INNOVATIVE LEVER ACTION SYSTEM IN VERTICAL MAGAZINE-FED LEVER-OPERATED RIFLES

Abstract

The invention relates to an innovative lever (1.1) action system in lever-operated rifles (A) with vertical magazines. It is equipped with a double-point guided lever plate (2.2) structure that provides short and balanced lever (1.1) action, an inclined stock (4) ergonomics, a modular body (1, 2) assembly and an easily replaceable vertical magazine (5) system. This structure eliminates the problems of ergonomics, speed and mechanical durability of classic lever-operated rifles, offering the user more efficient and comfortable operation.

Description

1 TARIFF INNOVATIVE LEVER MOVEMENT IN VERTICAL MAGAZINE-FED LEVER-OPERATED RIFLES. SYSTEM TECHNICAL FIELD The invention relates to the technical field of firearms used for hunting, sport, and self-defense, particularly vertical firearms. This relates to an innovative lever action system developed for magazine-fed lever-operated shotguns. Furthermore... Ergonomic operation, shorter and more balanced lever action, and the advantage of fast cartridge loading. 10 This system provides improvements in performance, ease of use, and parts availability for existing lever-operated rifles. It addresses the shortcomings in its integration. STATE OF THE ART Most lever-operated shotguns commonly used in the industry today feature a horizontal tube. It is equipped with a magazine system. In this system, the magazine lies horizontally under the barrel. and generally offers a limited number of cartridges. The tube-type magazine structure provides spare cartridges. This makes transporting the cartridges difficult because they have to be loaded one by one each time. And this causes a loss of time between shots. Carrying a spare magazine or 20 Since rapid changes are not possible in this system, users especially prefer burst shooting or hunting. During this time, it encounters operational difficulties. In addition, the lever mechanism used in current lever-operated systems is usually attached to the body. It is a structure that is connected from a single point and requires a fairly long range of motion. This long 25 the range of motion requires the user to exert more physical effort with each cartridge load. This causes it to spend more time doing so. Furthermore, the mechanism's only Because it operates from a single point, balance cannot be maintained during movement, and the system... This creates a challenging feeling of handling. This situation makes controlling the rifle difficult. By making it more difficult, it both reduces the speed of use and negatively affects the accuracy of the shots. It has an effect, particularly interfering with the position of the trigger and buttstock area during shooting. Such systems are also not user-friendly from an ergonomic point of view. For long-term use... fatigue, decreased aiming performance, and reduced control over the rifle This is the reason. 35 The stock design used in current lever-operated rifles is mostly based on the lever mechanism. It is shaped according to its location, and this puts user ergonomics second. 2 It leaves behind a certain structure. In particular, the way the lever system extends towards the stock, the natural shape of the stock. It disrupts the grip point and prevents the shooter's hand from positioning comfortably. This This also reduces the user's control over the rifle during aiming and firing. This artificiality in the grip position affects not only the overall balance of the weapon, but also... It also has a negative impact on recoil and control during firing. These ergonomic deficiencies create effects that hinder the quick and accurate use of the rifle. This makes things more difficult, especially in situations involving rapid fire, moving targets, or stressful environments. It prolongs the user's reaction time and reduces shooting accuracy. Also, the stock... The structure's incompatibility with the body and its uncomfortable angular alignment affect shoulder support. This makes it inadequate and creates a feeling of imbalance in the user. These 10 user-unfriendly features... systems, especially during prolonged shooting training or hunting, require use on the hand, wrist, and This causes unnecessary strain on the shoulders, which over time can lead to fatigue, loss of concentration, and This leads to inaccurate shots. These problems, stemming from a lack of ergonomics, both... enabling both amateur and professional users to use the rifle efficiently. It limits. 