INNOVATION IN FIRE CABINET LOCKS.

Abstract

The invention relates to an innovation in the locking mechanism of fire cabinets found in all types of buildings, including homes, workplaces, hospitals, schools, and the like.

Description

1 TARIFF INNOVATION IN FIRE CABINET LOCKS. TECHNICAL FIELD The invention includes fires found in all types of buildings such as homes, workplaces, hospitals, schools, and the like. It is related to the innovation made in the locks of the cabinets. STATE OF THE ART In the fire cabinet lock according to the known state of the art, according to the known state of the art... The locking tongue is located in the locking handle in the known state of the technique. Fire cabinet lock according to known state of the art, lock according to known state of the art 15 By turning the handle clockwise, the locking tab in the known state of the technique is turned clockwise. It switches to the closed position by rotating in that direction. In the known state of the art... The fire cabinet lock, in the known state of the art, has its lock handle facing counterclockwise. by turning, the key tongue in the known state of the technique rotates counterclockwise It switches to the open position. In the known state of the art, the lock tongue is made of metal, 20 Because of its construction, it can be deformed during an earthquake; and during a fire... Thermal expansion causes compression, preventing the user from opening the fire cabinet door. This is a major problem. Fire cabinets in the current state of technology... Due to the design of its locking mechanism, it is not ergonomically designed for use. In the known state of the art, a fire cabinet lock is located on the fire cabinet door. After being passed through the locking hole, it is placed on the back of the fire cabinet door. They are secured with screws. This is difficult, time-consuming, and not ergonomic. It is not a process. DEFINITION OF INVENTION The invention eliminates the disadvantages described above. 2 The fire cabinet lock developed in the invention, - a slot located on the body, - a spring located inside the nest, at the back of the nest, 5 - The locking tongue is positioned inside the housing, with a spring behind it. - the tongue should be positioned in the tongue socket on the top of the body. positioned locking handle, 10 - pin that secures the lock handle to the body - And - one or more, preferably three, claws located on the body It includes. The nail is connected to the body at its base, and the front part of the nail, the anterior space, is 20 right side of the nail, right gap; left side of the nail, left gap It has a part. The nail extends upwards from the lower part where it is connected to the body. It protrudes outwards from the body. The lower part of the nail is connected to the body, while the other three parts have gaps (front gap, right 25). Because of the gap (left gap), the nail body surface is towards It is flexible. The fire cabinet lock developed in the invention is the lock located on the fire cabinet door. It is inserted into the mounting hole from the back of the fire cabinet lock. Body 30 The tab protruding from the surface, through the locking hole It closes by flexing towards the body surface as it passes through (Figure-26). The claw locks in place. When it passes through the hole, it flexes towards the body surface, transforming from a closed state to the body. It protrudes outwards from the surface (Figure-29). In this case, the lock gets stuck. It sits on the surface at the back of the hole and absolutely cannot come out on its own. 35 3 The invention features one or more of the following on the fire cabinet lock: preferably with three tabs, the fire cabinet lock is attached to the fire cabinet door. It is very easy, quick, and ergonomic to put on. The fire cabinet lock developed in the invention has a locking mechanism on the fire cabinet door. When being inserted into the hole; the back of the fire cabinet lock developed in the invention is the lock attachment point. It is turned towards the hole, the locking handle is lifted upwards, and the tongue is inserted into the tongue socket. The spring is pushed inwards. This causes the locking tongue to compress the spring, pulling it into its housing. It moves forward. This position is the open position of the fire cabinet lock developed in the invention. Open While in this position, the fire cabinet lock developed in the invention is very easy, very fast and 10 It is ergonomically designed to be attached to the fire cabinet door. The fire cabinet developed in this invention... When the lock is in the open position, the fire cabinet door is closed against the fire cabinet body. then the spring is compressed by releasing the locking handle which has been lifted upwards. The force acting on it is removed. The force on the compressed spring. By pushing the spring-loaded locking tongue, which returns to its starting position when lifted, the invention developed 15 the fire cabinet lock should be in the closed position, thus preventing the fire cabinet from locking itself. It enables the door to be fixed to the fire cabinet body. The fire protection system developed in this invention... When the cabinet