INTELLIGENT HIGH-ALTITUDE FIRE FIGHTING SYSTEM

Abstract

An intelligent high-altitude firefighting system comprising a fire extinguishing cabinet (1), a lifting mechanism (2), a vertical guidance mechanism (3), a fire extinguishing mechanism (4), a second automated guided vehicle (5), a horizontal guidance mechanism (6), a support mechanism (7) and a window breaking mechanism (8). Thanks to the collaborative use of the lifting mechanism and the vertical guidance mechanism, the fire extinguishing cabinet, suspended above the roof of a building, can be lowered towards the height of the fire source of the building, and thus fire extinguishing can be carried out on the fire source using the fire extinguishing mechanism, in other words,Automatic and timely firefighting operations can be implemented without any manual intervention by humans, thus saving physical effort for firefighters and increasing the efficiency of firefighting and rescue; a second automated guided vehicle and horizontal guidance mechanism are provided on the roof of the building, and when a fire occurs, thanks to the collaborative use of the vertical guidance mechanism, the second automated guided vehicle, and the horizontal guidance mechanism, the fire extinguishing cabinet can be moved to any location around the building to perform firefighting or rescue tasks, thus extending the operational range of the intelligent high-altitude firefighting system.

Description

1 TARIFF INTELLIGENT HIGH-ALTITUDE FIRE FIGHTING SYSTEM TECHNICAL FIELD The current technical field and especially the fire protection of buildings is... Smart high RT FA fire fighting system is based on Western technology. 5 INFRASTRUCTURE As cities develop, the amount of land available in cities is decreasing day by day. While high-rise buildings can effectively save space on the occupied land, The population density in high-rise buildings is relatively high, and the consequences of a fire are very significant. The fire is a large-scale environmental safety accident and a risk to human life. And it is extremely harmful to property security. Patent number CN115970184B describes a multifunctional window-breaking structure. It reveals the fire extinguishing device. Chemical reaction type raw material. reuse of fire extinguishing equipment by loading packages. It is possible. C is not in use, raw material package, a sliding groove 15 It does not react inside, no pressure builds up inside the fire extinguisher, and Safety performance is good. Fire extinguishing device is atbr sab td sk br overheating. It is equipped with a pressure rupture sealing plate, making it explosion-proof. a lid, the pressure is very high and the lid in question is explosion-proof The explosion occurs due to the exceeding of the gripping force between the moving bridge and the shoulder. The aim is to prevent this. When the pressure exceeds a predetermined value, the excess pressure is triggered. The pressure release occurs when the pressure rupture sealing plate tears, relieving the pressure. Activation Subsequently, the spraying time is higher than that of a Class KBR fire extinguisher of the same volume. It is longer. A window breaker is provided. Compression in the window breaker. spring tpbr structure ben msenerek br nc br çek ç başıın kısa süre ç nde büyük brk net k 25 It is designed to generate energy and effectively strike the window glass. Additionally... In addition to the window breaker, a second hammer head is also supplied. The function of the second hammer head is... The function of the classic KBR window breaker is the same; by holding the body of the side window breaker, you can open the window. It is in the form of hitting the glass. The direction of movement of the first hammer head is more stable. To ensure this, a guide groove is added to the body of the window breaker. 2 It is being installed. The first hammer head on the window breaker and one end of the guide groove. To avoid direct contact between them, the window in question should be thrown against the breaker. A braking spring is added to the body. A second hammer head and a fixed cover. To avoid a rigid connection between them, a straight bar attached to the window breaker A shock-resistant cushion is added on top. 5 The multi-functional building with a window-breaking structure mentioned above is a fire extinguishing system. Although this device can solve the corresponding technical problems, the window related to this device... Breaking and fire extinguishing operations were carried out completely by personnel. The process requires manual intervention. On the other hand, the situation is dangerous and serious. When this happened, people trapped inside each other passed through a fire, and a fire broke out