ES2525964B1 - Reinforced security system for ATMs and similar - Google Patents

Abstract

Reinforced security system for ATMs and the like. # Security system comprising: A part accessible to the user, in which all the interfaces that allow the transaction, a box or place where the money is stored and attached mechanisms will be stored, such as the issuance in the case of bank tellers, a safe passenger compartment, such as a vault, a pit or combination of both and some means that voluntarily or upon an impact or activation of an alarm signal produce the displacement of the box, or place where the money is stored to a safe cabin, such as a vault, a pit or combination of both, among the means for moving the box, include retractable supports that can incorporate fuses mechanics, a roller ramp, mobile platforms and articulation means; Among the safe rooms, there would be a security camera and / or a pit. Thanks to the possibility of displacement of the box with respect to the interface before an impact it is possible to increase the security and avoid robberies in ATMs.

Description

REINFORCED SECURITY SYSTEM FOR POCKETS AND SIMILAR

OBJECT OF THE INVENTION

The object of the present invention is a reinforced security system for ATMs and the like, applicable to any ATM or equivalent device in which there is a money store, and which must be protected against theft, and regardless of its location and its location. use in bank offices, parking lots, stations (buses, trains,

elc.).

The invention characterizes the fact of allowing the physical separation of the usual components of such a system in case of aggression or attempted robbery, particularly, the separation of the cabin intended for the storage and dispensing of money, that is, the box, with respect to the interface through which a user operates, and the displacement that occurs from the box by means provided to a protected cabin, which can be a security camera, a pit or the like, or combination thereof.

The means provided for moving the box to the security cabin can be reversible, so that they can also return the box to its working position so that the cashier resumes his activity.

Therefore, the present invention is within the scope of ATMs, understood as dispensing means, or money collection outlets, and particularly among the security means developed, to prevent theft and ensure proper operation.

BACKGROUND OF THE INVENTION

The need that establishments that use ATMs (banks, parking lots, passenger transport companies, gas stations, etc.) have to guarantee users a permanent service 24 hours a day, normally unattended, together with the nature of the transactions usually made, make the tellers store a significant amount of money, circumstance that together with their location, conditioned by the need for them to be easily accessible to users, make them attractive and vulnerable for thieves, who violate them from various ways, without, to date, a satisfactory solution has been found.

In short, the current design of the ATMs has a fundamental disadvantage due to its location and the vulnerability it offers in the face of an impact or similar type of aggression that makes possible the theft of the box and / or access to the money stored in a way relatively simple, not having active protection means that in the event of an impact or the like are activated preventing access to the money storage box.

In addition, another of the problems that current tellers have is that the interfaces are permanently exposed and this makes it easier for them to be manipulated to copy secret numbers, duplicate cards, etc., to users to impersonate them and steal their money, creating insecurity.

In short, the current ATM design has two main drawbacks:

Theft risk, its installation in exposed areas motivated by the need for users to have good accessibility to use them, together with the significant amount of money they store, in some applications such as banking, make them easy prey for thieves. Unnecessary exposure of the interfaces, which make them vulnerable to manipulation, putting users' money at risk.

Therefore, it is the object of the present invention to develop a reinforced security system for ATMs that overcomes the aforementioned inconveniences of lack of security for both the user and the entities, developing a system such as the one described below and collected in its essentiality in the first claim.

DESCRIPTION OF THE INVENTION

In order to solve the aforementioned inconveniences, the invention proposes a cashier designed, conceived and constructed in such a way that the functionality and accessibility of the current ones is maintained or improved, but increasing the reliability and effectively protecting the cash of the cashier and that of the users. To achieve this, the new cashier whose patent is proposed will consist of four perfectly defined parts:

a) A part accessible to the user, in which all the interfaces that allow the transaction to be made, and which may also be protected, will be part, hereinafter referred to as an interface.

b) Rest of the cashier, which will be the cash itself in which the money and attached mechanisms are stored, such as the issue in the case of bank tellers. This part will be referred to hereinafter as a box.

e) A safe cabin, such as a vault, a pit or similar, and / or a combination of them that will serve only one box or several.

d) Some means that when activated (voluntarily, in the event of an impact, an alarm signal, etc.) produce the movement of the box towards the safe cabin.

