JP2511520B2 - Cash handling equipment - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a cash processing apparatus that can be operated by a customer himself to pay cash or deposit money, and particularly to maintenance and operation of this apparatus. The present invention relates to a card-type automatic lock device that is opened and closed by an operator for maintenance and operation.

[Prior Art] Conventionally, in order to prevent crime and to ensure and maintain cash management, a cash processing apparatus of this type has a key held by an operator who operates it, and a lock provided in the apparatus is a key. By unlocking the device, the machine inside the device is maintained and operated, that is, cash is replenished and collected, or the device is repaired and maintained.

For example, each part is protected and managed by a plurality of keys such as a first key on the outer door on the back of the device and another second key on the inner safe. That is, when the cash management and the machine management are divided into levels and management that does not require direct contact with cash, for example, when trying to replenish receipt paper, unlock the outer door with the first key We will open the door and supply receipts, but if you do not have enough cash to pay,
After opening the outer door with the first key, take out the safe from the cash processing machine inside the device with the second key, and further open the lid of the safe with the third key to replenish the banknotes in the safe. However, it is necessary to operate a plurality of keys, and there has been a problem that the more difficult it is to manage cash, the more complicated the key operation becomes.

In addition, the maintenance engineer who maintains the machine is unrelated to cash management, but in order to inspect the inside of the device,
For example, borrow the second and third keys from the cash management staff of the financial institution that manages them, or wait for a meeting,
There was also a problem that the maintenance work had to be performed, and complicated key operation was forced before the work immediately after that was performed.

[Problems to be Solved by the Invention] As described above, according to the lock mechanism of the conventional cash processing apparatus, when it is desired to perform management that does not require direct contact with cash, management is simplified with a small number of keys. You can do it, but if you do not have enough cash to pay, you will need a lot of keys, and you will need to use these keys one after another, and eventually you will have to perform complicated operations such as replenishing cash. There was a problem.

In addition, the maintenance engineer who maintains the machine is unrelated to cash management, but when inspecting the inside of the device,
A large number of keys must be borrowed from the cash management staff of the financial institution that manages them, or the maintenance work must be carried out after waiting for them, so complicated operations must already be performed before the maintenance work. There was also the problem of having to do so.

An object of the present invention is to eliminate the drawbacks of the prior art described above and to simplify the lock operation by the staff by using the card storing the management level, thereby freeing the staff from the complexity involved in the key operation. Another object of the present invention is to provide a cash processing apparatus which can be fully equipped with cash management security.

[Means for Solving the Problem] The cash processing apparatus of the present invention is composed of a plurality of units such as a cash processing unit and a receipt processing unit, and the units that can be handled and operated are limited according to the type of the person in charge of handling. In addition, in a cash processing apparatus that replenishes or collects cash in or from a cash processing unit by attaching or detaching a removable safe box, an outer door provided on the maintenance surface of the apparatus, and an outer door and each unit are provided respectively. The controllable locking means that regulates the handling operation to each unit, the card reader that reads this data from the information card that records the data indicating the type of person in charge of handling, and the information card is read by this card reader. When the user handles, the type of person in charge of handling stored in the information card is referenced, and the lock hand who is allowed to unlock the type of person in charge of handling. It is equipped with a control means for discriminating the stage and for instructing the unlocking of the lock to the unlocking means permitted, and by reading the information card, the unlocking is permitted according to the type of person in charge of handling. It is characterized in that the lock of the locked unit is unlocked, and the cash is replenished or collected in the cash processing unit by attaching and detaching the collective safe to and from the cash processing unit whose lock is unlocked.

[Operation] In the cash processing apparatus of the present invention, when the information card is inserted into the card reader, the data indicating the type of the person in charge of handling, which is stored in the information card, is read and this data is taken into the control means.

Then, depending on the type of the person in charge of handling read out,
The lock of the unit that the person in charge of handling is permitted to handle is released, and the unit can be replenished with consumables, repaired and maintained.