in one of them. immediately locating the fire extinguishing device and performing the correct personal rescue operation. It is difficult to experience this and it is very easy to miss the timing of opt-candle fire extinguishing. Therefore, a smart, high-altitude fire fighting system is recommended. SUMMARY Considering the shortcomings mentioned above, the technical task of the current tariff is 15. The intelligent high-power fire fighting system is the provision of fire fighting equipment. A fire extinguishing kab nnn, br lifting mechanism zmanın, br vertical guide mechanism zmanın, a fire extinguishing mechanism, a second automatic steering vehicle, a horizontal guide mechanism, support mechanism and window breaking Thanks to the collaborative use of the mechanism, a fire extinguishing or 20 rescue mission nnbrb na c at any br location automatically and instantly This makes it possible to implement and thus provide solutions to the above problems. get r lmekted r. To achieve the above objective, the existing tariff plan includes the following technical solution: provides: 25 A smart high-altitude fire fighting system includes the following: Smart high-power fire fighting system, KBR installation directed towards a section of the west. will provide the base and evacuate and rescue the people trapped on the river. structured in a way that will help and can move outside the building. a fire extinguishing cabin was set up; 30 3 the fire extinguishing chamber moves upwards and downwards by being propelled structured in a way that will provide and arranged on the roof of the building, the said A lifting mechanism was arranged below the fire extinguishing cabin; The fire extinguishing cabin will guide the upward and downward movement of the beam. a vertical guide structured and arranged between the roof of the building and the ground 5 mechanical design; b nadak br to carry out fire extinguishing operation on the fire source structured to cooperate with the fire extinguishing cabin and the roof of the building a fire extinguishing mechanism organized on it; lifting mechanism, vertical guide mechanism and fire extinguishing 10 They perform synchronized horizontal movement by stimulating the mechanism. The lifting mechanism in question is structured in a way that will provide a vertical guide. structural elements corresponding to the mechanism and fire extinguishing mechanism a second automated steering vehicle with parts arranged on it; k nc automatic steering will guide the horizontal movement of the vehicle in a way that is 15 structured and organized on the roof of the building, the aforementioned second automatic a horizontal guide arranged in such a way that the steering vehicle can move on it mechanical design; lifting mechanism, vertical guide mechanism and fire extinguishing 20 structured to support the structural components corresponding to the mechanism and a support mechanism organized on the fire extinguishing mechanism and b will break a glass window at the source of the fire and extinguish the fire. structured in such a way as to ensure the stability of the fire extinguishing cabin during the fire and the fire extinguishing cabin in question is a window broken arranged in the empty space. location. 25 In some applications, the lifting mechanism consists of two steel wire ropes: one from the first, one from the second, and one from the third. It contains, br nc v nç k nc automatic steering wheel mounted on the upper part of the vehicle. It is being made, one end of the steel wire rope is fixed to the first pin and wrapped around it, and 4 The other end of the steel wire rope is fixed to the upper part of the fire extinguisher cabinet. It is connected. Vertical guide mechanism, flexible cables, connector housing, connector It includes automatic steering vehicles and sliding groups. The second crane, second The automatic steering system is mounted on the upper part of the vehicle. Four flexible cables 5 The k nc v nce is fixed and wrapped around it. Four flexible cables are sequentially, sliding Fire extinguishing units can be slid to the four corners of the cabinet via groups. The other ends of the flexible cables are connected to the bottom of the fire extinguishing cabinet. It passes through in a way that allows it to move correctly and is fixed in the connector socket. It is connected. The first automated steering vehicle is connected to a lower part of the connection socket 10 It is being assembled. Each of the four corners of the upper and lower parts of the fire extinguishing cabinet is attached. A sliding group is provided in this section. The fire extinguishing mechanism consists of a high-pressure water pump and a water storage tank. It includes a tank, a water supply