15 Furthermore, lever mechanisms used in similar rifle systems found in the industry are generally It consists of a single-arm structure. In such systems, the lever is attached to the body or... The mechanism is attached to the slide at a single point, and all movement occurs through this single connection. This is transmitted via. This situation is particularly asymmetrical 20 during the withdrawal of the mechanism. This leads to an imbalance in load distribution and uneven movement. The user, this having to apply more force to complete the movement, which in practice This leads to a significant feeling of resistance. In single-lever lever systems, the mechanism recoils as it is pulled back. The resulting friction and torque effects reduce the fluidity and speed of motion. This resistance, This not only reduces user comfort, but also increases the time during bursts of fire. This leads to losses and disruptions in firing rhythm, especially with rapid cartridge loading. In situations where it is necessary, such systems can significantly improve user performance. This design also limits its capabilities. Furthermore, this structure can increase the long-term mechanical wear and tear on the rifle; Because a force applied from a single point causes uneven wear on system components. It is possible. 30 According to the known state of the art, the “vertical magazine-fed shotgun” with application number TR 2020 / 08842 The patent application titled "portable (demountable) trigger system" is for hunting and sporting purposes. used for vertical magazine shotguns, on a case separate from the rifle body (1) It relates to the trigger group (2) which is assembled and can be easily removed and attached on the rifle body (1)” 35 This is a summary of the situation. 3 In the known state of the art, the “Vertical magazine-fed and two-piece” designation with application number TR 2023 / 000545 The utility model application titled "Lever-operated rifle with a case" was filed for the invention "for hunting and sport purposes". with its two-part casing (10) consisting of the bottom cover (12) and the upper body (11) which can be used as Lever-operated rifle (A) with vertical magazine (14) reduced production cost and assembly labor cost. It is summarized as "related to". 5 In conclusion, the existence of the above problems and the inadequacy of the current solutions are related to the technical aspects. This has made it necessary to make improvements in this field. PURPOSE OF THE INVENTION 10 The present invention meets the aforementioned requirements and eliminates all disadvantages. Innovative levers in vertical magazine-fed lever-operated shotguns, which lift and offer some additional advantages. It is related to the musculoskeletal system. The primary purpose of the invention is to address the ergonomic and operational difficulties encountered in existing lever-operated rifles. Eliminates problems such as magazine change time and unstable operation of the lever mechanism. a more efficient, user-friendly and modular vertical magazine-fed lever-operated rifle system It is the development of. Thanks to its vertical magazine design, the rifle's ammunition capacity can be increased and a spare magazine can be stored. The aim is to make transport / transfer operations quick and practical. The existing rifle... Horizontal tube magazines, commonly used in these systems, have a limited ammunition capacity. Since cartridges are loaded one by one, the reloading process is time-consuming. The invention uses... The vertical box-type magazine allows for the carrying of numerous cartridges at once and provides the user with 25 The advantage of being able to continue shooting by attaching a spare magazine in just seconds. This structure is intended for scenarios requiring rapid fire, such as hunting or sporting activities. In shooting, it provides the user with significant time savings and operational advantages. Furthermore... Thanks to the production of magazines in standard sizes, spare magazines of different capacities are available. The aim is to make the system portable and modular. 30 By shortening the lever's travel distance, the user can perform the operation faster and with less effort. The aim is to provide this possibility. In classic lever-operated rifles, the lever mechanism moves back and forth. The movement is long and arduous. This long distance of movement is both temporal and physical. From this perspective, it is challenging for the user. Thanks to the new system developed in the invention, the mechanism's 35 By shortening the lever movement required to perform its function, the user has to exert less effort. The aim is to achieve greater efficiency through this movement. Shorter, smoother, and 4 An increase in shooting tempo and a decrease in effort due to a resistance-free movement, therefore The aim is to reduce fatigue and the margin of error. Thanks to the double-point supported lever actuation plate, the mechanism moves more stably and The aim is to make it fluid, thereby reducing mechanical resistance. The current 5 In single-lever lever systems, the mechanical load is concentrated at a single connection point, and This situation leads to unstable operation, friction, and malfunctions. The invention uses... The double-point lever actuation plate allows the lever to receive support from both the right and left sides. The aim is to provide this. Thanks to this double-sided structure, the movement is more balanced. The aim is for it to occur in a frictionless and synchronized manner. When the lever is pulled, 10 The system must function smoothly on its own axis, there should be no power loss, and recoil should be minimized. The aim is to minimize this. This will improve the overall reliability of the rifle and the user. The aim is to increase comfort. With its angled stock design, the rifle sits more comfortably on the shoulder. 