JPS62202262A - Consumer transaction facility - Google Patents

Abstract

PURPOSE:To enhance the reliability of a locking part to improve the crime preventability by transmitting an inquiring signal to a central controller based on the unlocking operation of a device door and receiving an unlock command from the central controller to unlock the door. CONSTITUTION:In case of operation on a weekday, the inquiring signal is generated by a query signal output part 45 when a key 46 is inserted to a hole of a lock 10. This signal is sent to a CPU 40, and the CPU 40 gives an unlock command D if a device 5 is attended with a person in charge, and a mechanical locking part 48 is unlocked by the key 46. In case of operation on a holiday or at night, a signal A is sent to the CPU 40 when a member or the like of a management company inserts the key 46 similarly, and the CPU 40 returns a guide signal B to the device 5. A signal B prompts an operator to send another information of the inquiring signal through a CRT 44. When the operator performs the input operation on an operation part 43 to send an inquiring signal C, the CPU 40 compares the signal C with preliminarily registered information, and the CPU 40 gives the command D if they coincide with each other. Thus, the reliability of the locking part is enhanced to improve the crime preventability.

Description

[Detailed Description of the Invention] [Field of Industrial Application] 10 The present invention is applicable to businesses that handle transactions such as cash and checks.

Related to mobile transaction devices, especially devices suitable for crime prevention.

do.

[Prior art]

With conventional devices of this type, when opening the device for maintenance, replenishment of cash, checks, etc., the mechanical locking part is opened with a key, so it can be opened easily with a duplicate key, which is a crime prevention feature. In addition, when the device is operated on holidays and the management is entrusted to someone other than the owner, it is troublesome to manage the key, and there are security concerns.

[Problems to be solved by the invention] There is a concern that the above-mentioned conventional technology can be easily opened with a duplicate key, and also that the owner of the device (financial institution such as a bank) may become uneasy when operating the device on holidays. .

Key management lock when entrusting the management of the device to someone else.

There are concerns about security, as well as security concerns.

There was a problem.

The present invention eliminates the above-mentioned drawbacks of the conventional locking unit.

The purpose is to increase reliability and improve crime prevention.

Means to solve problem c] The above purpose is to unlock the automatic transaction device.

An inquiry signal output that generates an inquiry signal based on an operation.

A locking device is provided which transmits this inquiry signal to a central control device, causes the control device to generate an unlocking signal according to the usage status of the automatic transaction device, and further includes a locking device that receives this unlocking signal. This is achieved by

[Effect]

The inquiry signal from the automatic transaction device is sent to the central control device that controls the device for inquiry, and the central control device judges this and generates an unlock signal, which is received by the M lock device. Since the key can be used to unlock the door, both the key and the judgment of the central control device are required to unlock the door.

As a result, crime prevention is extremely high.

Additionally, if a specific password is used as the inquiry signal, the security will be even higher.

[Example] 1゜ An embodiment of the present invention will be described below with reference to FIGS. 1 to 6.

explain. FIG. 1 is an overall block diagram of the embodiment.

FIG. 2 shows an automatic cash handling device to which the embodiment is applied.

Figure 3 is a view from the side.

FIG. 4 is a detailed enlarged view of FIG. 2 as seen from arrow A, and FIG. 5 is a view of FIG. 4 as seen from arrow B. FIG. 6 is a flowchart of the door opening operation in the embodiment of the present invention. 1 is the front panel of this device, 2 is the banknote receipt 0.3
is a magnetic card insertion slot, 4 is a handle for indicating the operating status of this device, 6 is a handling indicator, 5 is a main body, 6 is a cassette for moving the main body, 7
is the front door. In this embodiment, the structure is such that by opening the front door No. 7, it is possible to attach and detach the banknote cassette and journal paper, and to perform maintenance and inspection of the device.Next, regarding the mechanical lock section 48 (#1 lock section) 5 structure and operation will be explained. Key 46 to the front door.

Insert it into the lock 10 fixed at 7 and put it on the left side.

When rotated, the lever 11 rotates in conjunction with the lock 10.

Ru. (The lever 11 is fixed to the lock with a nut 20.

(It works with the lock). The lever 11 has an upper side.

Rod 16. A rod 12 is attached to the bottom by a pin 15.

Since it is fastened, the rotation of the lever 11 is instantaneous.

