A triggering mechanism.

Abstract

The invention relates to a trigger mechanism with a trigger safety and a mechanical release mechanism for triggering, which can be used in different types of applications depending on the design requirement.

Description

1 TARIFF A TRIGGER MECHANISM The technical field to which the invention relates: The invention features a trigger-safe system that can be used in different types of applications depending on the design requirements. 5 with a trigger mechanism that includes a mechanical release mechanism for triggering It is related. State of the art: Some firearms have a safety catch or mechanism that activates before the trigger is fully pulled. A mechanical block is required. Mechanical release is especially important for heavy loads. or used in precision moving systems. Typically spring or cam-driven. 10 Designed to be integrated with the section, the mechanical release allows the load to be released in a controlled manner. It ensures its release. Additionally, the temperature range includes the trigger safety interval. Measurements are combined with electro-mechanical solutions to enable automatic or semi-automatic operation. It is also observed that these systems are being made applicable in various applications. Such systems offer high sensitivity. and to enhance security, electronic sensors such as magnetic or piezoelectric sensors 15 It can be supported by products. The trigger is safe, regarding existing technologies. Systematic abandonment continues to evolve with a focus on safety and control. especially in the weapons systems, industrial machinery and aerospace sectors. It has applications. In the current state of the art, there are various proposals for triggering mechanisms and 20 Although applications have been developed, these improvements are insufficient. For this purpose... Some of the applications related to the developed inventions are given below. The document numbered “DE202004007694U1”, from 2004, is in the known state of the art. A utility model document from Germany describes an extension used for locking purposes. 25 on the outer square of the handle and the element for securing tool tips. The text refers to a ball lock that is used. The ball lock involves a square ball in a spring-loaded ball. designed so that it will partially protrude from at least one of its constituent surfaces The document describes the locking system, which consists of a spring-pin and a locking ball. In addition to its mechanism, it also requires the application of a direct pressing or pushing force. 2 It is mentioned that it requires this. Also, when the trigger elements are pushed or When pulled, the ball moves towards the inside of the square against the force of the spring preload. is being suppressed. The movements that occur within the locking mechanism are the ball and Changing the position of the locking pin triggers the system. The Chinese 5, numbered “CN205854532U”, from 2016, is in the known state of the art. In the utility model document originating from, unmanned aerial vehicle launch systems A new catapult release device focusing on safety and efficiency issues. It is mentioned that it was developed by operating a brake cable core, mechanically. to open and release a catapult and the recoil forces of the operators It is mentioned that this eliminates the risk of being caught. In addition, 10 Because the catapult release device operates by using the movement of the brake cable. This movement is related to the locking hook and involves opening and / or locking. This is achieved by the interaction of its parts through a controlled rotational movement. The mechanism operates through the friction between the opening / locking parts. By changing the connection, the locking hook can be rotated in a second direction 15 It is mentioned that this occurs. This rotational movement is caused by the spring in the locking hook. This happens thanks to the tension mechanism, loosening the hook's grip. It is mentioned that this enabled the release of the catapult. In addition, a pair because it has an interlocking opening / locking part and supports the catapult. It is mentioned that it is connected to the structure. The brake cable, opening / locking 20 It is explained that the brake cable is directly connected to one of its parts. The mechanism moves in a specific direction upon triggering, opening / locking. The geometric fit of the parts activates the locking hook. It is mentioned that it passed through. The movement in the first direction causes the locking hook to move in a second direction. It is adjusted to release the catapult by rotating it (in the direction of oscillation), and this 25 The rotation in the second direction, the design of the opening / locking parts and the locking hook It is explained that this is achieved through a spring tensioning mechanism. The known state of the technique involves triggering mechanisms. However, the technique... The triggering mechanisms in its known state have a double safety system, Remote control capability for security reasons, standard ready-made machine 30 Its composition of elements, as well as its simplicity of design, are insufficient. 