The interfaces of the new ATMs will be protected, although they may also be similar to the current ones, and placed in the same or similar places to maintain the current functionality of the ATMs and their accessibility to the user.

The box may be similar to the current ones, and the security cabin may be individual for each box or shared, and may be more or less remote from the interfaces served by the protected box.

The means that when activated produce the displacement of the box to the security cabin can be very varied, and can be based on the combination of different mechanisms (rolling means, joints, sliding platforms, elevators, etc.) and drives, being able to use the force of gravity itself, and / or require the use of energy supplied by own or external energy sources, and / or combinations of both. Optionally the means can be designed so that the movement of the box to the security cabin is reversible and can be returned to its working position to resume the activity.

The alternatives to be able to achieve the displacement of the box are very varied, so we will only consider some examples in which a security cabin that can have more than one camera will be used.

A first possibility is to have a frame composed of one part

mobile attached to the box, which articulates on a fixed part that acts as a base, and which can be the ground. The movable part is designed so that when loaded with the box it tends to rotate due to the action of gravity, so supports are necessary to keep the box in the working position. Retractable supports can be used (actuate bies voluntarily, before an alarm or attempt to violate the cashier, etc.) or similar, that can incorporate mechanical fuses, arranged so that once removed they allow the box to rotate with respect to the axis of articulation to make it fall into a pit at the bottom of which there is an elastic cushion that absorbs the impact and stops, and the pit can be closed by an armored iron that can move while the box falls into the pit.

In the event that the mechanism is to be reversible, the lifting drive could act between the two parts of the articulated frame, or only on the moving part, or on the box directly, etc., and, once the box is in instead, the supports would be rearmed and the cashier can resume service. To lift the armored plate, if it exists, the drive itself could be used or have specific drives.

A second solution is to support the box on a sliding platform (rollers, balls, etc.) and use additional supports to keep the box in its working position, but designed to be removed (voluntarily, before an alarm or attempt to violate the cashier, etc.) and that can be hydraulically or pneumatically retractable or similar; Once the supports are activated, they will allow the box to rest on the sliding ramp and, due to gravity, will move to a security camera equipped with a gate that closes once the box has already entered

In the event that you want the system to be reversible, the elements of the sliding ramp will be operated just like the camera's closing gate. When the box reaches its initial position on the ramp, the supports will be rearmed and raised to leave it in its working position.

A third solution, which can be a complement to the previous one, is that once the box has reached the bottom of the security chamber it is supported on a second platform of vertically movable rollers that produces the descent of the same with the box to a pit safety which, optionally, is closed by means of an armored plate or similar mechanism for sealing the pit.

In the event that you want the system to be reversible, in addition to what is already mentioned in the previous point, the vertically movable platform must also be motorized to raise and lower, as well as the elements of the support ramp of the box and the pit sealing gate, if any. In this case, too, the supports must be rearmed when the box reaches a planned position on the ramp and will rise to the box until it is placed in its working position.

A fourth possibility is that when the retractable supports are removed, the box rests on a sliding platform which, in turn, constitutes the mobile part of an elevator that lowers it to a security cabin or pit that is closed by an armored iron or similar Once the box is inside.

In the event that the system is to be reversible, the elements of the sliding ramp will be activated as well as the chamber's closing gate and the elevator, and the supports will be rearmed when the box arrives at a position foreseen in the ramp to put it in its working position.

A fifth solution is to support the box on a platform with the capacity to raise and / or lower it to a pit that closes with an armored iron or similar, which closes and seals the pit once the box is inside. The lifting platform can be lowered by the action of gravity and / or have its own drive (hydraulic, pneumatic, etc.) and the same happens to the armored plate.

When the system is to be reversible, the platform will have its own drive and the plate can be operated by the platform or also have its own drive.