15 The aim is to provide the user with higher shooting performance and target control. Stock construction affects a rifle's aiming, recoil absorption, and overall performance. It plays a key role in ergonomics. The grip type used in the invention is a downward sloping stock. The design allows the rifle to sit more naturally and securely in the shoulder area. It recognizes the surface the shooter rests their cheek on (buttstock line), a better 20 It provides a line of sight. This structure helps maintain the balance of the rifle and reduces recoil. The aim is to increase control and maintain target tracking even during rapid fire. The aim is to enable the user to make both comfortable and accurate shots. By simplifying part removal and assembly processes, maintenance and cleaning processes are shortened by 25%. The aim is to simplify maintenance and cleaning procedures for firearms, extending the system's lifespan. and is of great importance in terms of safety. In traditional lever-operated systems, the part Disassembly is usually complex and time-consuming; it may require special tools. In the invention, however, the part The structures are designed with a modular structure and are easy to disassemble. This allows the user to... You can quickly and easily remove the lever mechanism, magazine, or stock attachments without tools. 30 The aim is to enable cleaning. This ease of use is beneficial for both individual users and... Making rifle cleaning simpler for professional firearms maintenance teams. is the goal. With this invention, all these elements are combined to create a 35% advantage over traditional lever-operated rifle systems. The aim is to offer a more advanced, functional, and ergonomic firearm solution. The invention integrates all the innovations mentioned above, addressing the shortcomings of classic lever-action rifles. The aim is to create a more efficient, durable, and user-friendly solution that eliminates problems. Both shooting... With the advantages it offers in terms of both performance and ease of use, the invention is sporty. It caters to a wide range of users, from shooting and hunting to security use and the civilian market. Thanks to its ergonomic design, mechanical improvements and modularity, it is a leader in the sector. It is technically different from similar existing products. 5 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 will also take these forms and detailed explanations into account. It must be done by taking 10. BRIEF DESCRIPTION OF THE FIGURES The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For it to be understood, it should be evaluated together with the figures explained below. 15 is required. Figure 1; The innovative lever system in vertical magazine-fed lever-operated shotguns, which is the subject of this invention. This is a general view of the rifle. Figure 2 shows a general view of the vertical magazine-fed lever-operated rifle, the subject of this invention, from different angles. 20 Figure 3; Detailed assembly of the lever and trigger system of the rifle that is the subject of the invention. It is the appearance. Figure 4; The innovative lower receiver trigger system and trigger safety of the rifle in question. This is a detailed view of an explosion. Figure 5; The rifle in question, the lever system, lower receiver, stock, trigger, trigger 25, which are the subject of the invention. This is a detailed view of the safety mechanism and the mounting of the magazine on the lower receiver. REFERENCE NUMBERS A. Lever-operated shotgun with vertical magazine 30 1. Lower body 1.1. Crowbar 1.2. Lever screw 1.3. Lever nut 1.4. Lever second lock magnet 35 1.5. Lever lock pin 1.6. Lever lock bushing 6 2. Upper body 2.1. Sled 2.2. Lever plate 2.3. Lever plate connecting screw 2.4. Lever plate connecting screw nut 5 2.5. Lever plate connecting screw retaining ring 3. Handguard 4. Buttstock 5. Vertical magazine 6. Barrel cladding 10 7. Trip 8. Stye 9. Barrel The drawings do not necessarily need to be scaled and are sufficient to understand the invention. Details that are not present may have been overlooked. Furthermore, at least to a large extent... Elements that are identical or at least have substantially identical functions are numbered the same. It is shown. DETAILED DESCRIPTION OF THE INVENTION 20 In this detailed description, the subject of the invention is the innovative development of vertical magazine lever-operated rifles (A). The preferred configurations of the lever action system not only contribute to a better understanding of the subject. This is explained in a way that is geared towards and does not create any limiting effects. In Figure 1, the