The door 16 is pulled downward and the rod 12 is pulled upward. 17° is a bracket that supports the rod 16, and 13 is a bracket that supports the rod 12°, each of which is fixed to the front door 7. The rods 16, 12 are reciprocated by the rotation of the lever 11 from the brackets 17, 1517C. 18 is a guide fixed to the front panel 1;
14 is a guide fixed to the bottom plate 3oVc of the main body 5;
The guides are arranged oppositely to form a hole in the center. Therefore, when the front door is locked, the state shown by the broken line in FIG. 2 occurs, and the rods 16 and 12 are inserted into these holes, so the front door cannot be opened.

To open the door, use the lever 11 mentioned above.

By rotating the rod clockwise, the arad 16 is pulled downward and the rod 12 is pulled upward.

The front door is removed from the guides 18 and 14 and the lock is released.

You can open 7. In other words, the lever 11 is down.

The front door is locked when it is in the page position, and it is in the horizontal position.

Time is unlocked. , 0th, electromechanical locking section 47 (second locking section).

I will explain. 25 is a solenoid and a case.

Supported by 26. Case 26 is attached with screws 27.

Previous J% is fixed at 7. 29 is the solenoid mouth.

This is the outgoing line. 28 is the iron core of the solenoid, and the fourth
As shown in the figure, it protrudes beyond the lever 11.

In the state shown in FIG. 4, the iron core 28 protrudes beyond the lever 11 as described above, so even if you insert the key into the lock 1a and try to turn it, the lever 11 hits the iron core 28 and cannot turn once, so the lock cannot be released. ·do not have. Therefore, when a current flows through the solenoid 25 in response to an unlock command signal (command) from the central control device (described later), the iron core 28 is attracted to the position indicated by the broken line, so that it is pulled in more than the lever 11.
In state 5, the door can be unlocked using the key 46.

When I locked it, I locked it mechanically with key 46.

The current of the solenoid 25 is cut off by the unlock signal.

If it does, the iron core 28 will be pushed out by the spring 51 and open again.

Becomes a Vuku state. 10 In this embodiment, the unlock signal from the central control unit.

Lock by energizing solenoid 25.

I tried to cancel it, but on the contrary, it usually works.

By applying electricity, the iron core 28 is made to protrude, and the solution is solved.

The iron core 1528 is cut off by cutting off the current through the lock signal.
It is also possible to change the installation of the solenoid, iron core, and return spring so that it retracts.

Next, the overall block diagram will be explained with reference to FIG.

Reference numeral 40 manages and controls the movement of the automatic teller machine 5. .

A central control unit (CPU) located remotely. -Also, as an alternative to this, a centralized control device 5 that controls a large number of automated teller machines at once may be used.

The automatic transaction device 5 is connected to the above-mentioned central control device via a line control section 41, and has a processing control section 42. which controls the movement of the entire device 5. Operation section consisting of numeric keys, function keys, operation guide and key manpower.

A display section consisting of a CRT etc. that displays the amount, 3%7.

It has a built-in locking part 48 for locking and unlocking. .

The locking section 49 includes a mechanical locking section 48 and an electromechanical locking section.

47 and an inquiry signal generating section 45, and a locking section 48.

A lock 10 is provided which receives a key, into which it is inserted.

The lever 11 can be rotated using the key 46.

At the same time, one lock 10 is illuminated based on the inserted key 46.

The generating section 45 is controlled so that the signal is generated.

The electromechanical locking portion is connected to the Freinod 25. Battery 47α
It consists of one energizing switch section 47h. The switch section 47h energizes the closing solenoid 25 in response to a command signal for unlocking.

7. Next, the operation will be explained with reference to FIG.・First, in the case of so-called weekday operation, when the key 46 is inserted into the hole of the lock 10 fixed to the front door 7, an inquiry signal ■ is generated by the signal output section built into the lock 10 ( FIG. 6 step 102). This is the processing 5 control unit 42 and the line control unit 41
The data is sent to the central control unit 40 or centralized control unit (hereinafter abbreviated as CPU) via the CPU. The CPU 40 has a silver input to the device 5 in advance.

Make sure to understand the characteristics of bank employees and the times when they are active.

Therefore, in the case of clerkship (step 1o3), immediately.

Give the unlock command ■ (Step 1 OS) and switch in.

The stopper 28° is sucked by operating the solenoid 25 and the opening 47h. This makes it mechanical with key 46 (=?-).

The locking portion 48 can be unlocked as described above, and the door can be opened 7 degrees. 15 Next, the case of so-called holiday or nighttime operation of staff fever will be explained. Here, "without staff" means that there is no staff such as a bank employee, and the management is handled by employees of a management company entrusted by the bank etc. Similarly, when the key 46 is inserted, an inquiry signal ■ is sent to the CPU.