In all cases, the different types of sensors (vibration, breakage, etc.) with which the cashiers are so far equipped and that are only used to jump the alarm, in the developments object of the invention will also have , the additional function of activating or reinforcing the aforementioned security measures and which will be detailed and explained in each case developed.

In addition to the securities described, in any of the cases proposed the box can

be protected against impacts by means of a shield capable of absorbing the energy of the impact without structurally affecting the box, and / or a robust structure firmly anchored in the ground and intended as the first protection against impacts before reaching the shield. In addition, reinforcements that protect against impacts to the cashier and to the entrance of the security cabin can also be placed.

Therefore, as a result of the possibility of physical separation of the box from the interface, although during normal operating operation they are physically in contact, and also have means that when activated cause the box to move into a passenger compartment Surely, whether it be a security camera, a pit or similar, or the combination of them, it is achieved in an effective way to provide security to cashiers in the event of robbery attempts and access to the cashier or place of deposit of the money.

Explanation of the applications of the new cashier

Although the new concept of cashier whose patent is requested is of general application, to explain its operation we will consider the particular case of its use in banks.

Withdrawal of money

When it comes to withdrawing money, the user must follow the same steps that are currently followed at any ATM; Once the transaction is approved, and in the same way that occurs in a conventional cashier, the corresponding money will be sent through the slot of the issuing mechanism for the user to pick it up.

Money deposit

When it comes to entering money, there may be two type situations:

a) An income is pending pending verification: the user makes the transaction as before, receives an envelope and proof of the transaction; the user puts in the envelope the money to enter, together with the receipt, closes it and deposits it in the assigned place from which it must fall to a space provided in the box to be protected and pending the verification of the operation (coincidence between the money deposited and the transaction ordered, authenticity of the money, etc.).

b) The cashier in which the deposit is made has a ticket reader, so the money will be validated as it is entered; in this case, when the user

5 ends, the money will fall into an assigned place inside the box so that it is protected while waiting to be verified by bank staff, or any other alternative process.

Obviously the operations explained above should only be considered as 10 examples to illustrate the operation of the cashier since each entity has its own procedures.

The proposed innovations are:

15 Unlike the current ATMs, which are compact and all their components are rigidly joined forming a unit, the new ATMs are designed and constructed in two parts, interface and cashier, intended to work physically together but designed to separate, plus a passenger compartment safety and adequate means to move the box to the cabin when

20 so be it or before any alarm signal or attempt to violate the cashier.

Complementarily, and optionally, the new ATMs incorporate protection against aggressions such as impacts and / or similar and consisting of defenses with adequate resistance to stop the attack, which can be complemented with protective shields of the ATM itself, especially the

25 box, and / or protections that also protect the security cabin.

The new ATMs increase the security of the money they store because the box is transferred to a security camera quickly and automatically when an alarm goes off and / or when voluntarily so decided.

By decreasing the risk of cash theft, new cashiers may have more

30 money and the risk of running out will be reduced, improving the service. In addition, when reversible systems are used, the number of available interfaces can be increased without risk and start up the ones that are of interest in each case, increasing the quality and reliability of the service.

In all cases, in addition to the different sensors that will incorporate, similar to those used so far, the new ATMs have specific active and passive protections.

Active protections are responsible for moving the box to the security camera or vice versa, and / or block the box in the camera and / or activate and / or block access to the camera when the box is inside, so They do something planned when predetermined circumstances occur in the environment and, for this, they use a source of energy, their own or outside, which guarantees their operation and autonomy in any circumstance.

The performances are automatic and very fast, and once started, they cannot be stopped.

In the case of the box, once it enters the security cabin, the protections are locked and the box is completely isolated from the outside and protected from it.

The blocking devices, once activated, may require a predetermined procedure that increases security: requirement that a certain programmed time elapses, that has to be done from a restricted access security zone, need to follow a certain procedure to be defined in each case, etc.

The protections and sensors used so far to protect the cashiers (armored glass, walls, alarms, cameras, etc.), in the new ATMs they will continue to be used and will be used, in addition, to activate the actuators with which they are equipped.

