TR201913795A2 - A COMPOSITE-FILLED-SUPPORTED BALLISTIC CONTAINER MADE WITH MULTI-PLATE STEEL CORRUGATION WHICH CAN BE USED ON THE GROUND AND UNDERGROUND AT THE SAME TIME. - Google Patents

Abstract

BULUŞ: For the Armed Forces, Gendarmerie, Police, other public and private administrative and security units, as well as in internal and external security operations; High caliber ammunition resistant (12.7 mm and above caliber) weapon systems, which can be used in heavy armor NIG LEVEL 3 and above standards against the shrapnel effect that occurs during cannon and mortar fire, when buried underground, up to 110 tons of tracked and wheeled vehicles can pass through It is about the production of ballistic containers with Composite filling, manufactured with Multi-plate Steel Corrugated.

Description

DESCRIPTION CAN BE USED AT THE SAME TIME IN ABOVE AND UNDERGROUND COMPOSITE FILLER MANUFACTURED WITH MULTI PLATE STEEL CORRUGATED BALLISTIC CONTAINER WITH SUPPORT.

Technological Field: This invention; For Armed Forces, Gendarmerie, Police, other public and private administrative, security units also in internal and external security operations; resistant to high caliber ammunition (12.7 mm) and higher caliber) weapon systems and the sarapnel effect formed during artillery and mortar fires. against the underground, which can be used in NIJ LEVEL 3 and higher standards, which is called heavy armor. withstands the passage of tracked and wheeled vehicles up to 110 tons when buried, Composite filling supported Ballistic container manufacturing manufactured with multi-plate Steel Corrugated It is related to.

Description of the Known State of the Art: Low caliber lead with flat corners and suitable for earth use only, and metal or concrete lightly armored ballistic rectangular, cube-shaped containers are made.

The cost of each of the components in the materials used in the production of armor plate height is also not economical due to very high production cost. also at the same time to be buried underground and used as a mobile underground shelter, in addition to this, over 1 10 It is not suitable for heavy vehicles over tons.

Purpose of the Invention: As a ballistic container, it is the simultaneous provision of ballistic protection for the purpose of .... 0 High caliber (12.7 mm and above) weapon systems, such as cannons and mortars heavy weapon systems can resist the sarapnel effect. - to be buried underground as a mobile shelter at any time and when its task is finished It has the ability to be removed and transported. 0 Wheeled or tracked, weighing up to 1 10 tons, while working underground It can allow the passage of vehicles in terms of stability.

Point and surface area to severe blast pressures (3700 jeules) above and below ground It is durable due to its elasticity. With its multi-plate and mountable feature, it can be easily mounted on pallets directly on the field. It can also be transported as mounted.

Transportation with the transportation of 5 containers in a TIR due to the fact that it is transported as assembled. Due to its plate structure and easy mounting feature, it can be installed in a very short time with only 4 personnel. and provides ease of assembly with only nut bolt tightening wrenches.

Hydrological sealing thanks to underground and above ground mounting gaskets has the feature.

It provides protection against chemical and biological substances (underground and above ground).

It provides protection against the effects of fire (underground and above ground).

It provides protection against debris damage (underground and above ground).

It provides protection against polluted air (underground and above ground).

Large amount (8-20) with seating system against short-term 2-4 hour air attacks personnel) Provides Personnel Protection, (Underground and Aboveground).

Long-term personnel protection housing. (Kogus, command and control, infirmary, bathroom, toilet, ammunition depot, office etc. (underground and above ground) provides.

Due to its modular structure, ballistics between 4-12 m horizontal and 2.5-9 m high It enables the construction of buildings (underground and above ground).

Low cost in complex ground conditions (e.g. saturated clay, sand, soil, slope rubble etc. It provides trouble-free use in areas with weak lifting power).

It covers low and long-term maintenance costs due to galvanization and epoxy coating.

It should have Geotechnical Stability analysis for underground applications.

Explanation of Figures: The invention will be described with reference to the accompanying figures so that the features of the invention are more clear. will be clearly understood and appreciated. But the surprising finding of this is that with these particular arrangements not to be angry. On the contrary, it falls within the scope of the invention as defined by the appended claims. Covering all possible alternatives, modifications and equivalences is intended. The details shown are only those of preferred embodiments of the present invention. It is shown for the purpose of explanation and both the shaping of the methods and the invention provide the most useful and easy-to-understand definition of rules and conceptual features It is understood that they are presented for the purpose.

In these drawings; Figure 1 Circular and Ellipsoidal Shaped Steel Corrugated Four of the manufactured plates one side has mounting holes for mounting with other piece plates, Piece steel Corrugated view, Angled pressed, galvanized and epoxy coated plates suitable for Seki12 geometry is the view, Figure 3 Specially manufactured Bolt, nut connection system, Figure 4 Connected, overlapping the edges of both plates, assembly The holes are brought to the same axis and combined with the help of nuts and bolts. Plate Steel Corrugated system view.

Figure 5 In addition, in order to ensure the sealing of the Multi-Plate Steel Corrugated Sealing gasket is placed on the junction lines of the corrugated plates. is the view.

Figure 6 As a result of joining of Multi-Plate Steel Corrugated Plates to each other Ballistic Container structure is manufactured in ellipsoid or circular form.

Figure 7 Steel Corrugated Boards, whose assembly has been completed, are placed together in two different diameters.

Production according to ballistic protection types for which space between corrugated diameters is desired. It is manufactured by shrinking and enlarging by pre-planning. nested assembly Multi-plate steel Corrugated Ballistic container made of corrugated between corrugated Appearance of composite filled concrete injection.

