ADJUSTABLE, SELF-LOCKING, AND MODULAR MULTIPLE WEAPON CARRYING AND SECURING SYSTEM.

Abstract

This invention relates to a fully mechanical, self-locking and adjustable weapon (10) holder system that enables the safe, ergonomic and modular carrying of long and short-barreled weapons (10) used in land vehicles for military and tactical purposes. The system allows the carrying of multiple different types of weapons (10) on the same system, while its 360° rotation capability, height and angle adjustment capability, user-specific positioning flexibility and independent operation from electricity both increase operational safety and offer maintenance and cost advantages. Adaptable to different vehicle structures thanks to its modular design, this system ensures that weapons (10) are fixed without being affected by vibration, while also offering quick access and ease of use. Figure 1.

Description

1 TARIFF ADJUSTABLE, SELF-LOCKING AND MODULAR DESIGN SAHIP MULTIPLE WEAPON CARRYING AND FIXING SYSTEM TECHNICAL FIELD This invention relates to armored vehicles used in land, air, and sea activities, particularly for military purposes. and in unarmored vehicles, the safety of long and short-barreled weapons used by personnel. a gun holder and carrier developed for the purpose of transporting and securing a weapon in this manner It relates to mechanical devices. The invention involves modular design for different types of weapons within a single structure. to be connected, positioned at angles determined by the user and mechanical lock 10 that allows it to be fixed without being affected by external factors. It includes a transport and storage system with a system that is particularly narrow. to meet the need for ergonomic and safe weapon storage in large spaces It is directed towards. PREVIOUS TECHNIQUE 15 Weapon carrying systems on military vehicles enable personnel to participate in operational activities. keeping the long-barreled or short-barreled weapons he uses safe and ready for use They aim to provide protection. These systems are usually metal fixed inside the vehicle. These come in the form of clamps, plastic supports, or mechanical clipping solutions. It comes out. Existing practices can be categorized as follows: 20 Fixed Weapon Bays: Typically designed for a single weapon type. Located inside a vehicle. It is permanently mounted and does not allow adjustments such as direction, height, or angle. Vibration, It has limited resistance to vehicle movement and terrain conditions. Ergonomic. From this perspective, they may be located in inconvenient positions for quick access by personnel. 25 Electric / Electronic Driven Transportation Systems: Motor, sensor, or remote control. It includes remote-controlled mechanisms. These perform steering and locking operations. This is done electronically. However, these systems are susceptible to battery failure, electrical failure, or They are sensitive to environmental factors (water, sand, temperature). Due to their complex structure, 30 It is expensive and has a high risk of failure. Traditional Rifle Rack Systems: In these systems, locking is usually done with mechanical pins. This is achieved with spring-loaded latches or other mechanisms. However, angled positioning depends on the user. 2 Adjustment or modularity features are limited. Mostly fixed installations or weapons. They are suitable for their rooms; their adaptation to mobile military vehicle conditions is poor. Main Problems Encountered Lack of modularity: Inability to support different types of weapons in a single configuration. Height and Angle Adjustment Limitation: Placement is limited to fixed angles, ergonomic positioning. It doesn't give the opportunity. Security Vulnerabilities: Due to vibration or impact during transport of the weapon Risk of damage or displacement. Cost and Complexity: The complexity and maintenance requirements of electronic systems. It creates inefficiency in the field. 15 Some systems mentioned in the literature, for example, those covered by patent number US6935065B1, "Gun Support" offers adjustable support systems that can be fixed to the ground; However, these systems are designed to carry only a single weapon and offer 360° rotation. It does not have the ability to automatically lock itself. Another example is 20 The "Gun Rack" patent, number US7559428B2, covers basic features such as stock and barrel supports. It can perform transport functions, but angled positioning, modular structure and It does not include advanced features such as multi-weapon support. These systems offer limited height adjustment; angled positioning is fixed at 25 degrees. These positions are mostly dependent on electrical or electronic systems. Therefore, it can become unusable in case of malfunction. Also, due to its modular design... These systems, which are lacking in the ability to adapt to different types of weapons simultaneously, It is insufficient and compromises operational flexibility. In conclusion, it is currently impossible to operate multiple long / short-barreled weapons simultaneously within the existing technical capabilities. fully mechanical and capable of carrying, manually adjustable by the user. Self-locking, modular, low-cost and high-performance. The need for a robust load-bearing system is clearly felt. 3 A BRIEF DESCRIPTION OF THE INVENTION This invention is particularly useful for long and short-barreled weapons used in military land vehicles. safe, orderly and ergonomically during operational activities a modular and fully mechanical gun holster that allows for portability It is a mechanism. 5 One purpose of the invention is to enable the simultaneous use of multiple long / short-barreled weapons of different types and sizes. By allowing it to be connected to a device, it increases the in-vehicle weapon capacity, multiple It has the capacity to carry weapons. Another aim of the invention is to allow weapons to be positioned at different angles and directions according to the user's needs. and can be positioned at various heights, thus providing maximum ergonomics and It is about ensuring easy access. Another objective of the invention is to enable the locking process through a combination of spring, cam, and locking bracket. 15 because it is carried out entirely mechanically and thus does not connect to the electrical system. No dependency; thus, a low risk of failure and high reliability. is to ensure. Another objective of the invention is to enable the system to rotate 360 ​​degrees 20 degrees thanks to its circular bearing structure. It can rotate and lock automatically at specified angles, thus making it suitable for the interior of the vehicle. It offers freedom of positioning. Another purpose of the invention is that the components of the device are interchangeable and can perform different tasks. 25 that can be adapted according to their profiles and thus compatible with new weapon types It is the ability to be made into a certain state. Another aim of the invention is to save space inside the vehicle thanks to its compact design. a structure that does not increase the load-bearing capacity thanks to its adaptability and lightweight design It is to present. 30 Another objective of the invention is the low maintenance of the device thanks to its mechanical structure. by meeting its needs and offering long-lasting use, thus unlike electronic systems The aim is to avoid high repair and spare parts costs. 