JPWO2017094338A1 - Automatic transaction equipment - Google Patents

Abstract

An ATM suitable for downsizing is provided while ensuring bill storage capacity and security. An automatic transaction apparatus in which a first unit and a second unit are arranged side by side in an apparatus housing, and the first unit and the second unit can be pulled out from the apparatus housing. A first base on which a first unit is mounted and movable in the front-rear direction by a rail; a second base on which a second unit is mounted and connected to the first base; One unit and the second unit can be pulled out as a unit. The first unit includes a state detection unit that detects the internal state of the first unit, a lock mechanism that prevents the device unit from being pulled out, and a control that controls the operation of the lock mechanism based on a state detection signal from the state detection unit. Part.

Description

  The present invention relates to an automatic transaction apparatus that is installed in a financial institution such as a bank, a general store in a city, or the like, and in which a user performs a financial transaction such as deposit, withdrawal, or transfer.

  An automated transaction machine (hereinafter referred to as ATM) is composed of a plurality of processing units, and the apparatus housing displays information for transaction to the user or a transaction operation by the user. A display operation unit which is a touch panel, a keypad unit for a user to input a personal identification number, an insertion / extraction port for a card and a statement slip, and the like are arranged.

  Also, inside the ATM device housing, a banknote processing unit for depositing and withdrawing banknotes, a statement slip printer for issuing transaction statement slips, reading data on a card inserted by a user, and writing data on the card A card reader, a control unit that communicates with the host device and controls the entire ATM are disposed. When banknotes are jammed in the middle of transportation (banknote jam), or when the paper for the statement slip printer runs out, the clerk opens the device housing and pulls out the banknote processing section etc. Or replenish.

  Conventionally, as this type of apparatus, there has been one described in JP2013-242628A (Patent Document 1) or JP2002-260057A (Patent Document 2).

JP2013-242628A JP 2002-260057 A

  In recent years, ATMs have been installed in various places such as various stores such as convenience stores in order to improve user convenience. Depending on the installation location, there may be a case where it is not possible to secure a sufficient space for installing a conventional ATM, and a small ATM having a reduced function and banknote storage capacity compared to an ATM installed in a bank has been developed.

  However, depending on the installation area, a large part of the transaction may be occupied by the withdrawal transaction. In such a case, it is necessary to increase the frequency of banknote replenishment in the conventional small type ATM with a reduced banknote storage capacity. In addition, the maintenance cost is increased. For this reason, the need to reduce the overall size of the apparatus while securing the bill storage capacity is further increased for ATMs.

  In the configuration described in Japanese Patent Application Laid-Open No. 2013-242628 (Patent Document 1), the banknote handling mechanism 204, the card handling mechanism 205, and the statement slip issuing mechanism 206 are arranged in the upper space of the banknote handling apparatus 100. Even if the height of the device 100 is set low, it is not suitable for reducing the height of the automatic teller machine 200.

  In the configuration described in Japanese Patent Laid-Open No. 2002-260057 (Patent Document 2), since the customer operation unit 105 and the card / detail slip processing mechanism 102 are arranged on the side of the banknote depositing / dispensing machine 1, cash automatic Although it is advantageous for reducing the height of the transaction apparatus 101, it cannot be said to be a configuration suitable for reducing the lateral dimension.

  In addition, important maintenance work such as cash replenishment to ATMs has traditionally been performed by security companies or specialized maintenance companies / personnels, etc. due to security concerns. For simple maintenance work, it may be more efficient that it is carried out by another staff member at the site. However, if such another clerk is allowed to freely access the inside of the ATM, depending on the operation status of the ATM, it is possible to access the cash existing inside, which is not preferable in terms of security. .

  This invention provides the structure of ATM suitable for size reduction, ensuring banknote storage capacity and security.

