KR100962339B1 - Administration system for automated teller - Google Patents

Abstract

PURPOSE: An administration system for an automated teller machine is provided to minimize a wait time of a user by allowing various kinds of coupons to be deposited such as money. CONSTITUTION: An ATM(AUTOMATED TELLER MACHINE) includes a case, a door, a deposit cash cassette, a envelope cassette, a deposit unit, a deposit input-output unit, and a communications unit. A automated teller machine(200) automatically pays the cash. The automated teller machine comprises a payment communications unit. The payment communications unit transmits related payment information. A management server(300) stores and manages the related payment information.

Description

Unmanned automatic teller machine management system

The present invention relates to an unmanned automatic deposit and withdrawal management system for the automation of deposit and collection operations.

The deposit machine and the withdrawal machine are similar to an automated teller machine (ATM) that automates the withdrawal of cash, and can automatically store and store cash or withdraw money, such as bills or coins.

Automatic teller machines are equipped with cash and check deposit and withdrawals to enable banks and checks to be withdrawn using a card or bank account. The automatic teller machine is designed to achieve functions such as account transfer, balance inquiry, and giro collection by using a card or bank account, and is widely installed in financial institutions such as banks. It is true.

However, since the automatic teller machines are widely used in financial institutions, they are made for deposit and withdrawal in official currencies (hereinafter, 'cash') such as cash and checks. Therefore, coupons or discount coupons issued by companies for marketing or sales purposes ( It could not be stored in the following 'object'). In addition, even if official cash is severely damaged or a normal counterfeit is difficult due to an error of the counterfeit countermeasure, it was not possible to use the automatic teller machine, but it was necessary to deposit the money directly at the window or give up the deposit itself.

On the other hand, in the case of a distribution business that has a variety of stores, such as department stores, markets, large marts, and deposits daily sales of each store, a separate storage department for the deposit was required. In other words, the person in charge of each store (the depositor) needs to deposit cash while reporting the sales of the day, and a storage department to perform the deposit process is required. However, in the case of a large number of depositors, the storage department had to have a large number of personnel to speed up the deposit processing. Of course, an increase in manpower leads to an increase in labor and management costs. In addition, the depositor has to wait for a long time for the deposit, there was a problem that the longer the deadline.

In addition, when a person directly handles a deposit in the storage department where the accuracy of the deposit details should be prioritized, friction between the depositor and the receiver is inevitable, and tracking of the responsible material is difficult.

On the other hand, the distribution industry is using a sales method that induces consumer sentiment by issuing various items. In other words, these items are traded with cash at the store and are applied and processed at the time of deposit.

However, the conventional cash automatic teller machine withdraws only official cash, there was a limit to automatically receive a variety of forms and types of items that are specially provided quarterly or a specific season. As a result, the storage task that must be performed inevitably in the distribution industry cannot be automated by using an automatic teller machine, and it is inconvenient to hire a separate manpower to bear the aforementioned irrationalities.

In addition, when the stores start business with the opening of the retail business, the cash required for commerce is required, and such cash withdrawal business cannot be fully unmanned and automated for the entire deposit and withdrawal management without the automation due to the aforementioned limitations. Therefore, there was a problem that the work efficiency is lowered.

Accordingly, the present invention has been made to solve the above problems, it is possible to automatically deposit a variety of issued items like cash, it is possible to minimize the waiting time for the deposit, reducing the number of manpower required in the storage process In addition, it is possible to reduce the possibility of errors in the storage and settlement process, and to provide unmanned automatic deposit and withdrawal management system that enables complete confirmation of the deposit and withdrawal management task by enabling clear confirmation of the responsible materials when errors occur. Let be the technical problem.