pipe, a hose, and a fire monitor. High pressure water pump, k nc automatic steering mounted on the upper part of the vehicle 15 The water storage tank is located on the upper part of the horizontal guide mechanism. It is being arranged. One end of the water transmission pipe connects to the other end of the high-pressure water pump. The water transmission pipe is in contact with the other end of the pipe. The other end of the water transmission pipe is the water storage area. The tank's inner cavity extends towards the inside. Fire monitor, fire extinguishing. The hose is mounted in the inner cavity of the cable. One end of the hose is connected to high-pressure water 20 The pump's water outlet is connected to the hose, and the other end of the hose is connected to the fire hose. The extinguishing chamber extends towards the empty space inside and is in contact with the fire monitor. It is located. The fire extinguishing chamber has a space inside that contains two parts: one at the top and one at the bottom. Window breaking mechanism is provided. 25 Window breaking mechanism, k pieces, k nc hydraulic, k telescopic handle, manipulators and Window breakers are included. The second hydraulic telescopic arms' output ends. The man pulsers are connected to the fixed tb mde and the window breakers are man pulsers nk nc. Hydroelectric power lines are arranged along the edges furthest from the telescope arms. The window breaking mechanism also consists of k numbered k hydraulic units on the same horizontal line. The gap between the telescope's arms will be adjusted using a spacer configured in a specific way. It also includes the group. The gap adjustment group can be adjusted horizontally and rotatably into the fire extinguishing chamber's internal gap. It includes a double-sided screw rod connected in the b-shaped section. The double-sided screw rod is 5 a single-stage motor, structured in such a way as to cause it to rotate by driving it, fire The extinguishing tank is mounted on the wall surface. The second hydraulic system... Each of the telescopic arms is securely attached to a sleeve. The same horizontal... The sleeve on the correct side, respectively, corresponds to the double-sided V-shaped rod. The surface is passed over the edge in a toothed manner. Directional orientation: kbr 10 Limiting mechanism, each branch with hydraulic telescopic arm fire extinguishing cabin It is provided between them. In some applications, the sliding assembly is mounted on top of the fire extinguishing cabinet. The first and second brackets include a bracket and the edge of the first bracket can be slid onto the flexible cable. The ks metric limiting wheel is connected in such a way that it can be rotated. 15 In some applications, the horizontal guide mechanism is used to guide the second automatic steering vehicle and a load carrier structured to raise and support the water storage tank It includes the support mechanism and the load-bearing support mechanism with the second automatic. A rollover prevention mechanism is provided between the steering wheel and the vehicle. In some applications, the load-bearing support mechanism is fixed to the roof of the building. The connected reinforcement beam contains reinforcement columns on both sides of the reinforcement beam. sab tb ç mde connected and water storage tank reinforcement columns brnnbr üst It is connected to the part with a fixed tb and a fixed mde. In some applications, the anti-tipping mechanism, the reinforcement bar and other reinforcement It contains a T-shaped rail beam connected to the upper parts of the column with a fixed T-shaped connection, second 25 automatic steering wheel, mobile vehicle, T-shaped rail, crescent, upper part It is arranged on, each of the sub-parts of the second automated steering vehicle Second brackets are mounted on the edge, and the lower ends of the second brackets are connected to the T-shaped rail. The wheels are connected in such a way that they can rotate, working in cooperation with the steering wheel. 6 In some applications, the support mechanism is located on top of the vehicle's automatic steering system. The part includes a third hydraulic telescopic arm mounted on it, the first hydraulic The telescopic arm is structured in such a way that its exit end guides the hose. It is fixed to the support socket in a fixed manner, and the support socket is secured with steel wire rope and flexible a guide wheel configured to direct and support the cables 5 It is attached in a way that allows it to be rotated. In some applications, the upper part of the cable's hydraulic telescopic arm supports A third bracket is fixed to one edge, furthest from its socket. The support bar is attached in such a way that it can slide