JP5463220B2 - Peep prevention cover and automatic transaction device - Google Patents

Description

  The present invention relates to a peep prevention cover and an automatic transaction apparatus with high security that prevent a personal identification number used in an automatic transaction apparatus from being illegally obtained when the personal identification number is input.

  In recent years, with the rapid spread of automatic transaction devices such as ATMs (automated teller machines), fraudulent transactions using counterfeit cards and fraudulently obtained personal identification numbers have become a major social problem.

  For example, when the operator inputs the password in the transaction process of the automatic transaction apparatus, the password may be peeped by the fraudster. In addition, in an automatic transaction apparatus installed outdoors, there is a risk that a personal identification number may be stolen by a voyeur camera installed around the apparatus. If this personal identification number is obtained illegally, cash will be withdrawn illegally, for example, by creating a forged card by skimming or by a card robbery.

  For this reason, as a security measure for the PIN code, the keypad for entering the PIN code is covered three-dimensionally with a translucent keypad cover to prevent the PIN key input operation from being peeped. An automatic transaction apparatus designed to do so has been proposed (see, for example, Patent Document 1).

  However, if the cover is covered with a semi-transparent material around the keypad, the size and opening direction of the opening, which is the operator's line of sight and the operation direction, is limited, and the visibility and operability of the operator are deteriorated. .

  For example, in order to improve visibility, it is conceivable that an opening such as a notch or a hole is provided at the top of the cover, or a transparent / smoke material is used for the cover material. If is installed, the voyeur from the voyeur camera can not be completely blocked.

  In particular, simply covering the periphery of the keypad with a cover may result in voyeurism if a voyeur camera is attached to a position that is a blind spot for the operator, such as inside the cover itself.

  Further, a technique using a fraud detection camera that detects that a voyeur camera is attached is considered, but the actual situation is that an appropriate voyeurism prevention effect is not obtained.

JP 2008-287646 A

  Accordingly, an object of the present invention is to provide a peep prevention cover and an automatic transaction apparatus that can prevent the stealing of a personal identification number by voyeur photography or peeping from a voyeur camera without impairing the visibility and operability of the operator. .

The present invention is a peep prevention cover that covers a personal identification number input unit to prevent peeping, and is for the operator who inputs a plurality of visible direction regulating surfaces for regulating the visual direction to the personal identification number input unit. The direction is arranged at an angle that becomes the visible direction, the plurality of visible direction regulating surfaces are arranged in steps, and an invisible surface connecting between the visible direction regulating surfaces is provided, and each invisible surface is It is configured to be arranged substantially parallel to the visible direction .

  According to the present invention, it is possible to provide a peeping prevention cover and an automatic transaction apparatus that can prevent the security code from being stolen by voyeurism or peeping from a voyeur camera without impairing the visibility and operability of the operator.

The front view of an automatic transaction apparatus. The control block diagram of an automatic transaction apparatus. The mounting state of a peep prevention cover and its principal part expansion perspective view. The vertical side view of a peep prevention cover. The perspective view which shows the back side of a peep prevention cover. The perspective view which shows the upper surface side of a peep prevention cover. Explanatory drawing which shows the mounting state of a visible sheet | seat, and an operator's visible range. Schematic explanatory drawing which shows the use condition at the time of outdoor installation of an automatic transaction apparatus. Explanatory drawing which shows an example of the peep prevention cover which can discover a voyeur camera. Explanatory drawing which shows the other example of a peep prevention cover which can discover a voyeur camera.

  An embodiment of the present invention will be described below with reference to the drawings.

  FIG. 1 shows an outdoor transaction apparatus 1 that is used with only a front customer operation panel exposed on the wall of a building. This automatic transaction apparatus 1 is provided in consideration of space saving and rain countermeasures in addition to crime prevention, and is provided with a display unit 4 such as a liquid crystal display screen substantially vertically at the front center. The display unit 4 displays transaction item display and operation guidance.

  Further, an input device 3 is provided on the right side at the bottom of the front surface, and a password and transaction information necessary for deposit / withdrawal transactions are input from the input device 3. Further, the input device 3 is provided with a peep prevention cover 9 (see FIGS. 3 to 7) covering its periphery. The transaction item is selected by operating the selection keys 10 arranged on the left and right of the display unit 4.

