KR200350040Y1 - Locking device for automated teller machine - Google Patents

Abstract

The present invention relates to a locking device for an ATM, which is configured to easily and stably lock an ATM.

Such a cash dispenser lock includes a base fixed to the bottom surface, a slide plate configured to slide forward and backward along the base, and installed on the slide plate to move together with the slide plate. A fixing plate to which an automatic dispenser is installed, and a locking device to fix the cash dispenser to the booth, wherein the locking device is a strike portion fixed to the slide plate and a strike portion fixed to a fixed body such as a booth to restrain the strike portion installed on the slide plate. It provides a locking device for an automatic teller machine consisting of a lock to release or release.

Description

LOCKING DEVICE FOR AUTOMATED TELLER MACHINE}

The present invention relates to a locking device for an automatic teller machine, and more particularly, to a locking device for an automatic teller machine that can be locked easily and reliably.

In general, an ATM is a device that can deposit or withdraw cash and checks at any time using a card or bankbook, and can organize bankbooks. Almost all of them are installed.

Since most of these ATMs are operated unattended for 24 hours, they are secured in a location installed to prevent and prevent theft and transfer of cash and checks in ATMs.

The ATM will be able to replenish and collect cash or checks from time to time, and to withdraw the ATM from the front of the booth for maintenance due to breakdowns or system failures.

This ATM is usually installed so that the front part is exposed to the booth fixedly installed on the floor or wall of the building, and the ATM can be withdrawn to the ATM in front of the booth for replenishment or maintenance and inspection. .

Commonly used ATM machines are provided with a base fixed to the bottom surface, a slide plate configured to slide forward and backward along the base, and installed on the slide plate to move together with the slide plate. It consists of a fixed plate that is fixed to the automatic dispenser, and a locking device to selectively withdraw the cash dispenser to the outside of the booth.

The fixing plate is made so that the ATM can be drawn out of the booth and then rotated. The locking device is formed of a solenoid having a fixed shaft in most cases and is installed inside the rear booth of the ATM. The plate is formed with a fixing groove into which the fixed shaft is inserted.

Such a locking device is usually fixed shaft is inserted into the fixing groove of the slide plate to secure the ATM in the booth to prevent theft of cash and checks in the ATM, and to replenish the cash in the ATM or system If maintenance is necessary for reasons such as a malfunction of the solenoid, the fixed shaft is released from the fixed groove to unlock the ATM.

After the ATM is unlocked, pull the ATM toward the front of the booth, the slide plate and the fixed plate slide along the upper surface of the base, and the ATM installed on the fixed plate is withdrawn to the front of the booth. Do it.

When the operation is completed and the ATM is pushed backward, the slide member slides backward along the base in the reverse order of the above process, and the stationary plate and the ATM are inserted into the booth. When the solenoid is operated again, the fixed shaft moves. It is inserted into the fixing groove to fix the ATM in the booth.

However, such a conventional automatic teller machine lock device has a problem that a lot of failure occurs because the fixed shaft of the solenoid is inserted into the fixing groove while moving linearly in the vertical direction.

That is, since the fixed shaft of the solenoid moves up and down and is inserted into the fixed groove formed on the same axis to lock the ATM, the solenoid fails if the fixed groove is not located on the same axis as the fixed shaft. Becomes

In addition, even when the locking device is unlocked, when the fixed shaft fitted in the fixing groove is pulled out, the fixed shaft contacts the fixing groove so that the frictional force is transmitted to the solenoid, and if the repeating is repeated, the solenoid may fail.

The present invention is devised to solve the conventional problems as described above, the object of the present invention is that the automatic teller machine is automatically locked by the force when the ATM is pushed into the booth cash dispenser It is to provide a locking device of an automatic teller machine that can be locked easily and stably.

In order to realize the object of the present invention as described above, a base fixed to the bottom surface, a slide plate configured to slide forward and backward along the base, and installed on the slide plate to move with the slide plate It is made so that it includes a fixed plate to which the ATM is installed, the locking device for fixing the ATM to the booth, the locking device is a strike unit fixed to the slide plate and the slide plate is fixed to the fixed body such as a booth Provided is a lock of an automatic teller machine composed of a lock for restraining or releasing a strike installed in the striker.

The locking portion is operated by operating a housing, a pair of holders hinged to the housing to substantially fix the fixing portion, a lever connected to the holder to hold the holder, and a lever to hold the fixing portion. Consists of solenoid to release the holding state of the.