into the third bracket's NBR lower section. One end of the third support bar is securely attached to the support socket. Brdz 10 k nc support bar is fixed to the upper part of br nc support bar. It is connected. The upper ends of the two support rods will guide the hose and It is connected in a way that allows it to return to cylinders structured to support it, and The heights of the cylinders increase sequentially from left to right. In some applications, the jaws of the window breaker manipulator are fixed to the T 15 clamp. b c ml br block contains, T b c ml block has a window on one edge furthest from the manipulator The breaking point is connected to the fixed tb sheet and the tb sheet block is close to the window breaking point. br edge, brdz regularly distributed window breaking d ş sab tb ç mde It is connected. In some applications, the limiting mechanism involves the k-sided edge of the double-sided rod 20 It contains two guide rods arranged symmetrically on its surface. The second hydraulic... Guide sleeves are fixed to each edge of the lower part of the telescopic arm. The guide sleeves are attached to the surfaces of the corresponding guide rods. It is being spent in a way that can be lost. Compared to previous techniques, the advantages and positive effects of the current method are 25. This stems from the following factors: 1. The current specifications include fire extinguishing cabinets, lifting mechanisms, and vertical guides. the mechanism and fire extinguishing mechanism are additionally located on the roof of the building. by means of a system that, when a fire occurs, reaches the top of the building's roof. Suspended fire extinguishing unit, lifting mechanism and vertical guide 30 Thanks to the collaborative use of the mechanism, the building's fire source 7 It can be moved to a higher position and the fire extinguishing mechanism It is possible to carry out fire extinguishing operations on the source of the fire and thus, Automatic and instantaneous, without any manual intervention by personnel. Firefighting operations can be made possible and the physical condition of firefighters... 5. Saving energy and increasing fire rescue efficiency The effects can be realized. 2. In the current tariff, the second automatic guided vehicle and horizontal guide by additionally providing the mechanism on the roof of the building, a fire When it occurred, the vertical guide mechanism, the second automatic steering vehicle and fire extinguishing thanks to the collaborative use of the horizontal guide mechanism 10 to carry out fire fighting or rescue missions in the building It can be moved to any position within the range of c, and thus, the intelligent high The range of use of fire fighting equipment in the west can be expanded. 3. In the current specification, the support mechanism and the window breaking mechanism Thanks to its collaborative use, support is available when a fire occurs. the distance between the fire extinguishing cabin and an outer wall of the building It can be adjusted. The window breaking mechanism is located on the glass window of the building. The window breaking operation can be carried out and also the fire extinguishing cabin. By stabilizing the fire extinguishing unit, it has a fixing point. This allows the fire extinguishing cabin to withstand high wind speeds of up to 20 degrees. It effectively prevents swaying and shaking, thus enabling effective fire extinguishing. For the operation to be carried out, the fire extinguishing mechanism must be at the fire site. It ensures alignment with the fire source and therefore, is directed towards high-rise buildings. The automatic fire extinguishing system provides effective protection. BRIEF DESCRIPTION OF THE DRAWINGS 25 The current technical solutions or applications, or previous technical solutions, are more... To ensure clear explanation, the drawings that should be used in the applications are listed below. This will be presented briefly. Undoubtedly, the solutions described below are only for the existing... Tar fnamen n some applications are in the form of. Having a normal level of experience in this field. k ş ler n, based on these drawings and without undertaking any creative effort, another 30 It is also possible to obtain solutions. 