Devices that, when activated, send a notice to predetermined destinations, such as the Police, can be installed in the protected area of the new ATMs. e., record images of the aggressors, etc.

There are planned modifications that will allow to reuse practically all existing ATMs to minimize the investments to be made.

In conclusion, it can be said that the new cashier whose patent is proposed meets four basic objectives: to maintain the functionality that cashiers currently have in

normal conditions, protect the money they store against external aggressions. Throughout the description and the claims the word "comprises" and its variants are not intended to exclude other technical characteristics, additives, components or steps. For the

Those skilled in the art, other objects, advantages and features of the invention will emerge in part from the description and in part from the practice of the invention. EXPLANATION OF THE FIGURES To complement the description that is being made and in order to help a

A better understanding of the features of the invention, according to a preferred example of practical implementation thereof, is accompanied as an integral part of said description, a set of drawings in which the following is represented as an illustrative and non-limiting nature.

Figure 1 shows a first embodiment of the reinforced security system

Figure 2 shows a second embodiment of the reinforced security system of according to the principles of the invention. Figure 3 shows a third embodiment of the reinforced security system. Figure 4 shows a series of complementary details of Figure 2. Figure 5 shows a detail of the front protective shield, of the auxiliary structure against

impacts and details of the reinforcements of the entrance to the cabin. Figure 6 shows a further embodiment of those shown above. Figure 7 shows a fifth embodiment of the reinforced security system. PREFERRED EMBODIMENT OF THE INVENTION In all the embodiments shown in the figures are the same

principles on which the invention is based and that the system comprises:

a) A part accessible to the user, in which there will be all the interfaces that allow the transaction to be made, part that will be referred to as an interface.

b) Rest of the cashier, which will be the cash itself in which the money and attached mechanisms are stored, such as the issue in the case of bank tellers. This part will be referred to hereinafter as a box.

e) A safe cabin, such as a vault, a pit or similar, or a combination of all of them, and which will serve only one box or several.

d) Some means that when activated (voluntarily, in the event of an impact or activation of an alarm signal, etc.) cause the safe to move from the box to the passenger compartment and are reversible. Optionally these means may not be reversible.

In view of the figures, a preferred embodiment of the proposed invention is described below.

Thus in Figure 1, which shows a first embodiment, we find a box (1)

or place where the money is stored, which has the means of dispatch (3), and that is attached to an interface (2) (with screen, keyboard, card reader, etc.) through which a user interacts with the system, both being capable of being separated.

The displacement of the box with respect to the interface (2) is caused by the action of the rotation of the box (1) with respect to a joint (10) produced by the force of gravity when removing the bumpers (4) or similar, in this case, represented laterally arranged under the box (1), causing the box (1) to swing until it is housed inside a pit (7), which will be closed by a locking gate (9) that moves in coordination with the box (1) And that can rest on it or have its own drive.

In order to protect the box (1) from mechanical stresses associated with the embodiment considered, it can be housed within a frame (16) that wraps and stiffens it and is the one that is hinged by means of the joint (10) with a fixed part, which can be the ground

or be part of the frame, and which acts as the base of the set and delimits the pit or safety zone (7).

Optionally, when the system is reversible, a drive will be arranged between the two parts of the frame, and / or acting on the moving part and / or directly on the box, etc., which will allow the box to be put back in position. of work, moment in which the lateral supports will leave to leave it fixed; The locking gate (9) can have its own drive and / or be operated by the box itself.

To protect the box (1) from impact against the bottom of the pit when the system is activated, at the bottom of it there is an elastic mattress (17) that absorbs the impact and also acts as a stop

In figure 2 an embodiment is shown in which the box (1) is supported on a sliding inclined platform (6) (of rollers, spheres, etc.) and on removable supports (4) (pneumatically, hydraulically, etc.) .). When the supports are hidden, by the action of gravity the box rotates separating from the interface (2) and is supported on the sliding platform, through which it will descend until it is inside a security camera (13), which is accessed through a gate (5) that closes by gravity and / or operated after entering the box into the chamber. The sliding platform can be placed so that it is not necessary to make a pit but that mud is above ground level.