・8・ru (step 102). In case of staff fever, C/PU
sends and returns the guide signal ■ to the automatic cash handling device. Signal ■ is URT (cathode ray tube) 44 or another display device (
For example, voice guidance from a speaker prompts the operator to send five different pieces of information (for example, the operator's name code, personal identification code, store number, machine number, etc.) as an inquiry signal. With this, the person (employee of the management company, etc.) who operates the
Manipulate - When a person can be sure of the information they put in, or.

In cases where secrecy is particularly required, it is not necessary to use the CRT 44.

(There is no need to do this) Input operations and queries to the CPU 40.

Send information ◎ (Status tab 104). CPU 40 is here.

, information and pre-registered information (e.g.

Examine the management company's employees who can handle the automatic transaction device (register with a locked password, etc.), and if it matches, give the unlocking command ■ and lock the electromechanical locking part 47 as described above. Unlock. This button unlocks the mechanical locking part 48 with the key 46 (
You can open Sin 7. In the unlikely event that the inquiry signal information ■ is incorrect or incorrect, C:PU4o prompts the user to re-enter the secret information in step 106, and if the information is not input, the permission is rejected in step 110. Issuing a command,
To this effect via the C-RT44 (or speaker),
Inform the operator that the locking section 47 will not be unlocked. Because of this 5, the door 7 cannot be opened with the key 46. Also, at this time, an alarm/display (step 111) can be provided on the monitoring device (not shown), thereby improving crime prevention and crime prevention.

Also, the information ◎ to the CPU mentioned above is sent to another means of transmission.

From CRT44. Directly without going through the processing control unit 42.

(e.g. another terminal device or telephone).

etc.) is also possible. This information is ◎ for CPU 4o.

The same shall be considered before issuing an order for approval or disapproval.

Give as above. 15 and above explained the case of opening the door, but the door.

When closing the door, it is mechanically locked with the key 46.

By removing the key 46 from the lock 10, it is built into one lock 10.

The inquiry signal output unit 45 generates an inquiry signal [F].

The raw data is sent to CPU 4o. The CPU 40 powers up the solenoid 25 by giving the command ◎ to the 2° device 5.

The flow is cut off and the locking section 47 is locked. In this case, the signal [F
] may be used as a command to directly interrupt the current of the solenoid 25 via the switch section 47h without involving the CPU. In other words, 5 that locks the locking unit 47h does not necessarily have to be registered in the C:PU 4o. - In the above operation, an accident may occur where the key 46 is removed while the door 7 is open. In this case, leave door 7 open and use the solenoid.

25 is cut off and the strike bar 28 protrudes, so
.

The door cannot be closed (if there is no staff as mentioned above).

Due to the flow of signals ■, ■, ◎, ■ (of the staff).

■,■) The electromechanical mechanism must be re-unlocked. door to avoid this.

An auxiliary command ■ is generated from a switch K (not shown in the figure, 5) that opens and closes when the door opens and closes inside 7.

so that the solenoid 25 can be controlled.

Although the n-lock device of the present invention has been described above with reference to FIGS. 1 to 6, FIG. 1 shows an example of its application. .

, 11.

I will explain based on.

First, in the case of an attendant, the CPU 40 is made to know in advance the attendant and non-attendant hours, so that the automatic cash handling device 5 is given an unlock command/command (■) to operate the solenoid 25 at the same time as the opening of the station. to unlock the striver 285. Therefore, the person operating the door 7 can open it using only the key 46.

Next, if there is no staff in charge, the information is determined in advance directly by an employee of the management and burial company using the aforementioned operation section 43.

Send ◎ to et'oao in the same way as above. The CPU 40 is.

Examine this information and, if correct, issue a permission order ■.

with the key 46 by operating the solenoid 25.

n7 can be opened. Also, if it is illegal, it will be a disallowed finger.

Give command C and the door cannot be opened. In other words, the movement of opening the door.

If the process is shown in a flowchart, it is the same as in FIG. 6, with the part 102 in step 5 deleted. In this case, when trying to open n, communication with the center is not required and the door can be opened in a short time. When n7 is to be closed, it is the same as described above.

In addition, it is normally operated in an offline format and has a capacity of 120.12 per day.
- In the case of so-called semi-on-line operation in which transaction details are sent to the CPU, the CPU receives information to unlock the device before starting trading every day, and stores this information in the memory section of the device (not shown). This and the information ◎ (A5 or ◎') are checked inside the device, and if they match, the processing control unit 42 issues permission commands ■ and Permission command ◎ may be given. In other words, C
The same effect can be obtained even if the processing control unit performs the processing instead of the PU 40.

is obtained. 10 Open even if operated in online format.