8 FIGURE 1, a smart high-rise fire suppression system suitable for the current tar fnamen nbr application. the struggle arrangement in the west, the structural situation in which the fire extinguishing cabin was lowered The schematic is a KD diagram. FIGURE 2, smart high rt fa fire alarm suitable for the current tar fnamen nbr application. the struggle arrangement in the west, the structural situation in which the fire extinguishing cabinet is stabilized 5 The schematic is a KD diagram. FIGURE 3, smart high rt fa fire alarm suitable for the current tar fnamen nbr application. The struggle is a structural schematic diagram of the western part. FIGURE 4, smart high rt fa fire alarm suitable for the current tar fnamen nbr application. the struggle arrangement the fire extinguishing cabin and the window breaking mechanism 10 The diagram below shows a structural schematic diagram. FIGURE 5, smart high rt fa fire alarm suitable for existing tar fnamen nbr application. the struggle arrangement, the fire extinguishing mechanism, the window breaking mechanism It is a structural schematic diagram in a stabilized state. FIGURE 6, smart high rt fa fire 15 suitable for current tar fnamen nbr application. the struggle arrangement, the fire extinguishing mechanism, the window breaking mechanism This is a top-down structural schematic diagram of the stabilized state. FIGURE 7, smart high rt fa fire alarm suitable for the current tar fnamen nbr application. The struggle involves throwing the flexible cable and sliding assembly from above into the abdominal cavity, forming a structural element. The schematic is a KD diagram. 20 FIGURE 8, smart high rt fa fire detection system suitable for existing tar fnamen nbr application. The struggle, the arrangement, the west, the window breaker, the structural schematic, the diagram. FIGURE 9, smart high rt fa fire alarm suitable for the current tar fnamen nbr application. struggle arrangement in the west fire extinguishing cabin nnn, window breaking mechanism and This is a structural schematic diagram of the tracked robot in its lowered position. 25 FIGURE 10, smart high rt fa fire alarm suitable for the current tar fnamen nbr application. struggle arrangement, fire extinguishing mechanism, window breaking mechanism, 9 The tracked robot and its hydraulic telescopic support plate are in a stabilized state. The structural schematic is a KD diagram. DETAILED EXPLANATION The above-mentioned aims, features, and advantages of the current tariff plan are made more clearly understandable. In terms of implementation, the current tariff in question is subject to the following solutions and applications: 5 It is explained in detail with reference. There is no dispute whatsoever. in these cases the applications and elements within the applications related to the existing application are brought together It should be noted that getting it is possible. The current tariff plan is discussed in detail below, with reference to the solutions and specific applications. It is explained. 10 Application 1 As shown in FIGURES 1 to 10, a smart device compatible with the current date name nbr application. The high-power fire fighting system includes the following: A fire extinguishing system. cab n (1), br lifting mechanism zması (2), br vertical guide mechanism zması (3), br fire extinguishing mechanism (4), second automatic steering vehicle (5), a horizontal guide 15 mechanism diagram (6), a support mechanism diagram (7) and a window breaking mechanism diagram (8). Fire extinguishing cabin (1) smart high rt fa fire fighting device western br The section will direct the KBR installation base and will rescue those stranded on the KBR. The analysis is being structured in a way that will help in its rescue and recovery, and the aforementioned The fire extinguishing cabin (1) is designed to be able to move outside the building. 20 Lifting mechanism (2) moves the fire extinguishing cabin (1) up and down. It is being structured in a way that will ensure it moves correctly, the lifting mechanism in question. The space is arranged on the roof of the building (2) and the fire in question extinguishing chamber (1) below the lifting mechanism (2) is being organized. 25 Vertical guide mechanism (3) fire extinguishing cabin (1) upwards and downwards The movement is structured in a way that will guide it, and the vertical guide in question... The spatial arrangement (3) is arranged between the roof of the building and the ground. Fire extinguishing mechanism (4) on a fire source will cooperate with the fire extinguishing cabin (1) to carry out the extinguishing operation. b is structured in the building and the fire extinguishing mechanism in question (4) is the building It is organized on its roof. Second automatic guided vehicle (5) lifting mechanism (2), vertical guide 5 by activating the mechanism (3) and the fire extinguishing mechanism (4) synchronize It is structured in such a way as to allow horizontal movement and... The subject is the lifting mechanism (2), the vertical guide mechanism (3) and fire The structural parts corresponding to the extinguishing mechanism (4) are in question. Automatic steering is arranged on the vehicle (5). 