According to an aspect of the present invention,

A case in which the insertion opening, the payment opening, and the storage opening are respectively opened; A door fixed to the case to open and close the insertion port; A cash advance cassette having a cash box having an upper surface to form a cash inlet and being inserted into and out of the insertion hole, a cash opening and closing door for opening and closing the cash box, and a deposit door for opening and closing the cash inlet; An envelope cassette including an envelope box having an upper surface opening to form an envelope inlet and being inserted into and inserted into the insertion hole, and an envelope opening and closing door for opening and closing the envelope box; A depositing means for forcibly transferring the cash inserted into the depositing port to guide the cash inlet of the depositing cash cassette and for manipulating the opening and closing of the depositing door; Storage means for forcibly conveying the envelope inserted into the storage port and guiding it to the envelope inlet of the envelope cassette; Input and output means for inputting and receiving the deposit related information and installed in the case; A deposit control means for processing deposit related information input through the deposit input / output means and outputting through the deposit input / output means, and controlling the driving of the deposit means and the receiving means according to the deposit related information to process storage of cash and envelopes; And a deposit communication means for transmitting deposit related information of the deposit control means.

Withdrawal machine including automatic withdrawal of cash and withdrawal communication means for transmitting withdrawal related information,

A management server for receiving, storing and managing information related to deposits and withdrawals transmitted from the depositor and the withdrawal machine; And

A deposit and withdrawal manager for receiving deposit and withdrawal related information transmitted from the deposit and withdrawal machines, and transmitting control signals for operating and managing the deposit and withdrawal machines;

Unmanned automatic deposit and withdrawal management system including a.

In the present invention described above, it is possible to deposit the cash that is refused, such as checks or deposits can be automated automation of the payment and settlement can significantly improve the storage efficiency, when the error occurs in the storage and settlement process of the depositor or the recipient As it is possible to clearly identify faults and responsible materials, it has the effect of ensuring absolute stability in the settlement process, and through this, it is possible to realize unmannedness and automation of the entire deposit and withdrawal.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a block diagram showing the appearance of the deposit and withdrawal management system according to the present invention, will be described with reference to this.

The deposit and withdrawal management system according to the present invention is to unattended and automate the entire work on the deposit and withdrawal of cash, so as to increase the efficiency and reliability of the work, as well as the unattended automation of the depositor 100 and the withdrawal machine 200. Management of the depositor 100 and the dispenser 200 can be remotely automated.

To this end, the deposit and withdrawal management system according to the present invention, a cash machine 100 that can automatically receive cash and non-cash items, etc., a cash machine 200 that can automatically withdraw cash, and a deposit machine 100 and the management server 300 for receiving and storing information related to the deposit and withdrawal transmitted from the withdrawal machine 200, and each manager receives and deposits from the depositor 100 and the withdrawal machine 200. It may include a deposit and withdrawal manager 410 for controlling the operation while receiving the withdrawal-related information and check the state, and also access the management server 300 remotely and the current of the depositor 100 and the withdrawal machine 200 The current transmission terminal 420 or the deposit and withdrawal terminal 430 may be further included to read the state.

The depositor 100 and the withdrawal machine 200 are automated devices that allow the depositor to deposit or withdraw cash as described above, and include various configurations for depositing and withdrawing money, which will be described in detail below.

Subsequently, the depositor 100 and the withdrawal machine 200 are connected to a network through an intermediary 500 such as a hub, and the deposit and withdrawal manager 410 is directly transmitted from the depositor 100 and the withdrawal machine 200. By receiving and outputting the log data, the administrator can supervise the operation of the deposit machine 100 and the dispenser 200. For reference, the deposit and withdrawal manager 410 is a conventional computer that communicates with the depositor 100 and the withdrawal machine 200, and the depositor 100 and the withdrawal machine 200 record the deposit and withdrawal related log data when the deposit and withdrawal proceed. The deposit and withdrawal manager 410 is transmitted, and the deposit and withdrawal manager 410 processes and outputs the log data.

On the other hand, the deposit and withdrawal manager 410 transmits to the management server 300 for recording the log data, and the database provided in the management server 300 stores the log data so that it can be checked in case of emergency.

The database of the management server 300 is a networked to store the log data about all the deposit and withdrawal history proceeded in the depositor 100 and the withdrawal machine 200, and if necessary, the current transmission terminal 420 and the deposit and withdrawal terminal 430 may access and view the log data.

The current transmission terminal 420 is connected to the management server 300 in the current transport company that performs the task of recovering the cash and envelope deposited in the depositor 100 or transfer the cash to the withdrawer 200 to view the log data or With the configuration to input the current transmission record, the current transport company inputs the work performed by the depositor 100 and the withdrawal machine 200 to the management server 300 through the current transmission terminal 420.

