically completed, and manual operation of a teller is not needed. Meanwhile, the counter and the ATM share the integrated cash box, so that the situations of shortage and/or fullness of cash in the cash box of the counter and the ATM cash box are greatly reduced, and the safety is further improved.

Drawings

In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present application, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.

Fig. 1 is a schematic structural view of an integrated cash storage box of a bank outlet according to the present invention.

Fig. 2 is a schematic structural view of another integrated cash storage box for bank outlets according to the present invention.

Fig. 3 is a schematic structural view of another integrated cash storage box for bank outlets according to the present invention.

Fig. 4A is a schematic structural view of a multi-layer composite banknote feeding rail.

Fig. 4B is a schematic view of another angle of the multi-layer composite banknote feeding track.

Reference numerals:

1-integrated cash access box; 101-an integral panel; 2-cash counter module; 201-a cabinet surface cash inlet and outlet; 202-cabinet surface cash delivery track; 3-an ATM module; 301-ATM cash in and out ports; 302-ATM cash-out track; 4-a safe; 401-money box; 402-cash box cash delivery track; 4021-cash out orbit; 4022-money inlet track; 4023-a multi-layer composite banknote feeding rail; 501-counter communication control module; 502-ATM communication control module; 503-safe communication control module; 504-communication master control module; 601-cabinet bill buffer processing module; 602-ATM banknote buffer processing module; A-J-transmission nodes.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

It should be noted that the bank outlet integrated cash storage box of the present application can be used in the financial field, and can also be used in any field except the financial field.

The embodiment of the utility model provides a bank outlet integration cash access case, refer to fig. 1, bank outlet integration cash access case 1 includes: a cash counter module 2, an ATM module 3, a safe 4 and a communication control module.

The cash counter module 2 includes: a cabinet surface cash inlet and outlet 201 and a cabinet surface cash delivery track 202;

the ATM module 3 includes: an ATM cash inlet and outlet 301 and an ATM cash delivery track 302;

the safe 4 includes: a banknote box 401 and a banknote box banknote conveying track 402;

the counter inlet and outlet 201 is connected with the cash box cash conveying track 402 through the counter cash conveying track 202; the ATM banknote inlet and outlet 301 is connected with a banknote box banknote conveying track 402 through an ATM banknote conveying track 302; the communication control module controls the actions of the cabinet surface money inlet and outlet 201, the cabinet surface money conveying track 202, the ATM money inlet and outlet 301, the ATM money conveying track 302, the money box 401 and the money box money conveying track 402.

For example, when the communication control module receives a cash deposit command from the cash counter, the control panel cash inlet/outlet 201 is opened, and the control panel cash feeding rail 202 and the cash box cash feeding rail 402 are operated. The cash deposited from the counter cash inlet/outlet 201 is then transported to the cash box 401 inside the safe 4 via the counter cash transport rail 202 and the cash box cash transport rail 402.

When the communication control module receives a cash taking instruction of the cash counter, the cabinet face cash conveying rail 202 and the cash box cash conveying rail 402 are controlled to operate, so that the cash is taken out from the cash box 401 in the safe 4 and is conveyed to the cash inlet/outlet 201 through the cash box cash conveying rail 402 and the cabinet face cash conveying rail 202. When the bank note arrives at the cabinet face bank note inlet/outlet 201, the communication control module controls the cabinet face bank note inlet/outlet 201 to be opened, so that the teller can take the bank note.

It can be understood that the number of the money inlet and outlet ports of the cash counter module 2 can be set according to the requirement, and in the specific implementation, 2 money inlet and outlet ports can be set, which is not limited in the present application. When two or more cash inlets and outlets are arranged, in one embodiment, the two or more cash inlets and outlets can share the same cabinet surface cash conveying track; in another embodiment, the two or more bill outlets are respectively provided with independent cabinet bill conveying rails.

In this embodiment, the cash counter module 2, ATM module 3 and safe module 4 may be surrounded on their peripheries by an integrated panel 101, thereby improving the security of the integrated cash access box.

In the embodiment, the integrated cash storing and taking box is arranged to replace an existing cash counter teller personal cashbox and an existing ATM cash box, so that the counter and the ATM share the integrated cash box, the situations that the cash counter cashbox and the ATM cash box are lack of cash and/or full of cash are greatly reduced, and the safety is further improved.