  An automatic transaction apparatus in which a first unit and a second unit are arranged side by side in an apparatus housing, and the first unit and the second unit can be pulled out from the apparatus housing. A first base on which a first unit is mounted and movable in the front-rear direction by a rail; a second base on which a second unit is mounted and connected to the first base; One unit and the second unit can be pulled out as a unit. Here, the first unit performs the operation of the lock mechanism based on the state detection unit that detects the internal state of the first unit, the lock mechanism that prevents the device unit from being pulled out, and the state detection signal from the state detection unit. And a control unit for controlling.

  With the above configuration, it is possible to configure an ATM suitable for downsizing while ensuring bill storage capacity and security.

It is an external appearance block diagram of ATM. It is an external appearance block diagram of ATM. It is a side perspective view of ATM. It is a figure of the state which opened the upper surface part of ATM. It is a figure of the state which opened the lower door of ATM. It is an internal arrangement figure of the unit of the upper part of ATM. It is the figure of the state which pulled out the internal unit of ATM. It is a figure explaining a drawer lock mechanism. It is a figure explaining a drawer lock mechanism. It is a figure of the front part of a bill processing part. It is a figure explaining control of an electromagnetic lock mechanism. It is a control flowchart of an electromagnetic lock mechanism. It is a control block diagram of the part which concerns on the electromagnetic lock of ATM. It is an example of the display screen of ATM.

  Hereinafter, the structure of the ATM of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is an external configuration diagram of an ATM 100 of the present invention, FIG. 1 (A) is a front view, and FIG. 1 (B) is a side view. A display operation unit 101 includes a touch panel or the like on which a user performs a transaction operation, displays information for an attendant to perform a maintenance operation, and inputs an operation.

  102 is a banknote deposit / withdrawal port for loading and unloading banknotes, 103 is a noncontact IC processing unit comprising a noncontact IC processing unit for communicating with a noncontact IC card, a barcode reader for reading barcode data, and the like. Bar code reader unit 104 is a PIN pad (PIN: Personal Identification Number) consisting of a plurality of numeric keys for the user to enter a PIN at the time of transaction, and 105 is a statement slip (receipt) on which transaction details are printed. An output slip issuing port 106 is a card insertion port for inserting a cash card or the like.

  As is apparent from FIG. 1, a banknote deposit / withdrawal port 102 is disposed on the left side directly below the display / operation unit 101 disposed at the upper part of the ATM 100, and a PIN pad is provided at a substantially central portion in the lateral direction of the ATM 100 immediately below the banknote deposit / withdrawal port 102. 104 is arranged. Further, the non-contact IC unit / barcode reader unit 103 is arranged on the left side directly below the display operation unit 101, the statement slip issuing port 105 is arranged on the right side directly below the display operation unit 101, and directly below the statement slip issuing port 105. The card insertion slot 106 is disposed on the card.

  That is, the banknote deposit / withdrawal port 102 and the statement slip issuing port 105 are arranged side by side in the horizontal direction directly below the display operation unit 101, and the PIN pad is positioned at the substantially central portion in the horizontal direction directly below the banknote deposit / withdrawal port 102. 104 is arranged, and the non-contact IC part / bar code reader part 103 and the card insertion slot 106 are arranged at substantially the same height on both sides. In this way, each processing unit is arranged so as to be close to the center of the upper portion of the ATM 100, thereby realizing miniaturization.

  ATM100 has the banknote processing part which performs the deposit or withdrawal process of a banknote, and as shown to the ATM left side transparent drawing of FIG. 2, the banknote process part 200 is comprised from 200 A of upper units and the lower unit 200B. . The upper unit 200A mainly includes a deposit / withdrawal port through which a user inserts and removes banknotes, a banknote discriminating section that determines the denomination and authenticity of banknotes, a temporary storage section that temporarily holds banknotes, and banknotes It has a control unit for controlling the operation of the processing unit (not shown).

  The lower unit 200B has a sturdy safe unit 201 for storing a plurality of banknote cassettes 202 having both deposit and withdrawal functions for storing banknotes in denominations. It is designed to open and close with a key to increase security.