lock is closed, the lock tongue is located outside the cabinet body. It attaches to the body from the rear, thus performing the locking action. In the invention... When the developed fire cabinet lock is to be moved to the open position, the lock handle is 20 It is lifted upwards. The mechanism of the fire cabinet lock developed in this invention is very different; it is very easy to use. It's easy, very fast, and ergonomic. The lock tongue of the fire cabinet lock developed in this invention is made of plastic material. This Therefore, it breaks during an earthquake, which can cause damage during an earthquake or fire. This eliminates the problem of the fire cabinet door not being able to be opened. PARTS AND PARTS 30 1. Fire Cabinet Lock 1.1 Body 4 1.1.1 Nest 1.1.2 Nails 1.1.3 Front Clearance Area 1.1.4 Right Space 1.1.5 Left Space Section 5 1.1.6 Hole-1 1.1.7 Hole-2 1.2 Spring 1.3 Locking Tongue 1.3.1 Tongue Socket 10 1.4 Locking Handle 1.4.1 Language 1.4.2 Hole-3 1.4.3 Hole-4 1.5 Pin 15 2. Fire Cabinet 2.1 Fire Cabinet Door 2.1.1 Lock Mounting Hole 2.2 Fire Cabinet Body B. Shows the detailed view. 20 D. Shows the detailed view. F. Shows the detailed view. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1. Front view of the fire cabinet lock developed in the invention with the lock in the open position. It is a perspective view. Figure 2. Rear view of the fire cabinet lock developed in the invention with the lock in the open position. perspective view. 30 Figure 3. Side view of the fire cabinet lock developed in the invention with the lock in the open position. It is the appearance. Figure 4. Front view of the fire cabinet lock developed in the invention with the lock in the open position. It is a perspective view. Figure 5. Rear view of the fire cabinet lock developed in the invention in the unlocked position. perspective view. 5 Figure 6. Front view of the fire cabinet lock developed in the invention with the lock in the open position. It is the appearance. Figure 7. The fire cabinet lock developed in this invention has a side angle of 10° when the lock is in the open position. It is the appearance. Figure 8. The fire cabinet lock developed in this invention, viewed from the top with the lock in the open position. It is a perspective view. Figure 9. Front view of the fire cabinet lock developed in the invention with the lock in the open position. It is a perspective view. Figure 10. Front view of the fire cabinet lock developed in the invention with the lock in the open position. perspective view. 20 Figure 11. Front view of the fire cabinet lock developed in the invention with the lock in the closed position. It is a perspective view. Figure 12. The fire cabinet lock developed in this invention has a 25° rear opening in the locked position. It is a perspective view. Figure 13. Rear view of the fire cabinet lock developed in the invention in the locked position. It is the appearance. Figure 14. Front view of the fire cabinet lock developed in the invention with the lock in the closed position. It is a perspective view. 6 Figure 15. Front view of the fire cabinet lock developed in the invention with the lock in the closed position. It is a perspective view. Figure 16. Side view of the fire cabinet lock developed in the invention in the locked closed position. It is the appearance. 5 Figure 17. The fire cabinet lock developed in this invention, with the lock in the closed position, from the bottom. It is the appearance. Figure 18. Front view of the fire cabinet lock developed in the invention with the lock in the closed position. 10 It is a perspective view. Figure 19. Front perspective of the fire cabinet lock developed in the invention in its disassembled state. It is the appearance. Figure 20. Side view of the fire cabinet lock developed in the invention in its disassembled state. It is a perspective view. Figure 21. Front view of the fire cabinet door while installing the fire cabinet lock. It is the appearance. 20 Figure 22. AA is a cross-sectional view. Figure 23.B is a detail view. (In this view, the nail is inserted into the locking hole (1.1.2). (2.1.1) shows the situation before entering.) 25 Figure 24. Inserting the fire cabinet lock into the lock hole of the fire cabinet door. This is the front view. Figure 25. CC Section view. 30 Figure 26.D is a detail view. (In this view, the tab (1.1.2) is in the locking hole. (2.1.1) is seen when entering.) 7 Figure 27. Front view of the fire cabinet door with the fire cabinet lock installed. It is the appearance. Figure 28. EE Section view. Figure 29. F is a detail view. (In this view, the nail is shown through the locking hole (1.1.2). (2.1.1) by attaching the fire cabinet lock (1) to the fire cabinet door (2.1). (as seen.) Figure 30. Fire cabinet door open with lock engaged. This is a frontal perspective view. Figure 31. Fire cabinet door open with lock engaged. This is a side view. Figure 32. Fire cabinet door closed with lock engaged. This is a frontal section perspective view of the location. Figure 33. Fire cabinet door closed with lock engaged. This is a side view of the location. 