10 Horizontal guide mechanism (6) second automatic steering vehicle (5) horizontal movement It is structured in a way that will provide guidance, the horizontal guiding mechanism in question (6) It is being organized on the roof of the building and the said second automated guided vehicle (5) in a way that can move on the horizontal guide mechanism (6) is being organized. 15 Support mechanism (7) to lifting mechanism (2), vertical guide mechanism (3) and structural parts corresponding to the fire extinguishing mechanism (4) It is structured in a way that will support and the said support mechanism (7) The subject is regulated on the fire extinguishing mechanism (4). The window breaking mechanism (8) will break a glass window at the fire source of the building. and ensure the stability of the fire extinguishing cabinet (1) during the fire extinguishing operation. It is structured in this way and the window breaking mechanism in question (8) The subject of the fire extinguishing cabin (1) is arranged in the space between the two. Application 2 As shown in Figures 3 to 5, the intelligent high-altitude fire suppression system provided in this application is 25. The combat arrangement in the west differs from Application 1 in the following respects. The lifting mechanism (2) includes the first winch (21) and the steel wire rope (22). The v nç (21) is mounted on the upper part of the second automatic steering vehicle (5). One end of the steel wire rope (22) is fixed to the first v (21) and wrapped around it and 11 The other end of the steel wire rope (22) is fixed to the upper part of the fire extinguishing cabinet (1). It is connected. By operating the first winch (21), the steel wire rope (22) can be wound and It can be opened, so that the fire extinguishing cabinet (1) can move up and down. This can be achieved and therefore affects fire sources on different floors. The subsequent fire extinguishing operation can be facilitated. 5 Application 3 As shown in Figures 3 to 7, the intelligent high-altitude fire suppression system provided in this application... The struggle arrangement in the west differs from Application 2 in the following respects. Vertical guide mechanism (3) k nc v nc (31), flexible cables (32), connection socket (33) includes the first automatic steering vehicle (34) and the sliding groups (35). 10 The second crane (31) is mounted on the upper part of the second automatic steering vehicle (5). Four flexible cables (32) are fixed to the second crane (31) and on it It is wrapped. Four flexible cables (32) are connected to the fire via sliding groups (35) respectively. The extinguishing casing (1) is connected to the four corners of the sliding lrb. Flexible The other ends of the cables (32) move downwards to the fire extinguishing cabinet (1) 15 It passes through in a way that can be done and is securely connected to the connection socket (33). The first automatic steering vehicle (34) is mounted on the lower part of the coupling housing (33). It is being done. The fire extinguishing cabinet (1) has four corners on the top and bottom parts. A sliding group (35) is provided. By operating the second crane (31), the flexible The cables (32) can be wound and unwound and thus, the connection socket (33) and the first 20 The automatic steering vehicle (34) can be moved up and down. Therefore, flexible cables (32) are used to direct fire extinguishing cabinets (1). It can be used, this fire extinguishing cabinet (1) upwards and downwards. It can help to improve stability while in motion. At the same time, k nc automatic steering vehicle (5) and br nc automatic steering vehicle (34) 25 by operating, fire fighting operations at any location between b and c. It can be implemented. The sliding group (35) is on the fire extinguishing cabinet (1). The mounted third bracket (351) includes one edge of the first bracket (351), flexible The metric limiting wheel (352) connected to the cable (32) in a sliding manner It is connected in such a way that it can be turned. Fire extinguishing cabinet (1) flexible cable (32) 30 When it moves up and down along the way, the scroll group (35) synchronizes It can be driven to act as such and thus the limiting wheels (352) 12 The flexible cable (32) can be rotated on the surface. This is possible with the flexible cable (32). It helps to reduce the friction between the fire extinguishing chamber (1), While the fire extinguishing cabinet (1) moves up and down, jamming occurs. to ensure that the fire does not come and also, the fire extinguishing cabinet (1) above and downward movement improves flexibility. 