KR970010960B1 - Automatic transaction machine storing apparatus - Google Patents

Abstract

None.

Description

Vending machine storage

1 is a front perspective view showing one embodiment of the present invention.

2 is a plan cross-sectional view of one embodiment according to the present invention.

3 is a cross-sectional plan view for explaining the installation and maintenance work of one embodiment according to the present invention.

4 is a cross-sectional plan view of another embodiment of the present invention.

5 is a plan cross-sectional view of the installation work.

6 is a cross-sectional plan view of the prior art.

7 is a plan view showing a state at the time of closing of an embodiment of the automatic teller storage device according to the present invention.

FIG. 8 is a view showing a state where the gas burner is attacked from the rear surface of the outer wall panel in FIG.

9 is a view showing a state in which the flame of the gas burner reaches the inner surface by breaking the outer wall panel according to FIG.

10 is a diagram illustrating a state in which a security sensor detects the state of FIG. 9 and rotates the turntable. FIG.

11 is a block diagram of an embodiment of an automatic teller storage device in accordance with the present invention.

Fig. 12 is a diagram showing one embodiment of an anti-theft sensor arrangement in an automatic teller storage device according to the present invention.

13 is a flowchart of an embodiment of an automatic teller storage device according to the present invention.

14 is a perspective view of one embodiment of the automatic teller storage device of the present invention.

* Explanation of symbols for main parts of the drawings

1 entrance 2 base part

3a, 3b: side wall 4: rear wall

5: front wall 6: roof

7a, 7b: turntable 8a, 8b: security panel

9a, 9b: concealed panel 10a, 10b: front panel

11: automatic trading machine 11a, 11b: drive motor

12: fixed partition 13: repair door

14: operation panel 15a, 15b: operation box

20: automatic machine 20a, 20b: automatic machine

20 ': automatic machine setting position 21: unit

24: rear wall 25a, 25b: front glass wall

26a, 26b: side glass wall 200: room space

201: machine room 202,203: space

204,205 Machine room 301 Security panel

301 ': auxiliary panel 302: outer wall panel

303: control panel 304: gear motor

305a to 305h: security sensor 306: automatic driving device

307: detection sensor 308: safety sensor

309: sensor for the ventilation fan 310: rotary encoder

311: Automated Trader 312: Capsule Booth

315: rotating table

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an automatic trader storage device for storing automatic traders such as an automatic cash dispenser and an automatic ticketing machine. In particular, the automatic trader is suitable for improving the operability and maintenance of the automatic machine, and for reducing transportability and installation area. A storage device and an automatic trader storage device excellent in security.

6 is a plan view of an automatic machine storage device (hereinafter referred to as a booth) in which two conventional automatic machines are installed side by side.

The booth has two automatic machines 20 inside, surrounded by the entrance 1, side walls 3a and 3b, rear wall 24, front glass walls 25a and 25b and side glass walls 26a and 26b. It is stored. 7a and 7b are rotary tables for loading and rotating the automatic machine 20, 200 is a room for operating an automatic machine, and 201 is a machine room for repairing machinery. The rotary tables 7a and 7b are rotated by the motors 11a and 11b. The machine room enters and exits through the maintenance door 13. Normally, the booth has one inlet, and moves the automatic machine 20 (shown in dashed lines) inserted from the inlet 1 in the direction opposite to arrow A or arrow A, near the center of the turntables 7a and 7b. Direction, and the automatic machine 20 is placed in the position of the normal position 20 'of the rotary tables 7a and 7b. Moreover, the maintenance and cash exchange of the automatic machine 20 mounted on the rotary tables 7a and 7b were carried out in the cabin space 200 by taking out the automatic machine unit 21 to a predetermined position. Therefore, according to the structure of the conventional booth room room 200 is also a space for the installation work and maintenance work of the automatic machine 20, and required a depth more than the depth of the automatic machine. The dimensions of the automatic machine were 0.57 m to 0.72 m in width, 1.02 m to 1.09 m in depth, and 1.35 m in height, and the booth depth was 2.6 m in consideration of this dimension and the spatial dimension of installation work and maintenance work. In addition, the floor was about 10cm to prevent flooding, the height of the cabin was about 2.3m, and the ceiling thickness was about 25cm for wiring or insulation. For this reason, the height of the booth was 2.65 m. In addition, the width of the booth is related to the installation area, but can be freely selected to some extent.