20 Figure 34. Front perspective of a fire cabinet with the fire cabinet door open. It is the appearance. DESCRIPTION OF THE INVENTION 25 The invention is a fire cabinet lock (1), - a slot (1.1.1) located on the body (1.1), - spring (1.2) located at the rear of the socket inside the socket (1.1.1), - inside the socket (1.1.) with the spring (1.2) behind it positioned lock tongue (1.3), 8 - the tongue (1.4.1) will be located in the tongue slot (1.3.1) on the top of the body (1.1). lock handle positioned as shown (1.4), - Pin (1.5) that secures the lock handle (1.4) to the body (1.1) 5 - And - one or more, preferably three, claws located on the body (1.1) (1.1.2) 10 It includes. The claw (1.1.2) is connected to the body (1.1) from the lower part and at the front of the claw (1.1.2) front gap (1.1.3), right side gap (1.1.4) of the nail (1.1.2), 15 The left side of the nail (1.1.2) contains the left gap (1.1.5). The claw (1.1.2) extends upwards from the lower part of the body (1.1) where it is connected to the body. (1.1) is protruding outwards. The lower part of the nail (1.1.2) is connected to the body (1.1) and there is a gap in the other three parts (front gap 20 because part (1.1.3), right space part (1.1.4), left space part (1.1.5) ) are present Therefore, the nail (1.1.2) can flex towards the body (1.1) surface. Fire cabinet (2), fire cabinet door (2.1) and fire cabinet body (2.2) It consists of 25. The fire cabinet lock (1) developed in the invention is mounted on the fire cabinet door (2.1). Insert the lock into the mounting hole (2.1.1) on the back of the fire cabinet lock (1). It is attached. The claw protrudes outwards from the body (1.1) surface. (1.1.2) passes through the locking hole (2.1.1) towards the surface of the body (1.1) 30 It closes by stretching (Figure-26). The tab (1.1.2) goes through the locking hole (2.1.1) When it passes, the body (1.1) stretches towards the surface, from the closed position to the body (1.1) It protrudes outwards from the surface (Figure-29). In this case, the lock gets stuck. It sits on the surface at the back of the hole (2.1.1) and cannot come out on its own. One or more 35 located on the fire cabinet lock (1) developed in the invention. 9 preferably three tabs (1.1.2) fire cabinet lock (1) fire cabinet It is very easy, very quick and ergonomic to attach to the door (2.1). The fire cabinet lock (1) developed in the invention is located on the fire cabinet door (2.1). When being installed into the lock mounting hole (2.1.1); the fire cabinet lock (1) developed in the invention 5 The rear part is turned towards the locking hole (2.1.1), the lock handle (1.4) upwards. By lifting it correctly, the tongue (1.4.1) is made to push the tongue socket (1.3.1) towards the pedestrian (1.2). In this way, the locking tongue (1.3) compresses the spring (1.2) and moves into the housing (1.1.1). This The position is the open position of the fire cabinet lock (1) developed in the invention. In the open position While the fire cabinet lock developed in the invention (1) can be installed very easily, very quickly and 10 It is ergonomically attached to the fire cabinet door (2.1). The fire cabinet developed in the invention When the cabinet lock (1) is in the open position, the fire cabinet door (2.1) the lock handle is closed on the body (2.2) and then lifted upwards. By releasing (1.4), the force on the compressed spring (1.2) is eliminated. When the force on the compressed spring (1.2) is removed, the spring returns to its initial position 15 (1.2) By pushing the lock tongue (1.3) the fire cabinet lock developed in the invention (1) is closed to move to the position and thus the fire cabinet door (2.1) fire cabinet It enables it to be fixed to the body (2.2). The fire cabinet lock developed in the invention (1) When in the closed position, the lock tongue (1.3) is located outside the body (1.1) of the fire cabinet It holds onto the body (2.2) from the rear, thus performing the locking operation. In the invention, 20 When the developed fire cabinet lock (1) is to be brought to the open position, the lock handle (1.4) is lifted upwards. When lifted upwards, it causes the tongue (1.4.1) to push against the tongue socket (1.3.1). By compressing the spring (1.2) of the locking tongue (1.3), the locking tongue (1.3) enters the slot (1.1.1) and 25 This lock handle enables the fire cabinet lock (1) to be in the open position. (1.4) is located. When released while lifted upwards, the compressed spring (1.2) By removing the force on it, the spring (1.2) pushes the tongue socket 30 (1.3.1) to move out of the housing (1.1.1) and thus the fire cabinet lock (1) It has a locking handle (1.4) that allows it to be closed. The lock tongue (1) of the fire cabinet lock (1.3) developed in the invention is made of plastic material. It has been made. Therefore, the lock tongue (1.3) breaks during the earthquake, thus the earthquake inability to open the fire cabinet door (2.1) during or in case of a fire The problem will be eliminated. Pin (1.5) through hole-1 (1.1.6), hole-3 (1.4.2), hole-4 (1.4.3) and hole-2 (1.1.7) It passes through and secures the locking handle (1.4) to the body (1.1). The body (1.1) has a socket (1.1.1) and a claw (1.1.2). The lock tongue (1.3) has a lock slot (1.3.1) on it. The tongue (1.4.1) is located on the lock handle (1.4). 20