The deposit and withdrawal terminal 430 is connected to the management server 300, regarding the movement of the cash through the deposit machine 100 and the withdrawal machine 200, the actual cash movement, etc. inputted by the current carrier through the current transmission terminal 420, etc. Check the data and guide the administrator.

The manager checks the information output from the deposit and withdrawal terminal 430, compares the current payment contents of the current carrier with the deposit and withdrawal details of the deposit machine 100 and the withdrawal machine 200, checks whether they match, and calculates the withdrawal details. This computer processing will be done through a conventional deposit and withdrawal computer program.

2 is a perspective view partially exploded showing the appearance of a deposit machine according to the present invention, Figure 3 is a block diagram showing the configuration of the deposit machine according to the present invention, will be described with reference to this.

The deposit machine 100 according to the present invention is capable of automatically storing cash, as well as various items, for this purpose, the case 110, the door 120, the deposit cash cassettes 130 and 130 'and the envelope cassette ( 140, deposit input and output means 150, deposit means 160, receiving means 170, deposit control means 180 and deposit communication means 190.

The case 110 is a box having an insertion opening 111 formed to insert one or more depositing cash cassettes 130 and 130 'and an envelope cassette 140 into a drawer form. The depositing cash cassettes 130 and 130' and The front of the insertion hole 111 is opened for insertion and removal of the envelope cassette 140. Subsequently, a deposit input and output means 150 is disposed on the upper surface of the case 110 for the convenience of the depositor, and the cash and the envelope are forcibly inserted into the deposit cash cassettes 130 and 130 'and the envelope cassette 140, respectively. The depositing means 160, the storing means 170, and the deposit control means 180 for controlling the operation of the depositing machine 100 are installed in the case 110.

On the other hand, the case 110 is formed by the depositing means 160 and the receiving means 170, the deposit opening 112 and the receiving opening 113 is inserted into the cash and envelope. Therefore, the depositor can insert the cash and the envelope brought into the deposit opening 112 and the receiving port 113, the deposit means 160 and the receiving means 170 to the deposit 112 and the receiving port 113, respectively The inserted cash or envelope is forcibly inserted and transferred to the deposit cash cassette 130 or the envelope cassette 140 to be accommodated.

The door 120 is disposed to be fixed to the opened front surface of the case 110 to open and close the opened insertion hole 111, and a locking mechanism 121 is installed so that only the authorized administrator can open and close the door 120. The door 120 applied to the embodiment according to the present invention is a sliding type, but in addition to this, various operating methods such as sliding or detachable methods may be applied. In addition, the locking mechanism 121 is a conventional security device for limiting the opening and closing of the door 120, various controls such as opening and closing control through a biometric, such as opening and closing control through a password, fingerprint or voice, opening and closing control through a key. Of course, the method may be applied.

Deposit cash cassette (130, 130 ', hereinafter' 130 ') is a cash box 131 having a hollow for cash storage and storage, and a cash opening and closing door 132 fixed to the cash box 131 for opening and closing the hollow And a cash handle 133 that allows the administrator to easily carry and use the deposit cash cassette 130. At this time, the cash box 131 is formed with a cash inlet 131a for introducing the cash received through the deposit means 160 to the hollow, the cash inlet 131a is in the sliding door sliding door 134 by a sliding method It opens and closes by opening and closing. For reference, the deposit door 134 rotates around the door rotating shaft 135 exposed to the outside of the cash box 131, the door rotating shaft 135 is inserted into the insertion hole 111 the deposit cash cassette 130 When it is placed in the correct position, it is accurately engaged with the drive shaft (not shown) in the case 110 of the depositing machine 100, and rotates in response to the rotational force of the engaged drive shaft. Of course, when the door rotation shaft 135 is rotated by the rotational force of the drive shaft, the deposit door 134 will open and close the cash inlet 131a while sliding along it. Thus, the drive shaft will be a device controlled by the depositing means 160.