In other words, if the person in charge of handling is a person who has only the authority of the lower level, only the lock mechanism of the unit of the lower level is unlocked, and conversely, if the person in charge of the highest level is in charge. , The lock mechanism of all units is unlocked.

Further, depending on the type of the person in charge of handling, when the lock of the cash processing unit is unlocked, by attaching and detaching the collective safe detachably provided to the cash processing unit to the cash processing unit, Will be able to replenish and collect.

Therefore, whether it is a low-level operation such as when replenishing consumables or a high-level operation such as when replenishing and collecting cash, a complicated operation is not required and a simple operation is required. Can operate and maintain the equipment.

In addition, since cash can be collected from the device by the simple operation described above, when the maintenance staff performs maintenance work such as repair of the device, the cash management staff of a financial institution collects the cash from the device in advance. By doing so, it becomes possible for a person in charge of cash management of a financial institution to request maintenance work without attending the maintenance work.

[Embodiment] An embodiment of the present invention will be described below with reference to FIGS. 1 to 5.

Description of the main body of the apparatus (Figs. 2 and 3) Fig. 2 is a perspective view of the automatic teller machine 30 (hereinafter referred to simply as "ATM30" or "apparatus") as viewed from the rear side. A customer ID card slot, passbook slot, banknote transaction slot, coin transaction slot, receipt outlet, touch panel, and other customer service areas are provided on the front side that does not appear in the drawing. On the back side, as shown in the figure, a double-sided outer door 31 that covers the back side of the device and protects the inside
Is attached. On this outer door 31, a manual card reader 18 for reading information stored in a magnetic stripe of a manual card used by a staff member, and a staff operating unit 17 for a staff member to perform maintenance and testing of the apparatus are provided. .

A clerk operation door 17a, which is a small door, is attached to the clerk operation unit 17. The numeric keypad 32 is exposed to the outside through an opening provided in the staff operation door 17a, and the ten key 32 can be operated from the outside without opening the staff operation door 17a. Further, a lock indicator 33 for displaying the open / closed state of the electronically controlled lock mechanism of the outer door 31 is attached to the front surface of the staff operation door 17a. The lock indicator 33 is, for example, turned on when the lock mechanism is locked and turned off when the lock mechanism is unlocked. The operator operation door
In addition to the ten-key pad 32, switches such as a handling stop button for turning off the power of the device to stop the handling of the device are stored inside 17a, and other switches necessary for the attendant to operate.

FIG. 3 shows the structure of the unit door inside the apparatus when the outer door 31 is opened. That is, in order to simplify the maintenance and operation of the machine, the inside of the device is divided into, for example, a receipt system in which receipts wound in journals are stored, a split safe or a type installed internally for each type of cash. A safe system that stores a collectable safe deposit box (replenishment / recovery safe) that can store cash regardless of it, a passbook system that stores a blank passbook newly issued by the device, or a passbook that causes an abnormal handling There are four units, such as a control system that stores the control center, and each unit has a unit door that is an inner door. The unit door is a receipt system door 35 that is opened when collecting / replenishing receipts and journals, a safe system door 36 that is opened to remove and set the safe 14 for cash supplement / collection, and a passbook. It is composed of a passbook system door 37 which is opened when collecting / replenishing the device, and a control system door 38 which is opened for repair and maintenance of a control unit that controls the device. Lock indicators 39, 40, 41, 42 are attached to the unit doors 35, 36, 37, 38, respectively, to display the open / closed states of the electronically controlled lock mechanisms of these doors. These lock indicators 39-42
Similar to the outer door 31, the light is turned on when the electronically controlled lock mechanism is locked, and turned off when the electronically controlled lock mechanism is unlocked.

Description of control system (FIG. 1) Inside the ATM 30 of FIG. 2, the control unit 1 shown in FIG.
A card reader control unit 2, a passbook control unit 3, a cash processing control unit 4, an operation panel control unit 5, and the like are provided.

