SI9700085A - Lamelar armour system of burglar-proof container casing and door safety lining, made of prefabricated armour plates - Google Patents

Abstract

The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates, in more different carried out variants, which all together form a unified invention idea, saves the problem of the self-standing burglary containers (1) protection, like armoured security cabinets and cash boxes for protection of different valuables, with more carried out samples of the safety filler laminate armoured system between the outer coat (10) and the inner coat (11), against different shock, abrasive, thermal, or combined burglary tools. The safety filler is construed by the laminated, in one or more covering layers placed armour plates (6), which are interactively connected by the connective bars (7), or they are interactively connected by the by-lying junction (19) respectively, which is formed by the connecting and reinforcing elements like the fixing battens (8), reinforcing battens (9), or additional armour plates (12), or angle bindings (18, 21, 22) respectively.

Description

CLAMP SHIELD SYSTEM OF THE SAFETY CASE FILLER AND DOORS OF ANTI-HALF CONTAINERS FROM PRE-MANUFACTURED SHIELD PANELS

The subject of the invention is a lamellar armored system of security filling of the housing and doors of anti-burglary containers, made of pre-fabricated armor plates, or more precisely the construction of walls and doors of independent anti-theft cabinets and cash registers or safes and safes, protected from unwanted violent interventions or intrusions, with a raised security filling, which it is formed in the casing of the housing and door by lamellar inserts, interconnected, fixed and additionally reinforced, pre-fabricated armor plates.

The invention belongs to the international patent classification in E 05G 1/024 and additionally in E 04B 1/92 and in E4IH 5/02.

The technical problem that is solved by the invention is such construction of the armored system of the security filling of the case and door of the burglary containers, which will allow their dry mounting of freestanding burglar cabinets and cash registers by means of pre-finished shielded panels and pre-finalized inner and outer casing of the case, at the outer jacket will be made without a hole for insertion or filling with filling, the thickness of the armor plates and thus the thickness of the walls of the case of burglar cabinets and cash registers will be minimal, while at the same time the whole structure will be simple and compact, with the same burglar-proof properties of all components, cupboards and cash registers are closed.

There are many known solutions for the security of burglary container filling. There is a known solution according to patent DE 27 45 178, in which the walls of the safety devices are arranged by inserting flat inserts between the inner and outer jackets, with intermediate ventricular walls in which holes, as in their outer walls, are inserted. The inserts are mounted alternately in the horizontal and vertical directions, not interconnected, but separated from one another, and sealed around and around with a rubber elastic material. The cartridges are filled with particles of solid material. The solution is impractical, since it requires a wet-mounting construction, which is made possible by the insertion or injection molding of the rubberised material in the outer jacket, and the insertion and fixing of the inserts is rather difficult and impractical.

Another well-known solution is the utility model GM DE 44 15 987.0, in which the wall elements of the vault are connected to each other by a bonding I profile, to which additional laths are attached on both sides. The jointed edges of the wall elements are profitably constructed in such a way that they are formally consistent with the shape of the connecting profile with overlays. The solution is impractical, since it requires at least one-sided additional processing of the contact edges of the wall elements and additional installation and fixing of the overlays, and the inaccurate fabrication of the profile edges creates an excessive air gap between the connecting profile and the contacting wall elements.

Also known is patent solution DE 36 30 653. According to this document, fillers are inserted into one-sided open U profiles, which are fixed directly to the walls or walls of the room in which the vault is installed. The fillings are made of reinforced concrete. The solution has this disadvantage or disadvantage, that it is intended exclusively for direct lining of vaults and is not useful for the manufacture of burglar-proof independent cabinets and cash registers.

The problem that remains unsolved is primarily how to design the intricate construction of the security filling of the housing and doors of freestanding anti-theft cabinets and coffers, which will allow the installation of pre-fabricated armor plates in a simple and rational dry-mounting manner and is further in the safety lining of individual, lamellar shielded panels and their interconnection, fixation and additional safety reinforcement.

According to the invention, the problem is solved by the lamellar armor system of the security filling of the housing and doors of the anti-burglary containers, of pre-fabricated armor plates, wherein the armor plates, pre-fabricated, are lamellarly mounted against the inner wall of the pre-fabricated outer jacket of the anti-burglary stand or box, which they are connected to each other by interconnecting profiles, with the walls enclosed by armored panels interconnected by fixing slats and additionally reinforced by reinforcing slats, to which a pre-fabricated inner jacket, which is already pre-fabricated, is inserted in such a assembled assembly. by means of this assembly connected to the coupling elements, each of the filler plates, or each individual armor plate, being fully or partially enclosed or wrapped with a safety bandage.