4 Another purpose of the invention is to secure the transport of weapons thanks to the self-locking system. By preventing movement during the process, the risk of falling and injury is eliminated. It is to remove it. BRIEF DESCRIPTION OF THE FIGURES Figure 1, General Perspective View of the Weapon Holder Device Subject to the Invention. Figure 2, Assembly View of the Weapon Holder Assembly with its Components. Figure 3, Detailed View of the Components of the Locking Mechanism. Figure 4, Detail 10 Showing the Components Enabling Height Adjustment. Its appearance REFERENCE NUMBERS GIVEN IN THE FIGURES 1- Flanged Shaft 2- Vertical positioning slot 15 3- Cover 4- Top Covering Plate 5- Bow 6- Kam 7- Locking Bracket 20 8- Mahfe Holder Bracket 9- Buttstock Holder Bracket 10-Weapons DETAILED DESCRIPTION OF THE INVENTION 25 Figure 1 shows an adjustable gun mount to which multiple long / short barrel guns (10) can be attached. general structure of the self-locking and modular weapon (10) holder assembly It shows its appearance. The system can rotate 360°, with a flanged carrier axis. This is thanks to the mil (1). The basis of the system to which the weapon (10) mounts are connected is the main The supporting structure is called a pipe. The cover (3) locking mechanism is on the outside 30 It is a top cover that protects against external factors. The locking mechanism is a structural element. The top cover plate (4) holds it together. The gun (10) mounts, height adjustment The gun is mounted on the available gun holder brackets (8). (10) (shown in the image) is a long-barreled weapon carried in connection with the system (purposeful). (added for this purpose). Figure 2 shows the subject of the invention: adjustable, modular and self-contained. The lockable gun holder assembly; overall assembly including its structural components. It shows the condition. Not seen in Figure 1, the buttstock of the weapon (10) buttstock holder bracket (9) which is the lower bracket structure in which the buttstock is positioned and supported Its structure is shown in this way. 5 Figure 3 shows the locking function of the weapon holder mechanism that is the subject of the invention. Detailed assembly and interaction view of the components of the mechanical system. It demonstrates, in particular, its angled positioning and self-locking features. The elements providing are highlighted. The spring (5), cam (6) shown in Figure 3 10 It is a spiral spring that provides the driving force to the mechanism and initiates the locking operation. It rotates by the force it receives from the spring (5) and interacts with the locking bracket (7). The element that enables the system to be fixed by entering is the cam (6). Locking Bracket (7), cam (6) The system is stopped at certain positions at the angles determined by (6). It is an angled structure that enables locking. This system consists of 15 located around the flanged shaft (1). It allows the movable structure to be positioned at specific angles and uses a mechanical lock. Based on this principle, it offers safe use without requiring an electrical system. This invention is used in military land vehicles and similar defense platforms. ergonomic, safe and modular carrying of long and short-barreled weapons 20 providing multiple adjustable and self-locking options with mechanical locking features. It is a weapon holder mechanism, the feature of which is that it forms the main supporting axis of the invention and all all movable parts are designed to allow for 360° circular rotation of the system. a flanged shaft (1) around which the parts are mounted, flanged shaft (1) The support column 25, which is mounted on top and functions as the vertical support column of the system. at least one structure in which elements such as brackets (8) and locking bracket (7) are mounted to the vertical positioning slot (2), located at the top of the system and locking protecting the mechanism from external factors and ensuring all sub-components work together to the cover (3) and top cover plate (4) which ensures the holding of the mechanical energy of the system A pedestrian (5) working as a source, using the energy generated by the broadcast (5) locks the 30 A wedge (6) interacting with the bracket (7) is designed in an angled form and the system a locking bracket (7) that allows the weapons (10) to be fixed at certain angles at least one mahfe holder that secures the part and ensures its safety during transport 6 bracket (8), vertical or horizontal positioning of weapons (10) within the system It has at least one buttstock retaining bracket (9) for support. System assembly, vertical positioning supported by bronze bushings on a flanged shaft (1). It starts via slot (2). The vertical positioning slot (2) can rotate freely 5 It is mounted on the flanged shaft (1), which allows the system to rotate 360°. A locking bracket (7) is installed which allows locking at certain angles. To the locking bracket (7) The corresponding cam (6) is driven by the spring (5). Made by the user. As a result of manual movement, the spring (5) is stretched and the cam (6) is placed in the recess on the locking bracket (7). By sitting, the system automatically locks at a certain angle. The locking bracket (7) of the cam (6) 10 It is the area with which it interacts. It is a region that can be modified or updated for different angles. It has a structure. When the user rotates the device to a certain angle, it is pushed by the force of the spring (5). The cam (6) automatically locks the system by fitting into the grooves on the locking bracket (7). 15 This locking mechanism is entirely mechanical and requires no electrical systems. The guns (10) are mounted on the pipe with the help of the hood holder bracket (8). The height and position of the weapon (10) can be adjusted thanks to the slot structure on the brackets (8). Adjustable and adaptable to different sized weapons (10). Stock holder bracket 20 (9), supporting the bottom of the weapons (10) vertically or horizontally It ensures their fixation. The system can carry multiple weapons (10) at the same time. It is designed with a modular structure that allows for different configurations. The vertical positioning slot (2) is located on the gun mount bracket (8) and the gun's 25 (10) It is a slotted structure that allows the height to be adjusted within the system. Different In order to integrate weapons of the dimensions (10) into the same system Height adjustment is performed thanks to this vertical positioning slot (11). Over time, the weapons within the system are positioned vertically according to user needs. It allows for its positioning. As an important part of the modular structure, 30 It supports the system's adaptation to different scenarios. Thanks to this invention, different types of long / short-barreled weapons (10); manual, low a safe and easy-to-maintain system inside the vehicle 7 It is ergonomically portable. More reliable and durable than electronic systems. And it is operationally risk-free. Thanks to its modular structure, it can be used for different tasks and vehicles. They can be quickly adapted to different types. The guns (10) are mounted on the pipe with the help of the hood holder bracket (8). Thanks to the slot structure on the brackets (8), the height and position of the weapon (10) is 5 Adjustable and adaptable to different sized weapons (10). Stock holder bracket (9), supporting the bottom of the weapons (10) vertically or horizontally This ensures they are secured. In this system, a carrier pipe is fixed to it, preferably welded 10 By means of the mahfe holder brackets (8) combined with the method, different types of weapons It is stored by being held in a vertical position. This is done using holder brackets. The vertical slots are designed to accommodate varying dimensions of the weapon body. It is structured. Horizontal positioning is achieved via the buttstock holder bracket (9), The geometry and mounting points of the bracket in question are specific to the stock of the relevant weapon type. It is designed to be modified / adjusted to suit its specific needs. Thanks to its modular design, the system can be positioned both vertically and horizontally. 20 makes it possible. The system is designed to carry multiple weapons (10) at the same time, Its modular structure allows for different configurations. 30