innovative lever (1.1) in the vertical magazine lever rifles that are the subject of the invention (A) The general view of the rifle with this system and the vertical magazine-fed lever-operated rifle that is the subject of the invention are shown in Figure 2. The image shows a general view of the rifle (A) from different angles. The image shows a vertical magazine-loaded rifle. The lever-operated rifle (A) consists of various parts, each performing a different function. It brings. The lower receiver (1) of the rifle (A) contains the firing mechanism, the trigger and the magazine well 30 It houses the projectile and delivers it to the barrel (9). The upper body (2) houses the barrel (9) and It is the part where sighting systems such as the sights (7-8) are mounted; during firing, the bullet It ensures safe and effective guidance. The handguard (3) is positioned on the front of the rifle (A). It is located in part and helps the shooter to hold the rifle (A) securely. It also protects the hand from the heated barrel (9). The buttstock (4) rests on the shoulder of the rifle (A) 35 It is part of the system that helps control recoil, enabling accurate shooting. It facilitates. The vertical magazine (5) is where the bullets are stored and fed into the mechanism in sequence. 7 It is the part where the barrel is fed. Barrel casing (6) wraps around the barrel, protecting both the shooter's hand. It provides protection from heat and also allows various accessories (laser, flashlight, handle, etc.) to be placed on it. It enables the attachment of the rear sight (7) and front sight (8). The rear sight (7) and front sight (8) constitute the aiming system. (7) is used as the rear sight and (8) as the front sight, and these two elements are aligned together. It makes it possible to make accurate shots at the target. The barrel (9) then passes through the bullet 5 It is a long metal tube through which the gas passes and is directed towards the target; by the gas pressure created during ignition. It ejects the bullet. All these parts come together to form a vertical magazine-fed lever-operated gun. This type of rifle (A) constitutes the structure. These types of rifles (A) are generally semi-automatic or mechanical. It operates with a bolt-action system and provides effective shooting performance thanks to practical magazine changes. It offers. 10 Figure 3 shows the detailed assembly of the rifle (A), the lever (1.1) and the trigger system that are the subject of the invention. The appearance and the rifle in question (A) in Figure 4, the trigger system of the lower receiver (1) which is the subject of the innovation and The detailed firing view of the trigger safety is included. These views show the user's hand. The lever (1.1), which is the main moving element that enables the setup of the system with its movement, the lever's 15 (1.1) Lever screw (1.2) which enables fixing to the lower body (1), together with the lever screw (1.2). Lever nut (1.3) which increases mechanical stability, the lever (1.1) in a certain position The lever that secures the system and maintains its balance during recoil is the second lock. The magnet (1.4) provides a secure installation by preventing the lever (1.1) from unintentionally loosening. Lever lock pin (1.5) and lever lock bushing (1.6) are horizontally 20 inside the lower body (1) of the lever plate (2.2). a guide channel or guide that enables smooth and controlled movement along the axis The sled with a bed (2.1) is connected to the upper body (2) and is guided from two points. Lever plate (2.2), which provides a smoother movement with its structure, together with the lever plate (2.2) lever plate connecting screw (2.3) which holds its position fixed, lever plate connecting screw nut Details of elements (2.4) and lever plate connecting screw retaining ring (2.5) are shown. 25 Figure 5 shows the rifle in question (A), the lever (1.1) system, the lower receiver (1), the stock (4), Detail view of the mounting of the trigger, trigger safety and magazine (5) on the lower body (1). It is receiving. A crowbar (1.1) is usually made of metal or high-strength composite material. It has a curved or grooved surface for ergonomic grip. The user can pull and release it by hand. It is the basic moving element that helps to cock the cartridge chamber. Lever nut (1) on the lower body. It is secured with (1.3) and lever screw (1.2). Lever screw (1.2) is made of steel or similar durable material. Made of material, usually with an Allen or flat head. Attach the lever (1.1) to the lower body (1) 35 It is used to secure. The lever (1.1) passes through the lever nut (1.3) It is fixed in place. It serves as a fixing mechanism, providing high protection against rotation or loosening. 