In one embodiment, the communication control module includes:

the counter communication control module 501 is positioned inside the cash counter module and is used for controlling the actions of the counter cash inlet/outlet 201 and the counter cash feeding track 202;

the ATM communication control module 502 is positioned in the ATM module and used for controlling the actions of the ATM money inlet and outlet 301 and the ATM money feeding track 302;

the safety box communication control module 503 is positioned inside the safety box module and is used for controlling the motion of the cash box 401 and the cash conveying track 402 of the cash box; and

the communication master control module 504 is positioned in the safety box module and used for controlling the actions of the cabinet surface communication control module 501, the ATM communication control module 502 and the safety box communication control module 503;

the counter communication control module 501, the ATM communication control module 502, the safe communication control module 503 and the communication master control module 504 can perform data communication synchronously.

In one embodiment, the bank outlet integrated cash deposit and withdrawal box further comprises: the counter banknote caching processing module 601 is arranged at the joint of the counter banknote conveying track 202 and the banknote box banknote conveying track 402 and is positioned inside the cash counter module; and the ATM banknote buffer processing module 602 is arranged at the joint of the ATM banknote conveying track 302 and the banknote cassette banknote conveying track 402 and is positioned inside the ATM module. Meanwhile, the cabinet banknote caching processing module 601 and the cabinet communication control module 501 can be in communication connection, and the ATM banknote caching processing module 602 and the ATM communication control module 502 can be in communication connection.

The banknote caching processing module 601 and the banknote caching processing module 602 are mainly used for performing banknote processing such as counting, authenticity identification, currency and denomination classification on deposited banknotes, and counting, currency and denomination classification and bundling in the process of withdrawing and telling banknotes.

It will be appreciated that in one embodiment, the cassette 401 may be partitioned into a plurality of relatively independent storage spaces for storing currency of different denominations and/or different denominations.

The scheme of this embodiment need not the manual counting of teller, check, tie up cash of cash counter, also need not manual book keeping, has improved work efficiency and reliability greatly.

In one embodiment, referring to fig. 2, the cassette transport track comprises: the cash outlet rail 4021 and the cash inlet rail 4022 are respectively disposed at different sides of the cash box, for example, at two sides of the cash box. The cash outlet track 4021 is only used for discharging cash dug out of the inside of the cash box 401, and the cash inlet track 4022 is only used for depositing cash received from the counter and/or the ATM end.

It will be appreciated that when the dispensing track and the insertion track are provided separately, the cassette 401 is provided with a banknote outlet and a banknote inlet (not shown), respectively, the banknote outlet being connected to the dispensing track and the banknote inlet being connected to the insertion track.

In the above embodiment, the banknote outlet and the banknote inlet are respectively assembled on two sides of the banknote box 401, so that the banknotes can be taken out from one side of the banknote box 401 through the banknote outlet rail 4021 in the safe 4, and meanwhile, the banknotes can be stored in the other side through the banknote inlet rail 4022, and the cash storage efficiency is greatly improved.

In one embodiment, referring to fig. 3, 4A and 4B, the cassette transport track further includes: a multi-layer composite banknote transport rail 4023; a first layer of track of the multilayer combined banknote conveying track 4023 is connected with the banknote outlet track 4021 and is used for conveying banknotes inside the banknote box to the counter banknote conveying track 202 and/or the ATM banknote conveying track 302; the second layer of track of the multi-layer composite banknote feeding track 4023 is connected to the banknote inlet track 4022, and is configured to store banknotes fed from the cabinet banknote feeding track 202 and/or the ATM banknote feeding track 302 into the banknote box 401.

For example, when a bank counter transacts a deposit transaction, a teller generates a deposit instruction to the communication total control module 504, and the communication total control module 504 transmits the instruction to the counter communication control module 501 and the safe communication control module 503 according to the deposit instruction. The teller directly places the bank notes (supporting the foreign currency, multiple currencies and multiple denominations, and without manual classification) in the cabinet face cash inlet/outlet port 201, and the bank notes are conveyed to the cabinet face bank note cache processing module 601 through the cabinet face cash conveying track 202, and after the cash to be deposited is automatically subjected to quantity counting, authenticity identification, currency and denomination classification, the cash is deposited into the bank note box 401 through the second layer of the multilayer composite track 4023 and the cash inlet track 4022 (namely, the route JIHGF shown in fig. 4B). When the transaction is completed, the counter banknote caching processing module 601 triggers the online transaction through the counter communication control module 501, updates the checked banknote amount to the database through the communication master control module 504, and automatically completes the accounting.