Since the structure and structure of the depositing cash cassette 130 are well-known and common techniques, descriptions of common techniques such as the internal structure of the depositing cash cassette 130 and the cross-sectional structure of the cash box 131 are omitted. In addition, two or more deposit cash cassette 130 may be provided as shown.

The depositing means 160 handles the transfer of the cash inserted by the depositor into the depositing port 112 by the deposit control means 180 and transfers the cash to the deposit cash cassette 130. ) Checks the authenticity of the cash inserted into the inlet 112, the counter (not shown) counts the cash, the conveyor (not shown) is powered by a motor (not shown) to rotate Forced transfer using a roller (not shown), the reader (not shown) reads the contents of the inserted cash and transmits the data to the deposit control means 180. At this time, since the transfer machine must accurately transfer the cash into the narrow hole of the cash inlet 131a, the depositing means 160 is a guide line connecting the cash inlet 131a from the inlet 112 (not shown). Will include.

Since the technology of the deposit means 160 is also known and shared in the technical field of the automatic teller machine, the description of the mechanical internal structure and configuration of the deposit means 160 is omitted here.

The envelope cassette 140 includes an envelope box 141 having a hollow for storing and storing the envelope, an envelope opening / closing door 142 fixed to the envelope box 141 for opening and closing the hollow, and an administrator of the envelope cassette 140. It includes an envelope handle (143) to facilitate the transport and use of). At this time, the envelope box 141 is formed with an envelope inlet 141a for introducing the envelope deposited through the receiving means into the hollow, the envelope inlet 141a is a narrow through-hole to be inserted into the hollow Prevent envelopes from re-escape

The object to be stored in the envelope cassette 140 is different from the object to be stored in the cash deposit cassette 130, and the deposit cash cassette 130 stores cash in a manner of sequentially storing the envelope P (see FIG. 4). Since it is similar to the same method as described above, description of common techniques such as the internal structure of the envelope cassette 140 and the cross-sectional structure of the envelope box 141 is omitted.

The storage means 170 is a forcible retracting of the envelope (P) that the depositor inserts into the storage port 113 under the control of the deposit control means 180 to process the transfer to the envelope cassette 140, Figure 4 (the present invention) As shown in the figure schematically showing the cross-sectional view of the insertion means and the envelope cassette according to the present invention, the conveyer 171 is driven by a motor (not shown) to the envelope (P) inserted into the receiving opening 113 Receiving and forcibly conveying by using the rotating roller (171a), using the label reader 172 to check whether the envelope (P) is applied to transfer the data to the deposit control means 180. At this time, since the conveyer 171 should accurately transport and insert the envelope P into the narrow hole of the envelope inlet 141a, the storage means 170 is a guide connecting the envelope inlet 141a from the storage port 113. Will include line 173.

Meanwhile, the label reader 172 reads the contents displayed on the surface of the envelope P and checks whether the envelope P inserted into the storage port 113 is promised. It will be explained in detail.

For reference, when the label reader 172 confirms that the envelope P inserted into the receiving opening 113 is applied and the feeder 171 rotates the roller 171a in the forward direction, the envelope P is sealed in the envelope cassette ( 140 to be conveyed, and if it is confirmed that it is not applied, the conveyer 171 rotates the roller 171a in the reverse direction so that the envelope (P) is drawn out to the receiving opening (113).

Envelopes P normally inserted into the hollows of the envelope cassette 140 are sequentially stacked as shown, so that the administrator compares the contents recorded in the deposit input / output means 150 with the stacking state of the envelopes P and checks them. It can be settled.

The deposit input and output means 150 inputs the payment contents when the depositor receives cash or pays the envelope P containing the checks, and the depositor inputs the usual input means for inputting the payment contents, and the depositor himself / herself And a conventional output means for outputting text or an image so as to confirm the payment contents to be input. In the deposit input and output means 150, the input means may be applied to various methods such as a keyboard method, a voice input method touch screen method, and the output means may be applied to a variety of methods such as a monitor, a voice output method, a touch screen method.

Meanwhile, the deposit card reader 151 may be applied to the input means of the deposit input and output means 150, and the deposit printer 152 may be applied to the output means.

