WO1998045564A1

WO1998045564A1 - Laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates

Info

Publication number: WO1998045564A1
Application number: PCT/SI1998/000007
Authority: WO
Inventors: Erih S^¿TEFANEC; Ernest Fujs; Smiljan STRMS^¿EK; Ivo Kosi; Sas^¿a KUHAR
Original assignee: Primat, Tovarna Kovinske Opreme, D.D.
Priority date: 1997-04-07
Filing date: 1998-03-26
Publication date: 1998-10-15
Also published as: SI9700085A

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

LAMINATE ARMOURED SYSTEM OF THE BURGLARY PROOF CONTAINERS HOUSING AND DOOR SAFETY

FILLER, OF THE PREFABRICATED ARMOUR PLATES

The invention subject is the laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates, or more precisely, it is a construction of walls and door of self-standing burglary proof cabinets and cash boxes, or safes and treasure-cabinets respectively, protected against undesired violent interventions or braking in, by the inserted safety filler which is formed into the housing and door coat by the laminate inserted, interactively joined, fixed and extra reinforced armour plates. According to the International Patent Classification the invention is classified into E 05G 1 /024, and additionally into E 04B 1 /92 and F 41H 5/02.

The technical problem which is being solved by the invention is such a construction of the armoured system of the burglary proof containers housing and door safety filler which will enable their dry assembling construction of self-standing burglary proof cabinets and cash boxes by means of the finally prefabricated armour plates, and the finally pre-finalised inner and outer housing coat, whereas the outer coat will be carried out without the filler insertion or refill opening, the armour plates thickness and by that the burglary proof cabinets and cash boxes housing walls thickness will be minimal, and simultaneously the entire construction will be simple and compact, with the same burglary proof effective properties of all the component parts, and burglary proof cabinets and cash boxes protectively closed respectively.

There is quite a lot of the burglary proof containers safety fillers solutions known. There is a known solution as to the patent DE 27 45 178, wherein the safety devices walls are carried out by the inserted surface inserts between the inner and the outer coat with the formed intermediate cabinet walls wherein the holes are carried out as in their outer walls. The inserted inserts are alternatively placed in the horizontal and vertical direction, they are not joined together, but shifted from each other and all around filled in with the rubber elastic material. The inserted inserts are filled up with small compact material parts. The solution is unpractical as it demands a wet assembling construction which is enabled by the rubber material insertion or refill opening in the outer coat respectively, and to place and to fix the inserted inserts is also quite difficult and unpractical.

Another known solution is according to the applicable sample GM DE 44 15 987.0, where the treasure-cabinet wall elements are joined together by a connective I bar, which to two supplementary covering battens are fixed on both sides. Joined wall elements edges are profiled to match in shape to the connective bar configuration by the covering battens. The solution is unpractical as it demands at least unilateral additional process of the wall elements joint edges, and additional placing and fixing of the covering battens, but by an inaccurate fabrication of the bar edges there follows too great air clearance between the connective bar and the joined wall elements. There is also a known solution as to the patent DE 36 30 653. According to this document the fillers are inserted in the unilaterally opened U bars which are fixed directly onto the walls or the room walls respectively, where the treasure-cabinet is built in. The fillers are carried out of the reinforced concrete. The solution has the deficiency and the weakness that it is exclusively intended for the direct lining of the treasure-house premises, and is not applicable to work out burglary proof independent cabinets and cash boxes.. The problem which has remained unsolved is mainly in how to model a complex housing and door of self-standing burglary proof cabinets and cash boxes safety filler construction which will enable to build in the already prefabricated armour plates in a simple and rational dry assembling way, and is further on in the safety sheathing of the particular, carried out laminate armour plates, and in their interacting binding, fixing and additional safety reinforcement.

According to the invention the problem is solved by the laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates, where the armour plates, finally prefabricated, laminated beside the inner wall of the equally prefabricated outer coat of the burglary proof self-standing cabinets or cash boxes, which are interactively connected with the connective bars in the particular wall, while the armour plates coated walls are interactively fixed by the fixing battens and additionally reinforced by reinforcing battens, upon which there is also inserted in such an assembled connection the already prefabricated inner coat which is by means of the junction elements joined by this connection, wherein each filler laminate, or each particular armour plate respectively, is entirely or partially coated or wrapped up by a safety bandage.