  The card transaction unit 5 has a card insertion slot 5a at a position further below the display unit 4, receives a cash card inserted therein, and reads the card information. This cash card stores a financial institution number, an operator account number, and the like, and this card information is used for identification of an account to be traded, authentication of an operator, and the like.

  The statement issuing unit 6 has a statement slip issuing port 6a on the right side of the card transaction unit 5, and according to the transaction details of the operator, the transaction details such as payment amount, deposit amount, balance, etc. Printed on and issued.

  The banknote handling unit 8 has a deposit / withdrawal port 8a at a lower position than the card transaction unit 5, and exchanges banknotes with the operator. When depositing, the operator's banknote received from the deposit / withdrawal port 8a is identified, and when the transaction is confirmed, the transaction is classified for each denomination and stored in the apparatus. Further, at the time of withdrawal, banknotes for the amount designated by the operator are fed out to the deposit / withdrawal port 8a and received by the operator.

FIG. 2 is a control block diagram showing the main configuration of the automatic transaction apparatus 1.
The automatic transaction apparatus 1 has a function of controlling banknote deposit and withdrawal transactions. As a configuration thereof, a control unit 2 that controls each unit in the apparatus, an input device 3, a display unit 4, a card transaction unit 5, a statement issue unit 6, a communication unit 7, and a banknote transaction unit 8 are provided. ing.

  Among these, the control part 2 controls each part of the automatic transaction apparatus 1. Further, it communicates with a host computer provided in the center via the communication unit 7 to verify the operator's personal identification number.

  FIG. 3 shows a mounting state of the peep prevention cover 9 that prevents the input portion of the input device 3 from being illegally voyeurized or peeped. Here, the input device 3 to be protected is provided on a horizontal panel surface protruding from the lower part of the front L-shaped customer operation panel 25 of the automatic transaction apparatus 1. The input device 3 is an input key 11 for touch-inputting a designated number, and can be constituted by a sheet-like numeric keypad having a square shape in plan view.

  A peep prevention cover 9 is provided around the input key 11 so as not to be visible from the outside. The peep prevention cover 9 includes a left side wall 9a and a right side wall 9b that are vertically raised with opaque walls so as to cover both sides of the input key 11, and a back wall 9c that is vertically raised with an opaque wall. Further, the upper space of the input key 11 is three-dimensionally covered with the step-like cover wall 12 arranged so as to cover the upper space.

  The front opening portion that is not covered with the peep prevention cover 9 is opened as an input operation space 3a dedicated to the operator that can be put into the hand. Therefore, when viewed from the operator side, the input key 11 is covered on the left and right sides, the back side and the top surface side by the peeping prevention cover 9, and only the front surface is opened.

  In addition, when the back side of the input key 11 part is closed with the customer operation panel 25, the back wall 9c can be formed into a cover shape. Further, the peep prevention cover 9 may be integrated with the customer operation panel 25.

  The left side wall 9a, the right side wall 9b and the back wall 9c are made of opaque wall material, made opaque by painting or printing on a transparent wall material, or subjected to processing such as embossing on the surface of the wall material. It should be an opaque wall. At this time, if it is difficult to transmit external light by providing an opaque wall, a milky white wall material may be used. Moreover, you may provide the illumination which illuminates the input key 11. FIG.

  Further, FIG. 3 shows an example in which the mounting position of the input device 3 is arranged on the right side of the automatic transaction apparatus 1 when viewed from the operator side. You may arrange in.

  When the input device 3 is mounted on the right side, even if an unauthorized person tries to look into the input key 11 from the left rear side of the operator, it cannot be seen because it is hidden by the operator. The right side wall 9b is sufficiently extended so as to be pulled toward the operator in consideration of the possibility of peeping from the side, and the area covered by the right side wall 9b is increased to be larger than the left side wall 9a. . Thus, depending on the mounting position of the input device 3, it is desirable to lengthen one of the left side wall 9a and the right side wall 9b.

  In particular, with respect to the cover wall 12 that covers the upper surface of the peep prevention cover 9, various contrivances against fraudulent acts are applied to obtain an accurate peep prevention effect. A specific structure of the cover wall 12 will be described below with reference to FIGS.

  As shown in FIG. 4, the cover wall 12 has a plurality of visible plates 13 as visible direction regulating surfaces that regulate the visible direction and a plurality of invisible plates 14 as invisible surfaces, which are alternately arranged in a staircase pattern. doing.