  Here, the bill cassette 202 employs a horizontal cassette that holds bills in a standing state, and has the same bill storage capacity as compared to a vertical cassette that holds bills stacked in a vertical direction. Is advantageous in reducing the size of the apparatus in the depth direction. Note that the banknote cassette 202 is a reject bank that stores reject banknotes that are identified as being not suitable for being repaid to the user due to dirt, tears, or the like, in addition to the above-described denomination cassette for recycled banknotes. , A withdrawal dedicated warehouse, or a loading and collecting warehouse for loading and collecting banknotes in a denomination cassette may be included.

  The ATM 100 can open and close the upper and lower parts of the device housing separately, and the staff can open and close the upper and lower parts separately during maintenance or the like to access the internal units. As shown in FIG. 3, the upper part of the housing can be opened upward by releasing the upper locking mechanism (not shown) and the like, and lifting the upper surface part 301 from the bottom upward.

  As shown in FIG. 4, the lower part of the housing can open the front door 401 in the lateral direction by releasing the door key 107. The housing lower unit further incorporates the aforementioned safe unit 201 in the housing, and the bill cassette is disposed in the safe. To access the safe unit 201, the safe door key 108 is further released, and the safe door is opened. Security is increased by requiring that 402 be opened. In addition, you may make it hold | suppress the lower end of the upper surface part 301 of the closed state by closing the front door 401, without providing the upper locking mechanism. In this case, if the lower door 401 is not in an open state, the upper surface portion 301 cannot be lifted upward to open, but a lock mechanism or an open / close sensor dedicated to the upper portion is not required, so that the configuration is simpler and less expensive. be able to.

  FIG. 5 is a front view showing a state in which the door at the upper part of the housing is opened. The banknote processing unit upper unit 200A is mounted on a base member 511. The base member 511 is connected to a moving rail 510 whose side surface is movable in the front-rear direction. The banknote processing unit upper unit 200A is a base member 511. It can be moved back and forth while being mounted on and pulled out to the near side.

  A statement slip (receipt) printer 501 mounted on the base member 512 is disposed on the right side of the banknote processing unit upper unit 200A. The base member 512 is integrated with the base member 511 and the moving rail 510. As shown in the figure, it is connected and fixed by bolts / screws 520 or the like. That is, a part of the base member 512 on the banknote processing unit upper unit 200 </ b> A side is connected and fixed to the base member 511 and the moving rail 510.

  Therefore, as shown in FIG. 6, the banknote processing unit upper unit 200 </ b> A and the receipt printer 501 can be pulled out together as a unit.

  At this time, the banknote processing unit upper unit 200A is placed on the moving rail 510 and pulled out to the front side, but the receipt printer 501 is on the receipt printer base 512 fixed so as to be integrated with the base unit 511 of the banknote processing unit upper unit. Is not mounted on a separate rail or the like. That is, if the receipt printer 501 is to be pulled out independently, another rail or the like for mounting and moving the receipt printer 501 in the housing is further required, which increases the overall width of the apparatus, which is not preferable.

  In this way, the banknote processing unit upper unit 200A and the receipt printer 501 are fixed so as to approach each other, and only the banknote processing unit upper unit 200A is mounted on the moving rail installed in the housing. The receipt printer 501 is configured to be pulled out as a unit. As a result, the height dimension can be reduced compared to the case where both are arranged in the vertical direction, and the horizontal dimension can also be suppressed compared to the case where both are individually pulled out. As a result, the overall size of the apparatus can be reduced.

  Note that, in the above configuration, the card reader device that reads the data of the cash card inserted from the card insertion slot 106 is mounted on the housing upper surface portion 301, and is not shown in FIG. Similarly, it may be mounted on a separate base part or the like so that it can be pulled out integrally with the banknote processing unit upper unit 200A.