Since the conventional booth had such a dimension, there existed a problem in the point of the road transportation of the assembled booth, and local carry-in. That is, according to Article 2 of the current security standards for road transport vehicles in Japan, cars are required not to exceed 12 m in length, 2.5 m in width and 3.8 m in height. According to Article 22 of the Enforcement Decree of the Japan National Road Traffic Act, the length, width, or height of cargo loaded on a vehicle is the length of the vehicle plus the length of the tenth of the length, the width of the vehicle, In height, it is prescribed not to exceed height which subtracted height of loading place of the car from 3.8m each. Usually, the load size of a lorry (usually a truck) is about 2.44 mm even though the width is wide considering the manufacturing error of the car. In addition, the height of the cargo rack is generally 1.2m, and 1m for the low deck. Considering the dimensions of the packing material or the sleepers (approximately 9m square) under the booth when carrying a booth with a height of 2.65m, the height limit of the cargo rack exceeds the height limit of 3.8m at 1.2m, but the height limit is 1m. It can be stored inside. However, the width of this ordinary van is within about 2.5m, regulated by the security standards, and narrower than the booth depth of 2.6m. Therefore, the conventional booth was not able to be transported by an ordinary truck. Although it is conceivable to use a trailer, it is quite special that the trailer has a wide cargo rack, but the height is generally high and does not exceed the height limits of the road traffic law, and the number of possessions is limited. Moreover, since the vibration at the time of conveyance was large because of a spring, there existed a problem. In addition, since the trailer is a special vehicle, there is a problem in that the transportation cost is higher than that of a normal lorry.

In addition, in the conventional automatic trading machine, the practical use of the capsule booth for the automatic trading machine with the high level of safety and the space-saving design which does not select an installation place is increasing in the point of deploying the store strategy of a financial institution. This is equipped with a security panel on the rotary table, and has the structure which protects an automatic trading machine by closing the customer transaction surface of the automatic trading machine with the said method panel at the time of closing. The storage device of such an automatic trading machine receives a signal from a control station, for example, a monitor signal from a security center, is controlled by an automatic operating panel, and operates a turntable.

The prior art required a lot of space in the cabin space in order to improve the workability of the automatic trading machine installation and the maintenance workability of the automatic mechanical unit as described above. For this reason, the installation area of a booth became large, and since safety of the automatic machine and cash exchange were performed in the guest room, there was also a problem with safety. Moreover, as mentioned above, since a lot of space was required in the cabin space, the depth dimension of the booth became long, and it was difficult to carry the road and carry in on-site of the assembled booth.

In addition, in the aspect of crime prevention, the above-mentioned conventional technology is controlled only by a signal from a control station, so that even if attempts are made to improve product specifications and performance, significant measures such as changing the contents of the control from the vending machine storage device side. Could not be run.

An object of the present invention is to obtain an automatic trading device storage device which improves the workability of the automatic trading device installation.

Another object of the present invention is to obtain an automatic trading machine accommodating device which can be transported by a normal van.

It is still another object of the present invention to provide an automatic trader storage device which performs effective control of protection of the automatic trader by the information from the detection means on the side of the automatic trader storage device without depending on the signal from the control station. .

In order to achieve the above object, each entrance is installed at the front of the automatic trading machine, the automatic trading machine can move straight from the entrance to the automatic machine installation position, and the space between the automatic trading machines is the space for maintenance work of the automatic machine. It was made.

As a result, the booth's depth dimension was within 2.5m, the width limit of the cargo, as determined by the Enforcement Decree of the Road Traffic Act.

In this case, since the entrances are respectively provided in front of the automatic trading machine, the installation work is carried out without being limited by the depth dimension of the automatic machine and by the depth dimension of the cabin. Moreover, the loaded automatic trading machine is repaired in the machine room provided between automatic machines as needed.

In addition, since the booth's depth dimension is within the maximum limit of the width of the cargo as prescribed by the Enforcement Decree of the Road Traffic Act, the finished product can be transported by a normal truck.

Moreover, in order to achieve the said objective, the security panel installed at the periphery of the rotating table which loads an automatic trading machine, the said security panel, the automatic trading machine, the capsule booth which encloses the said rotating table, and a part of this capsule booth An automatic trading machine storage device having a protective outer wall panel provided, comprising: detecting means provided on the outer wall and driving control means for rotating the rotary table by a required angle based on detection information from the detecting means. It was.