  The visible plate 13 used here is a transparent resin plate that is disposed at an angle substantially perpendicular to the eye line direction 22 of the operator who performs an input operation on the input key 11. Each of the plurality of visible plates 13 has a horizontally long rectangle that connects the left side wall 9a and the right side wall 9b, and is arranged at substantially the same angle and at the same interval.

  Then, a visible direction regulating sheet 15 (to be described later with reference to FIG. 7) that defines the visible range and the invisible range is pasted on the back surface of each visible plate 13 so that the eye direction 22 of the operator that becomes the visible range is set to a desired angle. I am trying to regulate it.

  Thus, the visible plates 13 face each other from the operator's line-of-sight direction 22, and the visible range of the visible direction regulation sheet 15 attached to each visible plate 13 is transmitted only from the line-of-sight direction 22 of the operator. Allowed to see the input key 11.

  On the other hand, even if the visible plate 13 is viewed from another position outside the operator's line-of-sight direction 22, the invisible range of the visible direction regulating sheet 15 on the visible plate 13 is opposed, and thus the transmission is restricted and the input key. 11 is not visible.

  The visible direction regulating sheet 15 may be another material such as a film, and may be disposed not only on the rear surface of the visible plate 13 but also on the front surface. Further, the visible direction regulating sheet 15 can be arranged by an appropriate fixing means such as sandwiching and arranging the visible direction regulating sheet 15 in addition to sticking and arranging the visible direction regulating sheet 15.

  On the other hand, the invisible plate 14 is an opaque resin plate disposed at an angle parallel to the operator's eye direction 22. The plurality of invisible plates 14 have a horizontally long rectangle connecting the left side wall 9a and the right side wall 9b, and are arranged at substantially the same angle and at the same interval.

  As shown in FIG. 5, the invisible plate 14 can be formed by a wave-like invisible surface 16 that is made opaque by, for example, performing uneven processing (embossing) on the back surface of the transparent resin plate. In creating the invisible surface, an opaque material may be used, or a transparent material may be colored with a paint, a colored sheet may be attached, or a texture may be applied to make it opaque.

  Thereby, even if it tries to look at the input key 11 via the invisible plate 14 from the line-of-sight direction 27 of a fraudulent person, it is obstruct | occluded by the wave type invisible surface 16 of the invisible plate 14, and cannot see the input key 11 inside. Further, since the invisible plate 14 is in a positional relationship parallel to the operator's line-of-sight direction 22, the operator's line-of-sight direction 22 is hardly obstructed, and the operator's visibility is not hindered.

  The coloring, coloring sheet, and embossing applied to the invisible plate 14 may be on the front surface side, but the rear surface side can prevent transparency due to unauthorized processing.

  Thus, each visible plate 13 and each invisible plate 14 arranged in a stepped manner constitute a step-like cover wall 12 by connecting each visible plate 13 at a substantially right angle with each invisible plate 14. It is.

  In particular, as shown in FIG. 4, the visible plates 13 face each other at substantially right angles to the operator's eye direction 22. It corresponds to the angle that is most easily seen inward. For this reason, the visible area of the surface of the visible plate 13 from an operator becomes wide, and it becomes an efficient visible range.

  Furthermore, the cover wall 12 used here is intended to improve manufacturability from the viewpoint of production by using the same transparent resin material common to the plate material of the visible plate 13 and the invisible plate 14. The invisible plate 14 may be provided with a wave-like invisible surface 16 by embossing or the like and integrally formed in a staircase shape, and then a visible direction regulating sheet 15 may be attached to the visible plate 13 and disposed.

  Further, the cover wall 12 has a stepped shape in which a visible plate 13 facing the operator's line-of-sight direction 22 and the invisible plate 14 substantially parallel to the operator's line-of-sight direction 22 are alternately combined, like a roof. It is arranged in a plane. FIG. 4 shows an example in which the cover wall 12 is inclined and arranged such that the front opening side is high and the back side is low.

  As a result, the entrance of the input operation space 3a of the peep prevention cover 9 is widened, making it easier for the operator to put in the hand. In addition, the inner space on the back side is narrowed to make it difficult to attach a voyeur camera or the like. Furthermore, since the operator's line-of-sight direction 22 differs depending on the height of the input device 3, the size and angle of the cover wall 12 may be configured according to the installation conditions of the automatic transaction apparatus 1.