The invention will be described in details within the preferentially carried out samples and figures which represent: Fig. l container housing with filler according to the invention in the transverse section and top view, first carried out sample,

Fig.2 container housing with filler side wall in the vertical section A-A,

Fig.3 filler armour plates transverse section in the orthogonal projection,

Fig.4 armour plate basic and covering trough in the diametric projection,

Fig.5 same as Fig.3, but with filler with armature,

Fig.6 joined container housing filler in the projection, after the first carried out sample,

Fig.7 same as Fig. l , but the second carried out sample,

Fig.8 same as Fig.2, but the side wall vertical section B-B for the second carried out sample from Fig.7,

Fig.9 same as Fig. l , but the third carried out sample,

Fig.10 same as Fig.2, but the side wall vertical section C-C,

Fig.1 1 same as Fig.3, but the second carried out sample of the armour plate,

Fig.1 1 a same as Fig.1 1 , but the third carried out sample, Fig. l ib same as Fig.1 1 , but the fourth carried out sample,

Fig. l lc same as Fig.11 , but the fifth carried out sample,

Fig.12 same as Fig.6, but after the third carried out sample.

The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates, form the container safety filler system 1 , the outer coat 10, and the inner coat 1 1. The system of the safety filler is thus construed by, depending on the carried out sample, at least one or more armour plates 6 or 12, and connective bars 7, fixed battens 8 and reinforcing battens 9. Under the name container one understands self-standing burglary proof cabinets and cash boxes, which are also the subject of this invention.

In Fig. l , Fig.2 and Fig.6 there is shown the first preferentially carried out sample of the container safety filler armour system 1 , which the wall and door housing form the outer coat 10 and the inner coat 1 1 , inside which the safety filler system is inserted, construed by more of one over another, or one beside another laminated armour plates 6, interactively connected by the connective bars 7. The armour plates 6 with the connective bars 7 in both side walls 2, back wall 3, upper wall 4, and in the lower wall 5 interactively reinforce the fixed battens 8, wherein each series of armour plates 6 in the particular wall 2,3,4 and 5 is additionally reinforced by at least one reinforcing batten 9, which is inserted between the armour plates 6 and the inner coat 1 1 in the way that the armour plates 6 are placed beside the inner wall of the outer coat 10 in the air clearance area 17. In the presented preferentially carried out sample the armour plates 6 are placed in the horizontal direction, and the reinforcing battens 9 orthogonal to their longitudinal axis. In some other carried out sample the armour plates 6 can also be placed in the vertical direction, or with an optional angle of inclination in at least one, two or more covering layers, and the reinforcing battens 9 in the horizontal direction, or with an optional angle of inclination. In the same, the above described way the container non-presented door housing 1 is also carried out. The armour plates 6 can also be placed in the container housing 1 by the above mentioned possible placing interactive combination.

The connective bars 7, inserted between the joined surfaces of the by- lying armour plates 6, connect them by themselves in the way that between the joined surfaces of the appertained pair of the armour plates 6 there is inserted by at least one connective bar 7, which length is preferentially equal to the length of the armour plates 6 joined surfaces. Two armour plates 6 joined surfaces represent their longer sides in all the carried out samples. The described is shown in

Fig.2 and Fig.6.

The fixing battens 8 interactively connect the armour plates 6 along their shorter sides, and at the same time they connect the by-lying walls 2,3,4 or 5 of the container 1 , what is seen in Fig. l and Fig.6. In some other carried out sample, with the vertically placed armour plates 6, they interactively connect the fixing battens 8 along their longer sides.

Along the inner surfaces of the armour plates 6 they are interactively connected, in the particular wall 2,3,4 and 5, at least by one reinforcing batten 9 in the way that along their inner surfaces the reinforcing battens (9) form a closed frame, what is seen in Fig. l , Fig.2 and Fig.6.