With this arrangement, the rotary table can be driven and controlled based on the determination of the automatic trading machine storage device itself using the detection information provided from the detecting means installed in the automatic trading device storage device.

5 is a plan view cross-sectional view in which the cabin space 200 is narrowed and the entrance 1 is arranged at the center in a conventional booth. As shown in this figure, when the automatic machine 20 is to be put in the automatic machine setting position 20 'of the rotary table 7a, the automatic machine cannot interfere with the front wall 5. For this reason, the depth of a guest room is enlarged like the previous example. Thus, the inlet 1 is installed in front of the automatic machine installation position for each automatic machine, as shown in the embodiments of the first to fourth embodiments of the embodiment, in order to accommodate the automatic machines 20a and 20b. Between 20a and 20b, there is a space to take out the automatic machine, and the depth is set to 2.44m or less so that the finished product can be transported by a normal van.

5 shows an example of the form in which the automatic machine is mounted on the rotary table, but the situation is the same even if the automatic machine is a stationary type in which the automatic machine is not mounted on the rotary table.

First, an embodiment of the present invention will be described with reference to FIGS. 1 to 3.

FIG. 1 is a perspective view of the booth, and FIG. 2 is a plan sectional view of the booth shown in FIG. The booth has an entrance (1), a base (bottom) (2), side walls (3a, 3b) fixed to the base (2), glass walls (16a, 16b), a rear wall (4), and a front wall (5). ), The roof 6 is provided. On the upper part of the base part 2, there are rotary tables 7a and 7b provided via suitable conductors, and on the rotary tables 7a and 7b, security panels 8a and 8b having customer operating openings 8c and 8d are provided. It is installed upright and has the concealment panels 9a and 9b and the intermediate partition front panel 10a and 10b. At the time of closing, the security panels 8a and 8b are configured to face the cabin by rotating 90 degrees in the direction of the arrow F. FIG. The drive motors 11a and 11b are arranged in proximity to the rotary tables 7a and 7b. The booth is divided into the cabin space 200 and the machine room 201 (also used as a repair room) by the fixed partition 12 and the maintenance door 13. The machine room 201 is provided with an operating panel 14 of drive motors 11a and 11b for rotating the rotary tables 7a and 7b. In the room space 200, operation boxes 15a and 15b are provided. The spaces 202 and 203 between the turntables 7a and 7b and the rear wall 4 and the side walls 3a and 3b are spaced by one person.

2 and 3, the dimensions of each part are described. The reason for the numerical value of the main one is demonstrated.

The booth depth of 2400 mm is usually considered to be the width of the truck 2440 mm, taking into account the manufacturing error of the booth, the ease of positioning of the car's freighter when transporting the road, and the fixing material for fixing the booth to the freighter. Is determined by.

The dimension 780 mm between the fixed partition 12 and the entrance 1 of the cabin is determined in that the customer needs a distance without pressure to operate the automatic machine.

The dimension of 940 mm from the front face of the automatic machine 20a, 20b to the inlet 1 is determined in that it requires a space that does not deteriorate the operability (key operation, card, entry of the bankbook, etc.) in extending the arm. .

The size of the entrance 1 is 800 mm, which is a size that does not interfere with the entry of an automatic machine or a person, and the two entrances 1 are arranged within the overall width of 4000 mm and are determined by a size that does not interfere with opening and closing of the door.

The width dimension 1052 mm of the machine room is determined to be a dimension that is satisfactory for taking out and repairing the units of the automatic machines 20a and 20b in the smallest space possible.

The dimensions 1350 mm of the rotary tables 7a and 7b are determined to be the minimum necessary dimensions for loading the automatic machines 20a and 20b.

In addition to the machine room 205, a maintenance space of about 300 mm to 423 mm is provided around the automatic machines 20a and 20b. However, this dimension is determined to be the minimum necessary dimension for the maintenance personnel to pass through during the repair.

In addition, the reason for dividing the door into two places for each automatic machine is as follows, in addition to the reason that the automatic machine can be transported directly from the inlet 1 to the installation position of the rotary tables 7a and 7b. In other words,

(1) When there is only one entrance to the two entrances 1 of FIG. 2, if the depth of the cabin space 200 is about 780 mm, if the customer tries to enter from the entrance during operation, It is difficult to operate in contact with customers, and at the same time, the customers approach each other more than necessary, and there is a security problem.

(2) In the case where one entrance is provided at the center of the front face as well, there is a problem of crime prevention because the customer in operation is approached from the rear of the inclination in turn.

