A STRUCTURAL STRUCTURE AIMED AT PREVENTING VULNERABILITIES IN BALLISTIC PLATE ASSEMBLY.

Abstract

The invention relates to a design to prevent ballistic vulnerabilities that occur at the connection points of the plates when ballistic protection is provided by assembling one or more ballistic plates when single-layer ballistic plates used in the defense industry are not sufficient in terms of the desired level of protection, by means of a ballistic cover (30).

Description

1 TARIFF A STRUCTURAL STRUCTURE AIMED AT PREVENTING WEAKNESSES IN BAL STICKER PLATE INSTALLATIONS. TECHNICAL AREA 5 The invention aims to prevent ballistic vulnerabilities resulting from the assembly of multiple ballistic plates. It is related to. The invention, in particular, enables the production of the desired 10 single-layer ballistic plates used in the defense industry. when the level of protection is insufficient, with one or more ballistic plates In cases where ballistic protection is provided by mounting the plates together, problems arise at the connection points of the plates. It relates to a system designed to prevent ballistic vulnerabilities by using ballistic covers. STATE OF THE ART 15 Ballistic plates are used to provide protection against high-energy projectiles. These are special plates, usually made from armor materials. These plates are used to protect against various types of ammunition. They are resistant to various types of bacteria and are commonly used in military, police, and private security units. They are used. The aforementioned ballistic plates reduce the energy of a bullet or shrapnel by 20. It attempts to dissipate energy by deflecting it, and its structure typically consists of steel, aramid fiber, Composite materials or materials such as polyethylene are used. Today, the combination of multiple ballistic plates is particularly common in multi-layered armor systems. They can be more effective. However, these combinations reveal some potential ballistic vulnerabilities. 25 This is due to a vulnerability arising from gaps between layers. Here, suddenly... Stacking too many panels on top of each other can lead to vulnerabilities, especially if the assembly is not done properly. They can open gaps or air pockets between the plates, allowing projectiles to penetrate effectively. This can prevent the projectile from dispersing and therefore allow it to pass through these gaps. The probability of it passing through one plate and piercing the other also increases. Another significant vulnerability is 30 This is due to weaknesses at the connection points of the plates. Multiple plates When used, the connection points of the plates play a critical role. If these points If it's not powerful enough, the bullet can penetrate the armor by focusing on these weak points. For example, if the armor plates were joined together with screws or other mechanisms, this connection Weak points in the armor can reduce its overall effectiveness. This situation is evident in current technology. ballistic along the relevant fastener cross-section which does not have any ballistic feature. 2 This prevents the provision of protection and leads to ballistic vulnerabilities in these areas. The hole drilled for mounting cannot be ballistically sealed or protected. To overcome the technical disadvantages mentioned above, in ballistic plate joints... An innovation has emerged to address the weakness experienced in the area of ​​the fastener used. 5 The necessity of placing it becomes apparent. As a result of the research conducted on this matter, application number US20230184518A1 It has been observed that the relevant document describes a standard garage door, to a predetermined caliber. a security garage door that resists bullets passing through it It relates to a kit for conversion. However, the current technique involves the combination of ballistic plates. It does not include any cover structure to address the vulnerability caused by the source. Another document encountered during the research is EP2446216A1. The relevant document... 15 for attaching armor to flat surfaces for ballistic protection of the walls and roofs of military bunkers It relates to a system aimed at strengthening the ballistically weak part of an armored surface. A nut / cap-like structure is being referred to. However, current technical assembly... The element (bolt) does not indicate any ballistic protection along its cross-section. In conclusion, due to the negative aspects described above and the current solutions being the subject of discussion... Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. 20 A BRIEF DESCRIPTION OF THE INVENTION The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve. 25 The main purpose of the invention is to connect two or more ballistic plates at the mounting points. The goal is to prevent vulnerabilities arising from this. Another purpose of the invention is to address the vulnerabilities in ballistic protection caused by the mounting method of the plates. The goal is to create a ballistic cover to eliminate it. 30 Another aim of the invention is to reduce the ballistic vulnerability rate in structures with a high surface area. to provide. To fulfill the purposes described above, the invention is the only one used in the defense industry. a layered ballistic inner plate and a male connector located on the inner plate with an inner 35 It is a structure consisting of an outer plate mounted on a main plate, and its characteristic feature is; 3  It is inserted through the mounting hole located on the outer plate and placed on the inner plate. the area male connector to the female connector located on it assembled with, thus creating a gap in the assembly area a ballistic monolithic cover that eliminates the vulnerability It includes. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it becomes clearer. This will be understood, and therefore the evaluation should also take these figures and detailed explanations into account. 10 It must be done by taking it. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows general and cross-sectional views of the plate joint from the previous technique. 15 Figure 2 shows a cover on the mounting area of ​​ballistic plates in the design described in the invention. The application's appearance is shown. Figure 3 shows a view of the cover design. 20 Figure 4 shows another version of the cover structure, which is the subject of this invention, in the assembly area on ballistic plates. The image shows the appearance of the application's usage. Figure 5 shows the cross-sectional views of the covers and panels before assembly. 