The fixing battens 8 and the reinforcing battens 9 are welded to the connective bars 7, or fixed somehow differently that all together they form an interactive connection and a compact fixed construction, which together with the armour plates 6 and the coats 10, 1 1 they represent the container housing 1 , construed by the walls 2,3,4 and 5, what is seen in Fig.6. The by-lying plates 6 can equally be welded interactively.

The armour plates 6 have preferentially the shape of a regular, a bit lower square block which consists of the basic trough 13, filled by the filler 15, and the covering trough 14. The covering trough 14 is over the basic trough 13, with the filler 15, tightly turned over and also preferentially fixed on it. Between the troughs 13 and 14 placed filler 15 is produced by optional, for this purpose adequate materials, with or without a reinforced concrete netting 16, optionally worked out, and is rigidly fixed to the bottom of the basic trough 13. The described is shown in Fig.3, Fig.4 and Fig.5. In some other carried out sample the armour plates 6 can also be of another geometric body shape, with four or polygonal basic surface, of regular or irregular forms, with sharp or rounded angles and edges. The reinforced concrete netting 16 gives to the armour plate 6 an additional rigidity, and additional burglary proof protection. The filler 15, placed into the basic trough 13 of the armour plate 6, with the reinforced concrete netting 16 or without it, is preferentially carried out on the cement base, with or without additional components like micro-armatures, Al corundum alloy, corundum and/or basalt and/or bauxite granulates and/or small ceramic parts and/or small hard steel parts, or optional combinations of those.

The working out procedure of the laminate armoured system of the burglary proof containers housing and door safety filler, according to the above described preferential carried out sample of the invention, demands that the armour plates 6 are prefabricated as semi-products, and at the assembly line they are later inserted into the inner wall of the outer coat 10 of the container 1 , which is previously produced and finalised. For an interacting connection of the armour plates 6 there are the connective bars 7 inserted, and then the armour plates 6 in the walls 2,3,4 and 5 are interactively fixed by the fixing battens 8, and additionally reinforced by the reinforcing battens 9. The finally prefabricated inner coat 1 1 is inserted after the installation of the armour plates 6 along the outer coat 10.

Using the identical way as the walls 2,3,4, and 5 are carried out, the production of the not shown and not marked doors of the self-standing burglary proof cabinets and cash boxes, in the application called containers 1 , are carried out.

In the previously described first carried out sample of the laminate armoured system of the burglary proof containers housing and door safety filler, the connective bars 7, from the front view, are of the great printed letter H shape, the fixing battens 8 are carried out from the angle bars, while the reinforcing battens 9 are carried out from a bit larger and lower U bar which arms are, in the container 1 construction, turned towards the armour plates 6. The fixing battens 8 and the reinforcing battens 9 are welded to the connective bars 7, and the inner coat 1 1 is fixed to the reinforcing bars 9 by junction elements, screws, pop rivets and similar. In some other carried out sample the connective bars 7, the fixing battens 8 and the reinforcing battens 9 can also have another cross-section, and can also be interactively fastened and fixed in other ways.

In Fig.7 and Fig.8 there is shown the second carried out sample of the laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates, which is likewise intended to carry out the self-standing containers 1 , like burglary proof cabinets and cash boxes. This second carried out sample differs from the first carried out sample, Fig. l , Fig.2 and Fig.6, in that in the containers 1 housing and door laminate armoured system construction, instead the fixing battens 8 and the reinforcing battens 9 additional armour plates 12 are inserted. By the inner wall of the outer coat 10 are laminated, one beside another in the same level, the armour plates 6, which are interactively connected by the connective bars 7, in at least one or more covering layers. The inner surfaces of the armour plates 6, in the side walls 2, in the back wall 3, in the upper wall 4, and in the lower wall 5, they are all along its surface loaded by an additional armour plate 12, carried out in one or from more by-lying inserts, in at least one or more covering layers.

For the armour plates 6 everything is in force, the previously described at the first carried out sample, what is likewise valid for the procedure of the containers 1 production and installation, that means the self-standing burglary proof cabinets and cash boxes, herewith mentioned that among additional armour plates 12 and inner coat 1 1 there is the air clearance 17 along the entire surface.