In this way, the inlet is provided for each automatic machine for the reasons of (1) and (2).

It satisfies the above conditions, and also has a width of 4000mm and a depth of 2400mm as a whole, so that it can be operated in a guest room, preventing abnormal access between customers, and securing a maintenance space without degrading customer service. .

The operation will be described with reference to FIG. In FIG. 3, the automatic machine on the left side shows that it has been rotated to the maintenance position. At this time, the concealment panels 9a and 9b face the guest rooms. The automatic machine on the right shows the position at the time of opening.

For example, the installation work of the automatic machine 20a is performed in the following procedure.

The inlet 1 provided on the front of the automatic machine setting position 20 'is opened in the direction of arrow C. After opening the inlet 1, the automatic machine 20a is placed in the booth and proceeds straight in the direction of arrow B to be loaded at the position of the set position 20 '.

For example, the maintenance work of the automatic machine 20b is performed in the following procedure.

1. Operate the operation panel 14 or the operation box 15b, and rotate the turntable 7b 90 degrees to the arrow D direction.

2. The unit 21 of the automatic machine 20b is taken out in the direction of the arrow E, and a person stands in the spaces 204 and 205 for necessary maintenance work and cash exchange.

3. If necessary, the person passes through the space 202 and performs maintenance work in the space 203.

The installation work procedure, repair, and cash exchange as described above are performed by drawing out the unit of the automatic machine 20a or 20b into the machine room in the width direction of the booth, so that the depth of the cabin space 200 can be reduced. Combined with a slight increase in the machine room and a significant reduction in the cabin, the overall installation area can be reduced. In addition, since it is configured in this manner, the cabin does not need a space for automatic machine loading or maintenance, and has an effect of being able to be within a depth dimension of 2.44 mm that can be normally transported by a truck.

The operation panel 14 is a circuit for individually operating the rotary tables 7a and 7b. As a result, when one automatic machine fails, only the automatic machine that is in trouble can be repaired without affecting the other automatic machine.

Moreover, the operation panel 14 receives the drive signal of the drive motors 11a and 11b by remote control normally, drives the drive motors 11a and 11b, and rotates the rotary tables 7a and 7b. However, when there is a problem with an automatic machine, it has a circuit which cut | disconnects a remote control circuit by switch operation. By having this cutting circuit, the safety of the maintenance worker in the machine room 201 can be ensured.

Moreover, the operation boxes 15a and 15b are operation parts which become effective by the switch operation of the operation panel 14, and face the room space 200. As shown in FIG. Thereby, when rotating the rotary tables 7a and 7b at the time of the maintenance work of an automatic machine and a cash exchange operation, the rotation operation of the rotary tables 7a and 7b is possible, confirming the safety of the customer between rooms.

In the above description, the case where two automatic machines are provided in parallel is shown, but it can implement also three or more similarly.

According to this embodiment, in the automatic teller storage device,

1. Improvement of installation workability of automatic machine

2. Improvement of automatic machine repair and cash exchange

3. The space of the room can be narrowed and can be transported by ordinary van

4. Reduced installation area

There is an effect called.

4 shows an embodiment of the automatic machine-mounted type rather than the automatic machine being installed on the rotary table as the embodiment of FIGS. 1 to 3. This automatic machine-mounted type differs greatly from the fact that the protective shutter is lowered on the operating surface side of the automatic machine at the closing time and the unit 21 of the automatic machine is pulled out laterally at the time of closing. Protective shutters are installed to shield automatic machines and cabins during closing, but are raised up during opening. Therefore, it can be attached so as not to pressurize the space of the cabin and not be affected by the depth dimension of the booth. The space at the time of repair needs only the drawing dimension of a unit. This drawout dimension is within 750 mm of the width dimension of the automatic machine. Since the draw-out unit of the rotary table type is shorter than 1000mm, the lateral dimension of the booth can be 3800mm. In this embodiment, the case where two automatic machines are installed in parallel is shown, but three or more can be implemented similarly.

In this manner, even in the case of the automatic machine-mounted type, the depth dimension of the booth can be set to 2.4 m (the dimension normally transportable by a van). In addition, the same effects as in the embodiment of FIGS. 1 to 3 can be obtained.

In addition, the width 2.44m of the ordinary van described in the above embodiment is an example, and it is a matter of course that it can be enlarged in the range prescribed by law, and the depth dimension of a booth can also be made into the corresponding value.