The invention will be more specifically described in the preferred embodiments and figures showing:

Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Fig.7 Fig.8 Fig.9 Fig. 10 fig. 11 is a cross-sectional view of the container container according to the invention, in the first embodiment, the side wall of the container container with the vertical section A-A, the cross-section of the filler shield panel in orthogonal projection, the base and cover troughs of the plate plate in dimetric projection, same as in FIG. 3, only with reinforcement fill, composite container housing fill in projection according to the first embodiment, same as in FIG. 1, only the second embodiment, same as in FIG. 2, only vertical cross-section of BB side wall for the second embodiment of FIG. 7, same as in FIG. 1, only the third embodiment of FIG. 2, only the vertical cross section of the CC sidewall, in the same way as in FIG. 3, only the second embodiment of the armor plate; FIG. . lla same as in FIG. 11, we are the third embodiment, FIG. 1 lb the same as in FIG. 11, only the fourth embodiment, fig.Ilc same as in fig.ll, only the fifth embodiment, fig. 12 as in FIG. 6 only in the third embodiment.

The lamellar armored system of the security filling of the housing and doors of the anti-burglary containers, from prefabricated armor plates, form the assembly of the security filling of the container 1, the outer jacket 10 and the inner jacket 11. Depending on the embodiment, at least one or more armor plates 6 or 12 and connection profiles 7, fixation strips 8 and reinforcement strips 9. The term container refers to freestanding burglar cabinets and coffers, which are also the subject of this invention.

FIG. 1, FIG. 2 and FIG. 6 show the first preferred embodiment of the container security shielding system of containers 1, the housing and walls of which are formed by an outer jacket 10 and an inner jacket 11, within which a security fill assembly consisting of from one to the other, or side by side, lamellar armor plates 6, which are interconnected by connection profiles 7. Armor plates 6 with connecting profiles 7, in both side walls 2, back wall 3, upper wall 4 and lower wall 5 , fixing the fixation slats 8 with each other being further reinforced by a series of armor plates 6 in the individual wall 2,3,4 and 5 with at least one reinforcing strip 9 inserted between the armor plates 6 and between the inner jacket 11 such that the armor plates 6 are mounted adjacent to the inner wall of the outer jacket 10, in the area of the air gap 17. In the preferred embodiment shown, the armor plates 6 are mounted in a horizontal direction and the reinforcement strips 9 are perpendicular. o to their longitudinal axis. In another embodiment, the armor plates 6 may also be mounted vertically or at any inclined angle in at least one, two or more overlays, and the reinforcement bars 9 horizontally or at any inclined angle. In the same manner described above, the housing of the non-displayed door of the container 1 is also implemented.

The connecting profiles 7 inserted between the contact surfaces of the supporting armor plates 6 interconnect them so that at least one connecting profile 7 whose length is preferably equal to the length of the contacting surfaces of the armor plates 6 is inserted between the contacting surfaces of the corresponding pair of armor plates 6. The contacting surfaces of the armor plates 6 represent in all embodiments their longer sides. It is shown in Fig.2 and Fig.6.

The fixing strips 8 connect the armor plates 6 along their shorter sides, and at the same time interconnect the supporting walls 2,3,4 and 5 of the container 1, as can be seen from FIGS. In another embodiment, with vertically mounted armor plates 6, the flights interconnect the fixation slats 8 along their longer sides.

According to the inner surfaces of the armor plates 6, at each wall 2,3,4 and 5, at least one reinforcement strip 9 is connected to each other, so that along their inner surfaces the reinforcing bars (9) form a finished frame, as can be seen from FIG. l, fig.2 and fig.6.

Fixation slats 8 and reinforcement slats 9 are welded or otherwise fixed to the connection profiles 7 to form an interconnected and compact fixed structure which, together with the inserted shield panels 6 and the sheaths 10, 11, represents the housing of the container 1 consisting of walls 2,3,4 and 5, as can be seen in Fig.6. Support plates 6 may also be welded together.