  In the above configuration, the base member 511 and the base member 512 are separate and are connected and fixed to the moving rail 510 with bolts / screws 520, etc., but the base member 511 and the base member 512 are integrally molded. The base member 511, the base member 512, and the moving rail 510 may be integrally formed.

  Since the banknote handling unit is a unit that directly handles cash, itself needs a mechanism for maintaining security. For example, the banknote cassette 202 for storing banknotes cannot be easily accessed from the outside by being stored in the strong safe unit 201 with a key as described above. In addition, the keys of this safe cannot be released by all staff members, and only those who are given certain authority among the staff members can unlock them by entering the safe key or password, etc. Access to cash is allowed.

  However, since the ATM of the present invention is configured to pull out the bill processing unit upper unit 200A and the receipt printer 501 as one body, for example, a security problem as described below may occur.

  The receipt printer prints the transaction details on the loaded roll paper and issues it. However, when the roll paper runs out of paper, a staff member replenishes the new roll paper. Here, the replenishment of roll paper is a relatively simple operation, and is not necessarily performed by a staff member who is allowed to access cash inside the ATM.

  On the other hand, the banknote processing unit upper unit 200A normally does not retain banknotes except during a transaction operation. However, when a banknote jam (jam) occurs somewhere inside, the banknote processing unit upper unit 200A is not in a transaction operation. Residual banknotes (jam banknotes) are present in the unit 200A. Moreover, the banknote processing unit upper unit 200A has a structure in which a predetermined part can be opened and accessed to remove such remaining banknotes.

  Since this ATM has a structure in which the bill processing unit upper unit 200A and the receipt printer 501 are integrated and both are pulled out at the same time, if there is a remaining bill such as a jam bill in the bill processing unit upper unit 200A, the receipt printer 501 If an attendant who is going to replenish roll paper can access the jammed banknote, and the attendant is not an attendant who is allowed to access cash inside the ATM, it is not preferable in terms of security.

  Therefore, in this ATM, a mechanism for restricting the withdrawal of the banknote processing unit upper unit 200A and the receipt printer 501 depending on the situation is provided.

  The banknote processing unit upper unit 200A is housed in the upper part of the ATM housing, and when an attendant performs maintenance work or the like, after opening the housing upper panel upward, the banknote processing unit upper unit 200A is pulled out to the near side. Various maintenance operations are possible. Here, as shown in FIG. 7, the upper unit 200A is provided with an electromagnetic lock mechanism 701 for preventing the upper unit 200A from being pulled out from the housing.

  As shown in FIG. 7A, in the electromagnetic lock mechanism 701, the lock bar 701A is lowered in the locked state, and the lock bar 701A is in contact with the lock bar contact portion 702 of the housing. The upper unit 200A cannot be pulled out to the right side (the front side of the apparatus) of the drawing, and is in a locked state.

  In the unlocked state, as shown in FIG. 7B, the lock bar 701A is lifted upward, and the upper unit 200A can be pulled out without the lock bar 701A hitting the contact portion 702. The electromagnetic lock mechanism 701 maintains the locked state as shown in FIG. 7A in a situation where power is not supplied due to a power failure or the like.

  The electromagnetic lock mechanism 701 switches between the locked state and the unlocked state based on a command from the control unit of the ATM device when the ATM device is energized. FIG. 8 is a front view of the upper banknote unit 200 </ b> A, which has a lock release key portion 801 into which a physical key can be inserted and a drawer lever 802 for releasing the lock state of the electromagnetic lock mechanism 701.

  When the electromagnetic lock mechanism 701 is in the unlocked state, the lock bar 701A can be lifted and the upper banknote unit 200A can be pulled out by pushing the drawer lever 802 by an attendant or the like, but the electromagnetic lock mechanism 701 is in the locked state. Cannot push in the drawer lever 802 and cannot pull out the upper banknote unit 200A. In this case, the lock state is released by inserting a dedicated key into the lock release key unit 801 and operating (turning etc.), the drawer lever 802 can be pushed in, and the upper banknote unit 200A can be pulled out.

