A gun mechanism that dissipates recoil with upward movement.

Abstract

The invention relates to a pistol mechanism (M) which includes at least one slide (1); at least one barrel (2) that performs recoil action together with the slide (1); at least one body (3) which includes at least one slide rail section (3a) that guides the said slide (1) and barrel (2); at least one grip (4) located on one side of the said body (3) where the user's hand rests; and at least one trigger guard (5) located on the side of the said grip (4) on one side of the body (3). With the said pistol mechanism (M), the slide (1) and / or barrel (2) move linearly and also upwardly during firing, and an air gap is created between the slide (1) and the body (3).

Description

1 TARIFF A gun that dissipates recoil with upward movement. MECHANISM Technical Area The present invention falls within the technical field of firearms, such as semi-automatic pistols. In handguns, the recoil force generated after firing is controlled and directed upwards. a 10 that is transformed into movement and distributed and the sliding movement is directed. It relates to the gun mechanism. State of the Art In conventional semi-automatic pistols, the recoil force generated after firing is 15. It is usually transmitted backward along the linear axis via the slide, and this force is significant. A portion of the projectile is transferred directly to the user's wrist and arm area. This situation, the shot during which time the gun suddenly changed direction upwards (rumbled). This causes the aiming line to be disrupted, and the user has to readjust after each shot. This requires target correction. This type of recoil transfer is particularly problematic in dense 20s. and prolonged use can cause pain and fatigue in the wrist, forearm and shoulder area of ​​the user. and over time can cause negative effects on the musculoskeletal system. Also, back Uncontrolled transmission of recoil negatively affects both rapid fire capability and accuracy. It has an effect in that direction. Additionally, it allows for the passive dissipation of heat generated during slide movement in conventional handguns. structures that provide support and allow for additional air circulation between the slide and the body. This is limited. This situation leads to rapid heating of metal parts during prolonged use and related consequences. This can lead to a decrease in performance. In conclusion, the drawbacks described above and the existing solutions address these problems. Due to its inadequacy in mitigating the problem, the recoil in the relevant technical field needs to be more controlled. a new gun mechanism that can be directed in this way and the thermal load can be reduced It needed to be improved. 35 2 Purpose of the Invention The primary purpose of this invention is to reduce the recoil force generated after firing in handguns. reducing the direct transmission of this recoil force to the user, by controlling it upwards. by converting and distributing the movement in 5 directions, thus reducing the load on the user's wrist and arm area. The goal is to develop a gun mechanism that minimizes the sudden load. Another aim of the invention is to eliminate the recoil caused by the developed gun mechanism. By reducing gun recoil, the aiming line after shooting is faster and more stable. to restore its rapid fire capability and accuracy by 10 to increase. Another aim of the invention is to create a passive cooling effect between the slide and the housing. It delays heating in metal parts and prevents performance loss during long-term use. The goal is to develop a gun mechanism that reduces fatigue. 15 Furthermore, the aim of the invention is to create a gun that operates safely and stably and has a long service life. The goal is to develop a mechanism. The structural and characteristic features and all the advantages of the invention are given in the figures below and these 20 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. It must be done by taking it. Figures to Help Understand the Invention 25 Figure 1 shows the developed gun mechanism with the slide moving upwards after firing. It is a side view representation of its erect state. Figure 2 shows a side view of the developed pistol mechanism. Figure 3; the developed pistol mechanism, which is the subject of the invention, has a slide of 30 degrees after firing. This is a side view of the car in its raised position. Explanation of Part References M. Pistol mechanism 35 3 1. Bolt 2nd Barrel 3. Body 3a. Sliding rail section 3b. Pinhole 5 4. Grip 5. Trigger guard 6. First pin 7. First connecting element 8. Connection slot 10 9. Second connecting element 10. Second pin 11th Spring 12. Pin guide 13. Limiting pin 15 Detailed Description of the Invention This detailed explanation describes the preferred mechanism of the pistol that is the subject of the invention. Their structures are explained solely for the purpose of better understanding the subject. 20 The purpose of the invention is to achieve the objectives described in this section; Examples of these pistols, such as semi-automatic pistols, are given in Figures 1-3. the recoil force generated after firing moves upwards in a controlled manner 25 It relates to a gun mechanism (M) that enables its conversion and distribution. The gun mechanism (M) has at least one slide (1), together with the slide (1) and the recoil action. making at least one barrel (2), guiding the aforementioned slide (1) and barrel (2) at least one body (3) containing a sliding rail section (3a), one of the aforementioned body (3) at least one grip (4) located on the side where the user places his hand and the aforementioned 30 at least one trigger located on the side of the handle (4) and on one side of the body (3) It includes the railing (5). The aforementioned gun mechanism (M) also allows the slide (1) and / or during firing. the barrel (2) is linear and also upward (in other words, the body (3) extends 35 4 (it should move perpendicular to the