KR20100011432U - Inside body of revolution deive type cash dispenser booth - Google Patents

Abstract

The present invention, in the booth constituting the outer case and the inside of the booth, the cash dispenser is provided with an internal rotating body to be seated and rotated, and a drive means for rotating the internal rotating body, The upper part of the booth is divided into a central through-hole having a form in which the center is opened, and the upper end fixing plate is bent upwardly at each end side, and covers the upper surface of the central through-hole and covers the upper surface of the booth. And a fixing pulley fixed to the inside of the cover plate and fixed to the bottom of the fixing plate in a non-rotatable state. A rotating shaft and a bearing are provided on an upper surface of the inner rotating body, and a rotating shaft and a bearing are provided at the center thereof. Is provided, the upper axis of rotation and the bearing on the inner peripheral surface of the fixed pulley The driving motor is fixed to the one side which is inserted and fixed to the eccentric of the upper plate of the rotating body, the drive shaft of the drive motor passes through the upper plate of the rotating body is provided with a drive pulley on the drive shaft, the fixed pulley and Characterized in that the belt connection,

In addition to increasing the internal space efficiency, it is possible to work in a state that can be easily identified by the operator during repair work according to the replacement and maintenance of the drive motor, to increase the management efficiency of the ATM machine It relates to a booth of a cash dispenser having a rotation means in its entirety.

ATM, Internal Rotator, Fixed Pulley, Tension Pulley

Description

INSIDE BODY OF REVOLUTION DEIVE TYPE CASH DISPENSER BOOTH}

The present invention relates to a rotating device of a cash dispenser, and more particularly, a cash dispenser (or cash dispenser or less) that stores cash to withdraw cash in a cash dispenser booth that constitutes a cash dispenser (hereinafter referred to as a CD). In the present invention, a cash dispenser (collectively referred to as a CD) is provided, and a rotation means is formed on an internal rotating body which is provided to rotate the cash dispenser but is configured to rotate the cash dispenser. Booth of cash dispenser with rotating means in inner rotating body to overcome the problem that installation and parts replacement and repair work are not easy due to the space narrowness that can be generated by installing rotating means inside the upper booth. It is about.

Generally, a cash dispenser can deposit or withdraw cash and checks using a card or bankbook, or have a banking function for party / other party, so that the above-mentioned bank can be operated by unattended operation. As it is known, due to its convenience and ease, it is well known that it is installed and used in many places and public places as well as banks.

The ATM is characterized in that it is normally operated 24 hours unattended, and is installed inside the booth so that the ATM can not be easily transported to prevent theft of cash or checks stored in the ATM. It has taken a fixed state.

In addition, there is an internal rotating body configured to rotate the ATM inside the copy because it is necessary to rotate the ATM in the booth or to withdraw the ATM out of the booth for replenishment of the cash in the ATM, maintenance and inspection. And a cash dispenser is installed in the internal rotating body.

Such internal rotating bodies are usually fixed to the upper and lower sides of the booth, and the rotating shafts are rotatably supported inside the booth by bearings, and a plurality of casters may be installed to reduce friction with the bottom surface when the ATM is rotated. It may be.

In addition, in order to enable the internal rotating body to be rotatable in the booth, there is provided a rotating device for providing rotational power to the outside of the booth, the rotating device being a motor fixed to the upper side of the booth, It consists of a drive pulley fixed and rotated by a motor drive and a driven pulley fixed to the outer periphery of the rotating shaft installed on the inner rotor, and a power transmission means such as a belt for rotating the rotating shaft to transmit the driving force of the drive pulley to the driven pulley. Doing.

Using such a rotating device, when it is necessary to rotate the cash dispenser to replenish the cash or to perform the maintenance and inspection of the cash dispenser, the booth installed at the front of the booth or at a location that the user can conveniently operate. The internal rotating body rotates about 90 ° about the rotation axis by driving the motor by releasing the lock state of the cash dispenser in a fixed state by using a locking device and then operating a switch that may be provided in the front of the booth. After the user rotates in a desired direction, the above-described necessary work can be performed.

