A door release mechanism
Patent Information
- Application Number
- TR202417551
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- Filing Date
- 2024-12-03
- Publication Date
- 2026-06-22
Smart Images
Figure 00000016_0000 
Figure 00000016_0001 
Figure 00000017_0000
Abstract
Description
1 TARIFF A DOOR RELEASE MECHANISM This invention allows the door to be released for exiting the aircraft in an emergency. It is related to a mechanism. Door release systems are used in emergency situations such as helicopter accidents and crashes. It is used to enable the pilot to exit the helicopter in certain situations. Door release mechanisms are designed so that in the event of an emergency, the system can handle any situation. Measures should be taken to prevent the door from being unable to open due to malfunctions in the limb. Free The door must be able to be opened by applying human force. After the system is operational... An opening large enough for a person to pass through should be created. In case of emergency, the window transparency should be 10. By removing it, the pilot can exit the aircraft. However, the opening created by this method... Because it would be small, it would not be safe for the pilot to pass through. The pilot door is attached to the fuselage. An explosive device is placed inside the pin, and when it is detonated, the door separates from the body. They can be separated. This method presents production challenges for systems containing explosives, and Damaged fasteners and structural parts cannot be reused. 15 United States Regulation US3851845A, which is included in the known state of the art. The patent document from the origin describes an opening containing a quick-release mechanism. It refers to a closing device. It is designed to cause the door to be launched in an emergency. The text refers to an aircraft door. The device is a multi-functional device operated with a single lever from inside the aircraft. It includes a number of detachable hinges. The hinges also allow for normal door closing. 20 It includes tools for the simultaneous release of the mechanism. Thus, the door is fully released by operating a single lever. The door is a sliding window and ensures the door closes during normal operation. It includes inner and outer handles that are functionally attached to the push-pull bars. The hinges are connected to an operating handle mounted on rods that can rotate. It has a square end to be positioned within the levers. Each bracket is positioned within the door's cabinet structure. It includes a hinge pin that allows it to be mounted on the door. The hinge pin attaches to the door. mounted so that it can be returned to the cabin structure adjacent to the opening that will be closed by It is placed inside a hinged casing. 2 United States Code US4102011A, which is included in the known state of the art. The patent document describes a device that allows door hinges to be separated from the door. The mechanism is being discussed. The connection is based on the manual operation of the lever. Pulling both pins back simultaneously releases the door. Emergency In certain situations, a 5 allows the door to be released from its hinges in order to open it. The mechanism is located within the hinge. By using a lever, the pins on the hinge are removed. The door is left open. Thanks to a door release mechanism developed with this invention, the door hinge... a mechanism that releases the clamp so that it can be separated from the body. is provided. 10 Another aim of the invention is to provide a reusable binding aid without damaging the fuselage. The purpose is to allow the hinge to release. Another aim of the invention is a mechanism that can be easily operated with the help of a single lever. The purpose is to allow the hinge to separate from the door. The initial claim and the claims dependent on that claim, which are made to achieve the purpose of the invention, are 15. a defined door release mechanism, fixed-wing aircraft or helicopter. or includes a fuselage that serves as a cabin, located on a rotary-wing aircraft. Removable parts located on the fuselage, for entry and exit from the aircraft. There is at least one door provided. The door is removable from the body. 20 It includes at least one hinge that enables it to do this. The door hinges to the frame. at least one that enables its assembly, that allows the hinge to be mounted onto the body. The binding is located. On and / or inside the fuselage, there is a pilot or passenger. There is at least one handle accessible to the user. This is where the door connects to the frame. The door body 25 is connected by a connector to enable the opening and closing function to be performed. It includes a first position (I) on which it is placed. The arm is turned by the user. at least one that transmits the rotational movement to the connector, located between the connector and the arm. A rod is located there. By rotating the handle, the rod separates from the connector body. a second position (II) which allows the door to be in a free position It includes. In case of emergency, the connector can move freely and detach from the body. 30 In order to enable it, the arm is turned in the first position (I) and brought to the second position (II) It includes an arm. The rod of the arm is brought from the first position (I) to the second position (II). 