1 is a perspective view of a booth provided with a locking device of an ATM according to the present invention.

Figure 2 is a perspective view for explaining a locked state of the locking device of the ATM according to the present invention.

3 is a side view of FIG. 2;

Figure 4 is a perspective view of the locked state of the automatic teller machine according to the present invention locked.

Figure 5 is a perspective view of the unlocked state of the lock of the automatic teller machine according to the present invention.

Figure 6 is a main part operating state constituting the locking device of the ATM according to the present invention.

Figure 7 is a perspective view for explaining that the locking device of the automatic teller machine according to the present invention is operated in a locked state in the unlocked state.

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

1 is a perspective view of a booth provided with a locking device of an ATM according to the present invention, and FIG. 2 is a perspective view of a main portion showing a locked state of the locking device of an ATM according to the present invention, and FIG. 3 is a side view of FIG. As a symbol 2 designates a booth for an ATM.

The booth 2 is made of a case form having a space portion of a predetermined size, and is usually fixed to the floor or wall of the building, such that the front of the ATM (100) is exposed to the inside of the booth (2). Is installed.

In order to install the ATM (100), the booth (2) inside the base (4) fixed to the bottom surface, the slide plate (6) made to slide forward and backward along the base (4) and The fixed plate 8 is provided on the slide plate 6 so as to be movable along with the slide plate while the cash dispenser 100 is substantially fixed.

A guide rail 10 is formed at the base 4, and a guide part (not shown) for guiding the guide rail 10 is formed at a bottom of the slide plate 6 to move the slide of the slide plate 6. It is supposed to guide you.

The wheel 12 is installed at the lower end of the slide plate 6 so that the slide plate 2 slides while supporting the load of the cash dispenser 100 installed thereon when the slide plate 2 slides out of the booth 2. It is intended to facilitate the operation.

The fixing plate 8 may be fixed to the slide plate 6 or rotatably fixed on the slide plate 6, and a plurality of fixing units 14 may be fixed to the upper surface of the cash dispenser 100. ) Is formed.

The fixed plate (8) has a handle (16) to cover the lower portion of the front portion of the ATM (100) installed while moving the slide plate (6) to withdraw the ATM (100) to the outside of the booth (2) The formed front cover 18 is fixed.

In addition, the base 4 or the slide plate 6 is provided with a stopper 19 for limiting the movement of the slide plate 6 to be made within a certain range when the withdrawal of the ATM.

The installation of the ATM is generally a method of installation. Since the ATM is almost always operated unattended for 24 hours, the ATM is locked in order to prevent theft of cash and checks stored in the ATM. The device is essentially installed.

The present invention is to provide a locking device for such an ATM, the locking device of the ATM according to the present embodiment, the strike portion fixed to the slide plate (6) as shown in Figs. And a locking portion 22 which is fixed to a fixed body such as the booth 2 to restrain or release the strike portion 20 provided on the slide plate 6.

The lock portion 22 is installed through a bracket 24 fixed to the booth 2, which lock portion 22 is hinged by a hinge pin 28 to the housing 26 and the housing 26. And a pair of holders 30 holding and holding the strike portion 20 substantially, a latch 31 for maintaining the holding state of the holder 30, and a solenoid 34 driven to operate the holder 30. It is composed of a lever 32 for releasing the holding state.

The holder 30 has support grooves 36 opposed to each other so as to surround and hold the strike portion 20 at the distal end thereof, and to be latched by the latch 31 in a direction facing one side of the holder 30. The engaging portion 33 is formed to be configured to maintain the holding state of the holder (30).

The holder 30 is fitted to the hinge pin 28 and both ends of the holder 28 to maintain a state of being opened by the elasticity of the elastic member 35 supported in the engaging portion 33 of the holder 28 and the housing 26. have.

The latch 31 is formed of a fixing jaw 37 whose one end is engaged with the catching part 33 of the holder 30. The latch 31 is fitted to the hinge pin 39 and the inside of the housing 26 and the latch 31. The elastic member 41 is supported by the elastic member 41 is installed to act on the side.

The lever 32 is hingedly fixed to the inside of the housing 26, and the solenoid 34 is provided with a working piece 38 which is operated by the driving of the solenoid. Rotate the hinge is made to release the holding state of the holder (30).

As described above, the lock part 22 is normally locked as the support groove 36 of the holder 30 is wrapped around and fixed to the strike part 20, as shown in FIGS. 4 and 6A. 100) to prevent theft of cash and checks.