In addition, when the operation is completed, by operating the internal rotating body to be returned to the original position by the re-operation of the switch, using the booth lock device, etc. to maintain the state in which the ATM is fixed to the booth and available for use. It has a normal structure.

However, in order to be able to rotate the rotary shaft provided to the upper end side of the internal rotating body, the rotary device must be fixed to any one side of the booth, the fixed drive motor and the pulley mounted on the rotary shaft (that is, The driven pulley) is configured to rotate by using a power transmission means such as a belt. The installation position of the driving motor should be provided above the inner rotor.

That is, in a state in which the driving motor is fixed to the plate provided on the upper side of the booth, the driving pulley of the driving motor and the driven pulley provided on the rotating shaft protruding from the upper surface of the inner rotating body should be connected by a belt or the like. It is essential to secure a space corresponding to the size of the drive motor in the entire upward direction.

Therefore, the size of the booth should be relatively larger than the overall size of the inner rotor to secure the installation space of the above-described driving motor between the inner rotor and the bottom of the booth. There is a problem that can not be.

In addition, the driving motor provided in the upper part of the booth corresponds to a consumable part, and when the end of service life or maintenance is required, the driving motor should be visually checked and repaired or replaced. Due to one space, the entire booth top needs to be disassembled and thus there is a problem that replacement and repair work are not easy.

In other words, as in the conventional ATM, when the driving motor is located at the upper side of the booth to perform maintenance work, the worker should place a ladder, etc., and the wires are complicated in the upper part of the booth, and the space is narrow. This makes the maintenance work or the replacement of the drive motor quite difficult.

In addition, a display unit for advertising is mainly formed on the upper side of the booth. When the installation place of the ATM is low, the display unit should be installed in a state where the display unit is removed. However, since the driving means is provided inside the booth top, the installation of the ATM is low. Inevitably, design changes and structural changes for height adjustment of the booth and the inner rotor are inevitably involved.

Therefore, the present invention has been made in order to solve the above problems, and provided with a drive means for rotating the inner rotor on the upper surface of the inner rotor for rotating the ATM, the drive forming the elements of the drive means; In order to increase the internal space efficiency by escaping the structure of the motor provided inside the booth as in the prior art, as well as to enable the worker to easily check the repair operation according to the replacement and maintenance of the driving motor. Therefore, the purpose is to increase the management efficiency of the ATM.

In addition, the present invention has another object to enable a relatively easy installation construction according to the height of the height of the installation place of the ATM.

The present invention for achieving the above object,

A booth 100 constituting an outer case and an inner rotary body 300 provided in the booth 100 to allow the cash dispenser 200 to be seated and rotated, and a drive for rotating the inner rotary body 300. In the structure of the ATM machine provided with means,

The upper part of the booth 100 is divided into an upper fixing plate 110 having a central through-hole 111 having a form in which a center thereof is opened, and an end side of which is bent upward.

Cover the upper surface side of the central through-hole 111 and fix the cover plate 120 of the "┏┓" shape,

The fixing plate 130 is fixed to the inside of the cover plate 120, but the fixing plate 130 is provided to be fixed in a state that can not be rotated toward the bottom of the fixing plate 130,

The upper surface of the inner rotating body 300 is provided with a rotating body upper plate 320, the rotating shaft 310 and the bearing 311 is provided in the center, the upper rotating shaft 310 is the inner surface of the fixed pulley 140 Contact with the bearing 311 is inserted and fixed,

The drive motor 400 is fixed to one side of the rotator upper plate 320 which is eccentric, and the drive shaft 410 of the drive motor 400 penetrates the rotor upper plate 320 to drive the drive shaft 410. Drive pulley 420 is provided, characterized in that the fixing pulley 140 and the belt 430 is connected to the configuration.

In addition, the present invention is the tension pulley 500 for adjusting the tension pulley 500 for adjusting the tension of the belt 430 between the fixed pulley 140 and the driving pulley 420 (Tension control plate that the variable position on the rotating plate (320) ( 510 to be secured.