8 It is mounted with a tight torque. Lever nut (1.3), metal, internally threaded, to the lever screw (1.2) It is of the appropriate type. It provides rigidity by fixing the lever (1.1) together with the screw (1.2). Bottom It is placed inside the body (1) and tightened with the external lever screw (1.2). When tightened, it prevents the lever (1.1) from rotating axially into the body (1). The lever is in the second lock. The magnet (1.4), a strong permanent magnet, is usually small and cylindrical in shape. Lever (1.1) closed 5 It ensures that it remains fixed in place by magnetic force while in this position. Inside the lower body (1) or The magnet is embedded in a position close to the lever plate (2.2). When the lever (1.1) is released, the magnet It is held in a closed position by being pulled, which prevents unwanted sagging. It prevents. The lever lock pin (1.5) is a cylindrical pin made of stainless steel. Lever (1.1) is the stabilizing part that prevents rotation and opening during assembly. Lever (1.1) pivot point 10 It is placed on top and secured by being fitted into the pin hole. It acts as a lock; the pin (1.5) Removal causes the system to disintegrate. Lever lock bushing (1.6), hardened It consists of a metal or durable polymer ring. By aligning the lever lock pin (1.5). It ensures proper assembly. By placing it inside the housing (1) or lever (1.1), the pin (1.5) It forms the surface through which it will pass. It reduces the friction between the pin (1.5) and the lever (1.1). and contributes to stable operation. The slide (2.1) is smooth and controlled on the horizontal axis inside the lower body (1) of the lever plate (2.2). It is the guide channel or steering bearing that enables its movement. Lower body (1) inner It is a slide-bearing system integrated into the surface or fixed to the body (1). Lever 20 It prevents the sheet metal (2.2) from oscillating during movement. To reduce friction and To ensure the smooth back-and-forth movement of the lever (1.1), the surface is usually smooth, In some cases, it is also coated with a low-friction material (e.g., polymer liner). This structure Thanks to this, the movement of the lever (1.1) is only on the specified axis and in a controlled manner. This is happening, thus increasing the stability of the mechanism. The slide (2.1) is like a rail 25 It is working. The lever plate (2.2) slides through this guide channel. Thus Both mechanical durability and motion efficiency are increased. Especially in bidirectional modes. In weapon mechanisms subjected to high loads, these types of guidance structures are part of the system. It is critical for safe operation. The lever plate (2.2) is made of thin but rigid steel sheet or aluminum. The alloy is usually formed by pressing. The movement between the lever (1.1) and the upper body (2) is 30 It transmits. The lever plate is fitted into the slide (2.1) inside the lower body (1) by the connecting screw. (2.3) and the lever sheet metal are secured with the connecting screw nut (2.4). When the lever (1.1) is pulled, The lever plate (2.2) pulls the mechanism back by linear motion; when released, it returns It is made of metal with a lever plate connection screw (2.3), small size, high torque resistance. It is a screw. It fastens the lever plate (2.2) to the lower body (1). 35 through the connection hole of the plate (2.2). It is screwed to the lower body (1) by passing through. During the movement, the sheet metal (2.2) may move and loosen. It prevents and provides a secure connection. Lever plate connecting screw nut (2.4), metal, 9 It is compatible with the internally threaded screw (2.3). Tighten the lever plate (2.2) together with the screw (2.3). It is fixed. It is placed on the opposite side of the sheet metal (2.2) and tightened with screw (2.3). It resists loosening due to vibration. Lever plate connecting screw retaining ring (2.5), The thin metal ring is usually made of spring steel. The displacement of the sheet metal (2.2) It is a preventative stabilizer. The lever plate (2.2) is fitted onto the shaft or pin part. Mechanical 5 It prevents the sheet metal (2.2) from moving under load and fixes its position. The invention is an innovative design intended for use in lever-operated rifles (A) with vertical magazines. The lever (1.1) is related to the action system. This system is the mechanical (A) of classic lever-operated rifles. and was developed to eliminate its ergonomic limitations; the magazine structure, 10 The lever (1.1) system, stock (4) design and ease of assembly are known in the art. It differs from the situation. The rifle structure developed within the scope of this invention uses a vertical box type cartridge feeding system. magazine (5) is preferred. This structure is 15 horizontal tube magazines located under the barrel (9). on the contrary, mounted at a right angle to the lower part of the lower body (1) and carrying multiple cartridges It is a replaceable system with the capacity to attach the rifle (A) in series. It can load cartridges, carry spare magazines, and quickly launch them when needed. This system can change the (A) firing capacity and operational efficiency of the rifle. It increases significantly. 