3 triggering a release mechanism that detaches the connector from the hinge so that it becomes free in the second position (II). It contains a trigger. The invention is a door release mechanism, the body of the hinge in the first position (I). the positioning of the fastener on the body that ensures it is secured by being attached 5 inside the body that holds the connector to prevent the hinge from separating from the body. It contains a pin that restricts its movement. The pin, which is connected to the trigger, is detached from the connector. To be removed, it is rotated by the user from the first position (I) to the second position (II) The arm that is brought is located. By separating the pin from the connector, it moves from the first position (I) to the second. Bringing it to position (II) allows the hinge to be separated from the body together with the door. It provides. 10 In one application of the invention, the door release mechanism connects the hinge to the fastener. positioned on the body, aligned with the body using a hinge. at least one bracket that enables the hinge to be clamped to the body by means of a fastener as shown. It includes the connector, which is located on the bracket and holds the connector securely in place by compressing it. It contains a small nut. To keep the pin securely in place, the nut needs to be secured with a pin inserted inside. It includes a nut hole through which the nut can pass. For the nut to be positioned on the bracket. There is at least one slot on the bracket, which protrudes outwards, into which it fits. The nut, which fits inside the housing, is secured in place within the housing by means of a pin. positioned opposite the nut hole, so that it is co-axial with the nut hole, The pin has at least one recessed hole through which it passes to hold the nut. 20 In the first position (I), located inside the nest hole, immediately on the inner walls of the nest hole. There is a pin that makes almost complete contact and restricts the movement of the nut. In one application of the invention, the door release mechanism is located inside the housing, at least one release spring that applies force to the nut to cause it to separate from its housing It includes. The launch spring is in the housing by the nut in the first position (I) 25 By compressing, force is applied to the nut. The pin passes through the socket of the nut. preventing the pin from separating from its hole by transferring the force on the nut to the pin, thus keeping the pin in its socket. This allows the pin to rest against the hole, thus ensuring that the pin is in the first position (I) inside the socket hole. It has a launching spring that keeps it stationary. In one application of the invention, the door release mechanism is activated by the user within the first 30 minutes. By moving the rod of the arm, which is brought from position (I) to the second position (II), the rod moves linearly. at least one lever located on the trigger that converts its motion into rotational motion 4 It includes a lever that rotates on the point where it is fixed, moving the pin to which it is attached. By doing this, it causes the pin to move from the first position (I) to the second position (II). In one application of the invention, the door release mechanism uses a lever on the rod. a primary one which is attached to move, in the form of an extension on a lever. It includes a lever end. A second 5 is in the form of an extension where the lever is connected to the pin. It includes a lever end. The second lever end is located between the pin and the second one. in position (II) by pulling the pin linearly from the connector with the rotational movement of the lever It includes at least one support rod that allows for its removal. The support rod is the pin. It ensures that it is brought to the second position (II). In one application of the invention, the door release mechanism allows the arm to be operated 10 times, except in emergency situations. a device positioned on the body near the arm that prevents the arm from moving It includes at least one holder that secures it to the body, keeping it in the first position (I). The holder has at least