3 In conclusion, due to the negative aspects described above and the current solutions, the subject matter... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been made. Purpose of the invention: 5 The main purpose of the invention is to enable different types of applications and different design needs. Its ability to be used as a trigger in launch / release systems offers an alternative. It offers design solutions. Another purpose of the invention is that it has a double safety system, trigger release. Thanks to its mechanism and the ability to remotely control the safety pin, there are 10 possible... The goal is to prevent accidents and ensure a high level of safety. Another advantage of the invention is that it consists of standard ready-made machine elements and is simple. Its design makes it easily available. Another objective of the invention is to develop it using basic machine elements. The goal is to shorten production time and reduce costs. 15 The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with reference to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. This should be done taking that into consideration. Description of the figures: 20 FIGURE -1; Showing the isometric view of the triggering mechanism of the invention. It is a drawing. FIGURE 2; Isometric view of the detailed aspect of the triggering mechanism of the invention. It is a drawing that gives the image. FIGURE -3; Safety pin, ring and 25 included in the triggering mechanism of the invention. This is a drawing showing the isometric view of a safety pin wire. 4 FIGURE 4; Lever with circular notch located in the triggering mechanism of the invention. It is a drawing that provides an isometric view of the detail scene. FIGURE 5; Fixing pin connection part of the triggering mechanism subject to the invention. It is a drawing that gives an isometric view. FIGURE -6; Isometric handle and lever part of the triggering mechanism subject to the invention 5 It is a drawing that gives the image. FIGURE 7; Image of the safety pin part of the triggering mechanism subject to the invention. It is a drawing that gives. FIGURE 8; Isometric pin-hook part of the triggering mechanism subject to the invention. It is a drawing that gives the image. 10 Explanation of the references in the figures: 1. Mechanical release mechanism 2. Manet 3. Safety pin 4. Safety pin wire 15 5. Handlebar 6. Grip cable 7. Trigger bracket connector 8. First bracket 9. Second bracket 20 10. Trigger bracket 11. Trigger hook lever 12. Handlebar cable end 13. Handlebar cable fixing bolts 14. Handlebar grip protection rubber 25 15. Handle wire bending 16. Trigger bracket hook 17. Trigger mechanism ground connection 18. Safety pin ring Button 19, 30 20. Marble Hole 21 22. Third bracket 23. Fourth bracket Description of the invention: 5 The invention features a trigger-safe system that can be used in different types of applications depending on the design requirements. with a trigger mechanism that includes a mechanical release mechanism for triggering It is related. The trigger-safe mechanical release mechanism (1) is stretched by a rubber-like tension a catapult, harpoon, launcher that is set up and ready to be launched / released 10 and in sudden and slow release systems in different mechanisms, motion acts as a trigger. These areas can be used and expanded as needed. Mechanical release mechanism (1), using basic machine elements Because it has been improved, production time is short and cost is low. Trigger release mechanism and Since the safety pin (3) can be controlled remotely, possible accidents can be prevented. It is passed through. Therefore, it has a double safety system. Without the safety pin (3) The system does not work without giving commands with the even handgrip (5). All risks are taken into consideration. When purchased, a remotely controlled pin safety system is also used. Mechanical release mechanism (1); safety pin (3), safety pin wire (4), handle (5), It consists of the handle wire (6) and the trigger mechanism components. 20 In the handle wire system and trigger mechanism, the lever (2) of the handle (5) part By tightening, the handle wire (6) is stretched and the mechanical release mechanism (1) moves This is being done. All these processes are prepared while the trigger system is being set up beforehand. The safety pin (3) is in place. Before the trigger mechanism is moved The safety pin (3) is removed. Otherwise, the trigger mechanism safety precautions 25 It does not operate within this framework. The trigger is a safe mechanical release. The mechanism (1) can be remotely controlled by the handle (5) and safety pin (3) Accidents are prevented. Systems like mechanical launchers and rubber-like devices Since the ropes are used by being tensioned, they are remotely controlled to prevent possible accidents. Security control is provided through the system. 