  Further, the stepped portion of the cover wall 12 positioned substantially horizontally on the upper surface of the peeping prevention cover 9 has a configuration in which V-shaped and inverted V-shaped are alternately formed, and rainwater collects in the V-shaped recess. There is a risk of hindering visibility. For this reason, as shown in FIG. 6, drainage ports 26 are opened at both ends of the V-shaped recess so that rainwater can be drained, and even if the automatic transaction apparatus 1 is installed outdoors, it is visible on the surface of the visible plate 13. Visibility is not reduced. At this time, the position and shape of the drain port 26 and the number of drain holes may be arbitrarily provided according to the installation conditions of the peep prevention cover 9.

  Here, if the upper surface of the peep prevention cover 9 is a flat surface, it becomes possible to peep into the internal input key 11 from the front, rear, left and right. On the other hand, when the upper surface of the peep prevention cover 9 is stepped, a mountain-shaped step is repeatedly formed in the front-rear direction, and the visible plate 13 inclined on the front surface of the mountain-shaped surface faces the operator's line-of-sight direction 22. opposite. Thereby, the internal input key 11 covered with the peep prevention cover 9 can be seen through the step-like visible plates 13 only from the line of sight 22 of the operator.

  At this time, since the invisible plate 14 corresponds even when peeping from a position on the rear side or trying to voyeurize, the internal input key 11 cannot be peeped. Furthermore, even if you peek from the side or try to take a voyeur, you will see a mountain-shaped inclined surface, so you cannot peep into the input key 11 inside.

Next, the visible direction regulating sheet 15 that regulates the visible range on the visible plate 13 constituting the cover wall 12 will be described.
In FIG. 7, a visible layer 15 a made of a transparent sheet or film constituting the visible range 20 of the visible direction regulating sheet 15 and an invisible layer 15 b made of a colored opaque sheet or film constituting the invisible range 21 are alternately arranged. Integrated sheet.

  The visible direction regulating sheet 15 uses a sheet using the technique of Japanese Patent Application Laid-Open No. 2003-131202, and the visible direction regulating sheet 15 is disposed in a planar manner on the plate surface of the visible plate 13. Thus, since the operator's line-of-sight direction 22 is in the visible range (visible angle) 20 that passes through the visible layer 15a of the visible direction regulating sheet 15, the input key 11 can be seen. Other than this, since the transmission is restricted by being blocked by the invisible layer 15b, the input key 11 cannot be seen within the invisible range 21.

  The visible range 20 can be set to a desired visible range 20 by changing the inclination angle θ1 at which the visible layer 15a and the invisible layer 15b are arranged with respect to the sheet surface 23 of the visible direction regulating sheet 15. . Further, from the invisible range 21 to be viewed from the line-of-sight direction 27 of the fraudulent person, the arrangement angle of the visible direction regulating sheet 15 that is the voyeurism prevention angle θ2 that regulates voyeurism is set.

  Furthermore, when the invisible plate 14 is formed into a ground glass shape by embossing, external light can be transmitted so that the input key 11 portion does not become dark. In addition, when a transparent tape is pasted on the textured surface, there may be a problem of see-through, but the corrugated invisible surface 16 makes it impossible to paste a transparent tape that is an uneven surface. For this reason, it is possible to prevent mischief and illegal acts and maintain an opaque state. In addition, as long as the corrugated invisible surface 16 is processed so that a transparent tape cannot be pasted on the surface, the shape of the invisible surface may be other processed.

An operation for preventing the sneak shot of a personal identification number when making a transaction with the automatic transaction apparatus 1 configured as described above will be described with reference to FIG.
When an operator performs an input operation while standing in front of the automatic transaction apparatus 1, the operator executes contents used for transactions such as a deposit transaction and a withdrawal transaction according to the transaction guidance. Then, when inputting the personal identification number, the operator looks at the input key 11 from the position in front of the automatic transaction apparatus 1. At this time, since the operator's line-of-sight direction 22 can be seen through the visible range 20 of the visible direction regulating sheet 15, the input key 11 can be clearly seen through the cover wall 12 of the peep prevention cover 9. For this reason, the operator can easily input the personal identification number from the front position of the automatic transaction apparatus 1.