Here, the card reader control unit 2 is the ID used by the customer.
A card reader 6 for reading information stored in a magnetic stripe of a card, the above-mentioned manual card reader 18 provided on the outer door 31 of the apparatus, and a card inserted into a card insertion opening of these readers are automatically run. And the card running unit 7 which is inserted and discharged through the insertion slot.

The passbook control unit 3 reads the information recorded on the magnetic stripe of the passbook and the pages and rows of the passbook, and prints and writes the information on the passbook, and the passbook is run through the passbook insertion opening 6. It controls the passbook running unit 11 for inputting and discharging.

The cash processing control unit 4 distinguishes the type of cash input / discharged from the input / output port 12 that opens and closes the door to input or output cash, and the discrimination counting unit 13 that counts the number of cash. And a safe 14 for storing cash.

The operation panel control unit 5 displays the customer operation unit 15 such as a push button operated by the customer and guidance characters for the customer operation necessary for the transaction, displays various keys, and presses the keys by the customer to press the keys. The display panel 16 for inputting letters, numbers, etc. corresponding to the above, and the staff operation section 17 provided on the outer door 31 of the apparatus are controlled.

Further, the operation panel control unit 5 is provided on the outer door 31, locks the outer door 31 at all times, and unlocks the outer door 31 when an unlock command is received. Receipt door electronic control lock mechanism 22 provided on receipt door 35
, A safe system electronic door lock control mechanism 23 provided on the safe system door 36, a passbook system electronic door lock control mechanism 24 provided on the passbook system door 37, and a control system electronic control system provided on the control system door 38. A lock mechanism 25, a staff operation door electronically controlled lock mechanism 26 provided on the staff operation door 17a, and each of these doors 17a, 35 to 38.
Lock indicator 3 that displays the status of each lock mechanism
It controls 3,39,40,41,42.

These respective control units 2 to 5 are under the control of the control unit 1. The control unit 1 includes all determination means necessary for various transactions, and outputs a control command to each of the control units 2 to 5 based on the determination to control them.

Description of Manual Card (FIG. 4) By the way, particularly in the present embodiment, the manual card is provided with handling person (personnel) identification data, unlocking data, supplement / recovery data, etc., and the manual card is inserted into the manual card reader 18. The manual card 50 stores information such as that shown in FIG. 4 by means of a magnetic stripe or the like, although the cash replenishment / collection preparation and the lock release are performed only by this. .

In the person-in-charge type column in which one of the unlock data is stored, a consumables supply / collection person (hereinafter, also simply referred to as a consumables person), a cash management person, a repair maintenance person, and the like are stored. Based on this data, whether the card is a consumable card for the purpose of simply replenishing / collecting consumables or a cash card for handling up to a cash level, or maintenance for the purpose of repair / maintenance of equipment You can know if it is a card.

In addition, in the consumable product type column in which another one of the unlocking data is stored, whether the receipt system only replenishment / collection, the passbook system only replenishment / collection, or both the receipt system and the passbook system Stores data that informs whether the purpose is the processing of.

Further, in the handling person identification data column, a personal identification number for identifying a cash operator and a personal identification number for identifying a repair maintenance operator are stored.

Further, in the cash management type column, a replenishment / recovery type indicating whether cash is replenished or withdrawn is stored, and particularly in the case of cash withdrawal, distinguishing data between total withdrawal and partial withdrawal is also stored.

Description of Flowchart (FIG. 5) Next, an example of various functions of the control unit 1 shown in FIG.
This will be described with reference to the flowchart of FIG. 5 including manual operation input. In addition, replenishment and supply regarding cash here,
Also, collection and collection are used differently.
That is, replenishment means supplying cash from the outside of the device into the device, and replenishment means distributing cash from the collective safe to the split safes in the device. Further, the collection means to take out cash from inside the device to the outside of the device, and the collection means to collect cash distributed in the divided safes in the device to the collective safe.

Description of Flowchart of FIG. 5 (Part 1) The control unit 1 detects whether or not the card 50 is inserted into the manual card reader 18, and if not, waits until the card 50 is detected (step 100).