In Fig.9, Fig.10 and Fig.12 there is presented the third carried out sample of the laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates, which is equally as the previously described carried out samples, intended to carry out the self-standing containers l ,thus for burglary proof cabinets and cash boxes.. Along the inner wall of the outer coat 10 there is in both inner angles, between the back wall 3 and both side walls 2, vertically fixed at least one angle binding 18, what is seen in Fig.9. Perpendicularly to one of their ends there are placed and fixed angle bindings 21 , precisely into the inner angles of the outer coat 10, among the upper wall 4, back wall 3, and both side walls 2. And perpendicularly to their second end there are placed and likewise fixed angle bindings 22, in the inner angles of the outer coat

10, among the lower wall 5, back wall 3, and both side walls 2. In such a way the angle bindings 18, 21 and 22 form a standing angle construction, which together with the inserted armour plates 6 form the container 1 laminate armoured safety filler, from the inner side additionally reinforced in the way that along the inner surface of the laminated armour plates 6 there are inserted, placed and thereupon also fixed the reinforcing battens 9. Onto the particular wall 2,3,4 and

5 there are preferentially placed two parallel reinforcing battens 9 by each wall in the way that in the assembled state they form two final rectangular frames inside the walls 2,4 and 5, and two unilaterally opened frames inside the walls 3,4 and 5. The angle bindings 18,21 and 22 are preferentially carried out of a hollow oblong bar, optional cross-section, filled up by the mineral filler 20, with or without additives. The described is shown in Fig.12.

From the inner side there is the laminate safety filler, construed by the angle bindings 18,21 and 22, the armour plates 6 and the reinforcing battens 9, lined by the inner coat 1 1 , and from the outer side lined by the outer coat 10 in the way that they together form the interactively joined walls 2,3,4 and 5 of the unilaterally opened housing of the container 1 , seen in Fig.19.

In the third carried out sample, shown in Fig.9, Fig.10 and Fig l 2 there are used the armour plates 6 with shapely carried out joined edges or surfaces that preferential constructions are shown in Fig.1 1 , Fig.1 1 a, Fig. l ib and Fig. l i e. Two joined surfaces of the particular armour plates 6 are preferentially on the side of their longer and preferentially parallel sides, where one of them is carried out as a bulged, oblong cam, and the other one as a concave, oblong duct, and they are preferentially of equal, but they can also be of different transverse cross-section, of regular or irregular, triangle, rectangular, polygonal or radially carried out forms, with sharp or rounded angles. In construction of at least two or more armour plates 6, with shapely carried out joined surfaces there are formed the interactive junctions 19 of by-lying placed armour plates 6, 6.1 and 6.2, where one armour plate 6 cam joined surface is inserted into the second armour plate 6.1 or 6.2 joined surface duct respectively.

The armour plates 6, 6.1 and 6.2, shown in Fig.1 1 , Fig.1 1 a, Fig. l i b and Fig. l i e represent the following preferential carried out samples which differ from the carried out sample of the armour plate 6 in Fig.3, Fig.4 and Fig.5 also in that it is construed only by the basic trough 13, filled up by the mineral filler 15, wherein the reinforced concrete netting 16 is placed. Also in these carried out samples the reinforced concrete netting 16 gives the armour laminates 6, 6.1 and 6.2 an additional rigidity and additional burglary proof or protection respectively.

In some other, not presented carried out sample, the container 1 as a self-standing burglary proof cabinet or cash box, can be carried out as a construction which will contain an optional combination of solutions of two or all three preferential carried out samples in Fig. l , Fig.7 and Fig.9, what is equally in force for the safety filler which can be carried out from an optional combination of the armour plates 6 carried out samples, presented in Fig.5, Fig.11 , Fig.1 1 a, Fig. l ib and Fig. l i e.

The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates according to the registered invention enables that the burglary proof self-standing cabinets and cash boxes of a lower security level are rebuilt onto a higher security level by inserting additional elements of the safety filler according to this invention. By this invention the system simultaneously enables that in the existing security containers

1 , or in the existing self-standing burglary proof cabinets and cash boxes of a lower security level, we can additionally build in the armour plates 6, produced by one of the presented and described carried out samples, or in their combination, and we, thus, increase their security level respectively.