  In the state where the ATM device is not energized due to a power failure or the like, the electromagnetic lock mechanism 701 is maintained in the locked state as described above, and the drawer lever 802 cannot be pushed. The lock state can be released by inserting the release key into the lock release key unit 801 and operating it.

  Next, a reference for switching between the locked state and the unlocked state by the electromagnetic lock mechanism 701 will be described. The electromagnetic lock mechanism 701 switches between the locked state and the unlocked state depending on whether or not there is a bill remaining in the upper bill unit 200A. That is, in the upper banknote unit 200A, there are residual banknote detection sensors (not shown) at predetermined locations on the banknote conveyance path and each processing unit, and any of these residual banknote detection sensors detects “banknote present”. If it is, it is determined that there is a remaining banknote.

  When it is determined that the remaining banknote is present, the electromagnetic lock mechanism 701 is locked, and when it is determined that there is no remaining banknote, the electromagnetic lock mechanism 701 is controlled to be unlocked. These controls are performed by energizing the electromagnetic lock mechanism 701 only when it is detected by an unillustrated sensor or the like that the front door of the ATM is opened. Compared to the case, it is possible to suppress the surrounding temperature rise and power consumption.

  The lock control of the electromagnetic lock mechanism 701 described above is summarized as a table as shown in FIG. As a result, the clerk who is only allowed to replenish the roll paper of the receipt printer 501 pulls out the upper bill unit 200A and the receipt printer 501 as a unit only when there is no remaining bill in the upper bill unit 200A. A roll paper replenishment operation can be performed. Further, when a remaining banknote such as a jam banknote is detected by a sensor or the like (not shown) of the upper unit 200A, the electromagnetic lock mechanism 701 maintains the locked state, and the inside of the upper banknote unit 200A and the receipt printer 501 are pulled out. Can not.

  At this time, the clerk allowed to access the cash inside the ATM inserts a dedicated key into the unlocking key portion 801 in FIG. 8 to release the lock state of the electromagnetic lock mechanism 701 and pushes the drawer lever 802. Thus, the upper unit 200A and the receipt printer 501 can be pulled out as a unit, and maintenance work such as removal of jammed bills can be performed.

  Although the locked state is maintained even during a power failure, the upper part of the banknote processing unit is inserted by inserting a dedicated key into the unlocking key unit 801 to release the locked state of the electromagnetic lock mechanism 701 and pushing in the drawer lever 802. The unit 200A and the receipt printer 501 can be pulled out as a unit.

  FIG. 10 is a flowchart for explaining the operation of the electromagnetic lock mechanism 701 described above. Prior to the description of the flow of FIG. 10, the connection state of the ATM device side and the control mechanism of the banknote processing unit will be described with reference to FIG. As shown in FIG. 11, the main body control unit 1120 and the banknote processing unit 1110 on the ATM device side are connected by a bus control line 1100 to transmit and receive various control signals and the like. The banknote processing unit 1100 includes a deposit / withdrawal port 1111, an identification unit 1112, a temporary storage unit 1113, a conveyance path unit 1114, a banknote storage unit 1115, an electromagnetic lock unit 1116, and the like connected to the control unit 1117 in the banknote processing unit. Each part is controlled by a command from, or a signal from each part is transmitted to the control part 1117. The bus control line 1100 is further connected to a front door opening / closing detection unit 1130 that detects opening / closing of the front door 401 at the bottom of the main body, and notifies the main body control unit 1120 of the open / closed state of the front door 401. In addition, although the banknote process part 1110 in FIG. 11 is the same as the banknote process part 200 of FIG. 2, etc., the different code | symbol is attached | subjected for convenience of explanation.