When the card 50 is detected, the information data stored in the magnetic stripe or the like is read by the manual card reader 18 and sent to the controller 1 via the card reader controller 2 (step
101).

The control unit 1 first checks the person-specific data in the card information. If the card is not for the person in charge of supplying and collecting consumables, proceed to step 120 (step 102).

If the card 50 is a card for a person in charge of replenishing and retrieving consumables, the control unit 1 outputs an outer door electronic control lock mechanism release command to the operation panel control unit 5 to unlock the outer door electronic control lock mechanism 21. . By this unlocking, the lock indicator 33 showing the locked state of the outer door 31 is turned off (step 103).

The person in charge of the consumables confirms that the outer door lock indicator 33 has been turned off and opens the outer door 31 (step 104).

The control unit 1 then checks the consumable product type in the card information. That is, it is determined whether the system is a receipt system or both a receipt system and a passbook system, or only a passbook system. If the system is only the passbook system, the process proceeds to step 112 (step 105).

If the consumable product type in the card information is both a receipt system and a passbook system, the control unit 1 outputs a receipt system electronic control lock mechanism unlocking command to the operation panel control unit 5, and the receipt system electronic control lock. Mechanism 22 is unlocked. By this unlocking, the lock indicator 39 showing the locked state of the receipt system door 35 is turned off (step 106).

The consumables person confirms that the receipt system door lock indicator 39 is turned off and opens the receipt system door 35 (step
107).

A person in charge of the consumables collects or replenishes the receipt and the journal inside the receipt system door 35. Here, the collection is collected from the collection box, and the supplement is supplemented from the supplement box. At this time, the ATM 30 is kept in the operating state without being stopped, and the receipt and the journal can be collected / replenished (step 108).

The consumables person closes the receipt system door 35 when the required collection / replenishment processing is completed (step 109).

The control unit 1 detects that the receipt system door 35 is closed and automatically locks the receipt system door electronic control lock mechanism 22.
This locking causes the receipt system door lock indicator 39 to light up (step 110).

The control unit 1 again checks the consumable product type in the card information. That is, it is determined whether the consumable product type is both a receipt type and a passbook type, and if not, the process proceeds to step 117 (step 111).

When the consumable product type is both a receipt system and a passbook system, or when the consumable product type check in the card information in step 105 described above determines that only the passbook system is used, the control unit 1 The passbook electronic control lock mechanism unlock command is output to the control unit 5, and the passbook electronic control lock mechanism is output.
Unlock 24. By this unlocking, the lock indicator 41 indicating the locked state of the passbook door 37 is turned off (step 112).

The person in charge of the consumables confirms that the passbook door lock indicator 41 is turned off and opens the passbook door 37 (step 113).

The person in charge of the consumables collects the passbook inside the passbook door 37 and replenishes the passbook. At this time as well, it is desirable that the ATM 30 be kept in the operating state without being stopped so that the mechanism can collect / replenish the passbook (step 11).
Four).

The consumables person closes the passbook system door 37 when the required collection / replenishment processing is completed (step 115).

The control unit 1 detects that the passbook system door 37 is closed and automatically locks the passbook system door electronic control lock mechanism 24. This locking causes the passbook door lock indicator 41 to light up (step 11
6).

Here, the person in charge of the consumables confirms that all the lock indicators 39 to 42 of the unit doors 35 to 38 are lit, and confirms that the outer door 31
Is closed (step 117).

The control unit 1 detects that the outer door 31 is closed, automatically locks the outer door electronic control lock mechanism 21, and returns to step 100 again. This locking causes the outer door lock indicator 33 to light up (step 118).

Flowchart of FIG. 5 (No. 2) When the controller type data in the card information checked by the control unit 1 in step 102 is not the card for the consumables supply / collection personnel, the cash management operator If not, the process proceeds to step 140 (step 1
20).

If the card 50 is a card for a cash management operator, the control unit 1 controls the operation panel control unit 5 to accept an input from the ten-key pad 32 attached to the staff operation unit 17 provided on the outer door 31. The cash operator presses the ten key 32 to input the personal identification number (step 121).