Claims

l . The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates where between the container housing inner and outer coat there are inserted the armour plates, filled up by the filler, characterised by that, that there are among joined surfaces, one beside another and on the same level lying at least two or more armour plates (6), placed in at least one or more covering layers or strata respectively, along the inner wall of the outer coat (10) of housing and doors of the container (1), inserted connective bars (7) for their interactive connection, while for fixing of the armour plates (6) and for the interactive connection of side walls (2), back wall (3), upper wall (4), and lower wall (5) and the unmarked door there are inserted at least four fixing battens (8), and at least four reinforcing battens (9) which are placed along the filler inner wall made of the armour plates (6), and they are fixed on them and on the intermediate connective bars (7); that each armour plate (6) consists of the basic trough (13), and of over it turned the covering trough (14), where into the basic trough (13) there is placed the mineral filler (15), with or without the reinforced concrete netting (16) rigidly fixed onto the bottom of the basic trough (13).

2. The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates where between the container housing inner and outer coat there are inserted the armour plates, filled up by the filler, characterised by that, that the inner surfaces of the armour plates (6), which are one beside another on the same level placed along the inner wall of the outer coat (10) of the container (1), in at least one or more covering layers or strata respectively, over the entire of their surface covered by at least one armour plate (12) in the way that they together with the inner coat (1 1 ) form the walls 2,3,4 and 5, and the unmarked door of the container (1 ), where the additional armour plates (12) are fixed on the by-lying armour plates (6), and on the between them placed connective bars (7), which interactively connect the armour plates (6) along their joined surfaces, and are also preferentially firmly joined along joined edges interactively; that each armour plate (6) consists of the basic trough (13), and of over it turned the covering trough (14), where into the basic trough (13) there is placed the mineral filler (15), with or without the reinforced concrete netting (16) rigidly fixed onto the bottom of the basic trough (13).

3. The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates where between the container housing inner and outer coat there are inserted the armour plates, filled up by the filler, characterised by that, that in the inner angles of the outer coat (10), which are formed by the joined edges of the walls (2,3,4,5) of the container (1), there are placed and with the ends interactively joined the angle bindings (18,21 ,22) in the way that they bound the inside them inserted, at least two or more, one beside another and on the same level, lying armour plates (6), in at least one or more covering layers or strata respectively, and they interactively connect them along the edges into the safety filler of the container (1), which is from inside reinforced by at least one or more closed frames of the reinforcing battens (9), which along the inner dimension connect the walls (2,4,5), while the back wall (3) is reinforced by at least one or more vertical reinforcing battens (9), where the reinforcing battens (9) are fixed onto the inner surfaces of the armour plates (6), which are interactively by-lying joined along the joined surfaces by the junctions (19), and the angle bindings (18,21 ,22) are filled up by the mineral filler (20); that each armour plate (6) consists of the unilaterally opened basic trough (13) with the inserted mineral filler (15), with or without the reinforced concrete netting (16), rigidly fixed onto the bottom of the basic trough (13), wherein the longer side surfaces of the armour plates (6), which represent their joined surfaces, shapely carried out in the way that one joined surface is carried out as an oblong cam, and the other joined surface as an oblong, concave duct.

4. The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates, characterised by that, that the armour plates (6) are produced as separate semi-products which are by dry assembling process inserted inside the finally prefabricated coats (10, 1 1) of the container (1 ), what is equally valid for the compound parts (7,8,9), or (7, 12), or (9, 18,21 ,22) of their safety filler respectively.

5. The laminate armoured system, according to Claim 1 or 2 or 3, characterised by that, that the armour plates (6) are placed inside both coats (10, 1 1) of the container (1) in the horizontal or vertical position, or at an optional angle, or they are placed in the optional combination of these positions respectively, and they are extended from one to another opposite edge of the particular wall (2), or (3), or (4), or (5) respectively, and are preferentially carried out of one or of more inserts.