When a bank counter transacts a withdrawal transaction, a customer operates to generate a withdrawal instruction and sends the withdrawal instruction to the communication master control module 504, and the communication master control module 504 carries out instruction transmission with the counter communication control module 501 and the safe communication control module 503 according to the withdrawal instruction. The withdrawal instruction includes a withdrawal amount. The counter communication control module 501 sends the received money amount to the counter banknote caching processing module 601, and at the same time, controls the banknote box 401 to open the banknote outlet according to the withdrawal instruction, and sends the banknote to the first layer (i.e., the route ABCDE shown in fig. 4B) of the banknote outlet track 4021 and the multilayer composite track 4023, and then counts the amount of the sent banknote through the counter banknote caching processing module 601 until the amount of the sent banknote is equal to the withdrawal amount indicated by the withdrawal instruction, the counter banknote caching processing module 601 sorts and bundles the sent banknote according to the currency and denomination, and the bundled banknote is sent to the counter banknote outlet/inlet 201 through the counter banknote sending track 202 to be taken by the teller. When the transaction is completed, the counter banknote caching processing module 601 triggers the online transaction through the counter communication control module 501, updates the checked banknote amount to the database through the communication master control module 504, and automatically completes the accounting.

When the ATM side transacts deposit transaction, a client generates a deposit instruction to the communication total control module 504, and the communication total control module 504 transmits the instruction to the ATM communication control module 502 and the safe communication control module 503 according to the deposit instruction. The customer directly places the bank note (supporting the foreign currency, multiple currencies and multiple denominations, and no manual classification is needed) in the ATM cash inlet/outlet 301, and the bank note is sent to the ATM bank note caching processing module 602 through the ATM cash sending track 302, and after the amount counting, the authenticity identification, the currency and the denomination classification are automatically performed on the cash to be deposited, the cash is deposited into the bank note box 401 through the second layer of the multilayer composite track 4023 and the bank note inlet track 4022 (i.e., the HGF path shown in fig. 4B). When the transaction is completed, the ATM banknote caching processing module 602 triggers an online transaction through the ATM communication control module 502, updates the amount of the checked banknote to the database through the total communication control module 504, and automatically completes the accounting.

When the ATM side transacts a withdrawal transaction, a customer operates to generate a withdrawal instruction and sends the withdrawal instruction to the communication control module 504, and the communication total control module 504 carries out instruction transmission with the counter communication control module 502 and the safe communication control module 503 according to the withdrawal instruction. The withdrawal instruction includes a withdrawal amount. The ATM communication control module 502 sends the amount of money to be withdrawn indicated by the withdrawal instruction to the ATM banknote caching processing module 602, and at the same time, controls the banknote cassette 401 to open the banknote outlet according to the withdrawal instruction, and sends the banknote to the first layer (i.e., the path ABC shown in fig. 4B) of the banknote outlet track 4021 and the multilayer composite track 4023, and then counts the amount of the sent banknote through the ATM banknote caching processing module 602 until the amount of the sent banknote is equal to the withdrawal amount indicated by the withdrawal instruction, the ATM banknote caching processing module 602 sorts and bundles the sent banknote according to the currency and denomination, and the bundled banknote is sent to the ATM banknote inlet and outlet 301 through the ATM banknote sending track 302 to be taken by the customer. When the transaction is completed, the ATM banknote caching processing module 602 triggers an online transaction through the ATM communication control module 501, updates the amount of the checked banknotes into the database through the general communication control module 504, and automatically completes the accounting.

In the above embodiment, a plurality of layers of composite banknote feeding rails are configured inside the safe, and the banknote outlet rail 4021 and the banknote inlet rail 4022 inside the safe are overlapped in a double-layer manner, so that the banknote outlet rail 4021 and the banknote inlet rail 4022 are relatively independent, the withdrawal service at the ATM end can be ensured to be normally performed while the deposit service is handled at the counter, or the withdrawal service at the counter end can be ensured to be normally performed while the deposit service is handled at the ATM end, the waiting time of a client due to occupation of the rails is shortened, and the handling efficiency of the deposit and withdrawal service at a bank outlet is effectively improved.

To sum up, the integrated cash storing and taking box of the bank outlets provided by the utility model enables the bank outlets to replace the traditional teller cashbox and the ATM cash box only by being equipped with one integrated cash storing and taking box, directly reduces the purchasing and maintenance cost of the cashbox and the cash box, and effectively controls the management risk caused by the excessive number of the teller cashbox and the ATM cash box of the bank outlets; meanwhile, the amount of cash pre-added in the integrated cash storing and taking box is far higher than the total amount of cash in the traditional teller cash box and the ATM cash box, and the counter and the ATM cash storing and taking transaction are in a cash circulation mode formed by the integrated cash box, so that the problem that the cash in the teller cash box is not enough to meet the requirement of large-amount cash withdrawal of customers who do not reserve can be effectively solved, and the workload and the operation and maintenance cost of high-frequency cash adding and unloading of the ATM cash box are reduced. In the process of depositing and withdrawing, the integrated comprehensive cash box automatically performs the functions of counting the amount, identifying authenticity, classifying currency and denomination, automatically keeping accounts and the like on cash, directly lightens the workload of a bank teller, improves the stability and reliability of business operation, and effectively controls the operation risk of a bank outlet. Meanwhile, the mode of multiple currencies, multiple denominations and large amount of the foreign currency is supported in one transaction during depositing and withdrawing, and the customer experience is further improved.