one holder hole through which the arm is secured. It has at least one armhole that allows the arm to be attached to the holder. The arm The arm must be moved by the user via a gripper to remain in the first position (I) 15 preventing it from being pulled, when the holder hole and the arm hole are concentric, the holder hole and at least one lock that passes through the armhole and secures the arm by means of a retainer. It is located there. In one application of the invention, the door release mechanism works by rotating the arm first. from position (I) to position (II) the first 20 will prevent the rod from moving. By applying the opposite force to the arm that has position (I), the arm that holds the arm in the first position (I) is positioned. The area contains at least one arm spring. In one application of the invention, the door release mechanism is different in the first position (I). By applying a reverse moment to the pin located in the centering position, the user Unless interfered with, the pin will maintain its first position (I) 25 at least one trigger spring located on the trigger that ensures it remains fixed in place. It includes. The trigger spring is positioned in a direction different from the direction in which the second lever end extends. the direction of the pin's separation from the socket in the first position (I) of the extending support bar By pulling, the lever rotates, causing the support rod and the second lever to move in the same direction. It applies force against this. 30 The door release mechanism attached is designed to achieve the purpose of this invention. as shown in the figures; Figure 1 – Perspective view of the door release mechanism. Figure 2 – Side view of the body, door, and hinge. Figure 3 – Detailed perspective view of the hinge. 5 Figure 4 – Detailed perspective view of the trigger. Figure 5 – Perspective view of the hinge, rod, and trigger. Figure 6 – Perspective view of the bracket detail. Figure 7 – Perspective view of the arm, rod, and body. Figure 8 – Sectional view of the connector, hinge and bracket in the first position (I). 10 Figure 9 – Cross-sectional view of the connector, hinge and bracket in the second position (II). Figure 10 – Perspective view of the handle, holder, and lock. Figure 11 – Side view of the arm in the first position (I). Figure 12 – Perspective view of the arm in the second position (II). The parts in the figures are individually numbered, and their corresponding numbers are shown below. 15 It has been given. 1. Door Release Mechanism 2nd Door 3. Hinge 4. Connector 20 5th Arm 510. Armhole 6 520. Arm Spring 6. Stick 7. Trigger 710. Bracket Nest 720, No. 5 730. Nest Hole 740. Lever 750. First Lever End 760. Second Lever End 770. Support Bar 10 780. Trigger Spring 8. Pin 9. Nut 10. Nut Hole 11. Launch Spring 15 12. Retainer 13. Retaining Hole 14. Lock (G) Body (I) First Position 20 (II) Second Position Door release mechanism (1), fuselage of the aircraft (G), fuselage of the passenger (G) At least one door on the fuselage (G) that provides access to the inside or outside of the fuselage (G). (2) enables the door (2) to be supported on the body (G) so that it can move. 25 At least one hinge (3) located on the body (G), the door (2) is closed by means of hinge (3). At least one fastener (4) that enables it to be fixed to the body (G), inside the body (G) a handle (5) located within the user’s reach, connecting the door (2) to the body (G) A first position (I) in which the arm (5) is fixed on the body (G) The rotating motion is transmitted to the connector (4), one end of which is attached to the arm (5) and the other end to the connector (4) 30 At least one bar (6) located between the arm (5) and the connector (4) will be attached, user The connector (4) is triggered by the rod (6) by turning the arm (5). a second position (II) with a door (2) that separates from the body (G) by moving freely, The lever (5) is rotated by the user from the first position (I) to the second position (II), 7 The first one is triggered by the rod (6) by the rotation of the arm (5) by the user. The connector (4) is brought from position (I) to the second position (II), the arm (5) from the first position (I) to the second by bringing it to position (II), the rod (6) pulls the connector (4) from the hinge (3) and out of the hinge (3) contains a trigger (7) located on the body (G) which enables its separation. (Figure -1, Figure -2). 