30 6 The first bracket (8) and the second bracket (9), shown in Figure-1, are on independent substrates. It is connected. During movement, the mechanical release attached to the second bracket (9) mechanism (1) remains fixed, first bracket (8) and the system connected to the first bracket (8), It performs its forward movement. The first bracket (8) is independent on a line. It is in a linear motion state. The first bracket (8) and the 5 attached to the first bracket (8) The systems are stretched using flexible, rubber-like equipment to the trigger bracket hook. (16) is attached and made ready for action. Triggering with lever (2). It is taking place. The handlebar wire (6) and safety pin wire (4) connected to the lever (2) will be used. different They are selected in lengths. 10 Safety pin (3); button (19) behind it, one spring-loaded one on the right and one on the left in front. It consists of balls (20). When the button (19) is pressed, the balls (20) release the safety pin (3) It enters and the balls (20) can pass through the safety pin hole (21). Safety After the safety pin (3) is inserted into its housing, the balls (20) come out of the safety pin (3). It does not come out of the hole (21) with spring pressure. The safety pin (3) must be removed. 15 When desired, the ball bearings (20) are inserted into the safety pin (3) housing by pressing the button (19). The safety pin (3) is inserted with the safety pin ring (18). It is connected to the wire (4). The safety pin (3) is connected to the pin wire (4) from a point far from the system. It can be removed by pulling it out by hand. A rope attached to the safety pin (3). By remotely pulling the cable, the system is safely made ready for operation. 20 is provided. In order to avoid causing any accident, the safety pin (3) should be pulled. A safety pin wire (4) is used. The safety pin (3) is secured by means of the handle (5). It is triggered from a distance. The safety pin (3) shown in Figure-7 has a spring at its end. It is the shaft in which the balls (20) are located. When the safety pin (3) is inserted into the hole, this spring 25 The balls (20) are protruding. Thus, safety is ensured by preventing them from coming out of the hole. is provided. The trigger mechanism is located on the ground connection (17), safety pin (3), by the operator pulling the safety pin wire (4) from a remote and safe point The system is being made ready for operation. The safety system is especially suitable for products such as tires. 30 In order to prevent possible accidents in systems that are installed by tensioning It is used. The system does not work without pulling the safety pin (3). First of all 7 While the system is being set up, the safety pin (3) must be pulled and the lever (2) on the handle (5) must be engaged. It is getting stuck. In order for the system to be used again, the system must be set up and the safety pin (3) It is being filmed. Trigger hook lever (11) with circular notch as seen in Figure-5, shaft (hook pin) 5 while positioned concentrically with the trigger bracket (10) The mechanism is not moving. Trigger bracket, (10), trigger bracket connection It is connected with part (7). After the system is set up, the trigger hook lever (11) is turned up The initial movement is given by moving the device. The trigger hook lever (11) of the mechanical release mechanism (1) moves up and down. With its circular movement, the trigger bracket hook (16) of the trigger bracket (10) 10 It is positioned on it. The trigger hook is activated by means of the grip lever (2) and grip wire (6). The lever (11) trigger mechanism has a circular notch, the trigger mechanism is second triggering by moving around the point where it is attached to the bracket (9) It is released from its bracket (10) and the movement takes place. The rotational movement, second The handlebar cable end (12) located on the top of the bracket (9), the handlebar cable bolts (13) and the handlebar (5) 15 with the handle wire twist (15) parts which transmit the pulling movement to the handle wire bolts (13). It is happening. The grip wire protection rubber (14) is applied via the grip (5) and the lever (2). during the pulling action, the handle wire (6) and the handle wire twist (15) part are connected The bracket pulls the part containing the trigger hook lever (11) toward itself and this 20 The movement ensures the release of the trigger hook lever (11). The handlebar (5) mechanism provides movement control of the system. Handlebar (5) When the lever (2) in the mechanism is tightened, the handle wire (6) is tightened and the trigger mechanism is activated. It is made to move. Pulling the lever (2) by the user, the third bracket (22) moves to the fourth bracket 25 (23) is moving in such a way that it approaches. In this way, the hook arm (11) is free It remains. The safety pin (3) is mounted on the fourth bracket (23). If the safety pin (3) is not released, the third bracket (23) is on the fourth bracket. The third bracket (22) is positioned to prevent movement of the bracket (22). The second bracket (9) is mounted in a rotatable manner. Grip wire protection rubber 30 8 (14) will be positioned between the third bracket (22) and the fourth bracket (23). It lies there. 10 20 30