Therefore, according to the present invention, the drive motor constituting the drive means is provided to be fixed to any side of the outer peripheral surface of the inner rotor as in the prior art, in the state of rotating the inner rotor during the replacement and maintenance work of the drive motor By providing easy workability, it has the effect of increasing the management efficiency of the ATM.

In addition, the present invention is to remove the configuration from the drive motor is provided inside the top of the booth as in the prior art, to increase the space efficiency of the booth and to facilitate the installation even when the height provided for the installation of the cash dispenser is easy Has

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

The present invention, as shown in the drawing, the rotating means for rotating the inner rotary body 300 provided in the booth 100 to rotate the cash dispenser 200 is installed in the inner rotary body 300 itself It is possible to enable the rotation of the internal rotating body 300 in accordance with the drive of the drive motor 400 constituting the rotation means, and also to minimize the installation volume of the rotation means such as the drive motor 400, as well as the drive motor When the replacement and maintenance of the 400 and the like provides a configuration that allows the operator to easily replace and repair the drive motor 400 in the state of rotating the inner rotor 300.

The booth 100 is formed in a case shape having a space of a predetermined size therein, and the center of the front is opened and fixed to a fixed body such as a floor or a wall of the building.

Inside the booth 100, an inner rotor 300 having a predetermined rotation radius and rotatably disposed is installed, and an ATM machine 200 is installed inside the inner rotor 300. When replenishing and collecting, repairing, and checking cash or check, etc., in the ATM 200, the ATM 100 may be configured to rotate inside the booth 100.

On the other hand, the booth 100 is fixed to the upper fixing plate 110 that crosses the upper side as shown in the drawing, the center of the upper fixing plate 110 has a form in which the central through-hole 111 of the round shape is punched.

In order for the upper fixing plate 110 to be fixed inside the booth 100, the upper fixing plate 110 is bent upwardly at an end side of the upper fixing plate 110, and the bent side is welded or bolted to the inner surface of the booth 100. It can be fixed by the method.

In addition, the central through-hole 111, the upper side of the "┏┓" shaped cover plate 120 is fixed, such that the cover plate 120 is placed between the upper fixing plate 110 and the cover plate 120 The space is formed so that the rotation shaft 310 provided on the upper surface of the internal rotating body 300 can be positioned as the space to be formed, and thus the rotating shaft 310 is the upper side of the internal rotating body 300 and the booth. Even if present between the upper fixing plate 110 of the (100) is to allow the separation distance between the upper surface of the inner rotating body 300 and the upper fixing plate 110 to be close.

In addition, the fixing plate 130 for fixing the fixing pulley 140 to the bottom of the cover plate 120 is fixed.

That is, the fixed pulley 140 is not rotated itself, and is firmly fixed to the bottom surface of the fixed plate 130 described above, and is connected to the belt 430 of the drive motor 400 to be described later. According to the driving of the belt 400, the belt 430 is guided by the fixing pulley 140 and the fixing pulley 140 is fixed, and as shown in the drawing, the rolling movement is possible by the bearing 311 on the inner circumferential surface of the fixing pulley 140. The rotating shaft 310 is inserted to be configured to rotate.

In addition, the driving motor 400 connected to the fixing pulley 140 and the belt 430 is provided to be fixed to the outside of the inner rotor 300, as described above, the fixing pulley 140 is fixed as it is. In accordance with the driving of the drive motor 400, the belt 430 is moved along the trajectory of the endless track, but the inner rotor 300 is fixed to the rotation of the rotary shaft 310 is fixed to the drive motor 400 It is to provide a configuration that is rotated in conjunction with.

Meanwhile, the cash dispenser 200 employs a cash dispenser 200 having a structure similar to that of the related art.

The inner rotary body 300 is configured to rotate in conjunction with the rotation of the inner rotary body 300 is the cash dispenser 200 is seated.