The control unit 1 compares the personal identification number stored in the card information with the personal identification number sent to the control unit 1 via the staff operation unit 17 and the operation panel control unit 5 when the ten key 32 is pressed. Then, it is determined whether or not they match, and if they do not, the process proceeds to step 100 (step 122).

If the two passwords match, the control unit 1
Checks the cash replenishment / collection type in the card information,
If it is supplementation, the process proceeds to step 126 (step 123).

If the cash replenishment / collection type is collection, the ATM 30 cannot operate cash, so the control unit 1 outputs a deposit / withdrawal transaction impossible display command to the operation panel control unit 5, and the deposit / withdrawal transaction is displayed on the display panel 16. Display that it has become impossible (Step 12)
Four).

The control unit 1 issues a command in accordance with the collection designation in the card information, for example, the type of money collection or partial collection, to the cash processing control unit 4.
, And causes the replenishment / collection safe to perform cash collection operation. That is, the cash distributed in the split safes is collected in the replenishment / recovery safe, which is a collective safe, to facilitate the recovery to the outside of the device (step 125).

When the cash collecting operation is completed, or Step 12
When the determination in 3 is cash replenishment, the control unit 1 outputs an outer door electronic control lock mechanism unlocking command to the operation panel control unit 5, and unlocks the outer door electronic control lock mechanism 21. By this unlocking, the lock indicator 33 indicating the locked state of the outer door 31 is turned off (step 126).

The cash operator opens the outer door 31 after confirming that the outer door lock indicator 33 is turned off (step 127).

The control unit 1 outputs a safe system door electronic control lock mechanism unlocking command to the operation panel control unit 5, and the safe system door electronic control lock mechanism is output.
Unlock 23. By this unlocking, the lock indicator 40 indicating the lock state of the safe system door 36 is turned off (step 128).

The cash operator confirms that the safe system door lock indicator 40 is turned off and opens the safe system door 40 (step 129).

The cash operator uses the replenishment / collection vault 14 inside the safe system door 40 (if replenishment, the vault is empty in step 134, which will be described later, and if recycle, the cash collected in step 125 is entered. Is removed from the device (step 130).

The cash operator sets a new refill / collection vault 14 in the device. At this time, if it is a partial replenishment instruction, it is possible to remove the collective safe 14 and set the original safe 14 after the partial refill operation is completed, or to operate without the collective safe 14 (step ( 131).

When the cash operator has finished setting the safe 14, the safe door 36
Is closed (step 132).

The control unit 1 checks again the replenishment / collection type in the card information, determines whether the replenishment / collection type is collection, and if it is collection, proceeds to step 135 (step 133).

If the replenishment / recovery type is replenishment, the control unit 1 instructs the cash processing control unit 4 to perform the replenishment processing, and the cash processing control unit 4 starts the replenishment operation. That is, the set new replenishment / cash in the safe is distributed to the divided safes installed inside according to the type of money. In the replenishment operation in this case, there is also a method of stopping the deposit transaction until the end of the replenishment operation, but here, when the customer selects deposit and withdrawal in the transaction selection, the supply operation is immediately stopped and the customer transaction is prioritized. (Step 134).

When it is determined in step 133 that the replenishment / collection type is checked to be the collection processing, the control unit 1 issues a device deposit / withdrawal cancellation cancellation command to the operation panel control unit 5, and the display panel 16 indicates that the deposit / withdrawal transaction becomes possible. Is displayed. Further, in the case of partial collection processing, a possible transaction is displayed, for example, when the partial collection has fully collected 1,000 yen, only 10,000 yen can be paid (step 135).

Description of the flowchart of FIG. 5 (part 3) When the control unit 1 checks the card information checked in step 120 by the person-in-charge type data is not a card for a cash management person, is it a repair maintenance operator? It is determined whether or not, and if not, the process returns to step 100 (step 140).