  FIG. 10 is a flowchart for explaining the lock control of the electromagnetic lock mechanism 701 assuming that the roll paper of the receipt printer 501 is replenished by a staff member. A clerk who came to refill the roll paper of the receipt printer opens the upper surface portion 301 in order to pull out the receipt printer integrated with the banknote processing unit upper unit. As described above, in the case of the structure in which the opening and closing of the upper surface portion 301 is fixed by the front door 401, the upper surface portion 301 is opened after the front door 401 is opened, but the structure of the upper surface portion 301 can be opened and closed alone. If there is a mechanism for detecting opening and closing, there is no need to open the front door 401. As described above, the electromagnetic lock mechanism 701 is not energized when the front door 401 is closed, and maintains the locked state in this state.

  The door open / closed state of the front door 401 is notified to the ATM software stored in the main body control unit 1120 by sensor information (step S901). Here, when the opening state of the front door 401 is notified from the front door opening / closing detection unit 1130, there is a possibility that maintenance operation may be performed by an attendant or the like, so the main body control unit 1120 is placed in the banknote processing unit 1110. An electromagnetic lock open command is issued to the mounted control unit 1117, and energization of the electromagnetic lock mechanism 701 is started. At this time, the locked state is still maintained (step S902).

  Upon receipt of the electromagnetic lock open command, the control unit 1117 receives a deposit / withdrawal port 1111 that may possibly remain in the banknote processing unit 1110, an identification unit 1112, a temporary storage unit 1113, a transport path unit 1114 (a banknote processing unit upper unit). Based on the signal from the transport path 200A), it is confirmed that none of these parts has any remaining banknotes (steps S903 to S905).

  Here, when there is no banknote remaining in each part, the lock | rock of the electromagnetic lock part 1116 is cancelled | released from the control part 1117 (step S906). In the flow up to this point, when the electromagnetic lock is released, the clerk can pull out the banknote processing unit upper unit 200A and the receipt printer 501 by pushing the drawer lever 802 (step S907), and the roll paper is replenished. It becomes possible (step S908).

  When these maintenance operations are completed, the pulled-out banknote processing unit upper unit 200A and the receipt printer 501 are returned to their original positions in the housing (step S909), and the upper surface 301 and the front door 401 are closed (step S910). The main body control unit 1120 that has received the front door closing information issues an electromagnetic lock closing command to the control unit 1117 in the banknote processing unit (step S911). Upon receiving this command, the control unit 1117 switches the electromagnetic lock unit to the locked state. Thereafter, the energization to the electromagnetic lock mechanism 701 is stopped, but the locked state is maintained and the electromagnetic lock is prohibited (locked state) (step S912).

  In the above-described steps S903 to S905, when a remaining banknote is detected at any of the deposit / withdrawal port 1111, the identification unit 1112, the temporary storage unit 1113, and the upper conveyance path unit 1114, the electromagnetic lock from the main body control unit 1120 The open command (step S902) is ignored and the locked state is maintained. At this time, a message notifying that the banknote processing unit upper unit 200A cannot be pulled out due to the occurrence of an abnormality as shown in FIG. 12 may be displayed on the display operation unit 101 or a display unit dedicated to maintenance operation (not shown). Thereafter, when it is detected that the front door 401 is closed after the locked state is maintained, the energization to the electromagnetic lock mechanism 701 is stopped while the locked state is maintained, and the process ends.

  If it is detected that there are no remaining banknotes in all of the deposit / withdrawal port 1111, the identification unit 1112, the temporary storage unit 1113, and the upper transport path unit 1114 before the front door 401 is closed, the process proceeds to step S906. Then, it may be controlled to release the electromagnetic lock.

  Moreover, the upper banknote unit 200A may be provided with an upper reject box for storing reject banknotes. Therefore, similarly to the case where a jam banknote is present in the upper banknote unit 200A described above, the electromagnetic lock mechanism 701 allows the upper unit 200A and the receipt printer 501 to be pulled out even when the reject banknote is stored in the upper reject box. Security can be ensured by restricting. Or you may make it provide a key etc. for opening / closing it in an upper rejection store | warehouse | chamber.