Optionally, when the system is reversible, the gate (5) will be operated by drive means (11), and so will the components of the inclined platform to climb the box (1) to the initial position, at which time the supports (4) that connect it to the interface (2) will be activated and will leave it ready for service again.

Figure 3 shows a complementary embodiment of the previous one, in which once the box (1) has been housed in the security chamber (13), it is supported on a platform (8) that can slide by means of a series of rollers (15) or similar mechanism, and the box (1) descends from the security chamber (13) to a pit or second security chamber (7).

The pit (7) once it has reached inside the box (1) can be closed by an armored sealing plate (9) for access to the pit.

Optionally, if the system is reversible, all the components involved must be activated in order to return to the box to its starting position at the top of the ramp, at which time the supports (4) will be activated to connect it to the interface (2) and keep it in working position.

In figure 4, a plan and rear view of figure 2 is shown, where the location of the retractable supports (4) can be perfectly observed, being noteworthy as on the bottom of the security camera (13) there is a stop elastic (12) responsible for cushioning the stop of the box in its descent by the roller ramp (6).

In addition to all the indicated embodiments, it is possible to use front shields or shields (14) made of a material that absorbs impact energy, as shown in Figure 5, which can be complemented with the installation of a protective frame rigidly anchored to the ground and / or to a base frame of the assembly as the one represented by the number (18).

In addition to the embodiments represented in figures 2, 3 and 6, optional additional protections shown in figure 5 are proposed with numbers (15 and 16), which can have different shapes, and which are oriented to protect the box (1) And at the entrance to the security cabin (13) and simultaneously to guide the box towards the cabin.

Figure 6 shows an embodiment in which the security chamber is at a lower level and the drive is achieved by the action of gravity, which can be replaced and / or complemented by other means. The box (1) in its working position is supported on a roller plane, which is part of a lowering platform (8), and on biasing supports (4) that, when removed, allow the box to move until the bottom of the platform and that it descends to the security chamber or pit (7). Optionally, a lock gate (9) can be provided that will close the access to the chamber (7) once the box (1) is inside.

Optionally, if you want the system to be reversible, all the components involved must be activated and allow you to return the box to its starting position.

Figure 7 shows an embodiment in which the box (1) is supported on a retractable platform (19), which can be operated, and designed to lower the box (1) to a pit (7) when willingly wanting or when an alarm goes off or the cashier suffers an attack. Once the box is in the pit or security chamber (7), a gate (9) is closed that closes the pit.

When the system is reversible, the platform will have its own suitable drive to raise the box (1) to its working position and the gate (9) can be operated by the platform or it will also have its own drive.

5 In its working position, the box can rest on the platform and its conventional operating system, or a safety based on mechanical fuses or similar can be enabled that will allow an instant descent of the platform, the box and the gate in case of any emergency.

In all the described embodiments that use them, the supports (4), in addition to being able to be retracted by a specific drive (pneumatic, hydraulic or similar), can also be constructed so that they function as a mechanical fuse making a part sufficiently resistant to normal loading conditions but which break in the event of abnormally high overpressure caused, e.g. and. for an impact against

15 cashier, and leave the box free to be transferred to your security cabin. In cases where the mechanical fuses described work, they must be replaced before the system can be reset.

Alternatively, and optionally, retractable supports could be used only for

20 put the box in its final position and leave it supported by mechanical fuses that will break at abnormally high requests.

In addition to the advantages of the described embodiments compared to the current situation in terms of money security contained in the box, they also have them with respect to the

25 reliability in the service since they allow increasing the number of ATMs to increase reliability, without increasing the risk thanks to the use of security cameras that protect the boxes (1).

Obviously, the degree of reliability achieved will depend on the number of ATMs that are

30 install, but the proposed solutions allow different combinations that can be adapted to any situation and keep the system operational.