As shown in the drawings, the internal rotating body 300 is rotatably provided by the rotating shaft 310 and the bearing 311, respectively, as shown in the drawings, and in particular, the upper rotating shaft 310; As indicated above), the bearing 311 provided as the outer circumferential surface of the rotating shaft 310 in the state of penetrating the fixed pulley 140 and embedded in the fixed plate 130 has an inner circumferential surface of the fixed pulley 140. It is in contact with and fixed.

On the other hand, the internal rotating body 300 is provided with a rotating body upper plate 320 and a lower rotating plate (not shown) below the rotating body 310 and the rotating shaft 310 to the upper surface of the rotating body upper plate 320 Rotating shafts are also provided on the lower surface of the entire lower plate, so that the internal rotating body 300 rotates according to the driving of the driving motor 400 which will be described later.

In addition, the side plate plate 330 is formed as shown in the drawings, respectively, in order to connect the upper plate rotating body 320 and the lower plate rotating body in the orthogonal shape, the cash dispenser 200 is the front of the booth 100 Since the front plate should be open when it is located at the side plate plate 330 is preferably formed on both sides and the rear side (rear plate plate and not shown).

The drive shaft 410 of the drive motor 400 penetrates the upper plate 320 and the drive shaft 410 is provided with a drive pulley 420, the drive pulley 420 and the booth 100 The fixing pulley 140 has a configuration connected to the belt 430.

In addition, in order to tension the tension of the belt 430, it is preferable to provide a tension pulley 500 to the upper plate 320 on the rotating body, the tension pulley 500 by the tension control plate 510 It is desirable to allow the position to vary.

In order to provide such position variability of the tension pulley 500, as shown in Figure 4, the tension control plate 510 is fixed to the tension pulley 500, the bolt on the bottom side of the upper plate 320 of the rotating body ( B) is fixed to the rotating body upper plate 320, the tension control plate 510 is formed with a plurality of long hole groove 520 long and the long hole groove 520 by the bolt (B) on the upper side of the rotating body It is fixed to the plate 320.

Therefore, the tension pulley 500 connected with the tension control plate 510 provided between the drive pulley 420 and the tension pulley 500 of the drive motor 400 supports the belt 430 and the necessary tension can be maintained. Will be adjusted.

That is, when the tension of the belt 430 is lowered, the bolts fixed between the tension adjusting plate 510 and the upper plate 320 are loosely loosened, and the bolts are slot holes of the aforementioned tension adjusting plate 510. When the tightening state of the bolt is released in the fixed state in the fitted state (520), it is possible to move the position of the tension control plate 510.

In this way, the tension control plate 510 is moved to the front and rear, left and right, and the tension control plate 510 and the rotating body upper plate 320 using a bolt in a position where the proper tension is provided to the belt 430. It is to fix the liver.

Referring to the operation relationship using the present invention, usually, the front side of the inner (횐) 300 is located in front of the booth 100 to perform a function for paying cash to the user.

In addition, when the cash machine 200 is required to replace or repair the drive motor 400, which is a rotating means for replenishing cash or rotating the cash machine 200, the ATM machine 200 is seated therein. The rotating body 300 is rotated.

As shown in the drawing, the driving motor 400, which is a means for rotating the internal rotating body 300, is fixed to the upper plate 320 of the rotating body and is positioned on the side plate 330. The drive shaft 410 penetrates the upper plate 320 and the drive pulley 420 is present in a state where it is located on the upper surface side of the upper plate 320.

The driving pulley 420 of the driving motor 400 and the fixing pulley 140 fixed to the bottom of the fixing plate 130 in a non-rotatable state are connected by a belt 430, and the driving pulley ( The tension pulley 500 for adjusting the tension of the belt 430 between the 420 and the fixed pulley 140 is connected by the tension control plate 510 to adjust the position of the tension control plate 510 with a bolt or the like. The tension of the belt 430 is adjusted.