5 Application 4 As shown in FIGURES 3 to 6, the intelligent high-altitude fire suppression system provided in this application... The struggle arrangement in the west differs from Application 3 in the following respects. Fire extinguishing mechanism (4) high pressure water pump (41), water storage tank (42), water supply pipe (43), hose (44) and fire monitor (45) 10 It includes. High pressure water pump (41) second automatic steering vehicle (5) The high-pressure water pump (41) is mounted on the upper part. br nc v nç (21) and k nc v nç (31) on the said k nc automatic steering vehicle (5) The parts are arranged in order from left to right on the water storage tank (42). The horizontal guide mechanism is arranged on the upper part of the (6) and the said 15 The upper part of the water storage tank (42) has an open structure and this, second by activating the automatic steering vehicle (5) fire extinguishing mechanism (4) When the water supply pipe (43) was able to move on the roof of the building, The issue is whether the water storage tank (42) can normally transport the liquid in its inner cavity. It can provide. The other end of the water transmission pipe (43) is connected to the high pressure water pump (41) 20 The water is in contact with the other end of the water transmission pipe (43) The gap of the water storage tank (42) extends towards the fire monitor (45), The fire extinguishing cabinet (1) is mounted in the inner cavity. One end of the hose (44) The high-pressure water pump (41) is in contact with the water outlet end and the said The other end of the hose (44) is directed into the empty space of the fire extinguishing container (1) 25 It is lying down and is in contact with the fire monitor (45). High pressure water By operating the pump (41), the water stored in the empty space of the water storage tank (42) The hose (44) can be pumped into the empty space and by the fire monitor (45). It can be sprayed outwards, thus extinguishing the fire at the source of the fire. It can be accomplished. 30 13 Application 5 As shown in FIGURE 3, the intelligent high-altitude fire suppression system provided in this application... The Western conflict arrangement differs from Application 4 in the following respects. Horizontal guide mechanism (6) second automatic steering vehicle (5) and water storage A load carrier support structured in a way that will raise and support the tank (42) 5 It includes the mechanism and the load-bearing support mechanism with the second automatic. A rollover prevention mechanism is provided between the steering vehicle (5). Load The supporting structure is attached horizontally and permanently to the roof of the building. The reinforcement beam (61) contains reinforcement columns on both sides of the reinforcement beam (61). (62) is connected vertically and in a fixed manner. Water storage tank (42), reinforcement 10 It is connected to the upper part of the columns (62) with a fixed clamp. Load bearing support mechanism 2nd automatic steering vehicle (5) to a desired position It can be raised, so that the fire extinguishing cabinet (1), connection socket (33) and the first In the waiting state of the automatic steering vehicle (34), the horizontal line of the roof of the building By ensuring that it is located above, the fire extinguishing cabin (1) is vertically 15 The guide mechanism blocking the doors and windows of the building (3) and its appearance The impact can be prevented in this way. The anti-tipping mechanism, reinforcement... The top parts of the kr ş nn (61) and other reinforcement column (62) are attached vertically and fixedly. The T b-shaped rail beam (63) connected to the b-shaped rail beam contains. The second automatic steering The vehicle's (5) movable wheels, T b ç ml ray kr ş nn (63) on the upper part 20 It is being arranged. The lower part of the second automatic steering vehicle (5) each side Second brackets (64) are mounted on it. The lower ends of the second brackets (64) are T-shaped. In such a way that it can turn into the movable wheels (65) that cooperate with the rail (63). It is connected. The second automatic steering vehicle (5) T b-shaped rail cr. (63) on top When the part moves on it, the movable wheels (65) are driven by the word 25 The subject is that rotations can be achieved on one side surface of the T b ç ml ray kr ş nn (63). This restricts the movement of the second automatically guided vehicle (5). The automatic steering vehicle (5) is stable on the horizontal guide mechanism (6). It is able to enable movement and also, the second automatic steering in question Why is there a relatively large gravitational force on one edge of the upper part of the vehicle (5) 30 It can also help to avoid the possibility of the vehicle tipping over. 14 Application 6 As shown in FIGURE 3, the intelligent high-altitude fire suppression system provided in this application... The Western