REVOLVER SHOTGUN ROTARY AND LOCKING SYSTEM

Abstract

The invention comprises improvements in the field of firearms technology, particularly concerning the mechanisms of the cartridge chamber (3) of revolver-type shotguns (A). More specifically, the invention comprises a rotating system (2) that enables the cylindrical cartridge chamber (3) to rotate more safely and efficiently, and a pre-locking system (1) that enables it to withstand high pressure. (Figure-2)

Description

1 TARIFF REVOLVER SHOTGUN ROTARY AND LOCKING SYSTEM TECHNICAL AREA 5 The invention is in the field of firearms technology, specifically in the cartridge chamber of revolver-type shotguns. It includes improvements to its related mechanisms. More specifically, the invention is cylindrical. with a rotating system that allows the cartridge magazine to rotate more safely and efficiently It includes a front locking mechanism that allows it to withstand high pressure. 10 The invention is being developed to address the shortcomings of existing revolver systems, By ensuring the cartridge chamber is locked and rotates in a centered manner, it provides shooting safety and It offers an innovation aimed at improving performance. STATE OF THE ART The cartridge magazine systems used in revolver-type shotguns generally have a cylindrical structure. possessing mechanisms that cause the chamber to rotate when the trigger is pulled It includes. In current systems, the components that enable the cartridge chamber to rotate are connected to the trigger, 20 It operates with a gear or cam mechanism. However, most of these systems use a single It has a locking mechanism and is sufficient, especially when using high-pressure cartridges. It is unable to provide security. One of the biggest shortcomings found in current revolver systems is the front 25 of the cartridge chamber. The problem is the absence of an additional locking system in this section. This means that the cartridge chamber can only be accessed in this way. This leads to it being secured with a rear lock and reduces the risk of the chamber opening in high-pressure cartridges. This increases wear and tear over time. Additionally, because the locking point of the reservoir is limited, it is prone to wear and tear. This can occur and the effectiveness of the secure locking mechanism may be reduced. In addition, the magazine rotation mechanism used in traditional revolver systems Because the mechanisms have flat or angle-free surfaces, the rotation axis of the reservoir is precisely aligned. It cannot be centered properly, and this causes the rotational movement to be irregular. This occurs especially when using high-pressure cartridges, due to the rotational movement of the magazine. Small deviations may occur during the process, which negatively affects accuracy during firing. 35 It can have an impact. 2 In current systems, the cartridge chamber is only locked from the rear, so high pressure The safety risk increases with these cartridges. An additional locking system is required at the front of the cartridge chamber. Because it is not present, there is a risk of the cartridge chamber opening under high pressure. Current rotating mechanisms, instead of rotating the cartridge chamber precisely in the center, rotate it in a smaller direction. This can cause axis misalignments. This negatively affects shooting accuracy. 5 Single-point locking mechanisms are subject to wear and tear over time and require long-term use. This reduces the possibility of a safe shot in the long run. Traditional spinning systems are not smooth enough. Because it cannot provide a rotational movement, it requires applying more force to the thrower. It causes problems and reduces ease of use. According to the known state of the art, “Revolver-type rifles” with application number TR 2019 / 11711 The patent application titled "Innovation in the cartridge extraction mechanism used in hunting" states that "The invention is used in hunting..." the cannon (2) in the rifle mechanism (A) of the revolver type (bullet) rifles used It is related to the cartridge extraction element (4) connected to the center, and its feature is that it is made with the rifle. During the firing process, the end of the rotating element (5) which takes movement from the trigger (6) is 15 passing the cartridge extraction element (4) and the cannon (2) to which the cartridge extraction element (4) is connected. By performing the rotation operation at the same time, the cartridge chamber (2.1) and the firing pin (7) are rotated at the same time. ensuring that the cartridge is aligned with each cartridge chamber (2.1). It is related to the rotation gaps (4.1) created as an indentation on the subtraction element (4)” It is summarized as follows: 20 Given these shortcomings, a more secure, robust and precise locking system is needed. A new mechanism with a rotating system is needed. Specifically, a double locking mechanism. A structure with a mechanism and a centralizing rotation system ensures firing safety and usability. It will provide significant advantages in terms of ease of use. 25 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. THE PURPOSE OF THE INVENTION 30 The present invention meets the aforementioned requirements while eliminating all disadvantages. with a revolver shotgun rotating and locking system that lifts and brings some additional advantages. It is related. 35 The invention aims to improve the safety and operational efficiency of the cartridge chamber in revolver-type shotguns. The aim is to increase [rear locking mechanism]. Current systems only have a rear locking mechanism. 3 Due to its use, there is a risk of the chamber opening in high-pressure cartridges. Furthermore, the rotating mechanisms used ensure the cartridge chamber is precisely centered. The fact that it doesn't rotate negatively affects shooting accuracy and ease of use. This To address these shortcomings, a double locking mechanism and an improved rotation system were implemented. A new design incorporating these elements is to be developed. 