25 Figure 6 shows a cross-sectional view of the joint area after assembly. REFERENCE NUMBERS 10. Inner plate 11. Male connector 12. Internal plate female connector 20. Outer panel 30. Cover 35 31. Female connector 32. Top plate 4 33. Bottom plate 34. Bolt clearances 35. Connection holes 40. Bolt A. Ballistic vulnerability zone 5 B. The section where ballistic vulnerability occurs. DETAILED DESCRIPTION OF THE INVENTION In this detailed explanation, the preferred 10 cover (30) design of the invention is described. Their structures are explained solely to facilitate a better understanding of the subject. As seen in Figure 1, which shows the view of the previous technique, the mounting of ballistic plates is done externally. A hole is drilled in the plate and a connecting element (bolt) is used to attach it to the inner plate. This is done by assembly. This situation does not have any ballistic element properties. Ballistic protection cannot be provided along the entire cross-section of the relevant fastener and in these areas 15 This leads to the formation of a ballistic vulnerability. The hole drilled for assembly is ballistically vulnerable. It cannot be shut down or protected. The structure it has put forward to overcome the aforementioned drawback of the current technology, A single-layer ballistic inner plate (10) and 20 on the inner plate (10) used in the defense industry. an outer plate (20) which is mounted to the inner plate (10) with the male connector (11) located on it. The invention consists of the structure; through the mounting hole located on the outer plate (20). by passing it through the male connector (10) on the inner plate and the female connector (11) on it. assembled with a connecting element (31), thus creating a gap in the assembly area. It includes a ballistic monolithic cover (30) which eliminates the vulnerability. 25 With the ballistic cover (30) whose appearance is given in Figures 2 and 3; the inner plate (10) and the outer plate (20) on top When mounted on top, the cover (30) is mounted to the inner plate (10) via the outer plate (20) The ballistic vulnerability area (A) located in the gap created in the assembly area is the desired ballistic The level of protection is achieved. Here, the ballistic inner plate (10) and the male connector (11) are joined together to form the ballistic internal structure. This welded joint forms the ballistic internal structure. 30 Since there are no mounting voids in the structure, ballistic protection from internal voids is avoided. It prevents the formation of vulnerabilities. The opening for mountability in the ballistic outer plate (20) These holes cause ballistic vulnerabilities in these empty spaces. This situation... To prevent this, these gaps are closed with ballistic covers (30). 35 The cover (30) mentioned in the invention structure is a female connection as shown in Figure 3. It is formed by the welded connection of element (31) and top plate (32). Therefore, it alone When evaluated, there is no ballistic weakness due to gaps in the ballistic cover (30). Ballistic The female connector (31) located on the cover (30) ensures the mountability of the ballistic cover closing the gap on the ballistic outer plate (20) resulting in a gap in the total structure It prevents ballistic vulnerability. Another application of the invention structure shown in Figures 4 and 5 is the one mentioned. It includes a ballistic cover (30) to solve the technical problem, and the said cover (30); a top plate (32) providing ballistic protection and a female connecting element (31) on it It includes a lower plate (33) which is connected to the upper plate (32). However, a bolt (40) bolt 10 on the upper plate (32) which connects the upper plate (32) to the lower plate (33). It contains gaps (34). Also, the bottom plate (33) and the bolt (40) located on it. Passing through the bolt holes (34), the bottom plate (33) is fixed to the top plate (34). It has connection holes (35). With another cover (30) application mentioned, the assembly in the invention structure is as follows: 15 It is realized. The ballistic cover (30) has a lower plate (33) with a female connector (31). It is formed by the assembled connection of the ballistic top plate (32) and the bolt (40). For the assembled structure Bolt holes (34) are left on the ballistic top plate (32), but these bolt holes, ballistic vulnerability gap that is to be closed in the ballistic outer plate (20) does not overlap with the ballistic outer plate It should be staggered according to the discharge in the plate (20). Therefore, in the final protection design, ballistic 20 The gap in the outer plate (20) will be covered with a ballistic cover (30) so that no opening remains. It is closed and the desired ballistic protection is provided without showing any weakness. Located on the lower plate (33) While the female connector (31) and bolt (40) ensure mountability, the ballistic top plate (32), closing the gap on the ballistic outer plate (20) ballistic resulting from gap in the total structure It prevents the vulnerability. 25 The ballistic top plate (32) and the ballistic outer plate (20) in the ballistic cover are made of the same material. They are equivalent and can be used interchangeably. The difference between the two different cover applications developed for the structure that is the subject of the invention, ballistic cover (30) used in the first preferred application welded construction 30 While the first alternative is the creation of the ballistic cover using this method, the second alternative application uses a ballistic cover. (30) It is created by the assembled construction method. Alternative application of the invention The cover developed for (30), where welded construction is not suitable or preferred It was developed to allow progress in certain situations using assembled construction. 35

Claims

6 REQUESTS 1. A single-layer ballistic inner plate (10) and inner plate (10) used in the defense industry An outer plate (10) is mounted to the inner plate via a male connector (11) located on it. It is a structure consisting of plates (20), and its characteristic is; 5  Passed through the mounting hole on the outer plate (20) and into the inner plate (10) male connector (11) female connector assembled with element (31), thus creating a gap in the assembly area a ballistic monolithic cover that eliminates the resulting vulnerability (30) It includes. 10 2. The configuration is in accordance with Claim 1, and its feature is that the mentioned cover (30) provides ballistic protection. a top plate (32) and a female connector (31) located on it. It contains a subplate (33) connected to the plate (32).

3. The structure conforming to Claim 2, its feature being; the bottom of the top plate (32) with a bolt (40). Bolt holes (34) opened on the top plate (32) which connect to the plate (33) It includes.

4. The structure is in accordance with Claim 3, and its feature is; the lower plate (33) and the 20 located on it. passing through the bolt holes (34) of the lower plate (33) to the upper plate (32) (40) It contains mounting holes (35) which allow it to be fixed.

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