20 The lever (1.1) action system is the main area of ​​innovation of the invention. It is the only one used in existing rifles. Unlike the lever (1.1) mechanism which requires a point and long movement, the invention uses a double point lever. A supported, short-travel lever movement plate (2.2) is applied. This plate (2.2) The structure is guided by two parallel points inside the upper body (2), and the lever (1.1) is forward-25 This allows it to perform its backward movement in a more balanced and less resistant manner. The mechanism is a special one that starts from behind the trigger group and is guided inside the upper body (2). It is integrated with a sliding (2.1) system. With this system, both mechanical friction is reduced. both reducing the number of cartridges and allowing the user to load the cartridge with a shorter hand movement, empty casing 30 This ensures that there is no time loss during rapid fire and extends the life of the mechanism. It is being extended. The lower receiver (1) to which the trigger, lever (1.1) system and magazine (5) are attached, the barrel (9) attached to it, hand stock (3) and upper body (2) to which the firing system is attached, and the one-piece buttstock (4) attached to it 35 It has a system that includes. By moving the lever (1.1) downwards, the lever plate (2.2) is connected. The slide (2.1) is coming back and passing behind the cartridge (5) in the magazine, lever (1.1) movement It is completed. Then the lever (1.1) moves in the direction of the closing motion. He takes the cartridge (5) from the magazine and carries it to the chamber. After the lever (1.1) is closed Then, thanks to two locking systems, the lever lock secures the lever and prevents firing. It prepares the weapon and fires by pressing the trigger. In addition, the invention utilizes a grip-type and downward-sloping stock (4) structure. This stock (4) differs from classic rifle stocks (4) in that it is both a grip and a shoulder grip. It is designed at a more ergonomic angle. The user's cheek and buttstock (4) Contact between the upper and lower lines provides a more stable line of sight during aiming. The same Over time, this structure allows the recoil energy to spread over a wider area in the shoulder. 10 By doing so, it reduces the physical burden on the user. The overall body (1, 2) design of the rifle (A) is based on a modular demountable part structure. It has been improved. The main parts such as the lever (1.1) group, vertical magazine (5), stock (4) and trigger system, It is assembled with special snap-on or screw-on fasteners. This allows the rifle (A) to be maintained, 15 It can be quickly disassembled and reassembled during operations such as cleaning or parts replacement. This can be done without the user needing any special tools. This invention enables both the ignition and cartridge feeding system, as well as Innovative solutions are offered in terms of user ergonomics and mechanical durability. The invention, application number TR 2024 / 007431, is "A trigger and stock incorporating a one-piece stock in a hunting rifle." The invention, published under the title "Innovation in Security Structure," describes a trigger system. They are used together. The lever (1.1) system described in this application is numbered 2024 / 007431. The trigger and safety mechanism are protected under the utility model application. It is designed to work. In the previous application in question, the one-piece stock on the shotgun was 25 A trigger system integrated into the lower body and used in conjunction with it has been described. This In the system, the force applied by the user to the rear trigger is transmitted via a trigger transfer mechanism. The charge is transmitted to the trigger via this mechanism, and when the trigger is activated, the hammer is released. The ignition process is carried out. The trigger system is a conventional rotary type safety. Instead of its mechanisms, it has a trigger safety that can move back and forth in the horizontal plane 30 It is equipped with this structure, making security operations more practical and without the risk of entanglement. This can be achieved. Designed to be integrated with the lower body and in a monolithic form. Thanks to the provided stock, the user enjoys an ergonomic grip and more balanced use. This structure ensures the smooth and efficient operation of the lever (1.1) system described in the application. It forms the basic trigger and security infrastructure that makes its operation possible. 35 11 The scope of protection in this application is defined in the claims section and is explicitly stated above. It cannot be limited to what has been described for illustrative purposes. A person skilled in the field must present the findings of the invention. the innovation introduced can be created by using similar structures and / or this It is clear that this structure can be applied to other areas with similar purposes using the same technique. Therefore, such structures foster innovation and, in particular, surpassing the known state of technology. 5 It is also obvious that it will lack this criterion.