On the other hand, according to the driving of the drive motor 400, the internal rotating body 300 provided in the booth 100 is rotated, as described above, the drive pulley 420 and the belt ( Since the fixed pulley 140 connected by the 430 is in a fixed state, even if the belt 430 rotates indefinitely according to the driving of the driving motor 400, the inside is inserted into the center of the fixed pulley 140. The upper rotating shaft 310 of the rotating body 300 is rotated, the inner peripheral surface of the bearing 311 and the fixed pulley 420 provided as the outer surface of the rotating shaft 310 is in a rolling motion.

In addition, when the internal rotating body 300 is rotated as described above, the driving motor 400 which is fixed to the upper plate 320 and the rotating body is also rotated at the same time, as shown in FIG. 7. 100) can be seen with the naked eye can be seen.

In addition, in order to fill the cash in the cash dispenser 200 by the user by rotating the inner rotor 300 180 so that the back side of the cash dispenser 200 is opened to the front of the booth 100, if the drive When the repair or replacement of the motor 400, etc. is required, the driving motor 400 is stopped in a state in which it is located in front of the booth 100, and then the worker can easily perform the necessary work. Will be.

Therefore, according to the present invention, the drive motor 400 is attached to the internal rotating body 300 itself, but not shown in the drawing and the drive motor 400 to control the cash dispenser 200 and the drive motor 400 and the like. It is relatively easy to replace and repair a variety of wires and accessories, etc. from the control panel for.

1 is a perspective view showing a state in which a cash dispenser and a booth are coupled according to the present invention

Figure 2 is a perspective view showing an ATM and the inner rotary body of the present invention

Figure 3 is an exploded perspective view showing a state in which the upper fixing plate provided in the booth of the upper side of the ATM in the present invention separated

Figure 4 is an exploded perspective view showing the separation of the upper plate rotating body provided on the upper side of the inner rotary body for rotating the ATM in the present invention

5 is a sectional view of main parts of the present invention;

6 is a cross-sectional view of the separation of FIG.

7 is a perspective view showing a partially cut-out of Figure 1 in the ATM according to the present invention showing a state in which the inner rotor rotates so that the drive motor is located in front of the booth

Brief description of the main symbols in the drawings

100; Booth 110; Upper fixing plate

111; Central through hole 120; Cover plate

130; Fixed plate 140; Fixed pulley

200; ATM 300; Internal rotating body

310; Axis of rotation 311; bearing

320; Rotor upper plate 330; Side plate

400; Drive motor 410; driving axle

420; Drive pulley 430; belt

500; Tension pulley 510; Tension plate

520; Home

Claims (2)

A booth 100 constituting an outer case and an inner rotary body 300 provided in the booth 100 to allow the cash dispenser 200 to be seated and rotated, and a drive for rotating the inner rotary body 300. In the structure of the ATM machine provided with means, The upper part of the booth 100 has a central fixing hole (111) in the form of a central opening is formed in the upper end fixing plate 110 is bent upwardly, respectively, Cover the upper surface side of the central through-hole 111 and fix the cover plate 120 of the "┏┓" shape, The fixing plate 130 is fixed to the inside of the cover plate 120, but the fixing plate 130 is provided to be fixed in a state that can not be rotated toward the bottom of the fixing plate 130, The upper surface of the inner rotating body 300 is provided with a rotating body upper plate 320, the rotating shaft 310 and the bearing 311 is provided in the center, the upper rotating shaft 310 is the inner surface of the fixed pulley 140 Contact with the bearing 311 is inserted and fixed, The drive motor 400 is fixed to one side of the rotator upper plate 320 which is eccentric, and the drive shaft 410 of the drive motor 400 penetrates the rotor upper plate 320 to drive the drive shaft 410. The drive pulley 420 is provided, and the booth of the cash dispenser having a rotation means in the internal rotating body characterized in that the fixing pulley 140 and the belt 430 is configured. The method of claim 1, The tension pulley 500 for adjusting the tension of the belt 430 between the fixing pulley 140 and the driving pulley 420 is fixed to the tension control plate 510 having a variable position on the upper plate 320. Booth of the ATM machine having a rotating means in the inner rotating body including the.

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