If the card 50 is a card for repair and maintenance personnel, the control unit 1 issues a staff operation permission command to the operation panel control unit 5, and the numeric keypad 32 attached to the staff operation unit 17 provided on the outer door 31 is used. Accept input. The repair maintenance staff numeric keypad 32 is pressed to input the personal identification number (step 141).

The control unit 1 compares the stored personal identification number in the card information with the input personal identification number sent to the control unit 1 via the staff operation unit 17 and the operation panel control unit 5 when the ten key 32 is pressed,
Judge whether or not they match, and if they do not match, step 10
It returns to 0 (step 142).

If the two passwords match, the control unit 1
Issues a staff operation door electronic control lock mechanism unlocking command to the operation panel control unit 5 to unlock the staff operation door electronic control lock mechanism 26 (step 143).

The repair and maintenance staff opens the operator operation door 17 (step
144).

The person in charge of maintenance and maintenance presses the handling stop button 34 inside the staff operation door 17a for stopping the transaction of the device (step 145).

The control unit 1 outputs a device stop command to the operation panel control unit 5 when the transaction is completed when the transaction is currently being performed and immediately when the engine is idling, and a display panel indicating that the device is stopped is displayed.
Display on 16 (step 146).

When the control unit 1 detects the stop of the device, the control panel control unit 5
An outer door lock unlocking command is output to and the outer door electronically controlled lock mechanism 21 is unlocked. By this unlocking, the lock indicator 33 showing the locked state of the outer door 31 is turned off (step 147).

The person in charge of repair and maintenance confirms that the outer door lock indicator 33 is turned off and opens the outer door 31 (step 148).

The control unit 1 outputs a lock unlock command for each unit door to the operation panel control unit 5, and an electronically controlled lock mechanism for each unit door is output.
Unlock 22 to 25. With this unlocking, each unit door 35 to 38
The lock indicators 39 to 42 indicating the lock state of turn off (step 1149).

The person in charge of repair and maintenance confirms that the lock indicators 39 to 42 of all the doors have been turned off, and opens the doors of the unit having the repair and maintenance point (step 150).

The mechanical lock mechanism of the unit in the opened door is removed, the unit is pulled out, and repair / maintenance operation is performed (step 151).

The above steps 150 and 151 are repeated until the repair and maintenance of each unit is completed (step 152).

The repair maintenance person closes all the doors 35 to 38 of each unit when all the repair maintenance is completed (step 153).

The control unit 1 detects that the doors 39, 40, 41, 42 of each unit are closed and detects the electronically controlled lock mechanism 22, 23, 2 for each unit door.
Locks 4,25 automatically. By this locking, the lock indicators 39, 40, 41, 42 of the respective doors are turned on (step 154). Here, the repair / maintenance person is the lock indicator 39 of each unit door 35-38.
After confirming that all of ~ 42 are lit, the outer door 31 is closed (step 155).

The control unit 1 detects that the outer door 31 is closed and automatically locks the outer door electronic control lock mechanism 21. This lock causes the outer door lock indicator 33 to light up (step 156).

The person in charge of repair maintenance presses the handling stop button 34 of the staff operation unit 17 again to cancel the handling stop state (step 15).
7).

When the handling suspension is released, the device resumes handling (step 158).

The person in charge of repair and maintenance confirms that the product is being handled, and then closes the staff operation unit 17a (step 159).

The control unit 1 detects that the clerk operation door 17a is closed, automatically locks the clerk operation door electronic control lock mechanism 26, and returns to step 100 (step 160).

Effects of Embodiments As described above, according to this embodiment, the outer door of the cash processing apparatus, the portion that needs to be operated to replenish / collect the consumables in the internal equipment, and the portion that requires important management such as cash and passbook. The device is divided into levels and the electronic control lock mechanism is provided in each of the divided units. On the other hand, a cash management operator who operates the electronically controlled lock mechanism, supplies of consumables /
The collector, the repair / maintenance manager of the equipment, and the like each hold a manual card, which is an information card, and the information that allows the operation is written in the manual card according to each level.