Claims

9 REQUESTS 1. The trigger is a mechanical release mechanism with safety (1), the feature of which is; the handle (5) tightening the handle wire (6) which is located under the handle (5) part at least one lever that provides and moves the mechanical release system (1) (2); the triggering mechanism is located on the ground connection (17), operator 5 mechanical release by being pulled from a distance with a rope attached to it. at least one safety pin (3) that makes the mechanism (1) ready for use; The lever (2) which controls the movement of the mechanical release mechanism (1) located in such a way as to come into contact with the mechanical action of squeezing the lever (2). remotely actuating the release mechanism (1) and triggering 10 After triggering with the movement, it will approach the second bracket (9) first bracket (8) that is moved; independent floors with first bracket (8) attachable, fixed to the ground, remains stationary during trigger action, second bracket (9) on which the rotational movement is performed; circular notch the owner, the trigger mechanism around the point where it is attached to the second bracket (9) 15 It is moved in such a way that it rotates, thus enabling mechanical release. trigger hook lever which provides the first movement of the mechanism (1) (11); trigger hook connected to the ground with trigger bracket connector (7). mechanical release when the arm (11) is in contact with the position. trigger bracket (10) which prevents the mechanism (1) from moving; 20 around the point where the trigger hook arm (11) is attached to the second bracket (9) by rotating it, it can be attached to the trigger bracket (10). the trigger bracket (10) is positioned on the trigger bracket as it moves It contains a hook (16).

2. The mechanical release mechanism (1) conforming to claim 1, its feature is; 25 on the back. The button (19) consists of a spring-loaded ball (20) on the right and left in front of it. with the ball bearings (20) entering the housing when the button (19) is pressed the balls (20) pass through the safety pin hole (21) and the hole (21) with spring pressure If it cannot be removed from inside, the button (19) is pressed. Safety pin (3) 30 which allows the balls (20) to enter the housing. It includes.

3. The mechanical release mechanism (1) in accordance with claim 1, and its feature is; safety pin (3) even if no trigger command is given, mechanical release ensuring that the mechanism (1) is not triggered from a predetermined distance It includes a handle (5).

4. The mechanical release mechanism (1) conforming to claim 1, its feature is; triggering 5 the safety pin (3) manually by the user from a remote point to the system The pin which is attached to the safety pin ring (18) that allows it to be pulled out. It contains wire (4).

5. The mechanical release mechanism (1) in accordance with claim 1, its feature is; third bracket (22) and the fourth bracket (23) are located between the handle (5) and 10 During the pulling action applied through the lever (2), the grip wire (6) and the grip the bracket to which the wire bending (15) part is attached and the trigger hook arm (11) The trigger hook is activated by the movement of the part being pulled towards itself. grip wire protection rubber that allows the arm (11) to be released (14) includes. 15 6. The mechanical release mechanism (1) conforming to claim 1, its feature is; on the upper part The pull action of the handlebar cable end (12), handlebar cable bolts (13) and handlebar (5) The turning of the handle wire twist (15) parts transmitting to the handle wire bolts (13). It includes the second bracket (9) on which the movement is performed.

7. The mechanical release mechanism (1) conforming to claim 1, and its feature is; the handle lever 20 (2) and triggered by means of the handle wire (6) It includes a trigger hook lever (11) that is released from its bracket (10).

8. The mechanical release mechanism (1) in accordance with claim 1, its feature is; second bracket (9) mounted on the lever (2) which can be rotated by the user by pulling it, it moves towards the fourth bracket (23) and this 25 This is because it includes a third bracket (22) through which the hook arm (11) is freed.

9. The mechanical release mechanism (1) in accordance with claim 1, and its feature is; safety pin (3) on which the safety pin (3) is not released the fourth bracket is positioned in such a way as to prevent the movement of the third bracket (22) It includes a bracket (23). 30

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