5 The subject of the invention is the door release mechanism (1), the fastener (4) in the first position (I) by fixing it on the body (G) and ensuring that the hinge (3) stays on the body (G) A pin (8) located on the connector (4) is brought to the second position (II) by the user. by rotating the trigger (7) on the place where it is supported by the arm (5) via the rod (6) the pin (8) The lever (5) that enables separation from the (4) connector, from the first position (I) to the second position (II) 10 The connecting (4) disconnects the hinge (3) from the body (G) by means of the arm (5) that is brought in. Pin (8) that enables the door (2) and hinge (3) to be released simultaneously (Figure -3 and Figure -5) The pilot or passenger seat located on the fuselage (G) of a helicopter or airplane-like aircraft. There are doors (2) that allow users to enter and exit the body (G). 15 The door (2) is fixed onto the body (G) by means of hinge (3) and from where it is fixed It moves by rotating with the help of a hinge (3). The hinge (3) has at least one connecting (4) It is secured to the body (G) by means of. In case of emergency such as an accident a door (2) used outside of normal operation that allows the user to exit by opening Arm (5) is located. Arm (5) is located in the body (G) where the accident occurred. Under normal conditions, the passengers are 20 The first door (2) is opened by separating it from the hinges (3). in position (I) the door (2) hinge (3) together with the body (G) by means of the connector (4) It is located in such a way as to be connected. In case of emergency, the connector (4) hinge (3) To be removed from inside, the lever (5) turned by the user with the help of the rod (6) The coupler (4) triggers the rod (6) with the movement of the arm (5) 25 It is located between the connector (4) and the arm (5) to transfer to the connector (4). User The connector is activated by rotating the arm (5) located in the first position (I) on the side. (4) by releasing the hinge (3) the door (2) separates from the body (G) to a second position (II) It includes. The handle (5) is brought from the first position (I) to the second position (II) from the door (2) hinge. (3) It enables emergency exit from the fuselage (G) by allowing separation. 30 In case of an accident, the user must move the lever (5) from the first position (I) to the second position (II). It rotates. The arm (5) which comes to the second position (II) is rotated by means of the rod (6) from the first position (I). 8 By moving the connector (4) to the second position (II), the door (2) is opened. Connector (4) is brought to the second position (II) by means of a trigger (7) (Figure -4 Figure -7). The connector (4) fixes the door (2) on the body (G) with the help of the hinge (3), It contains pin (8) which ensures that the connector (4) remains in the first position (I). Pin (8) By placing the connector (4) on the hinge (3) together with the door (2) 5 It provides. The lever (5) is rotated by the user from the first position (I) to the second position. (II) When brought, the rod (6) attached to the arm (5) moves the trigger (7) (7) by rotating the pin (8) around the point where it is fixed and separating it from the connector (4). It provides. When pin (8) is brought to the second position (II), it separates from the connector (4). It enables the hinge (3) to detach from the body (G). In the second position (II) the door (2) 10 In the free position, moving away from the body (G) at the same time as the hinge (3). It is located. The door (2) is preferably fixed onto the body (G) with two hinges (3). Handle (5) hinge (3) quantity preferably such that there will be at least one hinge (3) to release. The hinge (3) is released by means of the rod (6). Trigger (7) preferably by positioning the connectors (4) on the body (G) for each hinge (3) 15 This allows it to be released. In this way, the hinge (3) holds the body (G) on the body (G). by separating the connector (4) from the pin (8) and the hinge (3) from the door (2) and the body (G) This allows the hinges (3) to be removed by means of a single lever (5). By releasing it, the door (2) is made to move away from the body (G) (Figure -11 and Figure -12). 20 In one application of the invention, the door release mechanism (1) is located outside the body (G). on the inner surface of the body (G) in a way that is opposite to the hinge (3) located on its surface at least one bracket (710) which is positioned to enable the connector (4) to be fixed to the body (G), located on the connector (4), the connector (4) is fixed on the bracket (710). 