ES3045059A1 - Safe (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Safe. The invention consists of a safe, made of plastic or polymer materials, with high mechanical resistance to impacts and the unique characteristic of being undetectable by any metal detector. The invention also aims to provide an extremely secure, lightweight, lockless, airtight, undetectable safe with a double security system and dynamic code opening mechanism, preventing unauthorized access. To this end, the safe is constructed from an essentially prismatic body (1) equipped with a corresponding locking door (2). Both elements are made of highly resistant plastic or polymer materials, rendering the safe undetectable. It features a locking system (4) using pneumatic bolts (3) activated by air via a control electronic unit linked to a remote control. (Machine-translation by Google Translate, not legally binding)

Description

[0001] DESCRIPTION

[0003] Safety deposit box

[0005] TECHNICAL SECTOR

[0007] The present invention relates to a security box, which is made of plastic or polymer materials, with high mechanical resistance to impacts and which has the particularity of not being detectable by any metal detector.

[0009] It is also the object of the invention to provide a highly secure, lightweight, lockless, watertight, undetectable safe with a double security system of opening with a dynamic opening code, which prevents its opening to any unauthorized person.

[0011] BACKGROUND OF THE INVENTION

[0013] Today, a safe can be defined as a secure compartment or enclosure designed to prevent unauthorized persons from accessing its interior, and where valuable items are generally kept.

[0015] Generally, these boxes are made of metal (with high impact resistance) and incorporate a locking system, operated by at least one opening element, such as a key or an alphanumeric combination, which can be entered manually or electronically, among other systems.

[0017] There are a multitude of designs and documentation in the state of the art, concerning various safes, for example, patent ES2272141 describes a safe that has a magnetizable lock based on a metal element in the form of a pin that locks or unlocks the safe depending on its position.

[0019] In parallel, utility model ES1041273 describes a recessed-type security box, except for its front with its respective perimeter frame, which is recessed, previously, into a casing and is equipped with means of fixing it to the same, easy to assemble and disassemble, essentially characterized by the box being constructed based on strips, centered on the opposite side walls of the casing, welded at their outer end and the inner end free, antagonistic to a central rear projection on each side of the box which, in the insertion arrangement of the box, is locked into this inner end and, with it, the box.

[0021] In short, these types of devices are easily detectable by metal detectors, to which must be added the security problem of their opening by keys or an invariable code that can be reached by permutation.

[0023] EXPLANATION OF THE INVENTION

[0025] The security box proposed by the invention fully and satisfactorily solves the problems previously discussed in each and every one of the aspects mentioned.

[0027] To this end, the security camera is made up of an essentially prismatic body, equipped with the corresponding closing door, with the special feature that both elements are made from highly resistant plastic or polymer materials, which make it undetectable, presenting a closing system by means of pneumatic bolts that are activated by air through a control electronics associated with a remote control.

[0029] Thanks to its special design, the box of the invention can be installed on site, so that it is properly watertight, with a degree of watertightness that makes it suitable for installation in submerged environments, without running the risk of oxidation of any of the elements that make it up, and of course without anything contained within it being affected by humidity.

[0031] More specifically, the control electronics include two independent circuits that maximize security, so that through a wireless remote control, or manually, a first code will be entered which serves as a signal to generate an opening code, which will be dynamic, and will be sent through the second circuit via a wireless communications module to the user's mobile phone, so that it is necessary to have both the first code for requesting the opening code, and the mobile phone in question, on which the instant key necessary to open the safe will appear via SMS or through an application designed for this purpose, which must be entered through the aforementioned remote control or code insertion interface.

[0033] Thus, the circuit that controls the opening of the pneumatic cylinders will establish a waiting time for the introduction of the opening code, after which the code will no longer be valid, requiring a new code to be requested.

[0035] The following advantages are derived from this structuring:

[0037] • This is a 100% camouflaged safe, since the front of the box is completely smooth and that helps us to be able to camouflage the box with the environment, passing it unnoticed.

[0039] • Cannot be detected with metal detectors.

[0041] • It is submersible underwater to more than 50 meters.

[0043] • It creates a vacuum inside, removing all the air and thus making its airtight seal, keeping everything stored in perfect condition, preventing such items from being sniffed, for example, by trained dogs.

[0045] • It has no lock.

[0047] • More than 50% lighter than a conventional safe with the same or greater strength.

[0049] • The hydraulic circuit of the box itself can be used to extract air from it, in order to better preserve certain antiques or objects susceptible to rusting in the air.

[0050] BRIEF DESCRIPTION OF THE DRAWINGS

[0052] To complement the description that follows and to help in a better understanding of the characteristics of the invention, according to a preferred embodiment thereof, a set of drawings is attached as an integral part of said description, in which, for illustrative and non-limiting purposes, the following has been represented:

[0054] Figure 1 shows a perspective view of a safe made according to the object of the present invention, without its door.

[0056] Figure 2.- Shows a transparent view of the assembly in Figure 1.

[0058] Figure 3.- Shows a view similar to that of Figure 2, but with the safe door installed and open.

[0060] PREFERRED EMBODIMENT OF THE INVENTION

[0062] In view of the figures described, it can be observed how the safety box of the invention is made up of a body (1) that incorporates a door (2) joined by pneumatic bolts (3) as a hinge.

[0064] The door (2) in turn incorporates a pneumatic closure (4) activated by at least two electronic circuits that activate or deactivate the pneumatic closure (4).

[0066] More specifically, the pneumatic closure (4) is composed of a plurality of fiberglass-reinforced polyester latches, which are pneumatically moved.

[0068] The body (1) is capable of incorporating perimeter flanges (5) to facilitate attachment in the recess intended as the location of the safety box.

[0070] The box shall include a compressor connected to an automaton through a plurality of solenoid valves that manage the passage of air from the compressor to the pins (3) and the pneumatic closure (4).

[0071] According to another feature of the invention, the box will be complemented with a remote control with a numeric keypad or, if applicable, an interface installed on the box itself, through which a first code is entered that serves as a signal for generating an opening code, which will be dynamic, and will be sent through the second circuit by means of a wireless communications module to the user's mobile phone, so that it is necessary to have both the first code for requesting the opening code, and the mobile phone in question, on which the instant key necessary to open the safe will appear by SMS or through an application designed for this purpose, which must be entered through the aforementioned remote control.

[0073] It only remains to point out finally that, as previously stated, the circuit that controls the opening of the bolts (3) and the pneumatic closures (4) will establish a waiting time for the introduction of the opening code, after which the code will no longer be valid.

Claims (1)

1. CLAIMS 1a.- Security box, characterized in that it is constituted from a body (1) that incorporates a door (2) joined by means of pneumatic bolts (3) as a hinge, the body (1) and door (2) being obtained from high-resistance plastics or polymers, with the particularity that the door (2) includes a pneumatic closure (4) composed of a plurality of fiberglass-reinforced polyester latches, which are pneumatically moved through a compressor connected to an PLC through a plurality of solenoid valves that manage the passage of air from the compressor to the bolts (3) and the pneumatic closure (4), the box being provided to be complemented with an interface or, if applicable, a remote control for requesting an opening code by means of the entry of a first pre-established code, so that the control electronics of the box include two circuits, one for generating a dynamic opening code after the request of the same by the remote control, which includes a wireless communication module with the telephone The user's mobile phone, and one for opening the pneumatic locking system once the dynamic opening code entered through the same remote control has been received. 2a.- Security box, according to claim 1a, wherein the door (2) includes means for sealing tightly with respect to the body (1), including means for applying vacuum within the security box through the compressor.