  In particular, when a voyeur camera 19 is attached to, for example, the upper mounting frame 18 shown in the upper part of FIG. 8 of the automatic transaction apparatus 1 installed outdoors as a means of fraud, the shooting range looked down from the voyeur camera 19 is visible. It will be seen from a position outside the range 20.

  That is, the voyeur camera 19 can only be attached to the upper mounting frame 18 when the input key 11 is to be voyeurized from the outside. On the other hand, the line-of-sight direction 22 of the operator is limited to a person's height lower than the upper mounting frame 18, and the viewing angle is naturally different. As a result, the voyeur camera 19 is located in the invisible range 21 unlike the operator's eye direction 22. For this reason, the input key 11 cannot be photographed from the voyeur camera 19 on the upper part of the upper mounting frame 18, and only the operator can perform an input operation while viewing the input key 11. For this reason, there is no problem in the password input operation, and there is no possibility of voyeurism. In the lateral direction of the automatic transaction apparatus 1, there is no attachment corresponding part for the voyeur camera 19.

  As described above, when the automatic transaction apparatus 1 is installed outdoors, the input key 11 can be seen even if the upper mounting frame 18 that closes the gap between the apparatus and the wall or the voyeur camera 19 is attached to the upper part when the booth is installed. It is impossible to steal the secret number or the like by the voyeur camera 19 and peep. For this reason, the automatic transaction apparatus 1 can be operated with high security. Further, by ensuring this highly secure password input operation, transaction processing specified by the operator can be executed while ensuring stable visibility and operability for the operator.

  FIG. 9 shows an example of a foreign object finding state in the peep prevention cover 9. For example, even if the internal voyeur camera 24 is attached to the back side that may be a blind spot of the peep prevention cover 9, when the operator looks at the visible plate 13 of the cover wall 12, it passes through the visible direction regulating sheet 15. Can be seen all the way to the back of the peep prevention cover 9. For this reason, the operator can see through to the back, and the operator can notice at a glance that the unauthorized internal voyeur camera 24 is installed.

  In particular, since the invisible plate 14 is parallel to the operator's line-of-sight direction 22, there is no blind spot in the range seen through the visible plate 13, and no matter where the internal voyeur camera 24 is attached, Can be found from. Therefore, it will also suppress crime.

  FIG. 10 shows an example of a foreign object finding state in another peep prevention cover 9. The cover wall 12 constituting the upper surface of the peeping prevention cover 9 is arranged such that the plate surfaces of the visible plates 13 are gradually different in angle from one end to the other end, from one point that is the viewpoint of the operator. They are formed so as to face each other in the line-of-sight direction 22 of the operator spreading radially.

  At this time, since the operator's viewpoint height is the same, when the viewing height direction is changed, the angle of the operator's line-of-sight direction 22 changes little by little according to the height. Therefore, when the direction of each visible plate 13 is made to correspond to the angle corresponding to the operator's eye direction 22 that spreads radially, the opposing surface of the visible plate 13 that faces the operator's eye direction 22 becomes the opposite surface. It becomes a right angle. Thereby, each opposing surface of each visible plate 13 becomes an angle that is most easily seen by the operator.

  Therefore, even when the internal voyeur camera 24 is attached to, for example, the upper and lower portions of the peep prevention cover 9 in FIG. 10, when the operator looks at the visible plate 13 of the cover wall 12, Even the visible plate 13 can be seen through, and the operator can notice at a glance that the unauthorized internal voyeur camera 24 is attached. For this reason, even if there is an illegal act to which the internal voyeur camera 24 is attached, it can be immediately detected and dealt with.

  In addition, the automatic transaction apparatus 1 changes the design and size of each part including the input device 3 in the same manner, but the design and size of the peep prevention cover 9 is also changed. As long as the arrangement relationship of the visible plates 13 facing each other is ensured, there is no problem.

  As described above, the peep prevention cover 9 is formed in a staircase shape, the visible direction regulating sheet 15 is mounted on one visible plate 13, and the other is an invisible plate 14, so that only the operator can enter the input key 11. A high security peeping prevention effect can be obtained, which is excellent in the effect of preventing voyeurism that can be seen and cannot be peeped or voyeurized from the outside.