The armor plates 6 are preferably of the shape of a regular, slightly lower square, consisting of a base trough 13 filled with filler 15 and an overlay trough 14. The overlay tile 14 is tightly connected to the base trough 13, with filler 15, and preferably also fixed thereto. Between the troughs 13 and 14, the supporting fill 15 is made of any suitable materials for this purpose, with or without reinforcement net 16, of any design, which is rigidly attached to the bottom of the base trough 13. It is described in FIG. 4 and 5. In another embodiment, the armor plates 6 may also be of the shape of a different geometric body, with a four or more rectangular base plane, regular or irregular, with sharp or rounded corners and edges. The dashboard 16 gives the armor plate 6 additional rigidity and additional anti-theft protection. In the base trough 13 of the armor plate 6, with or without dash 16, the filled filler 15 is preferably made on a cement base, with or without additional components such as micro armatures, Al corundum alloys, corundum and / or basalt and / or bauxite granules and / or ceramic particles and / or solid steel particles, or any combination thereof.

A method of manufacturing a lamellar shielding system for the security of the housing and doors of anti-burglary containers according to the previously described preferred embodiment of the invention is such that the armor plates 6 are pre-fabricated as semi-finished products, which are then deposited on the assembly line against the inner wall of the outer jacket 10 of the container 1, which is pre-fabricated and finalized. For the interconnection of the armor plates 6, the connection profiles 7 are inserted, after which the armor plates 6, in the walls 2,3,4 and 5 are mutually reinforced by fixing slats 8 and further reinforced by reinforcing slats 9. Pre-finished inner jacket 11 is inserted after mounting the armor plates 6 to the outer jacket 10.

In the same way as the walls 2,3,4 and 5 are executed, the construction of the unmanifested and unmarked doors of freestanding burglar cabinets and cash registers in the application of named containers 1 is also carried out.

In the previously described first embodiment of the lamellar shielding system of the housing and door burglar enclosure, the connecting profiles 7, in the frontal view, are capital letters H, the fixing strips 8 are made of angular profiles, while the reinforcing strips 9 are made of slightly wider and lower U profile, the arms of which in the assembly of the container 1 are facing the armor plates 6. The fixing rails 8 and the reinforcing strips 9 are welded to the connecting profiles 7, and the inner jacket 11 is secured to the reinforcing strips 9 by connecting elements, screws, pop rivets etc. In another embodiment, the connecting profiles 7, the fixing slats 8 and the reinforcing slats 9 may also be of different cross-section and may be secured and fixed in other ways.

7 and 8 show a second embodiment of a lamellar shielding system for the security of the housing and doors of anti-burglary containers, made from pre-treated armor plates, which is also intended for the construction of freestanding containers 1 such as anti-theft cabinets and cash registers. This second embodiment differs from the first embodiment of FIG. 1, FIG. 2 and FIG. 6 in that, instead of the fixing strips 8 and reinforcement strips 9, they are incorporated into the structure of the lamellar shielding system of the housing and door of containers 1; additional armor plates 12. Alongside the inner wall of the outer jacket 10, armor plates 6, which are interconnected by connecting profiles 7, in at least one or more overlays, are arranged lamellae, side by side and in the same plane. The inner surfaces of the armor plates 6, in the side walls 2, in the back wall 3, in the upper wall 4 and in the lower wall 5, are lined throughout with an additional armor plate 12 made in one or more solid pieces in at least one or in multiple overlays. Armor plates 6 are subject to everything previously described in the first embodiment, which also applies to the process of manufacturing and assembling containers 1, that is, stand-alone anti-theft cabinets and cash registers, with an air gap between the additional armor plates 12 and the inner jacket 11. 17, over the entire surface.

In FIG. 9, FIG. 10 and FIG. 12 shows a third embodiment of a lamellar armor system for the security of the housing and door of the burglary containers, from pre-treated armor plates, which is the same as the previously described embodiment intended for the construction of freestanding containers 1, ie for burglary cabinets and cash registers. Along the inner wall of the outer jacket 10, at least one angular binder 18 is positioned in both inner corners, between the back wall 3 and the two side walls 2, as shown in FIG. 9. Angular binders 21 are fixed perpendicularly to one end thereof, at the inner corners of the outer jacket 10, between the upper wall 4, the back wall 3 and the two sidewalls 2. Perpendicularly to their other ends are mounted and also fixedly fixed. angular binders 22, into the inner corners of the outer jacket 10, between the lower wall 5, the back wall 3 and the two sidewalls 2. In this way, the angular binders 18,21 and 22 are formed by a corner structure which, together with the inserted armor plates 6, forms a lamella armored security fill of container 1, which is further reinforced from the inside by the fact that reinforcing panels 6 are mounted on the inner surface of lamellar inserts 6, and reinforcing strips 9 are attached to them, and preferably 2,3,4 and 5 are parallel to each wall fitted with two reinforcement strips 9 so as to form, in the assembled state, two completed quadrilateral frames within walls 2,4 and 5 and two unilaterally open frames inside walls 3,4 and 5. Angular binders 18,21 and 22 are preferably made of a hollow elongated profile, of any cross section filled with mineral filler 20, with or without accessories. The description is shown in FIG. 12.