In particular, if we consider the usual application of ATMs in banks, we will see that it is usually normal for them to have only one ATM to service, so there is only one interface, and it is not uncommon to see user queue or interruption of the service for any contingency. To solve these problems the only solution would be to double the cashier,

that would imply doubling the risk of the exposed money. However, if the new configuration that is proposed for the installation of more than one ATM is used, it would not imply more risk but less because each of the boxes will have its own protection, but only one operative one could be kept and the second box remains saved. and it would only leave if it has to enter service due to the other's fault. In this way the risk of theft would be reduced, the reliability of the service would be increased and, in addition, when the box was secured, it would allow more money to be put into it and the risk of it ending.

It is also common to find banks that have an external ATM and one or more interior. In this case, when the bank office closes, the proposed new configuration would allow operating only the interface box with external access and hiding the interior boxes in their respective security cameras.

In the event that there are several ATMs with external access, you can choose to keep only one in service and hide the boxes from the rest; in the event that the one in service is damaged, the box of the replacement will come out and the service will resume. This would allow to increase the reliability of the service without increasing the risk.

In all cases, in enclosures where there is more than one cashier, before an alarm that triggers the security system of one of them you can choose to activate the others or you can let each act when trying to be violent.

Describing sufficiently the nature of the present invention, as well as the way of putting it into practice, it is noted that, within its essentiality, it may be implemented in other embodiments that differ in detail from that indicated by way of example. , and which will also achieve the protection sought, provided that it does not alter, change or modify its fundamental principle.

Claims (20)