When the holder 30 and the latch 31 enter the holder 30 while the holder 30 is opened as shown in FIG. 6B, the holder 30 compresses the elastic member 35. While the hinge pin 28 is rotated in the opposite direction with respect to the axis, the locking portion 33 is caught by the fixing jaw 37 of the latch 31 to restrain the strike portion 20 as shown in FIG. 6A.

And the automatic teller machine provided with such a lock device is installed so that the front portion of the automatic teller machine 100 is exposed to the inside of the booth (2), so that the user can use, in this case, Figures 2, 3, 4, As shown in FIG. 6A, the strike part 20 formed on the slide plate 6 is supported while being wrapped in the support groove 36 of the holder 30, and the locking part 33 formed on one side of the holder 30 is latched. The holding jaw of the 31 is caught by the fixing jaw 37 so that the holding state of the holder 30 can be maintained.

In this state, in order to replenish cash to the ATM or pay the cash dispenser 100 to the front of the booth 2 due to a breakdown of the system or the like, a device operator first displays a control panel (not shown). When the password is inputted and the switch is operated to drive the solenoid 34, as shown in FIG. 5, the actuating piece 38 moves to one side and rotates the lever 32 at a predetermined angle. Is rotated by the hinge pin (39) to the shaft and the fixing jaw (37) hanging on the engaging portion 33 of the holder 30 is released as the restoring force of the elastic member 35 that was compressed to the holder 30 to both sides While opening, the restraint state of the strike unit 20 is released.

When the handle 16 is pulled in this state, the strike part 20 is pulled out while opening the support grooves 36 of the holder 30 to both sides, and when the handle 16 is further pulled out, as shown in FIG. 6) The slide along the guide rail (10) of the base (4) and at the same time the cash dispenser 100 is withdrawn to the front of the booth (2).

The withdrawal of the ATM 100 is withdrawn by a stopper 19 formed on the base 4 or the slide plate 6 to a certain range, and the wheel 12 installed at the lower end of the slide plate 6 during this action. ) Supports the load of the automatic cash dispenser 100 and facilitates the slide movement.

When the automatic teller machine 100 withdraws cash in front of the booth 2 or when the cash dispenser 100 replenishes the cash or repairs and checks are completed, hold the handle 16 and push it backward to slide in the reverse order. The ATM 6 is inserted into the booth 2 while the plate 6 slides backward along the guide rail 10 of the base 4.

When the strike portion 20 is in contact with the support groove 36 of the holder 30 in the open state, the holder 30 compresses the elastic member 35 while the hinge pins 28 are axial to each other. It rotates in the opposite direction and is enclosed to surround the strike portion 20. If the handle 16 is pushed continuously, the holder engaging portion 33 is caught by the fixing jaw 37 of the latch 31 to restrain the strike portion 20. (See FIG. 6A and FIG. 6B).

Accordingly, the cash dispenser 100 is locked to the booth 2, and the cash dispenser 100 is locked into the booth 2 while the cash dispenser 100 is locked.

As described above, the locking device of the ATM according to the present invention has a structure in which the holder wraps and restrains the striker that moves in the same direction when the ATM is pushed into the booth. It can be achieved easily and reliably, and therefore the failure of the locking device can be minimized.

Claims (5)

A base fixed to the bottom surface, a slide plate configured to slide forward and backward along the base, and a fixed plate installed on the slide plate so as to move together with the slide plate and having a cash dispenser installed thereon; And a locking device for fixing the ATM to the booth, wherein the locking device includes a strike part fixed to the slide plate and a lock part for restraining or releasing the strike part fixed to a fixed body such as a booth and installed on the slide plate. Automatic teller lock. 2. The lock according to claim 1, wherein the locking portion comprises a housing, a pair of holders hinged to the housing by hinge pins to substantially restrain and hold the strike portion, a latch for maintaining the holding state of the holder, and a lever for releasing the holding state. Locking device consisting of an ATM. The method of claim 2, wherein the holder is fitted to the hinge pins and both ends are configured to maintain a state of being opened by the elasticity of the elastic member supported in the holder and the housing, the latch made to be latched in a direction facing one side of the holder The lock of the automatic teller machine is formed so that the holder can hold the strike portion. The locking device of claim 2, wherein the latch is formed of a fixing jaw formed at one end thereof to be engaged with a catching part of the holder, and installed to elastically act on the holder side by an elastic member supported by the housing and the latch. The locking device of claim 2, wherein the holding state of the holder is released by operating the lever to release the holding state by moving the operating piece operated by the solenoid.