From the inside, the lamella safety filler consisting of angular binders 18,21 and 22, armor plates 6 and reinforcement strips 9 is surrounded by an inner jacket 11, and from the outside it is surrounded by an outer jacket 10 so as to form mutually joined walls 2,3,4 and 5, unilaterally open housing of container 1, as shown in FIG.

In the third embodiment shown in FIG. 9, FIG. 10 and FIG. 12, armor plates 6 having profile-formed contact edges or surfaces are used, the preferred embodiments of which are shown in FIG. 11, FIG. 1a, fig. 1 lb and FIG. 11 c. The contact surfaces of the individual armor plates 6 are preferably on the side of their longer and preferably parallel sides, one of which is made as a convex, elongated ridge and the other as a convex, elongated channel and preferably of the same, but also of different cross-section, regular or irregular, triangular, rectangular, polygonal or radially derived, with sharp or rounded corners. In the assembly of at least two or more armor plates 6, with profiled contact surfaces, interconnections of 19 solely mounted armor plates 6,6.1 and 6.2 are formed in which the ridge contact surface of one armor plate 6 is inserted into the duct surface of the other armor plate 6.1. respectively 6.2.

The armor plates 6, 6.1 and 6.2 shown in FIG. 11, lla, llb and lic represent the following preferred embodiments that are different from the embodiment of armor plate 6 of FIG. 3, FIG. 4 and FIG. only consists of a base trough 13 filled with mineral filler 15 into which the reinforcement mesh 16 is installed. The reinforcement mesh 16 also in these embodiments gives armor plates 6 and 6.1 and 6.2 additional rigidity and additional anti-theft resistance or protection.

In another embodiment not shown, the container 1 may be a stand-alone burglar cabinet or a cash register designed as a construction containing any combination of solutions of two or all three preferred embodiments of FIGS. 7, FIG. also applies to the safety filler, which may be derived from any combination of embodiments of the armor plates 6 shown in FIG. 11, FIG. 1 lb and FIG. 1 lc.

The lamellar shielding system of the anti-burglar enclosure of the housing and door of the anti-burglary containers, of the pre-fabricated armor plates of the present invention, allows the anti-burglary stand-alone cabinets and cash registers of the lower security stage to be upgraded to a higher security degree by inserting additional elements of the safety filling of the present invention. At the same time, the system of the invention enables the addition of armor plates 6 made according to one of the illustrated and described embodiments, or in a combination thereof, and thus in existing security containers 1 or in existing freestanding cabinets and cash registers of a lower security level. increase their security level.

Claims (10)