FIG. 14 is a perspective view showing an automatic trader accommodating device showing another embodiment of the present invention, showing the automatic trader 311 accommodated in the capsule booth 312 and loaded on the rotary table 315. .

7 to 10 are sectional views of the plane, and FIG. 7 is a view of the rotary table 315 and the outer wall panel 302 of the security panel 301 in the closed state in which the automatic trading machine 311 does not conduct a transaction. Shows the relationship position. The automatic trader storage device includes a security panel 301 for protecting the automatic trader 311 at the time of closing, an outer wall panel 302, a control panel 303 for controlling the operation of equipment equipment disposed in the automatic trader storage device, For detecting the stop position of the automatic driving device 306, the gear motor 304 for driving the rotary table 315, the rotary encoder 310, a plurality of sets of security sensors 305a to 305h for the booth crime prevention, and the rotary table 315. Sensor 307, rotary table safety sensor 308, ventilation fan temperature sensor 309, and the like. In addition, a ventilation fan, an automatic door, an air conditioner, each room lighting, a signboard, etc. which are not shown are also included. As shown in FIG. 11, these parts are connected to the control panel 303, and are controlled by the control panel 303 in a predetermined state.

In general, the automatic machine storage device receives a signal from the automatic traveling device 306 by the control panel 303, and arithmetic processing by the sequence controller in the control panel 303 to control the respective equipment.

The gear motor 304 performs control to move the turntable 315 to three positions of opening, closing and maintenance by a signal from the automatic driving device 306. At this time, the stop position of the turntable 315 is controlled by feeding back the information from the stop position detection sensor 307 to the control panel 303. When a passage of a person or an object is detected during the driving operation of the rotary table 315, control is performed to feed back the information from the stop position detecting sensor 307 to the control panel 303 and stop.

In addition, the control panel 303 receives a signal from the automatic driving device 306 also for on / off control of the door sensor (not shown) of the automatic door and the equipment such as the air conditioner, the room lighting, and the signboard. Receive and perform arithmetic control. In addition, the ventilation fan is arranged to be driven by a signal from the sensor for the ventilation fan 309 in order to keep the temperature in the automatic machine storage device from abnormally rising.

Next, the security function by the automatic teller storage device of this embodiment will be described with reference to FIGS.

7 shows the state at the time of closing of the automatic machine storage device, and since the cabin side and the automatic trading machine 311 are partitioned by the security panel 301, the inside of the automatic trading machine 311 can be invaded. Can not.

FIG. 8 is a diagram showing a state where the gas burner is attacked from the back of the outer wall panel 302 protecting the auto trader 311 in the closed state of the auto trader storage device.

FIG. 9 is a view showing a state in which the fire of the gas burner burns the outer wall panel 302 and reaches the inner surface after FIG. 8. At this time, the security sensors 305a to 305h detect heat and vibration due to the flame of the gas burner, the light beam, or the destruction of the outer wall panel 302.

10, the control panel 303 detects the flame or light rays emitted from the gas burner and detects the detection information from the sensor which responded the fastest, for example, the security sensors 305g and 305h, and the outer wall panel 302 Is calculated from the relative positions of the sensors 305g and 305h responding to the attack, and the rotation table 315 is rotated by the optimum angle, and the security panel 301 is used for the automatic trading machine 311. Protect).

As shown in FIG. 12, the security sensors 305a to 305h are constituted by a plurality of sets of sensor groups including one set of a sensor consisting of an optical sensor, a thermal sensor, and a vibration sensor (or a noise sensor), respectively. It is arrange | positioned to each wall surface of 302, and is distributed. In this way, the security sensors 305a to 305h each hold a state (number) of the position, and the state is stored in the control panel 303 so that it is possible to determine where the position of the detected security sensor is. Based on this positional information, the control panel 303 calculates the angle at which the rotation table 315 should be rotated to the position attacked by the security panel 301. The positional state of the turntable 315 with respect to the security panel 301 is always input as information to the calculation circuit of the control panel 303.

Information for knowing the angle at which the turntable 315 is rotated is obtained by the rotary encoder 310 shown in FIG. The rotary encoder 310 has a structure in which a fixed cylindrical body and a rotating cylindrical body are concentrically overlapped and formed in a stone mortar shape, and a switch provided at the outer circumference of the rotating cylindrical body and a switch provided at the outer circumference of the fixed cylindrical body have a predetermined interval. It is configured to emit a signal by contacting every time and divide the rotation angle. Based on the rotation angle information from the rotary encoder 310, the rotation table 315 is rotated by the angle calculated and output by the control panel 303, and the crime prevention is performed in the direction of the outer wall panel 302 of the portion under attack. By facing the panel 301, the automatic trading machine 311 is protected.