line of sight or at an angle to it) and during this process the slider To create an air gap between (1) and the fuselage (3); - located in the mentioned body (3) and / or handle (4) and preferably, via at least one pin hole (3b) on the aforementioned body (3) at least one first pin visible from the outside (6); 5 - the first pin mentioned (6) can be attached to the bolt (1) and / or barrel (2) individually or together. connecting, preferably connected to the slide (1) and above the slide (1) For directional movement, the first pin (6) must be able to rotate around its axis. a first connecting element (7); - one end of which is located on the side of the body (3) where the barrel (2) is positioned and from there 10 at least one link extending along the inside of the mentioned trigger guard (5) his nest (8); - fitted into the aforementioned connection socket (8) in a movable manner, with one end single to the slide (1) and / or barrel (2) by means of at least one second connecting element (9) or connected together, preferably connected to the slide (1) and the slide (1) upward 15 at least one second pin (10) that moves with the movement; and - The second pin mentioned (10) is placed on it and is located inside the connector socket (8), during the upward movement of the slide (1) and consequently the second pin (10) By compressing, it stores energy and releases this energy back to the starting position of the slide (1) at least one spring (11) 20 that returns in such a way as to make it rotate It includes this structure. Thanks to this structure, the recoil force generated after ignition... The direct transmission of this force to the user is reduced, and the upward movement of that force... The distribution is ensured, and the sliding movement is controlled and limited by a kinematic structure. This can be done inside and the air gap formed between the slide and the body Thanks to this, a passive cooling effect is achieved. 25 In an example application of the invention, the gun mechanism (M) mentioned is the firing mechanism. the resulting recoil force moves upwards in a controlled manner. It is structured in such a way as to enable the conversion and distribution of the shot. In this application, the shot... Upon its occurrence, the slide (1) and / or barrel (2) first move linearly 30° due to recoil. It starts to move in the direction of this linear movement, with the first pin (6) and the slider (1) and / or The first connection which provides a connection between the barrel (2), preferably connected to the slide (1). rotational movement of the first pin (6) around the axis via element (7) It is transformed. As a result of this rotational movement, the slide (1) is transformed from the slide rail section (3a) It performs an upward lifting motion in such a way that it moves away. The slide (1) 35 During its upward movement, the second pin (10) located inside the connection socket (8) slides (1) moves upwards together with the spring which is fitted onto the second pin (10) (11) it stores energy by compressing during this time. The upward movement of the slide (1) ends. With its release, the spring (11) returns the energy it has stored, causing the slide (1) to slide back into place. It ensures that the section (3a) is directed towards the starting position and returns to its starting position. 5 Thus the bolt (1) has both linear and upward control in each firing cycle. It works in a way that allows it to move. Thanks to the motion pattern described above, a significant portion of the recoil force is absorbed. Instead of being transmitted to the user only along the linear axis, it is converted into upward movement 10 The weight is distributed, thus reducing the sudden load on the user's wrist and arm area. Also, during the upward movement of the shoot (1), there is a temporary gap between the shoot (1) and the trunk (3). an air gap forms, and thanks to this air gap, direct contact with the metal parts is possible. A passive cooling effect is achieved by delaying the transfer of heat. In a preferred application of the invention, the aforementioned gun mechanism (M) is mentioned. to mechanically limit the upward movement of the shoot (1) to the trunk (3) at least one pin guide (12) located on it; on one side, with the aforementioned slide (1) The connected and mentioned pin guide (10) together with the slider (1) moves up and down. It includes at least one movable limiting pin (13). In this way, the slide (1) moves upwards 20 The directional movement is controlled by a mechanical restraint in addition to the spring force, Excessive lifting of the bolt (1) is prevented, and the working stability of the mechanism is increased. This reduces the risk of premature wear and damage to connected parts. Thanks to the present invention, the recoil generated after firing in the gun mechanism (M) is reduced by 25 The transmission of the recoil force directly to the user is minimized; It is distributed in a controlled manner by the upward movement of the slide (1) and / or the barrel (2). This reduces the sudden load on the user's wrist and arm area. Consequently... As a result, the amount of recoil of the bolt (1) is reduced during firing, the line of sight is faster and It can be reliably recovered and has a firing accuracy of 30 with its rapid-fire capability. is being increased. In addition, the sliding movement, first pin (6), first connecting element (7), connecting socket (8), second connecting element (9), second pin (10), spring (11), pin guide (12) and limiting pin (13) is performed within a controlled and limited kinematic structure. 35 6 This increases the operational stability of the mechanism and prevents excessive stress. and the part life is extended. During the upward movement of the slide (1) with the slide (1) The heat transferred to the metal parts thanks to the air gap formed between the body (3) A passive cooling effect is achieved by delaying the cooling process, in long-term use. Performance loss and thermal fatigue are reduced. 5