25 a nut hole (10) which keeps the nut (9) fixed, bracket (710) a socket (720) on which the nut (9) is placed and which surrounds the nut (9), The pin (8) must pass through and be aligned with the nut hole (10) to keep it fixed. The nut hole (10) through which the pin (8) passes and the socket (720) At least one nest hole (730) located on it, inside the nest hole (730) in the first position (I) 30 Pin (8) which ensures that the nut (9) stays fixed in the socket (720) by resting on its walls It includes a bracket (710) on the body (G) that holds the hinge (3) on the body (G). It is located. The bracket (710) must be aligned with the hinge (3) and the connector (4) 9 It is positioned on the body (G) by means of a nut (9) on the connector (4) It is located. The nut (9) enables the nut (9) to be positioned on the bracket (710). by means of keeping the connector (4) fixed in the first position (I) on the bracket (710). There is a hollow-shaped socket (720) that provides for the pin (8) to hold the nut (9). There is a nut hole (10) on the nut (9). Pin (8) nut hole (10) 5 It passes through and ensures that the connector (4) is positioned over the body (G). In the first position (I), the pin (8) passes through the nut hole (10) on the nut (9). The fastener (4) prevents movement. The nut that fits into the socket (720) of the pin (8) (9) passing through the nut hole (10) on the nut (9) inside the socket (720) The slot hole (730) is located on the slot (720) to hold in position (I). The second 10 In position (II), the pin (8) is separated from the nut (9), and the nut (9) is freed together with the connector (4). It is ensured that it stays in place. The housing hole (730) of the nut (9) is inside the housing (720) When positioned, the pin (8) should be positioned so that it is concentric with the nut hole (10). It is made to pass through the housing hole (730) and the nut hole (10). Housing hole (730) pin (8) to prevent the nut (9) from moving by surrounding the pin (8) in the socket 15 by contacting the inner surface of the hole (730) the nut (9) separates from the bracket (710). It prevents. In the first position (I) the pin (8) nut (9) is fixed in the socket (720). It holds. In this way, when the arm (5) is in the first position, (I) the connector (4) is detached from the bracket (710) Separation is prevented (Figure -6). In one application of the invention, the door release mechanism (1), the connector (4) 20 via the connector located inside the socket (720) and freed in the second position (II) (4) a launch spring (11) that enables it to be launched out of the housing (720) in the first position (I) the friction force created by the contact surface of the pin (8) with the socket hole (730) By damping the body (G) vibration, the pin (8) is fixed through the hole (730) It includes a launch spring (11) that keeps it in place. From the first position (I) to the second position (II) 25 By means of the brought pin (8) the nut (9) is separated from the socket hole (730) and the socket (720) It moves freely inside. The user opens the door (2) from the body (G) simultaneously with the connector (4) that releases the hinge (3) to remove it There is a launch spring (11) located inside the housing (720) for its separation. The release spring (11) applies a pushing force to the nut (9) which is released in the second position (II) 30 the nut (9) moving away from the socket (720) together with the connector (4) hinge (3). This allows the connector, which is free in the second position (II), to move. (4) push force against nut (9) to remove the body (G) together with the hinge (3). It enables the nut (9) to be ejected from the socket (720). In the first position (I) The launch spring (11) creates a pushing force by being crushed by the nut (9) pushing the nut (9). It applies force. In this way, the thrust force of the launch spring (11) passes through the nut hole (10) by passing through the pin (8) and contacting the inner walls of the pin's (8) socket hole (730). external factors such as friction force (G) and vibration that may occur in the body. 5 to keep the pin (8) in the first position (I) against the forces that may arise from the forces. By ensuring that it remains inside the nest hole (730) (Figure -6 and Figure -9). In one application of the invention, the door release mechanism (1) is mounted on the bracket (710). located in a way that can be supported and the arm (5) from the first position (I) to the second by the user By bringing it to position (II), it transmits the linear movement of the bar (6) to the trigger (7), 10 The separation of the pin (8) from the connector (4) by the rotational movement around the point on which it is supported It contains at least one lever (740) that provides the pin (8) from the first position (I) to the second position. (II) the turning motion of the arm (5) which enables it to separate from the connector (4) by bringing it. There is a lever (740) that transmits the power to the pin (8) via a rod (6). Lever (740) preferably located on the bracket (710). The lever (740) is on the arm (5) of the rod (6). Pulling the pin (8) brings it to the second position (II). It is fixed on the trigger (7) 15 By rotating the rod (6) on the point, the pin (8) moves from the first position (I) This enables the rod (6) to move to the second