The deposit card reader 151 is for eliminating the trouble of the depositor entering his / her personal information one by one, and the depositor deposits an identification card in which his / her personal information or ID (hereinafter, 'personal information') is recorded. Applying to 151, the deposit card reader 151 reads the personal information of the depositor and transmits it to the deposit control means 180, and the deposit control means 180 transmits the personal information transmitted from the deposit card reader 151. Read and prepare for payment and payment. Of course, when the depositor recognizes that the depositor 100 has confirmed his / her personal information, the deposit control unit 180 may prepare to receive the amount of money by inputting the amount of money to be deposited by using the deposit input / output means 150. Make sure

Subsequently, the deposit printer 152 may output a receipt for deposit receipt of the depositor. In more detail, when the deposit control means 180 confirms that the depositor has completed the deposit and the deposit has proceeded normally, the deposit information is transmitted to the deposit printer 152, and the deposit printer 152 transmits the deposit information. Is printed on the ground.

On the other hand, the deposit printer 152 according to the present invention outputs a label to bring in the envelope (P). As described above, the depositor may enclose the damaged cash or various items in the envelope P and store it in the depositor 10. For this purpose, the envelope P is required, and the envelope P can be distinguished. An identifier of is required.

In the present invention, such an identifier can be output as a label from the deposit printer 152, and the process is as follows.

1) First, the depositor checks the cash or the item to be deposited or paid by the depositor 100, and operates the deposit input / output means 150 to transmit to the deposit control means 180 of the deposit machine 100.

2) The deposit control means 180 checks the deposit or payment information input by the depositor and controls the driving of the deposit means 160 and the storing means 170.

3) The depositor deposits cash into the deposit cash cassette 130 through the deposit means 160.

4) When the deposit for cash is completed, check the cash and the check rejected by the payment means 160 and enclosed in the envelope (P) of the specified size.

5) The depositor operates the deposit input and output means 150 to input the information about the cash or check enclosed in the envelope (P).

6) The deposit input and output means 150 checks the personal information of the depositor together with the information input by the depositor and transmits it to the deposit printer 152, and the deposit printer 152 receives the information and the personal information and outputs it as a label. do.

7) The depositor encloses the label output from the deposit printer 152 into the envelope P, inserts it into the storage port 113 so that the storage means 170 inserts the envelope P into the envelope cassette 140. do.

For reference, when the label is attached to the surface of the envelope (P), the deposit printer 152 writes a barcode or identification code corresponding to the barcode on the label, the label reader 172 read the identification code and the envelope Check whether (P) is approved. Of course, the bar code restricts the indiscriminate insertion of the bag 113 which is not applied, thereby improving the management efficiency of the envelope cassette 140.

As shown in the figure, the deposit cash cassette 130 or the envelope cassette 140 is slidably engaged with the insertion hole 111 so that the cash flow cassette 130 or the envelope cassette 140 can be pulled out to the front of the case 110. By the way, the deposit cash cassette 130 or envelope cassette 140 must be in precise communication with the deposit means 160 or storage means 170 separated from itself, the deposit cash cassette 130 or the envelope cassette (with frequent insertion or removal) 140) should always be placed exactly in place.

To this end, the deposit cash cassette 130 or the envelope cassette 140 forms a guide groove 141b in the inserting / removing direction, and correspondingly, the guide rail 114 engaging with the guide groove 141b is inserted into the insertion hole 111. Formed, the deposit cash cassette 130 or the envelope cassette 140 can be accurately moved in a straight direction along the guide groove 141b and the guide rail 114. Of course, the guide groove 141b may be formed in the insertion hole 111, and the guide rail 114 may be formed in the deposit cash cassette 130 or the envelope cassette 140.

Deposit communication means 190 is a communication device for transmitting the deposit-related information confirmed by the deposit control means 180 to the deposit and withdrawal manager 410 or the management server 300.

Figure 5 is a block diagram showing the configuration of the withdrawal machine according to the present invention, will be described with reference to this.

The withdrawal machine 200 according to the present invention is capable of withdrawing cash automatically. For this purpose, the withdrawal case 210 (see FIG. 1), the withdrawal door 220, the withdrawal cash cassette 230 and the withdrawal input / output means 250 ), Withdrawal means 160, withdrawal control means 280 and withdrawal communication means (290).