Therefore, for example, a cash manager can unlock the electronically controlled lock mechanism at all levels from the outside by holding one high-grade information card, and, for example, an external operating company can use it on a holiday of a financial institution. When subcontracting the operation and replenishing consumable media other than cash and starting / stopping it, hold a low-level information card and only open the outer door.

In this way, by storing the operation information in the manual card, cash replenishment, collection, device repair, and maintenance can be performed without the operator being aware of it and without involving difficult key operations. it can.

Even if you do not input the identification code as a personal identification number from the outside, the operation is permitted by storing the identification code for identifying the individual in the card and registering the person who can handle it on the device side. It is also possible to do so. In this case, when someone else obtains the card, for example, by losing the card, the security will be compromised, but at that time, it is meaningful to take the usage record of the handler from the read identification code. .

[Effects of the Invention] According to the present invention, an operator or a maintenance person who replenishes and collects cash, consumables, and the like can operate by having a card reader read a card in which the type of the person in charge is stored. The units that are allowed to unlock are unlocked so that cash can be replenished / collected, consumables can be replenished, or the equipment can be maintained, so the lock operation by the person in charge can be simplified and important management of cash etc. can be performed. The security for the medium that requires

Further, it is also possible to avoid the troublesomeness of managing a large number of keys as in the past.

Further, by mounting the cash replenishment circuit to the cash processing unit by mounting the collective vault, the replenishment and collection of cash requiring important management can be easily performed with the card and the collective vault. Therefore, regardless of whether the security level is high or low, it is possible to perform maintenance and operation with high security by a simple operation.

[Brief description of drawings]

FIG. 1 is a block diagram of an automatic teller machine according to an embodiment of the present invention, FIG. 2 is a perspective view of the same machine, and FIG. 3 is a unit door inside the machine which is also visible when the outer door of the machine is opened. FIG. 4 is a front view, FIG. 4 is an explanatory view showing the stored contents of the manual card according to this embodiment, and FIG. 5 is a flow chart for explaining the operation of this embodiment. 1 to 5 are control means, 1 is a control unit, 2 is a card reader control unit, 3 is a passbook control unit, 4 is a cash processing control unit, 5
Is an operation panel control unit, 14 is a safe, 18 is a manual card reader, 21 to 26 are electric lock mechanisms, 21 is an outer door electronic control lock mechanism, 22 is a receipt system door electronic control lock mechanism,
23 is electronic control lock mechanism for safe box door, 24 is electronic control lock mechanism for passbook system door, 25 is electronic control lock mechanism for control system door, 26 is electronic control lock mechanism for clerk operation door, 30 is automatic cash transaction as cash processing device Device (ATM), 32 is a numeric keypad as input means, 31 and 35 to 38 are unit doors, 31 is an outer door, 35 is a receipt system door, 36 is a safe system door, 37 is a passbook system door, and 38 is The control system door, 50 is a manual card as an information card.

Claims (1)

(57) [Claims] 1. A cash processing unit, a receipt processing unit, and the like, which are composed of a plurality of units. The units that can be handled and handled are limited according to the type of person in charge of handling, and cash to the cash processing unit is limited. In a cash processing apparatus for replenishing or collecting by detaching and attaching a detachable collective safe, an outer door provided on the maintenance surface of the apparatus and each of the outer door and each unit are provided, and handling operation to each unit can be performed. A controllable locking means for regulating, a card reader for reading the data indicating the type of the person in charge of handling from the information card, and a storage in the information card when the information card is read by the card reader The type of person in charge of handling that has been handled is used to determine the locking means permitted to unlock the type of person in charge of handling, and the lock And a control unit for instructing unlocking of the lock to the unlocking unit,
By reading the information card, depending on the type of person in charge of handling, the lock of the unit allowed to be unlocked is unlocked, and the collective safe is attached to or detached from the cash processing unit whose lock is unlocked. A cash processing apparatus, wherein cash can be replenished or collected in the cash processing unit.