5 With the addition of a front locking mechanism, the cartridge chamber can be opened simultaneously from the front and rear. by securing it in place, preventing the chamber from opening under high pressure. This is desired. This will both increase the shooter's safety and improve the locking mechanism. This will ensure a longer lifespan. 10 Using a new rotating mechanism with an oval shape, the cartridge chamber can be loaded more easily. and the aim is to ensure that it rotates in a centered manner. Thanks to this system, the reservoir making the rotational motion smoother and requiring the shooter to apply less force The aim is to enable the mechanism to rotate. This will increase user comfort and make it even more convenient. The aim is to provide a fast and effective shooting experience. Engaging the double locking mechanism reduces recoil during firing. The aim is to distribute the force evenly across the locking mechanism. Thus, The aim is to reduce wear and deformation that may occur in the system. 20 To prevent axis misalignment in current revolver systems, rotation the mechanism is designed to grip the container better and rotate it in a centered manner. This is required. In this way, the same accuracy will be maintained with every shot and aiming accuracy will be ensured. will be increased. To better distribute the pressure at the magazine's locking point, The aim is to make the locking points more robust. This will allow for high 25... This will ensure that parts exposed to pressure can operate safely for a longer period of time. The invention provides a safer, more durable, and more user-friendly cartridge for revolver-type shotguns. The aim is to improve the reservoir mechanism. Thanks to the improvements made, both extending the life of the weapon and maximizing the safety and comfort of the shooter. The aim is to remove it. 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. It will be understood and therefore the evaluation should also take these forms and detailed explanation into consideration. 35 It must be done by taking it. 4 BRIEF DESCRIPTION OF THE FIGURES The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For understanding, it should be evaluated together with the figures explained below. It is required. 5 Figure 1 shows the general view of the revolver shotgun that is the subject of this invention. Figure 2; General view of the revolver shotgun that is the subject of the invention and the internal mechanism of the front locking system. It is the appearance of the part. Figure – 3; The rotating system of the cartridge magazine in the revolver shotguns that are the subject of the invention is 10 It is the appearance. Figure 4; Detailed illustration of the rotating system in the revolver shotguns that are the subject of this invention. It is the appearance. Figure 5; Detailed illustration of the front locking system in the revolver shotguns that are the subject of this invention. It is the appearance. 15 REFERENCE NUMBERS A. Revolver shotgun 1. Front locking system 1.1. Front locking housing 20 1.2. Movable piston 1.3. Return spring 2. Rotating system 2.1. Rotating pin 2.2. Rotating end section 25 3. Cartridge chamber 4. Trigger 5. Body 6. Nails 6.1. Nail hole 30 The drawings do not necessarily need to be scaled and are necessary for understanding 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. 35 DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention is the revolver shotgun (A) rotary (2) and locking system (1) preferred structures, solely for the purpose of better understanding the subject and It is explained in a way that will not create any limiting effects. 5 Figure 1 shows the general view of the revolver shotgun (A) which is the subject of the invention. This The high pressure generated during firing is located in the front part of the cartridge chamber (3) in the appearance. a second is used to secure the cartridge magazine (3) against pressure and prevent it from opening The front locking system (1) with a locking mechanism, the oval shaped cartridge magazine (3) is easier and 10 This causes the gun to rotate in a centered manner when the shooter pulls the trigger or the hammer is cocked. The rotating system (2) that rotates the magazine (3) and brings the next cartridge to the firing line, the cylindrical structure located in the center of the revolver shotgun (A) and where the cartridges are placed Working together with the rotating system (2), after each shot the next cartridge is fired into the firing line. the cartridge chamber (3) which enables the firing, controlled by the shooter's finger 15 The trigger (4), which activates the mechanism, is the main carrier component of the revolver rifle (A) and The body (5) elements on which all mechanical components are mounted are included. Figure 2 shows the general view of the revolver shotgun (A) which is the subject of the invention and the front locking system. (1) shows the view of the interior. This view shows the interior of the front locking system (1) 20 The form of the revolver shotgun (A) is presented. The invention is based on revolver type shotguns (A) In order to increase the safety of the cartridge magazine (3) used and to improve the rotational movement a structure including a developed double locking mechanism and centralizing rotation system (2) The invention includes, in particular, the pre-locking system (1) and the cartridge magazine rotator. It focuses on two basic components: the mechanism (2). 25 In Figure 3, the rotating mechanism of the cartridge chamber (3) of the revolver shotguns that are the subject of the invention (A) is shown. The appearance of the system (2) is shown in Figure 4, the rotary (A) in the revolver shotguns which are the subject of the invention. The detailed view of the system (2) is included. Cartridge magazine (3) rotating mechanism (2), It is oval in shape and allows the reservoir (3) to rotate more easily and centrally. 