The withdrawal case 210 has a structure capable of sliding the withdrawal cash cassette 230 in the same manner as the case 110 of the deposit machine 100. Therefore, the withdrawal case 210 also has an insertion hole similar to the insertion hole 111 of the case 110. In addition, through the withdrawal means 260, the banknote opening 212 and the coin withdrawal sphere 212 'through which the withdrawal of the bill or coin is formed.

The withdrawal door 220 opens and closes an insertion hole through which the withdrawal cash cassette 230 is inserted and inserted, and may also be formed similarly to the door 120 provided in the depositor 100.

The withdrawal cash cassette 230 is manufactured so as to withdraw the withdrawal amount accurately under the control of the withdrawal control means 280, while storing cash to be withdrawn from the beginning unlike the withdrawal cash cassette 130. Typically, the withdrawal cash cassette 230 is provided with a platform for supporting cash, so that the cash can be accurately withdrawn through the withdrawal hole (not shown) of the withdrawal cash cassette 230 withdrawal. Since the withdrawal cash cassette 230 is a well-known and common tolerance technique, a detailed description of the internal structure and operation of the withdrawal cash cassette 230 will be omitted.

The withdrawal input and output means 250 is to allow the withdrawal user to input personal information, input the withdrawal amount assigned or requested by the withdrawer, and withdraw the corresponding amount, and the same as the input and output means 150 of the depositor 100. The device may be applied.

On the other hand, the withdrawal input and output means 250 may include a withdrawal card reader 251 and withdrawal printer 252. The withdrawal card reader 251 receives the personal information through the identification card in which the personal information of the withdrawal is recorded, and the withdrawal printer 252 outputs a withdrawal statement after withdrawal.

The withdrawal means 260 is to withdraw a bill or a coin for the total amount requested by the withdrawer from the withdrawal cash cassette 230 and withdraw it to the withdrawal port 212 and the withdrawal port 212 '. It is carried out.

In brief, the withdrawal means 260 is linked with a plurality of withdrawal cash cassettes 230 stored in the bills stars (50,000 won, 10,000 won, 5,000 won, 1,000 won bill), withdraw the corresponding bill according to the total amount requested by the withdrawal Withdrawal from the cash cassette 230 includes a conveyor forcing the transfer of bills and a counter for checking the number of turns of the bills. Since the withdrawal means 260 is a well-known and common technique, the description thereof is omitted here.

The withdrawal communication means 290 is a communication device for transmitting the withdrawal-related information confirmed by the withdrawal control means 280 to the deposit and withdrawal manager 410 or the management server 300.

Figure 6 is a view showing a cross-sectional view of the cash cassette mounted on the deposit machine of the present invention, Figure 7 is a perspective view showing a state of the cash deposit according to the present invention, it will be described with reference to this.

Deposit cash cassette 130 according to the present invention is further provided with a cash holding 136 for cash acceptance, the cash holding 136 is a carbon support for buffering to receive the cash flowing into the cash holding 136 ( 137) is built in.

On the other hand, a pair of guide rails (131b) are formed on the inner surface facing each other in the cash box 131. As illustrated, the guide rail 131b includes a receiving rail R1 for storing the plurality of boundary plates 138 so as to be movable up and down, and the upper end of the receiving rail R1 is bent to move the boundary plate 138. The first bending rail R2 for changing the direction, the second bending rail R3 for bending the upper end of the first bending rail R2 to change the moving direction of the boundary plate 138, and the second The boundary plate 138 moved along the bending rail R3 is configured to be a drop rail (R4) to fall down.

Subsequently, the boundary plate 138 has a fixed shaft 138a protruding from both ends thereof so as to be movable to the pair of guide rails 131b, respectively, and formed by cutting the outer surface of the cash container 136 up and down. It is inserted into the opening line 136a. As a result, when the fixed shaft 138a of the boundary plate 138 is located at the accommodation rails R1 and the first and second bending rails R2 and R3, the boundary plate 138 is located outside the cash container 136. When placed on the drop rail R4, the boundary plate 138 is drawn into the cash receipt 136 through the opening line 136a. Therefore, when cash is introduced into the cash receipt 136 through the cash inlet 131a, the boundary plate 138 becomes the support of the cash. In other words, when an arbitrary depositor deposits cash and the next depositor deposits another cash, the cash deposited by the depositors is bounded by the boundary plate 138 as shown in FIG. It can be clearly categorized and accepted by the depositor, and this can confirm whether the error related to the cash deposit and the object of the error.