  Further, since the peep prevention cover 9 can be seen from the inside of the operator, even if the internal voyeur camera 24 is attached to the inside of the peep prevention cover 9, it will be noticed at a glance and an illegal act will be performed. You can immediately find out. For this reason, the operation which ensured the high reliability and high security which can have an appropriate peep prevention structure and a voyeurism prevention structure with respect to the fraudulent act which tries to obtain the personal identification number in the automatic transaction apparatus 1 fraudulently Can be planned.

  Further, in order to limit the direction that can be clearly seen with the visible plate 13 and limit the direction that can be seen with a wide range with the invisible plate 14, it is accurate that the input key 11 can be seen from other than the eye direction 22 of the operator. Can prevent well.

  More specifically, when the viewing direction of the visible plate 13 is poor, the area where the visible layer 15a of the visible direction regulating sheet attached to the visible plate 13 is viewed is reduced, and the area where the invisible layer 15b is viewed increases. It becomes difficult. Thereby, the function which improves the peep prevention property in the visible plate 13 is obtained.

  Furthermore, if the viewing direction is bad, the surface of the invisible plate 14 that has not been seen in parallel from the operator's line-of-sight direction 22 starts to be seen, making it more difficult to see. Thereby, the surface of the invisible plate 14 is added, and a function of improving peeping prevention is obtained. That is, since the invisible plate 14 is sufficiently larger than the invisible layer 15b and arranged at a sufficiently wide interval, portions that cannot be seen by the plurality of invisible plates 14 are generated in stripes.

  As described above, when the viewing angle is deteriorated by using the staircase shape, not only the visible plate 13 functioning as a deflection film for limiting the viewing angle but also the invisible plate 14 starts to be seen, and the double effective of enhancing the peeping prevention effect is achieved. Has a peep prevention function. For this reason, the direction of the two plates 13 and 14 having different angles can be used effectively, the peep prevention performance is improved, and the input key 11 can be accurately prevented from being seen from other than the operator's line of sight 22.

  Further, since the peep prevention cover 9 has a stepped upper surface, it has high strength and is hardly scratched or broken. If it is flat, it will be easily scratched and cracked, but this is not the case. Further, the cover wall 12 has sufficient strength because both ends of the stepped shape are fixedly supported by the left side wall 9a and the right side wall 9b.

  The configuration of the present invention is not limited to the configuration of the above-described embodiment, and can be applied based on the technical idea described in the claims. For example, in the above-described embodiment, the automatic transaction apparatus 1 having the control function of performing the deposit / withdrawal transaction is shown. However, the present invention is not limited thereto, and the present invention is also applicable to an automatic transaction apparatus having only the deposit transaction function or only the withdrawal transaction function. Can do. Furthermore, the input key 11 is not limited to the touch input type, and can be applied to a keyboard type input device.

  The present invention can be applied to all automatic transaction apparatuses that input a password such as ATM.

DESCRIPTION OF SYMBOLS 1 ... Automatic transaction apparatus 3 ... Input device 9 ... Peep prevention cover 11 ... Input key 12 ... Cover wall 13 ... Visible plate 14 ... Invisible plate 15 ... Visible direction control sheet 16 ... Wave type invisible surface 20 ... Visible range 21 ... Invisible Range 22 ... direction of the operator's line of sight

Claims (5)

A peep prevention cover that covers the security code input part and prevents peeping,
A plurality of visible direction regulating surfaces that regulate the visible direction are arranged at an angle at which the line-of-sight direction of the operator who performs an input operation on the personal identification number input unit is the visible direction ,
The plurality of visible direction regulating surfaces are arranged stepwise with respect to each other,
An invisible surface connecting between the visible direction regulating surfaces is provided,
The peep prevention cover , wherein each of the invisible surfaces is disposed substantially parallel to the visible direction . It is formed integrally with a transparent material,
A visible direction regulating sheet is disposed on the visible direction regulating surface,
Peep prevention cover colored or roughened is made the first aspect in the invisible face. The peep prevention cover according to claim 1 or 2, wherein the visible direction regulating surface and the invisible surface are alternately arranged in a stepped shape. The plurality of visible direction regulating surfaces are:
The peeping prevention cover according to any one of claims 1 to 3 , wherein the peeping prevention cover is arranged so as to gradually differ in angle from one end to the other end, and faces each other in a visible direction of the operator spreading radially from one point. . An automatic transaction apparatus comprising the peep prevention cover according to any one of claims 1 to 4 .

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