6. The laminate armoured system, according to Claim 1 or 2 or 3, characterised by that, that the mineral filler (15) in the armour plates (6), and the mineral filler (20) in the angle bindings (18,21 ,22) are preferentially of the same contents on the basis of cement, with or without an additive of the micro-armature, Al corundum alloy, corundum, basalt or bauxite granulate, small ceramic parts, as completely independent ingredients, or in an optional combination of those components.

7. The laminate armoured system, according to Claim 1 or 2, characterised by that, that the connective bars (7) in the transverse cross-section are carried out as the great printed letter

H, and their length is equal to the length of the joined surfaces of the armour plates (6).

8. The laminate armoured system, according to Claim 3, characterised by that, that the junctions (19) between the by-lying armour plates (6, 6.1 , 6.2) are carried out in the way that the cam joined surface of the armour plate (6.2) is inserted into the duct joined surface of the armour plate (6), and its opposite lying cam joined surface is inserted into the duct joined surface of the neighbouring armour plate (6.1), where cams and ducts in the joined surfaces can be of optional transverse cross-sections.

9. The laminate armoured system, according to Claim 1 or 2 or 3, characterised by that, that the housings and doors of the self- standing burglary proof containers (1) safety fillers can be carried out in an optional interactive construction combination of the armour plates (6), and the ways of their joining, as well as optional construction combinations of the walls (2,3,4,5), and of the doors of the containers (1).

10. The laminate armoured system, according to Claim 1 or 2 or 3, characterised by that, that the outer coat (10) and the inner coat (1 1) of the housing of the self-standing security container (1 ) are interactively fixed and joined by rivets or glue. AMENDED CLAIMS

[received by the International Bureau on 16 September 1998 ( 16.09.98) ; original claims 1 -3 and 5 amended ; remaining cl aims unchanged (5 pages) ; 1 . The laminate armoured system of the burglary proot containers housing and door safety filler, of the prefabricated armour plates where between the container housing inner and outer coat there are inserted the armour plates, filled up by the filler, with or without an inserted reinforced concrete netting, characterised by that, that there are among joined surfaces, one beside another and on the same level lying at least two or more armour plates (6), placed in at least one or more covering layers or strata respectively, along the inner wall of the outer coat ( 10) of housing and doors of the container ( 1 ), inserted connective bars (7) for their interactive^" connection, while for fixing of the armour plates (6) and for the interactive connection of side walls

( 2), back wall (3 ), upper wall (4), and lower wall ( 5)' and the unmarked door there are inserted at least four fixing battens ( 8), and at least four reinforcing battens (9) which are placed along the filler inner wall made of the armour plates (6), and they are fixed on them and on the intermediate connective bars (7 ) ; that each armour plate (6) consists of the basic trough ( 13 ) and preferentially over it placed covering trough ( 14), where into the basic trough ( 13) there is primarily inserted the mineral filler

( 1 5).

2. The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates where between the container housing inner and outer coat there are inserted the armour plates, filled up by the filler, with or without an inserted reinforced concrete netting, characterised by that, that the inner surfaces of the armour plates (6), which are one beside another on the same level placed along the inner wall of the outer coat ( 10) of the container ( 1 ), in at least one or more covering layers or strata respectively, over the entire of their surface covered by at least one armour plate ( 12) in the way that they together with the inner coat ( 1 1 ) form the walls 2, 3, 4 and 5, and the unmarked door of the container ( 1 ), where the additional armour plates ( 12) are fixed on the by-lying armour plates (6), and on the between them placed connective bars (7), which interactively connect the armour plates (6) along their joined surfaces, and are also preferentially firmly joined along joined edges interactively; that each armour plate (6) consists of the basic trough ( 13 ), and of over it turned the covering trough ( 14), where into the basic trough ( 13 ) there is placed the mineral filler ( 1 5 ), with or without the reinforced concrete netting ( 16) rigidly fiked onto the bottom of the basic trough ( 13).