1.-Reinforced security system for ATMs and the like characterized by comprising: a) A part accessible to the user, which will be all the interfaces that allow the transaction to be made, henceforth the interface. b) A box in which the money and attached mechanisms are stored, such as the issue in the case of bank tellers, e) A safe cabin, such as a vault, a pit or similar, or a combination of all of them, which will serve only one box or several. d) Some means that when activated (voluntarily and / or in the event of an impact or an alarm signal, etc.) cause the box to move towards the safe cabin 2.-Reinforced security system for ATMs and the like according to claim 1, characterized in that the means that produce the displacement of the box (1) with respect to the interface (2) comprise retractable supports (4) or similar mechanism, and conveniently arranged laterally and / or under the box (1), and a joint (10) that allows the box to be tilted (1) when disappearing (voluntarily actuated, by an alarm, etc.), the bumper supports (4), making that the box (1) tilts until it is housed inside a pit (7), and the pit can be closed by a locking gate (9) that can be moved in coordination with the box (1) and that can be operated by her or have her own drive. 3.-Reinforced security system for ATMs and the like, according to claim 2, characterized in that at the bottom of the pit (7) there is an elastic protection (17) or similar, which absorbs the impact of the box and acts as a stop. 4.-Reinforced security system for ATMs and the like, according to claim 2, characterized in that the box (1) is protected, reinforced and stiffened with a protection frame (16) or the like, and can be the one articulating on the fixed base 5.-Reinforced security system for ATMs and the like, according to claim 4, characterized in that the system is reversible being able to take the box (1) out of the pit (7) and return it to its working position next to the interface (2), and resume service, for this purpose a drive will be arranged to lift the box (1), which may be between the fixed and mobile part of the frame, or act directly on the box or the like, the lock gate (9) will be lifted by the box (1) and / or will have its own drive, and the retractable side supports (4) or similar will come out at the right time to support the box (1) and push it together with the interface (2) in the working position to start the activity. 6.-Reinforced security system for ATMs and the like according to claim 1, characterized in that the means that produce the displacement of the box (1) comprise retractable supports (4) or the like that will no longer support the box (1) voluntarily and / or when an alarm occurs, allowing the box (1) to rest completely on a sliding inclined ramp (6) of rollers or the like, which can be operated, through which the box (1) pushed by the gravity action and / or by the ramp drives, until reaching a stop inside a security camera (13). 7.-Reinforced security system for ATMs and the like, according to claim 6, characterized in that access to the security chamber (13) is carried out through a gate (5) driven by gravity and / or drive means (11) specific. 8.-Reinforced security system for ATMs and the like, according to claim 6 and 7, characterized in that the system is reversible, being able to move the box (1) from the chamber (13) to put it in its working position next to the interface ( 2). For this, the gate (5) will be opened by means of its drives (11) and, once opened, the box (1) will be raised by the drives of the sliding inclined ramp (6) and / or by other specific drives, until reaching the correct position to activate the retractable supports (4) and raise and put the box (1) in its working position next to the interface (2) and is ready to resume activity. 9.-Reinforced security system for ATMs and the like, according to any of claims 6-8, characterized in that the system has an additional pit (7), which can be arranged under the security chamber (13), and to which It is accessed by means of a platform (8) or similar, which can be of descent, on which the box is positioned (1) once you have accessed the interior of the security camera (13). 10.-Reinforced security system for ATMs and the like, according to claim 9, characterized in that the platform that connects the security chamber (13) and the pit (7) is mobile and has a series of rollers (15) or similar which allow the guided movement of the box (1) to the pit (7). 11.-Reinforced security system for ATMs and similar, according to claim 10, characterized in that the pit (7), once the box (1) has been accessed inside, is closed by an armored plate (9) or similar sealed access to the pit. 12.-Reinforced security system for ATMs and the like, according to claim 11, characterized in that the system is reversible being able to remove the box (1) from the pit (7) and return it to its working position next to the interface (2 ), and resume service. For this, the platform (8) must be motorized so that it takes the box (1) to the chamber (13) and, simultaneously, will open the protection (9) if it exists and is not activated, or it can be previously opened if It is powered. Once in the chamber (13) and open the gate (5) or similar, if it exists, the box (1) will be pushed up the sliding ramps by the drag force of its components, if they are motorized, or by drives external, until you reach the correct position where the retractable supports (4) will be activated, which will raise it and put it in its working position next to the interface (2) and will be ready to resume the activity 13.-Reinforced security system for ATMs and the like according to claim 1, characterized in that the means that produce the displacement of the box (1) comprise retractable supports (4) or similar and an inclined ramp (6), which can be rollers or the like, directly arranged on a mobile platform (8), which can be of descent. When the box (1) moved by the action of gravity and / or specific drives reaches the correct position, the platform (8) takes it to a pit (7) that can be underneath. 14.-Reinforced security system for ATMs and the like, according to claim 13, characterized in that the pit (7) is accessed through a locking gate (9) that will close once the box (1) has been housed in the inside of the pit (7). 15.-Reinforced security system for ATMs and the like, according to claim 14, characterized in that the system is reversible, being able to return the box (1) from the pit (7) to its working position next to the interface (2) . For this, the platform (8) will be motorized and will go back up to the box to the initial position while opening the gate (9), unless it has its own drive and has been opened before. At that time, the drives of the sliding inclined ramp (6) will be activated and will take it to the correct position so that the biasing supports that activate it are activated until it is left in its working position next to the interface (2). 16.-Reinforced security system for ATMs and the like according to claim 1, characterized in that the means that produce the displacement of the box (1) comprises a platform (19) movable vertically and intended to lower the box to a pit (7 ) moved by the action of gravity and / or specific drives. 17.-Reinforced security system for ATMs and the like, according to claim 16, characterized in that the pit (7) is accessed through a locking gate (9) that will close once the box (1) has been housed in the inside of the pit (7). 18.-Reinforced security system for ATMs and the like, according to claim 17, characterized in that the system is reversible, being able to return the box (1) from the pit (7) to its working position next to the interface (2) For this, the platform (19) will be motorized and will go back up to the box to the initial position while opening the gate (9), unless it has its own drive and has been opened before. 19.-Reinforced security system for ATMs and the like according to any of the preceding claims characterized in that on the case (1) there are front shields or shields (14) made of one or more elastic materials, which can be protected externally with a material arranged so that they absorb the energy of an impact. 20.-Reinforced security system for ATMs and the like, according to claim 1, characterized in that some components of the at least one interface (2) are moved together with the box (1) to the security cabin.