Claims

11 REQUESTS 1. The invention is a fire cabinet lock (1), the feature of which is; - a slot (1.1.1) located on the body (1.1), 5 - spring (1.2) located at the rear of the socket inside the socket (1.1.1), - inside the socket (1.1.) with the spring (1.2) behind it positioned lock tongue (1.3), 10 - the tongue (1.4.1) will be located in the tongue slot (1.3.1) on the top of the body (1.1). lock handle positioned as shown (1.4), - Pin (1.5) that secures the lock handle (1.4) to the body (1.1) 15 - And - one or more, preferably three, claws located on the body (1.1) (1.1.2) 20 It includes.

2. The fire cabinet lock mentioned in Claim 1 is (1), and its feature is; from the bottom connected to the fuselage (1.1), front space (1.1.3) on the front, right side 25 right side space (1.1.4), left side space (1.1.5) from the bottom upwards which is located and connected to the body (1.1) the nail (1.1.2) which is protruding outwards from the body (1.1) It includes.

3. The fire cabinet lock mentioned in Claim 1 is (1), and its feature is; the bottom part The other three parts connected to the body (1.1) have space (front space (1.1.3), right Since there is a gap section (1.1.4) and a left gap section (1.1.5), the body (1.1) is that it includes the nail (1.1.2) which can flex towards the surface. 35 12 4. The fire cabinet lock mentioned in Claim 1 is (1), and its feature is; body (1.1) with the lock closed towards the surface, in the locking hole (2.1.1) It includes the quotation mark (1.1.2).

5. The fire cabinet lock mentioned in Claim 1 is (1), and its feature is; body (1.1) 5 protruding outwards from the surface, rear of the locking hole (2.1.1) This allows the locking hole (2.1.1) to be located on the back while on the side. It includes the claw (1.1.2) which is fixed by sitting on the surface in that part.

6. The fire cabinet lock mentioned in Claim 1 is (1), and its feature is; upwards 10 When lifted, it causes the tongue (1.4.1) to push into the tongue socket (1.3.1), thus locking it. by compressing the spring (1.2) of the tongue (1.3) the lock tongue (1.3) enters the slot (1.1.1) and thus the lock that causes the fire cabinet lock (1) to be in the open position. It includes the handle (1.4).

7. The fire cabinet lock mentioned in Claim 1 is (1), and its feature is; upwards. When left in the lifted position, the compressed spring (1.2) on By enabling the force to lift, the spring (1.2) pushes the tongue socket (1.3.1) to move out of the housing (1.1.1) and thus the fire cabinet lock (1) It includes a locking handle (1.4) which allows it to be closed. 20 8. The fire cabinet lock mentioned in Claim 1 is (1), and its feature is that it is made of plastic. It includes the lock tongue (1.3) made of material. 30

Images