3. The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates where between the container housing inner and outer coat there are inserted the armour plates, filled up by the filler, with or without an inserted reinforced concrete netting, characterised by that, that in the inner angles of the outer coat ( 10), which are formed by the joined edges of the walls (2, 3, 4, 5 ) of the container ( 1 ), there are placed and with the ends interactively joined the angle bindings ( 1 8, 21 , 22) in the way that they bound the inside them inserted, at least two or more, one beside another and on the same level, lying armour plates (6 ). in at least one or more covering layers or strata respectively, and they interactively connect them along the edges into the safety filler of the container ( 1 ), which is from inside reinforced by at least one or more closed frames of the reinforcing battens (9), which along the inner dimension connect the walls (2, 4, 5 ), while the back wall (3) is reinforced by at least one or more vertical reinforcing battens (9), where the reinforcing battens (9) are fixed onto the inner surfaces of the armour plates (6), which are interactively by-lying joined along the joined surfaces by the junctions ( 19), and the angle bindings ( 1 8, 21 , 22) are filled up by the mineral filler (20); that into each armour plate (6) or into its unilaterally opened basic trough ( 13 ) respectively, the mineral filler ( 1 5 ) is inserted, wherein the longer side surfaces of the armour plates (6), which represent their joined surfaces, shapely carried out in the way that one joined surface is carried out as an oblong cam, and the other joined surface as an oblong, concave duct.

4. The laminate armoured system of the burglary proof containers housing and door safety filler, of the prefabricated armour plates, characterised by that, that the armour plates (6) are produced as separate semi-products which are by dry assembling process inserted inside the finally prefabricated coats ( 10, 1 1 ) of the container ( 1 ), what is equally valid for the compound parts (7, 8, 9), or (7, 12), or (9, 18, 21 , 22) of their safety filler respectively.

5. The laminate armoured system, according to Claim 1 or 2 or 3. characterised by that, that the armour plates (6) are placed inside both coats ( 10, 1 1 ) of the container ( 1 ) in the horizontal or vertical position, or at an optional angle, or they are placed in the optional combination of these positions respectively, to that they are extended from one to another opposite edge of the particular wall (2), or (3 ), or (4), or ( 5 ) respectively, and are preferentially carried out of at least one piece.

6. The laminate armoured system, according to Claim 1 or 2 or 3, characterised by that, that the mineral filler ( 1 5) in the armour plates (6), and the mineral filler (20) in the angle bindings ( 1 8, 21 , 22) are preferentially of the same contents on the basis of cement, with or without an additive of the micro- armature, Al corundum alloy, corundum, basalt or bauxite granulate, small ceramic parts, as completely independent ingredients, or in an optional combination of those components.

7. The laminate armoured system, according to Claim 1 or 2, characterised by that, that the connective bars (7 in the transverse cross-section are carried out as the great printed letter H, and their length is equal to the length of the joined surfaces of the armour plates (6).

8. The laminate armoured system, according to Claim 3, characterised by that, that the junctions ( 19) between the by- lying armour plates (6, 6. 1 , 6.2) are carried out in the way that the cam joined surface of the armour plate (6.2) is inserted into the duct joined surface of the armour plate (6), and its opposite lying cam joined surface is inserted into the duct joined surface of the neighbouring armour plate (6. 1 ), where cams and ducts in the joined surfaces can be of optional transverse cross-sections.

9. The laminate armoured system, according to Claim 1 or 2 or 3, characterised by that, that the housings and doors of the self-standing burglary proof containers ( 1 ) safety fillers can be carried out in an optional interactive construction combination of the armour plates (6), and the ways of their joining, as well as optional construction combinations of the walls (2, 3, 4, 5), and of the doors of the containers ( 1 ).

10. The laminate armoured system, according to Claim 1 or 2 or 3, characterised by that, that the outer coat ( 10) and the inner coat ( 1 1 ) of the housing of the self-standing security container ( 1 ) are interactively fixed and joined by rivets or glue.

Statement und er Article 19( 1)

We state that the amendments of the claims 1 ,2 and 3 in our international application. No. PCT, SI 98 00007 are made in respect of the prior art represented in the Document WO 93 06328 A (PCT AU92/00490) and indicated in the International Search Report (IS A/EPO) dated August 5, 1998. In this respect the description of our said international application, precisely in the chapter of described prior art. requires amendment according do said document.