  By the operation described above, it is possible to prevent an attendant who is only allowed to replenish roll paper of the receipt printer from accessing the jammed bill inside the upper unit 200A.

100: Automatic transaction equipment (ATM)
200: bill processing unit 301: upper surface part 401: front door 501: receipt printer 701: electromagnetic lock mechanism

Claims (11)

An automatic transaction apparatus in which a first unit and a second unit are arranged side by side in an apparatus housing, and the first unit and the second unit can be pulled out from the apparatus housing. Because
A first base mounted with the first unit and movable in the front-rear direction by a rail;
A second base on which the second unit is mounted and connected to the first base;
Have
The automatic transaction apparatus, wherein the first unit and the second unit can be pulled out as a unit. The automatic transaction apparatus according to claim 1,
The first unit includes a state detection unit that detects an internal state of the first unit, and a lock mechanism that prevents the device unit from being pulled out.
An automatic transaction apparatus comprising: a control unit that controls an operation of the lock mechanism based on a state detection signal from the state detection unit. The automatic transaction apparatus according to claim 2,
The device housing is separated into an upper housing and a lower housing,
The automatic transaction apparatus, wherein the first unit and the second unit are mounted on the upper housing. The automatic transaction apparatus according to claim 3,
The first unit includes a banknote deposit / withdrawal port for depositing / withdrawing banknotes, a banknote discrimination section for identifying banknotes, a temporary storage section for temporarily storing banknotes, and a banknote transport path for transporting banknotes. Including an upper banknote handling unit,
The lower casing is mounted with a lower banknote processing unit including a banknote storage for storing banknotes and a second banknote transport path for transporting banknotes. The automatic transaction apparatus according to claim 4,
The automatic transaction apparatus according to claim 2, wherein the second unit is a statement slip printer that issues a statement slip on which contents of a transaction or the like are printed. The automatic transaction apparatus according to claim 4 or claim 5,
The state detection unit detects residual banknotes in the upper banknote processing unit,
The said control part is controlled so that the said lock mechanism maintains a locked state, when the said state detection part detects a remaining banknote, The automatic transaction apparatus characterized by the above-mentioned. It is an automatic transaction device according to any one of claims 2 to 6,
The device housing has a door that can be opened and closed,
The lock mechanism operates to switch between a locked state and a released state by a control signal from the control unit in an energized state,
The automatic transaction apparatus, wherein the lock mechanism is energized when the door is open and is not energized when the door is closed. The automatic transaction apparatus according to claim 7,
The automatic transaction apparatus characterized in that the lock mechanism maintains a locked state in a state where current is not supplied. The automatic transaction apparatus according to any one of claims 2 to 8,
An automatic transaction apparatus comprising a key insertion unit for inserting a physical key for releasing the lock state of the lock mechanism. The automatic transaction apparatus according to any one of claims 6 to 9,
The upper banknote processing unit has an upper reject storage for storing banknotes that cannot be reused,
The said control part is controlled so that the said lock mechanism maintains a locked state, when the reject banknote is accommodated in the said upper rejection store | warehouse | chamber, The automatic transaction apparatus characterized by the above-mentioned. The automatic transaction apparatus according to any one of claims 1 to 10,
A display operation unit provided on the front surface of the automatic transaction apparatus;
A banknote deposit / withdrawal port arranged on the left side directly below the display / operation unit;
A PIN pad portion disposed directly below the banknote deposit / withdrawal port and substantially at the center in the lateral direction of the automatic transaction apparatus;
A non-contact IC part / barcode reader part arranged on the left side of the PIN pad part;
A statement slip issuing port arranged on the left side of the PIN pad part;
A card insertion slot arranged immediately below the statement slip issuing slot;
An automatic transaction apparatus comprising:

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