Figure 8 Composite filled concrete reinforced with Multi-Plate Steel Corrugated General layout and assembly planning has been made for the assembly of the ballistic container. view.

Figure 9 Usage in Ballistic Container manufactured with Multi-Plate Steel Corrugated This is the table showing the properties of the required composite filler concrete.

Curent Moist 050 % 0.10 % 0.10 % Water l 80 (V 0 29 'V 0 22 LV Composite Concrete Properties; Adsorb. ' ° ' ° ' ° Total Volume (L) 46.6 0.6 0.4 0 Material Silica Fly Air Course Coarse Cement W/B SP Fiber Fine Agg. TOTAL Type Fume Asli (per.1.000 L) Agg.] Agg.2 Figure 10 is the table showing the Galvanized Coating Ki'iter of Corrugated Plates.

Requirements according to EN ISO 1461 Properties Minimum local zinc Minimum average zinc (micron) (micron) Çalik >= 31nm with < firm 55 70 Bolt, anchor nut j 40 50 Corrugated Steel Plate Feature; Production time, plain steel saelarin corrugated and mechanical (cold) forming into convict plates followed by It is the application of hot dip galvanizing process. or 8420 quality. The steel thickness is determined by the design and is in the range of 3mm to 8mm. Static the minimum thickness determined by the design, the reservation during the life calculation The value reached by adding the thickness that should be left as the plate thickness accepted and the manufacturing is done accordingly.

The joining of the plates is made with galvanized bolts. In bolt joint The nut used is with spherical head to adapt to the plate inclination. and TS-EN-[SO 898-] and TS-EN-20898-2 norms will meet its requirements.

Figure 12 is the table showing the Protection Against Corrosion; Multi-Plate Steel Corrugated Boards will be covered with hot deep-dip galvanization.

Galvanized quality will meet TS-EN-1461 conditions.

Explanation of References: 1. Steel Corrugated Corrugated Plates Galvanized Coating Corrugated Steel plate with corrugated and drilled mounting holes Leakproof Gasket Special prescription Composite Filled Concrete injection Description of the Invention: The invention is resistant to high caliber ammunition (12.7 mm and above) in security operations. caliber) weapon systems and heavy damage to the sarapnel effect during artillery and mortar fires. Multi-Plate Steel, which allows to be used in NIJ LEVEL 3 and higher standards, which is called armor It consists of corrugated plates (1).

Corrugated steel plates (3), which are corrugated and drilled mounting holes, inclined according to their geometry It consists of pressed galvanized and Epoxy coated plates (2). (Figure l-Figure 2) Nuts-bolts drilled and specially manufactured around these plates in accordance with stabilization analysis (4) (Figure 3, Figure 4) and sealing gasket (5) application. Plate Steel Corrugated application has been completed. (Figure 3, Figure 4, Figure 5) Between these inner and outer Steel Corrugated Plates (6), which must be used in the Ballistic Container special prescription composite filling concrete is transferred and the waiting period is started. (Figure 6, Figure 7) By making the stability calculations of the corrugated; Weapon based on high-caliber ammunition against the sarapnel effect that occurs during artillery and mortar fires. of palletized and wheeled vehicles up to 1 10 tons over the container when buried It is aimed to provide stability while passing and not to damage the structure. For this purpose Composite Concrete, Corrosion Protection, Galvanized Coating of Corrugated Plates, Steel Corrugated Plate Feature and general assembly calculations and technical assembly information layout and assembly planning is done. (Figure 8, Figure 9, Figure 10, Figure 11, Figure 12)

Claims (1)

REQUESTS . Corrugated steel plates (3), which are corrugated and drilled mounting holes, consist of angled pressed galvanized and Epoxy coated plates suitable for their geometry (2). These plates were drilled in accordance with the stabilization analysis and mounted by a specially manufactured nut-Bolt (4) and the application of the sealing gasket (5) and the Multi-Plate Steel Corrugated application was completed. The special prescription composite filling concrete that should be used in the (6) Ballistic Container is transferred between these inner and outer Steel Corrugated Plates, and the waiting period is started. By making the stability calculations of the corrugated; With weapon systems resistant to high-caliber ammunition, it is aimed to ensure the stability of tracked and wheeled vehicles up to 110 tons when they are buried under the ground, and to prevent damage to the structure, while passing over the container, against the effect of cinderella during artillery and mortar fires. For this purpose, general layout and assembly planning including Composite Concrete, Corrosion Protection, Galvanized Coating of Corrugated Plates, Steel Corrugated Plate Feature and assembly calculations and technical assembly information is made. Building wall, cross-sectional values and material reference dimensions Plate thickness t [mm] Corrosion reserve At [mm] Moment of inertia [cm4/m] Bending stiffness El [kNmz/m] Moment of resistance W [em3/m] Moment of resistance W [em3/ m] Cross-sectional area F [cmz/m] Flow limit fy,l< - for S 355 [kN/om2] Character. Screw connection carrier load NRk [kN/m] Screw connection M 20 [number of screws/m] (Screws and nuts of resistance class according to DIN ISO 898 Part 1 and 2) 7- Static calculation results conditions The following results are given as a result of the static calculation : Viral ranges of the apex (Minimum-Maximum) Ranges of basic breaking values in the apex area ;Minimum-Maximum! Basic breaking values ranges on the side wall; Minimum-Maximum! Base lift (Minimum-Maximum) Screw joint breakage limits