On the other hand, the plurality of boundary plates 138 stored in the receiving rail (R1) is pushed upward by the ballistic body 139, the boundary plate 138 located on the uppermost layer of the receiving rail (R1) is first, second When moving along the bending rails R2 and R3 to the drop rail R4, the other boundary plate 138 ', which is located directly below the blank of the boundary plate 138, moves upward.

The detailed description of the above cash holdings 136, the boundary plate 138 and the guide rail 131b will be accompanied by the depositing process of cash.

8 is a view schematically showing the operation of the deposit cash cassette according to the present invention in a sequential manner, will be described with reference to this.

The deposit door 134 of the deposit cash cassette 130 according to the present invention always closes the cash inlet 131a as shown in FIG.

The plurality of boundary plates 138 and 138 'are disposed to be stacked up and down along the receiving rail R1, and are shot upwards by the carbide 139. At this time, since the guide rail 131b forms a stepped shape bent by the first bending rail R2 and the second bending rail R3, the boundary plate 138 positioned at the uppermost end of the carbbody 139 is continuously formed. The upward trajectory is no longer moved along the guide rail 131b and stopped.

On the other hand, a magnetic body 134a is installed at the tip of the deposit door 134 adjacent to the boundary plates 138 and 138 ', and the boundary plates 138 and 138' are magnetic material materials that respond to the magnetic force of the magnetic body 134a. do. Accordingly, as shown in FIG. 6A, when the deposit door 134 closes the cash inlet 131a, the magnetic body 134a moves while the boundary plate 138 positioned at the top is moved by the attraction force of the magnetic body 134a. Close to)

Thereafter, when the deposit cash cassette 130 operates the deposit door 134 for cash storage, as shown in FIG. 6 (b), the uppermost boundary closely contacted to the deposit door 134 by the magnetic force of the magnetic body 134a. The plate 138 moves along the first and second bending rails R2 and R3, and as a result, the boundary plate 138 is pulled to the drop line R4 as shown in FIG. 6 (c). Of course, the boundary plate 138 towed to the drop line (R4) is dropped along the drop line (R4) because the deposit door 134 is already fully opened by opening the cash inlet (131a) so that no further magnetic force is applied. While seated on the bullet support (137).

Subsequently, when the boundary plate 138 is seated on the bullet support 137, cash is introduced through the cash inlet 131a, and the cash thus introduced is seated on the boundary plate 138.

Thereafter, when all the cash in the cash receipt 136 flows, the deposit door 134 is moved to close the cash inlet 131a, the magnetic body 134a of the deposit door 134 is the first and second bending rails. It is adjacent to the other boundary plate 138 'which hangs at (R2, R3). Of course, since the ballistic body 139 continuously moves upward a plurality of boundary plates 138 'positioned on the accommodation rails R1, the other boundary plates 138' are positioned at the top and are deposited by the magnetic force of the magnetic body 134a. It will be in close contact with the door 134.

Accordingly, the boundary plates 138 and 138 'are towed one by one to the drop rail R4 along the opening and closing of the deposit door 134, and the boundary plates 138 and 138' are introduced into the cash inlet 131a. Can be classified and classified.

1 is a block diagram showing the appearance of the deposit and withdrawal management system according to the present invention,

Figure 2 is a perspective view showing a partially exploded view of the deposit machine according to the present invention,

3 is a block diagram showing the configuration of a deposit machine according to the present invention,

4 is a view schematically showing a cross-sectional view of the insertion means and the envelope cassette according to the present invention,

5 is a block diagram showing the configuration of a withdrawal machine according to the present invention;

Figure 6 is a view showing a cross-sectional view of the deposit cash cassette mounted on the deposit machine of the present invention,

7 is a perspective view showing a state of the cash deposit according to the present invention,

8 is a diagram schematically showing an operation of the deposit cash cassette according to the present invention.