position (II). The pin (8) is made to move away from the connector (4) by means of the transfer lever (740). (Figure -3). In one application of the invention, the door release mechanism (1) uses a lever (740) 20 a first lever which is the part on which the rod (6) is connected to the lever (740). The end (750) is the part located on the lever (740) where the pin (8) is connected to the lever (740). a second lever end (760), one end of which is connected to the second lever end (760), the other end of which is rotational movement around the point where the lever (740) is supported, which is connected to the pin (8). At least one support rod (770) that linearly transmits to the pin (8), the pin (8) from the connector (4) 25 This allows the pin (8) to move from the first position (I) to the second position (II) by removing it. It includes a support bar (770) that provides support. The lever (740) is connected to the bar (6), There is a first lever end (750) in the form of an extension. One end of the rod (6) Pulling the first lever end (750) causes the lever (740) to rotate. Lever (740) 30 from the lever, in a direction different from the first lever end (750). (740) extends to a second lever end (760). The second lever end (760) One end of the lever that connects to the pin (8) and the other end to the second lever end (760) There is a support bar (770) attached. The support bar (770) is in the first position (I) 11 overcentering will prevent the pin (8) from moving away from the connector (4) It is positioned as follows. Pin (8) passes through nut (9) on connector (4). by means of the support bar (770) from the first position (I) to the second position (II) The connector (4) is separated from the trigger (7) together with the nut (9). By linearly transferring the rotational movement of the lever (740) to the pin (8), the first 5 of the pin (8) It enables the transfer from position (I) to the second position (II). In this way, the first position (I) By centering differently, the pin (8) is involuntarily brought to the second position (II) is prevented (Figure -4). In one application of the invention, the door release mechanism (1) is located on the body (G). the area, at least one holder (12) that prevents the arm (5) from moving by holding it in the first position (I), 10 at least one holder hole (13) located on the holder (12), at least one located on the arm (5) The armhole (510) is fixed to the holder (12) and the arm (5) moves from the first position (I) to the second position (II) at least one lock (14) passing through the handle hole (510) and the retaining hole (13) which prevents it from passing through. It includes. Except in emergency situations, the aircraft arm (5) moves from the first position (I) to the second position. (II) There is a holder (12) that prevents bringing it. The arm hole located on the arm (5) is 15 (510) and the arm should be concentric with the holder hole (13) located on the holder (12). (5) located in the first position (I), passing through the arm hole (510) and the holder hole (13). The involuntary turning of the arm (5) is prevented by means of the lock (14). Pilot emergency In this case, pull the lock (14) to remove it from the handle hole (510) and the holder hole (13) The arm (5) is rotated. In this way, the door (2) 20 in normal operation To open, the lever (5) is kept in the first position (I) by means of the lock (14) (Figure -10). In one application of the invention, the door release mechanism (1) is the first of the lever (5). by applying a force that will keep the arm (5) in position (I) at least one It includes the arm spring (520). On the arm (5), the arm (5) moves from the first position (I) to the second position 25 (II) There is a lever spring (520) that prevents the arm (5) from passing through. The lever spring (520) prevents the arm (5) from opening in the direction of opening. By applying force in such a way that the arm (5) moves itself from the first position (I) to the second position (I) This prevents the arm spring (520) from applying force to the arm (5). This ensures that the arm (5) remains in the first position (I) (Figure -10). In one application of the invention, the door release mechanism (1) allows the pin (8) to come out 30 by preventing the trigger (7) from remaining closed by staying in the first position (I) The implementing trigger (7) contains at least one trigger spring (780) located on the trigger. Trigger spring (780) prevents it from turning by applying force to the trigger (7). With the trigger spring (780) 12 The pin (8) is prevented from being pulled out by the trigger (7). In this way the trigger (7) spontaneously turning from the first position (I) to the second position (II) This ensures that it remains in the first position (I) (Figure -8).