Claims

12 REQUESTS 1. The invention refers to a vertically fed magazine firearm used for hunting, sport, and self-defense. It relates to lever-operated rifles (A), and its characteristic is; • The cartridge chamber, which is connected to the lower body (1), can be opened by the user by pulling and releasing it manually. 5 It helps to set it up, and with the help of its trigger system, it can reach a shorter working area. The system, which is supported at two points by the lever plate (2.2), is faster and lever that makes it easy to work (1.1), • The lever (1.1) is held in place by magnetic force when in the closed position, on the bottom embedded in the body (1) and / or near the lever plate (2.2), 10 at least one lever second lock magnet (1.4) to prevent unwanted sagging, • Lever (1.1) pivot point which prevents turning and opening during lever (1.1) assembly. at least one lever lock pin (1.5) placed on it • Lower body (1) which ensures proper mounting by aligning the lever lock pin (1.5) and / or placed inside the lever (1.1) so that the surface through which the lever lock pin (1.5) will pass is 15 by reducing the friction between the lever lock pin (1.5) and the lever (1.1) At least one lever lock bushing (1.6) which contributes to the stable operation of the rifle (A), • Transmitting the movement between the lever (1.1) and the upper body (2) inside the lower body (1) When the lever (1.1) is pushed, the mechanism is set back by linear motion, mounted on the slide (2.1). Pulling; closing when pulled, supporting the lever (1.1) from both sides, the lever's 20 (1.1) at least one lever plate that allows for easier and more linear movement (2.2), • Designed with a handle-type and angled shape, it offers the user both shooting performance and... the stock (4) which provides shooting control, It is characterized by its inclusion. 25 2. A vertical magazine-fed lever-operated rifle (A) conforming to Claim 1, whose characteristic is that the lever (1.1) is lower The lever (1.1) passes through the body (1) to fix it to the body. Secured to the nut (1.3) with high tightness to prevent turning or loosening. It is characterized by containing at least one lever screw (1.2) that is mounted with torque. 30 3. A vertical magazine-fed lever-operated rifle (A) conforming to claim 1 or claim 2, with the following features: lever By connecting the lever (1.1) to the lower body (1) together with the screw (1.2), it provides rigidity. placed inside the body (1) and tightened with the external lever screw (1.2), at least one lever that prevents the lever (1.1) from rotating axially on the body (1) when squeezed 35 It is characterized by containing nuts (1.3). 13 4. A vertical magazine-fed lever-operated rifle (A) conforming to Claim 1, its feature being; the lower part of the lever plate (2.2) Enabling smooth and controlled movement on the horizontal axis within the body (1), Preventing the lever plate (2.2) from oscillating during movement, friction to reduce and ensure the smooth back-and-forth movement of the lever (1.1) on the surface The most common slide (2.1) 5 is covered with a smooth, and in some cases low-friction material. It is characterized by its inclusion.

5. A vertical magazine lever-operated rifle (A) conforming to Claim 1, whose characteristic is that the lever plate (2.2) is lower fastening to the body, passing through the connection hole of the sheet metal (2.2) to the lower body (1) connected, at least one 10 that prevents the sheet metal (2.2) from moving and loosening during movement. It is characterized by containing a lever plate connecting screw (2.3).

6. A vertical magazine-fed lever-operated shotgun (A) conforming to claim 1 or claim 5, the characteristic of which is; sheet metal (2.2) placed on the opposite side and tightened together with the lever sheet metal connecting screw (2.3), at least one lever plate connecting screw 15 that resists loosening due to vibration It is characterized by containing the nut (2.4).

7. A vertical magazine lever-operated rifle (A) conforming to Claim 1, its feature being; the sheet metal (2.2) from its place mechanical, which prevents the lever plate (2.2) from coming out, and is fitted onto the shaft and / or pin part. Preventing the sheet metal (2.2) from moving under load and fixing its position at least 20 It is characterized by containing a small number of lever sheet metal connecting screw segments (2.5).

8. A lever-operated rifle (A) with a vertical magazine, conforming to Claim 1, whose characteristic is that maintenance, cleaning or Quickly during operations such as parts replacement without the need for special tools. 25 because it has a modular structure that can be disassembled and reassembled. It is characterized by...

9. A vertical magazine lever-operated rifle (A) conforming to Claim 1, whose characteristic is; lever (1.1) system. together to have a more comfortable, easier and shorter workspace. It is characterized by containing a trigger system that it operates under. 30