The embodiments in the present specification are described in a progressive manner, and the same and similar parts among the embodiments are referred to each other, and each embodiment focuses on the differences from the other embodiments. In the description herein, references to the description of the term "one embodiment," "some embodiments," "an example," "a specific example," or "some examples," etc., mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of an embodiment of the specification.

In this specification, the schematic representations of the terms used above are not necessarily intended to refer to the same embodiment or example. Furthermore, various embodiments or examples and features of different embodiments or examples described in this specification can be combined and combined by one skilled in the art without contradiction. The above description is only an example of the embodiments of the present disclosure, and is not intended to limit the embodiments of the present disclosure. Various modifications and variations to the embodiments described herein will be apparent to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the embodiments of the present specification should be included in the scope of the claims of the embodiments of the present specification.

Claims (10)

1. The utility model provides a bank outlet integration cash access case which characterized in that includes: the cash counter module, the ATM module, the safe and the communication control module;

the cash counter module includes: a cabinet surface cash inlet and outlet and a cabinet surface cash delivery track;

the ATM module includes: the ATM cash inlet and outlet port and the ATM cash delivery track;

the safe case includes: a cash box and a cash conveying track of the cash box;

the cabinet surface cash inlet and outlet port is connected with the cash conveying track of the cash box through the cabinet surface cash conveying track; the ATM banknote inlet and outlet port is connected with the banknote conveying track of the banknote box through the ATM banknote conveying track; the communication control module controls the motion of the cabinet surface money outlet and inlet port, the cabinet surface money conveying track, the ATM money outlet and inlet port, the ATM money conveying track, the money box and the money box money conveying track.

2. The banking outlet integrated cash deposit and withdrawal box according to claim 1, further comprising: at least two banknote caching processing modules for counting, identifying, classifying and keeping accounts of banknotes are respectively arranged at the joint of the cabinet surface banknote conveying track and the banknote box banknote conveying track and the joint of the ATM banknote conveying track and the banknote box banknote conveying track.

3. The bank outlet integrated cash deposit and withdrawal box of claim 1, wherein the cash cassette delivery track comprises: the cash outlet rail and the cash inlet rail are respectively arranged on different sides of the cash box.

4. The integrated cash deposit and withdrawal box of bank outlets of claim 3, wherein the cash delivery track of the box further comprises: a multi-layer composite banknote feeding track;

the first layer of track of the multilayer composite banknote conveying track is connected with the banknote discharging track and is used for conveying banknotes in the banknote box to the cabinet surface banknote conveying track and/or the ATM banknote conveying track;

and a second layer of track of the multilayer composite banknote conveying track is connected with the banknote feeding track and is used for storing banknotes fed from the cabinet surface banknote conveying track and/or the ATM banknote conveying track into the banknote box.

5. The bank outlet integrated cash deposit box of any one of claims 3 to 4, wherein the cash box comprises: a banknote inlet and a banknote outlet; the banknote outlet is connected with the banknote outlet rail; the banknote inlet is connected with the banknote inlet rail.

6. The cash deposit box of any one of claims 1 to 4, wherein the communication control module comprises:

the counter communication control module is used for controlling the actions of the counter money outlet and inlet and the counter money conveying track and is connected to the counter money outlet and inlet and the counter money conveying track;

the ATM communication control module is used for controlling the actions of the ATM cash inlet/outlet port and the ATM cash conveying track and is connected with the ATM cash inlet/outlet port and the ATM cash conveying track;

the safety box communication control module is used for controlling the cash box and the cash conveying track of the cash box to act and is connected with the cash box and the cash conveying track of the cash box;

the counter communication control module, the ATM communication control module and the safety box communication control module can synchronously carry out data communication.

7. The banking outlet integrated cash deposit box according to claim 6, wherein the communication control module further comprises: and the communication master control module is used for controlling the cabinet communication control module, the ATM communication control module and the safety box communication control module to act.

8. The cash deposit box of any one of claims 1 to 4, wherein the inside of the cash box is divided into a plurality of storage spaces for storing different currency types and/or different denominations of currency by partitions.

9. The banking outlet integrated cash storing and dispensing box according to any one of claims 1 to 4, further comprising: and the integrated panel is arranged at the peripheries of the cash counter module, the ATM module and the safety box.

10. The bank outlet integrated cash access box of any one of claims 1 to 4, wherein the cash counter submodule is provided with at least 2 cash counter windows, and each cash counter window is correspondingly provided with a counter in-out cash inlet and a counter cash delivery track.

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