Claims
13 REQUESTS 1. A fuselage (G) that is an aircraft, a passenger inside (G) or outside (G) the fuselage. at least one door (2) located on the body (G) providing access, door (2) body (G) a support located on the body (G) that allows it to move on it The area has at least one hinge (3), the door (2) is attached to the body (G) by means of hinge (3) 5 at least one fastener (4) that enables the user to be fixed inside the body (G). A handle (5) located within reach of the door (2) will connect the body (G) of the door (2). In the figure, the first position (I) is fixed on the body (G), the arm (5) rotates one end connected to the arm (5) and the other end connected to the connector (4) transmitting its movement to the connector (4). such that at least one bar (6) is located between the arm (5) and the connector (4), user 10 The connector (4) is triggered by the rod (6) by turning the arm (5). a second position (II) with a door (2) that separates from the body (G) by moving freely, The lever (5) is rotated by the user from the first position (I) to the second position (II), The first one is triggered by the rod (6) by the rotation of the arm (5) by the user. The connector (4) is brought from position (I) to the second position (II), the arm (5) from the first position (I) 15 by bringing it to the second position (II) and pulling the rod (6) from the hinge (3) of the connector (4) a trigger (7) located on the body (G) that enables it to detach from the hinge (3) containing, the connector (4) is fixed on the body (G) in the first position (I) The hinge (3) stays on the body (G) and is located on the connector (4) The area is a pin (8), the rod (6) of the arm (5) brought to the second position (II) by the user 20 by rotating the trigger (7) on the place where it is mounted, the pin (8) The lever (5) that enables separation from the connector (4) from the first position (I) to the second position (II) By means of the arm (5) that is brought, disconnects the hinge (3) from the body (G), the release of the connector (4) together with the door (2) and hinge (3) A door release mechanism (1) characterized by a providing pin (8). 25 2. The body is positioned so that the hinge (3) located on the outer surface of the body (G) is aligned with the body. (G) located on the inner surface, which enables the connector (4) to be fixed to the body (G). a small bracket (710), located on the connector (4), the connector (4) bracket (710) a nut (9) which enables it to be fixed on, located on the nut (9), a nut through which the pin (8) passes, thus keeping the nut (9) fixed 30 hole (10) located on the bracket (710) into which the nut (9) fits and the nut (9) at least one surrounding socket (720) through which the pin (8) remains fixed a nut through which the pin (8) passes, aligned with the nut hole (10) 14 At least one nest hole (730) opposite the hole (10) and located on the nest (720), In the first position (I), the nut (9) rests against the inner walls of the hole (730) of the socket. In request 1, characterized by the pin (8) which keeps it fixed inside (720). such as a door release mechanism (1).
3. Positioned inside the socket (720) by means of the connector (4), free in the second position (II) 5 At least one ejection that causes the remaining binder (4) to be ejected from the slot (720). spring (11) on the surface that contacts the socket hole (730) of the pin (8) in the first position (I). By creating a friction force, it dampens the body (G) vibration of the pin (8) Characterized by at least the launch spring (11) which keeps it fixed from the socket hole (730). a door release mechanism as in request 2 (1). 10 4. The bracket (710) is positioned so that it can be supported on the arm (5) from the first position (I) The linear movement of the bar (6) by moving it to the second position (II) by the user The pin (8) rotates around the point on which it is supported, transmitting to the trigger (7). characterized by having at least one lever (740) that enables it to detach from the binder (4). A door release mechanism as in requirement 2 or requirement 3 (1). 15 5. The part of the lever (740) where the rod (6) is attached to the lever (740). a first lever end (750), located on the lever (740) and pin (8) to the lever (740) a second lever end which is the part to which it is connected (760), one end of which is connected to the second lever end (760) connected to the point where the lever (740) is supported, the other end of which is connected to the pin (8). at least one support rod that transmits the rotational motion around it linearly to the pin (8) 20 (770), which allows the pin (8) to be removed from the connector (4), thus the first pin (8) with the support bar (770) that enables it to move from position (I) to the second position (II) a door release mechanism as in request 4 characterized (1).
6. By holding the lever (5) located on the body (G) in the first position (I), it can move. at least one holder (12) preventing, at least one holder hole (13) located on the holder (12), 25 At least one arm hole (510) located on the arm (5) is fixed to the holder (12) by fixing the arm (5) to the holder (12). armhole (510) and holder which prevents it from moving from the first position (I) to the second position (II) the above characterized by at least one lock (14) passing through the hole (13). a door release mechanism like any of the requests (1).
7. By applying force that will keep the arm (5) in the first position (I), the arm (5) The above is characterized by having at least one arm spring (520) which prevents its movement. a door release mechanism like any of the requests (1).
8. By preventing the pin (8) from coming out, the trigger (7) remains closed by staying in the first position (I). at least one trigger spring located on the trigger (7) that applies the force that makes it happen 5 A door like any of the above requests characterized by (780). release mechanism (1).