PATENT APPLICATIONS A lamellar shielding system for the security of the housing and door of anti-theft containers, of pre-fabricated armor plates, wherein armored plates filled with the filler are inserted between the inner and outer shells of the container, characterized in that they are adjacent to each other and in the same plane of at least two or more armor plates (6) arranged in at least one or more overlays or layers, adjacent to the inner wall of the outer jacket (10) of the housing and door of the container (1), the connection profiles (7) inserted therefor at least four fixation slats (8) interconnected with the breastplate for fixing the armor plates (6) and for interconnecting the side walls (2), the back walls (3), the upper walls (4) and the lower walls (5) and the unmarked door (8) ) and at least four reinforcement strips (9), which are fixed to the inner wall of the filler panel of the armor plates (6) and are fixed to them and to the intermediate connecting profiles (7); that each armor plate (6) consists of a base trough (13) and an overlapping trough (14) connected thereto, wherein a mineral fill (15), with or without, is placed on the bottom of the base trough (13) rigidly secured reinforcement nets (16). A lamellar shielding system for the protection of the housing and doors of anti-burglary containers, made from pre-fabricated shielding plates, wherein shielded panels are filled between the outer and inner shells of the container, characterized in that the inner surfaces of the shielding plates (6) which side by side, in the same plane, adjacent to the inner wall of the outer jacket (10) of the container (1), in at least one or more overlays or layers, over their entire surface, covered by at least one additional shielding plate (12) such that with the inner jacket (11) they form the walls 2,3,4 and 5 and the unmarked door of the container (1), with the additional armor plates (12) being fixed to the supporting armor plates (6) and to the connection profiles (7). ), which interconnect the armor plates (6) by their contact surfaces and are preferably fixedly connected also to each other by the contact edges; that each armor plate (6) consists of a base trough (13) and an overlapping trough (14) connected thereto, with mineral fill (15) with or without, with or without, a base trough ( 13) rigidly fixed reinforcement meshes (16). 3. Lamellar shielding system for the security of the housing and door of the anti-burglary containers, of pre-fabricated armor plates, wherein armored plates filled with the filler are inserted between the inner and outer shells of the container, characterized in that they are inserted into the inner corners of the outer jacket (10). formed by the contact edges of the walls (2,3,4,5) of the container (1), mounted and end-connected angular binders (18,21,22) so as to limit at least two or more inserted one at one side second and in the same plane, the armored panels (6), in at least one or more overlays or layers, and interconnecting them at the corners into the security filling of the container (1), which is reinforced from the inside by at least one or more completed frames from reinforcing bars (9) connecting walls (2,4,5) internally to the extent that the back wall (3) is reinforced by at least one or more vertical reinforcing strips (9), the reinforcing strips (9) being fixed attached to the no the friction surfaces of the armor plates (6), which are jointly bonded to one another by contact surfaces with the joints (19) and the angular binders (18,21,22) are filled with mineral filler (20); that each armor plate (6) consists of a single-sided open base trough (13) with mineral filler (15) inserted, with or without dashboard (16) rigidly attached to the bottom of the base trough (13), with longer lateral surfaces the armor plates (6) representing their contact surfaces, profiled in such a way that one contact surface is formed as an elongated ridge and the other contact surface as an elongated, convex channel. 4. Lamellar shielding system for the security of the housing and door burglary containers, made from pre-fabricated shielding plates, characterized in that the shielding plates (6) are made as separate semi-finished products which, when assembled by dry process, are lodged inside the pre-finished panel (10, 11) the housing of the container (1), which is the same for the components (7,8,9) and (7,12) and (9,18,21,22) of its safety fill, respectively. Lamellar shielding system according to Claims 1,2 and 3, characterized in that the shielding plates (6) are arranged inside or both at horizontal or vertical positions or at any angle, either inside the two casings (10,11) of the container (1). in any combination of these positions, extending from one side to the other of the opposite edge of each wall (2) and (3) and (4) and (5) respectively, and preferably made of one or more pieces. Lamellar shielding system according to claims 1,2 and 3, characterized in that the mineral filler (15) in the armor plates (6) and the mineral filler (20) in the corner binders (18,21,22) are preferably of the same composition on cement base, with or without the addition of micro-reinforcement, Al-corundum alloy, corundum, basalt or bauxite granulate, ceramic particles, as completely independent constituents or in any combination of these constituents. Lamellar shielding system according to claims 1 and 2, characterized in that the connecting profiles (7) are in cross-section made in uppercase H and their length is equal to the length of the contact surfaces of the shielding plates (6). Lamellar shielding system according to claim 3, characterized in that the joints (19) are arranged between the supporting armor plates (6,6.1,6.2) so that the ridge contact surface of the armor plate (6.2) is inserted into the channel contact surface of the armor plate. plate (6), and its opposite ridge contact surface is inserted into the duct contact surface of the adjacent armor plate (6.1), the ridges and channels in the contact surfaces being arbitrary cross sections. Lamellar shielding system according to Claims 1, 2 and 3, characterized in that the security fillings of the cases and doors of the self-contained burglary containers (1) can be made in any combination of the embodiments of the armor plates (6) and their joining methods, as well as any combinations of wall designs (2,3,4,5) and container doors (1). Lamellar shielding system according to claims 1,2 and 3, characterized in that the outer jacket (10) and the inner jacket (11) of the housing of the self-contained security container (1) are interconnected by means of rivets or adhesive.