Claims (4)

A case 110 in which the insertion hole 111, the payment hole 112, and the storage hole 113 have openings; A door 120 fixed to the case 110 to open and close the insertion port 111; The upper surface is opened to form a cash inlet 131a, the cash box 131 inserted into and inserted into the insertion hole 111, the cash opening and closing door 132 for opening and closing the cash box 131, and opening and closing the cash inlet 131a A deposit cash cassette 130 having a deposit door 134; An envelope cassette 140 having an upper surface to form an envelope inlet 141a and having an envelope box 141 inserted into and inserted into the insertion hole 111 and an envelope opening and closing door 142 for opening and closing the envelope box 141; A depositing means 160 for forcibly transferring the cash inserted into the depositing port 112 to guide the cash inlet 131a of the depositing cash cassette 130 and manipulating the opening and closing of the depositing door 134; Input and output means 150 for inputting and receiving deposit related information and installed in the case 110; Process the deposit related information input through the deposit input and output means 150 and output through the deposit input and output means 150, and controls the driving of the deposit means 160 in accordance with the deposit related information to process the storage of cash and envelopes Deposit control means (180); And depositor communication means 190 for transmitting the deposit related information of the deposit control means 180; Automatic withdrawal of cash, withdrawal machine 200 including withdrawal communication means for transmitting the withdrawal information 290, A management server 300 that receives, stores and manages the deposit and withdrawal related information transmitted from the depositor 100 and the withdrawal machine 200, respectively; And A deposit and withdrawal manager 410 which receives the deposit and withdrawal related information transmitted from the depositor 100 and the withdrawal machine 200, and transmits control signals for the operation and management of the depositor 100 and the withdrawal machine 200; Unmanned automatic deposit and withdrawal management system comprising a. The method of claim 1, The deposit input and output means 150 further includes a deposit printer 152 for outputting the deposit related information and the deposit receipt information transmitted from the deposit control means 180 to the ground, the deposit printer 152 is a deposit control means ( Writes the identification code transmitted by 180) on the label and outputs it; It further includes a receiving means 170 under the control of the deposit control means 180 to forcibly transfer the envelope inserted into the receiving opening 113 to guide the envelope inlet 141a of the envelope cassette 140; The storage means 170 controls the rotational direction of the label reader 172 and the roller 171a in contact with the envelope by reading the identification code of the envelope label inserted into the storage opening 113 to the storage opening 113. Unloading automatic deposit and withdrawal management system, characterized in that forcing the entry and exit of the inserted envelope further comprises a feeder (171) for controlling the rotation direction of the roller (171a) according to the signal of the label reader (172). The method of claim 1, The cash deposits 136 are formed in the deposit cash cassette 130 while forming a container shape with an upper surface opened for accommodating the cash flowing into the cash inlet 131a, and cut in the vertical direction to form the opening line 136a. Unattended automatic deposit and withdrawal management system characterized in that it further comprises). The method of claim 3, wherein The deposit door 134 is provided with a magnetic material 134a; On the inner surface of the cash box 131 facing each other are formed guide rails (131b) formed up and down, the guide rails (131b) and the receiving rail (R1) is formed up and down and the upper end of the receiving rail (R1) First and second bending rails R2 and R3 sequentially bent in a step shape while communicating with each other, and a drop rail R4 formed up and down while communicating with the second bending rail R3; The fixed shaft 138a protruding to both sides is made of a material that is movably engaged with the guide rail 131b and is magnetized by the magnetic force of the magnetic body 134a, so that the receiving rail R1 and the agent are moved along the movement of the deposit door 134. First and second bending rails (R2, R3) and the drop rail (R4) sequentially move, the end portion opposite to the fixed shaft (138a) when moving to the drop rail (R4) opening line (136a) of the cash storage (136) A plurality of boundary plates 138 inserted into and falling along the drop rail R4; And Unmanned automatic deposit and withdrawal management system further comprising; a carburetor (139) to support the carbon to move upwardly moving a plurality of boundary plates (138) stacked on the receiving rail (R1).

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