Receives information to unlock the device from the CPU.

When the station is open, the CPU K directly inquires, and when the station is closed, the above information has already been received.

If you adopt the method of querying information, the CPU will fail.

Or, the device can be opened and closed safely even when the station is closed.

can become.

Although the above is sufficient for crime prevention, the CPU 4
Information to be registered in 0 is periodically updated based on time.

By changing this, the crime prevention effect can be further improved.

In addition, the above explanation assumes that all input information is judged and determined by the CPU.
Although the unlocking command is given, as shown in FIG. .

In this case, the judgment of the input information is left to the operator, so-called "Ma".

It is operated using a manual operation method. This method is a human judgment.

In addition to being able to give unlocking commands, it can also be used for human operation if the C1PU's judgment function is down.

The advantage is that it increases flexibility, such as being able to operate more easily.

There is.

1. Other embodiments of the present invention are shown in FIGS. 7 to 9.

explain. Figure 7 is an external view of the automatic cash handling device.

It is. 1 is the automatic cash handling device itself, and 4 is a book.

5 is a handling display for showing the operating status of the device; 5 is a magnetic card insertion slot; 2 is a banknote receipt; 50 is a display for showing the withdrawal amount, operating method, etc. )
, 6 are casters for movement.

51 is a switch panel for inputting amounts, etc., 7 is a front door, and 52 is an electronic key socket and solenoid. .

It is a locking mechanism consisting of etc.

In this embodiment, the structure is such that by opening the front door 7, it is possible to attach and detach one bill cassette and journal paper, and to perform maintenance and inspection of the device.

FIG. 8 is an explanatory diagram 5 of the electronic key 53 and the lock mechanism 52. 54 permanent magnets are fixed to 53 electronic keys.

It can be embedded at the desired key spacing.

Decide the embedding quantity and position according to the number.

In this example, it is embedded in six locations other than the dotted line portion.

Therefore, the key number in this example is '11''. 56 is
.

It is a reed switch, and the electronic key at 53 is the mouth at 52.

When inserted into the Tsuk mechanism, the key number.

It is for reading. In other words, these.

-Place the electronic key in the corresponding position of the door switch.

If a permanent magnet is embedded, the switch will be closed.

On the other hand, if the magnet is not embedded, the switch will be open, so the contact information corresponding to the key switch number will appear on the connector 59. 57 is a solenoid, and it has been confirmed that the key number is correct. When the shaft is energized, the shaft moves in the direction of the arrow and comes off the 61 stopper, unlocking the door. If the key number is incorrect, or if the electronic key is not inserted, the 57 solenoid will not be energized, so the force of the 58 spring will be opposite to the arrow.

The lock will not be released because the shaft remains pushed in the direction of .

Figure 9 shows the key number discrimination circuit and solenoid.

The drive circuit and key number are controlled by a central control unit (hereinafter referred to as CP).
(abbreviated as U) in the block diagram of the circuit that queries.

be. 1
゜Enter the key number of the electronic key that is compatible with this device.

It is set by switch 63 (inquiry signal generator).

Ru. 64 is a level signal for reed switch opening/closing information.

This is a level conversion circuit that converts the electronic key 53 into 5
When inserted into the lock mechanism No. 2, it outputs a level signal according to the keypad 15 bar. Here, an exclusive OR with the key number previously set in the switch 65 is taken, and when the reconsideration matches, an interrupt is applied to section "α".16 in the figure.Then, the processing control section 42.
Read the switch setting value (inquiry signal) of 3.

The key number is sent to the CPU 40 via the line control unit 41.

Inquiries will be made. An inquiry signal sent to the center.

Of course, the store number and machine number of this device should be included in the text.

Ru.

CPU 40 is pre-attended and unattended.

Make sure you understand the rent.

First, in the case of an attendant, please inquire about the number inquired from the device R (automatic transaction device) 5.

Immediately sends a door opening permission message back to the device.

Ru.

Next, if there is no attendant, the number inquired from the device 1 is checked to see if it has been registered as lost or stolen, and if correct, a door opening permission message is sent back to the device. In the unlikely event that it is fraudulent, we will send back a disapproval message.

At this time, an alarm can be displayed on a monitoring device (not shown).

When the processing control unit receives the door open message, it outputs the signal level "b" in the figure to become H. Here, * becomes conductive, and solenoid 57 is energized.

Ru. The solenoid is energized and then released.

The mechanism by which this happens has already been explained. 5. Furthermore,
It is usually operated in an offline format.

Transaction details are sent to the central control device 40 once a day. .