Claims

7 REQUESTS 1. The recoil force generated after firing in handguns must be controlled. by converting it into an upward movement and enabling its distribution, - at least one slider (1); 5 - at least one barrel (2) that performs a recoil action together with the bolt (1); - at least one slide guide to the mentioned slide (1) and barrel (2) at least one body (3) containing section (3a); - located on one side of the mentioned body (3) and holding the user's hand at least one handle (4) and 10 - located on the side of the mentioned handle (4), on one side of the body (3) at least one trigger guard (5) a gun mechanism (M) which includes; the feature is that the slide (1) during firing and / or the barrel (2) moving linearly and also upwards and this to ensure that an air gap is created between the slide (1) and the body (3) during this time 15 in order to; - at least one located in the mentioned body (3) and / or handle (4) first pin (6); - the first pin mentioned (6) can be attached to the bolt (1) and / or barrel (2) individually or providing the connection together and the first 20 for the upward movement of the slide (1) at least one primary link capable of rotating around the axis of the pin (6) element (7); - one end of which is located on the side of the body (3) where the barrel (2) is positioned and at least the inner part of the trigger guard (5) mentioned here a connection socket (8); 25 - a movable fitting that is inserted into the aforementioned connection socket (8) by means of at least one second connecting element (9) to the bolt (1) and / or attached individually or together to the barrel (2) and upwardly to the slide (1) at least one second pin (10) that moves with the movement; and - The second pin mentioned (10) is placed on it and is located in the connection socket (8) 30 the area, the upward movement of the bolt (1) and consequently the second pin (10) During this time, it stores energy by being compressed and releases this energy to the exile (1) again. at least one spring that returns to its starting position (11) It includes. 35 8 2. A gun mechanism (M) conforming to claim 1, the characteristic of which is; the aforementioned slide (1) placed on the body (3) to mechanically limit its upward movement The area has at least one pin guide (12); connected by one side to the aforementioned slider (1). The pin guide (10) mentioned above, together with the slider (1), moves up and down 5 It contains at least one movable limiting pin (13).

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