Claims

8 REQUESTS 1- This invention has a 360° rotatable and modular structure, with multiple long / short sections. a self-locking adjustable to which a barrel weapon (10) can be attached It is a gun holder mechanism, its feature is; 5 - forming the central axis of the system and surrounding all moving parts to which it is mounted on a flanged shaft (1), - mounted on a flanged shaft (1) and acting as a weapon carrier structure to the pipe, - located at the top of the system and protecting the locking mechanism from environmental influences 10 top cover sheet that holds the protective cover (3) and the locking components together (4), - a spiral spring (5) that provides drive force to the cam (6) mechanism, - a wedge that rotates with the effect of a spring (5) and allows locking at certain angles (6), 15 - a locking bracket (7) that performs angle fixing by interacting with cam (6), - at least the gun (10) housing is mounted and height can be adjusted a mahfe holder bracket (8), - supporting the buttstock of the weapon (10) and fixing it in a vertical or horizontal position at least one buttstock bracket (9), 20 - located on the mahfe holder bracket (8) and suitable for different weapon sizes According to the system, at least the height adjustment that is possible within the system. characterized by having a vertical positioning slot (11) Multiple weapon (10) carrying mechanism with mechanical locking structure that is. 25 2- The weapon (10) holding device specified in Claim 1 of the invention is characterized by its locking bracket. (7) ensures that the cam (6) sits inside the structure when the system is rotated. It is characterized by having at least one indentation. 3- The weapon (10) holding device specified in Claim 1 is a case of a gun holder 30. brackets (8) according to the height of weapons of different lengths and forms It must have at least one slot structure that allows it to be adjustable. It is the characterization of the situation. 9 4- The invention is a weapon (10) holding device as stated in claim 1, and its feature is; Its components have a bearing system that allows for 360° circular movement. a flanged shaft mounted in a way that allows it to rotate freely (1) and characterized by having at least one Vertical positioning slot (2). It is done. 5 15 25