In the case of so-called semi-online operations, transactions are made every day.

Before starting, the device 5 is illuminated from the central control device 4o.

A key number as a meeting signal is received, and this is recorded in the memory section of the device 40 for 1 degree, and the key number is stored in the memory section of the device 40.

Even if the key number is inquired inside the device 40.

A similar effect can be obtained.

Open even if operated in online format.

5 key number of the automatic transaction device 5 is received from the central control device 40, and during the opening period, the central control device aolcl
If a method is adopted in which the i-connection inquiry is made and the received number is inquired while the office is closed, the transaction device 1 can be opened and closed safely even when the central control unit 4o is out of order or the office is closed.

Next, although it is not shown in Figure 9, if the key is lost or stolen, and you open the door with the same key...

A special key number is transmitted from the processing control device 42, and the door can be opened by comparing it with the key number. -Also, when using a key with electrical contacts such as a micro switch 5 instead of an electronic key, the key number can be determined by the combination of electrical contacts and points, so the key number can be checked in the same way as explained above. .

No, it can only be unlocked when a match is made.

Similar effects can be obtained.The two embodiments are as described in FIGS. 1 to 9.

Inquiry information entered from the automatic transaction device (key number)
from the central control unit (from the central control unit).

A processing control unit of the transaction device that receives the verification information.

42), and if it is correct, a command is given to the automatic weir and 5-pull device to open and unlock the door, which is extremely effective in terms of crime prevention. In cases where conditions are advantageous in terms of crime prevention, such as during weekday operations, the unlocking command may be carried out by simplifying the inquiry method or not using it.

Based on past experience since 1990, it has been shown to be effective in crime prevention, and has the effect of making daily maintenance and inspection easy. Also,
In cases where conditions are extremely disadvantageous in terms of crime prevention, such as when the system is operated at night and on holidays when there are no staff, the above-mentioned inquiries and examinations are carried out strictly, so the effect on crime prevention 5 is enormous.

In addition, in the above explanation, weekday operations and nighttime operations are explained.

Because the security requirements are different for holiday and holiday operations, the CPU

Used to change the unlocking command method from.

Although we have tried to make the above convenient, there are also cases when operating on weekdays.

In some cases, the command method is the same as for night and holiday operations.

Needless to say, it can be used as a law. .

Furthermore, as mentioned above, the unlocking command can only be issued by the CPU.

This method also allows instructions to be given from a command desk operated by an operator.

The advantage of having it closed is that it can be used in special cases.

〔Effect of the invention〕

According to the present invention, crime prevention can be reliably improved, so automatic transaction devices such as automatic teller machines can be operated on holidays and at night.

・20・ There is.

[Brief explanation of drawings]

Fig. 1 is a block configuration diagram of an embodiment of the present invention, Fig. 2 is a front view of the automatic teller machine, Fig. 6 is a side view thereof, Fig. 4 is a 5th side view of the main part of the locking part, FIG. 5 is a rear view as seen from the direction of arrow B, FIG. 6 is a flowchart showing the operation, FIG. 7 is a front view of another embodiment, and FIG. 8 is of the same locking portion. The main part explanatory diagram, FIG. 9, is also an overall configuration diagram. 5: Automatic transaction device, 40: Central control device, 45. ,. 45: inquiry signal output section, 46: key, 47: first locking section,
. 48: Second locking part, d9: @ locking device, ■◎0: Inquiry. signal. Notebook 6 Figure 7 Figure S

Claims (4)

[Claims] (1) An automatic transaction device that releases valuables such as cash is equipped with an inquiry signal output unit that generates an inquiry signal to be sent to the central control device based on an operation to unlock the device door. An automatic transaction device in which a locking part such as a door is configured to be unlocked upon receiving an unlocking command from a central control unit in response to transmission of an inquiry signal. (2) The locking device has a first locking portion and a second locking portion, and is configured to unlock the door when both locking portions are unlocked at the same time, and the second locking portion is configured to unlock the door when both locking portions are unlocked at the same time. Claim 1, wherein the first locking unit is configured to be in an unlocked state upon receiving an unlocking command from a central control device, and the first locking unit is configured to be unlocked by an operator's key. Automatic trading device described. (3) The inquiry signal output unit is configured to generate an inquiry signal when a key is inserted into the first locking unit, and the first locking unit outputs the inquiry signal when the second locking unit is in the unlocked state. The automatic transaction device according to claim 1 or 2, which is configured to be unlocked by operation. (4) Claim 1, wherein the inquiry signal consists of a specific code for authenticating the operator.
The automatic transaction device described in paragraph 2 or paragraph 2.