30 Unlike the flat-surface turning mechanisms used in existing systems, this new structure By ensuring the chamber rotates smoothly and precisely on its axis, it improves shooting accuracy. It increases. Rotary pin for connecting the part (2) with the trigger in the rotary system. (2.1), rotary end part so that it can be placed into the nail holes (6.1) on the nail (6). (2.2) elements are included. 35 6 Figure 5 shows the detailed (1) front locking system (A) in the revolver shotguns that are the subject of the invention. The appearance is shown. The front locking system (1) keeps the cartridge chamber (3) high during firing. It is developed to ensure that it can withstand pressure. This structure is the front of the reservoir (3). located in that part, forming the main structure of the locking mechanism. Front locking housing (1.1) with cylindrical form containing moving parts, gas pressure 5 or a movable mechanism that controls the locking and unlocking operations, operated by manual arming. The piston (1.2) helps to return the moving parts of the system to their original position. The mechanism is compressed after firing and then released to return to its proper position. It is a front locking system (1) which includes a return spring (1.3) that completes the locking mechanism. The main structure of the invention is a revolver-type cartridge chamber (3) and a mechanism that locks and rotates this chamber (3). It consists of mechanisms. The front locking system (1) is added to the front of the cartridge chamber. It is a locking mechanism. In current systems, the locking mechanism is only found on the rear side. In addition to its mechanism, this new locking system also allows it to be secured from the front of the container. By providing this, it increases security. 15 The invention's operating principle is based on a double locking mechanism and a centralizing rotation system. It is based on providing a safer and more precise shooting experience. The working process... This can be explained with the following steps: • The chamber is opened and the cartridges are placed in the cartridge magazine (3). • When the cartridge magazine (3) is closed, the front locking system (1) and the rear locking system It intervenes and firmly secures the chamber (3). Thus, during firing, the cartridge The container (3) is prevented from moving or opening. • When the hammer is pulled, the turning mechanism (2) engages and the cartridge chamber is filled with 25 (3) It rotates to bring a new cartridge to the firing line. • When the trigger (4) is pulled, the cartridge is fired and high pressure is created. At this time The pre-locking system (1) prevents the cartridge magazine (3) from opening and the pressure It ensures that it is guided safely. • The rotating mechanism (2), thanks to its oval shape, makes the cartridge magazine (3) more stable and 30 It rotates in a centered manner, preparing for the next shot. The biggest advantage of this system is that the hopper (3) can be locked from both the front and the back. thanks to this, it remains stable during ignition and the rotational movement is more precise. The goal is to ensure that it happens. In addition, the rotation of the chamber (3) center increases the shooting accuracy by 35 By increasing it, it improves the accuracy of the engagement. 7 By preventing the opening of the cartridge chamber (3) with the front locking mechanism (1), high pressure Safe handling of cartridges is ensured. Oval-shaped rotating mechanism (2), by making the chamber (3) rotate more smoothly and centered, the shooter needs less force It allows for more efficient and precise shooting. Dual locking system. Thanks to this, the load on the locking points is distributed more evenly, and the mechanism's longevity is enhanced. It is designed to have a long lifespan. Compared to existing revolver systems, it is more durable and... By having a secure structure, the risk of wear and deformation is reduced. The invention provides a safer, more durable and more precise cartridge chamber for revolver-type shotguns (A). (3) mechanism is being developed. This innovative design both increases shooting safety and 10 It also improves user experience. 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 these 15 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, surpass the known state of technology. It is also obvious that it will lack this criterion.

Claims

8 REQUESTS 1. The invention is a main carrier component used in the field of firearms technology. and the body (5) on which all the mechanical parts are mounted, which the shooter controls with his finger The trigger (4) which activates the firing mechanism, activates the next cartridge after each shot. revolver hunting which has a cartridge magazine (3) that allows the cartridge to come to the firing line It relates to rifles (A) and its feature is; • Locking mechanism located on the front of the cartridge magazine (3) 10 parts that move within it, forming the main structure of the mechanism The front locking housing (1.1), which has a cylindrical form, is located in the gas pressure or Manually operated locking and unlocking mechanisms The movable piston (1.2) returns the moving parts of the system to their original position. to return the mechanism to its place after the shot that helps to rotate the return spring (1.3) 15 which is compressed and then released to complete the movement containing a cartridge chamber against the high pressure generated during firing. (3) a second locking system used to secure and prevent opening front locking system (1), • Rotating pin (2.1), tab (6) for connection with trigger (4) The rotating end part 20 can be inserted into the nail holes (6.1) on it. (2.2) with its oval shape, the cartridge chamber (3) is more comfortable and centered. Rotating system that enables it to rotate in this way (2), It is characterized by its inclusion.

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