13 is a flow chart from the detection of the security sensors 305a to 305b to the driving operation of the rotary table 315 in the embodiment. 13, the main process will be described.

S001: The automatic teller storage device is in the open state or the closed state shown in FIG.

S002: A first security sensor, for example, a light sensor of 305 g, operates.

S003: Then, a second security sensor, for example an optical sensor of 305h, is operated. In this way, the direction of the light source can be known by the detection information from the optical sensors in two different directions.

S004: Based on the detection information from the first security sensor and the second security sensor, the control panel 303 determines the angle to which the rotation table 315 rotates with respect to the light source detection direction, and maintains the state of rotation waiting.

S005: In addition, when the first and second security sensors detect not only light but also heat or vibration sensors, the control panel 303 indicates that an abnormal state has occurred due to an attack on the outer wall panel 302 or the like. To judge.

S006: Prior to the rotation command of the rotation table 315, the rotary encoder 310 initializes the rotation angle.

S007: When the heat or vibration sensor continues the detection operation in S005, the flow returns to S004. If the detection operation is not continued, the flow advances to S008.

S008: Initialize the calculation result and the rotation angle of the rotary encoder 310, and return to S001.

S009: The rotation table 315 is rotated by the required angle by abnormality detection of the security sensor.

S010: Check the command angle according to S009.

S011: Stop the control operation.

The drive control means corresponds to, for example, the control panel 303 and the rotary encoder 310 of the embodiment. Moreover, with the said protection operation of the security panel 301, as shown in FIG. 10, the auxiliary panel 301 'is made from inside of the outer wall panel 302 irrespective of the rotational movement of the rotation table 315. As shown in FIG. It is most preferable on the security side to take out and close the guest room side, that is, the customer operation surface, and it is good to control so that the auxiliary panel 301 'may perform a withdrawal operation when the movement operation of the security panel 301 is detected.

As described above, the above configuration can improve the installation workability of the automatic trading machine, and can provide a storage device of the automatic trading machine which can be transported by an ordinary van.

In addition, the above-described configuration prevents the command from the control station system, so that effective control is performed for the protection of the automatic trading machine based on the information from the detection means installed in the automatic trading device storage device without any limitation on the interface. A vending machine storage device can be obtained.

Claims (8)

An automatic machine storage device having a plurality of loading units for loading at least two automatic machines in the width direction at the rear and a cabin in which the operating unit of the automatic machine is opened at the front of the trade operation, wherein the automatic machine storage device is located between the loading units. And a maintenance space having a width dimension equal to or greater than the width dimension of the automatic machine, and an entrance through which the automatic machine can be brought into a position opposed to the customer operation opening during the transaction operation, and having a depth dimension of 2.5 meters or less. Automatic machine storage device. According to claim 1, wherein the loading unit is composed of a rotary table, the rotary table is installed so as to surround the automatic machine loaded and rotatable with the rotary table, the operation unit of the automatic machine during the transaction operation the cabin An automatic machine accommodating device, comprising: a security panel having a customer operating opening that is opened to the side. The automatic machine storage device according to claim 2, wherein the rotary tables are rotatably configured independently. The automatic machine storage apparatus according to claim 2, wherein the customer manipulation opening portion is rotated in a direction perpendicular to the customer manipulation opening portion in the transaction operation so that the customer manipulation opening portion can be repaired in the maintenance space. The automatic machine storage device according to claim 2, wherein the maintenance space includes a control panel having a function of blocking a remote automatic rotation instruction. The automatic machine storage device according to claim 5, wherein the cabin is provided with a sub operation box configured to be effective by a switch operation of the control panel. The automatic machine storage device according to claim 1 or 2, wherein a maintenance space is provided on a side of said customer-operated opening during transaction management. An automatic security panel installed at the periphery of a rotating table for loading an automatic trading machine, the security panel, the automatic trading machine, a capsule booth surrounding the rotating table, and an outer wall panel for protection provided on a part of the capsule booth. An apparatus for storing a machine, comprising: detecting means provided on the outer wall, and driving control means for rotating the rotating table by a required angle based on detection information from the detecting means.