Warfare Arrangement differs from Application 5 in the following respects. Support mechanism (7) on the upper part of the second automatic steering vehicle (5) It includes the first mounted hydraulic telescopic arm (71). B r n c h drol k telescope k 5 The outlet end of the arm (71) is a support structured to guide the hose (44). It is fixed to the support housing (72). The support housing (72) is connected to the steel wire rope (22) and a guide structured to guide and support flexible cables (32) It is attached to the wheel (73) in such a way that it can turn. The guide wheel (73) is made of steel wire rope. (22) and can guide the direction of movement of flexible cables (32). First hydraulic 10 The telescopic arm (71) is operated by synchronizing the support housing (72) and the guide wheel (73). It can be driven to move in this way, so that the building can be driven with the guide wheel (73). The distance between them can be adjusted and therefore, the fire extinguishing cabinet (1) and the building The distance between them can be adjusted. The first hydraulic telescopic arm (71) third bracket (74) fixed to the far edge of the upper part support slot (72) t 15 It is connected in this way. The first support bar (75) is connected to the lower part of the third bracket (74). It is connected in such a way that it can slide. The other end of the first support bar (75) is connected to the support It is connected to its socket (72) with a fixed tb. The second support bar (76) is connected to the first one. The second support is attached to the upper part of the support bar (75) with a fixed clamp. The upper ends of the rods (76) will guide and support the hose (44) in such a way as to 20 The cylinders are connected in a way that allows them to rotate, and the heights of the cylinders... It increases in order from left to right. B r nc h drol k telescope k arm (71) exit end When the support socket (72) is driven and rotated horizontally, the said support socket (72) br nc support bar (75), k nc support bars (76) and It is possible to drive the cylinders, causing them to move in a synchronized manner. 25 This helps to ensure that the hose (44) of the cylinders is always supported. and the hose (44) drol nc telescopic arm (71) is hanging down It prevents. Application 7 As shown in FIGURES 4, 5, 6 and 8, the intelligent high altitude 30 provided in this application The fire fighting system differs from the Western Fire Fighting System, Application 6, in the following respects: is doing. Fire extinguishing cabinet (1) has a fire extinguishing chamber in the upper and lower parts of the empty space. Window breaking mechanism (8) is provided. Window breaking mechanism (8) k pieces k nc hydraulic k telescopic k arm (81), It includes manipulators (82) and window breakers (83). Second hydraulic telescope The output ends of the arms (81) are connected to the manipulators (82) with a fixed connection. Window 5 crushers (83), man pumpers n (82) k nc h drol k telescope k arms (81) away They are arranged on the sides. By operating the manipulators (82), the window breakers (83) It is possible to make the person look towards the glass window. The second hydraulic telescope... The arms (81) were operated and the window breakers (83) were between the glass window of the building. The distance can be adjusted and thus, the window breakers (83) can be 10 The window breaking process can be simplified. Then, Manipulators (82) can grip the glass window frame and thus fire extinguishing The cabin (1) can stabilize. The window breaker (83) can stabilize the jaws of the manipulator (82). It contains a T b µm block (831) connected to a fixed tb µm. The T b µm block (831) man pulsator (82) far from the edge window breaking kon s (832) fixed tb ç mde 15 It is connected to the edge of the T b c ml block (831) near the window breaking cone (832), brdz regularly distributed window breaking d ş (833) sab tb ç mde connected. Window breaking console (832) and window breaking teeth (833) based use of cooperation Thanks to this, the glass can be broken, and thus, subsequent fire fighting and fire... The extinguishing process can be made easier. The window breaking mechanism is also (8), same 20 the gap between k number k nc hydrol k telescope k arm (81) on the horizontal line It also includes the gap adjustment group (84) configured in the form of adjusting the gap. adjustment group (84) can be horizontally positioned in the fire extinguishing cabinet (1) and rotated. It includes a double-sided screw rod (841) connected in b form. Double-sided screw rod (841) The stepper motor (842) is structured in such a way as to make it rotate by driving it, 25 The fire extinguishing cabinet (1) is mounted on the inner wall surface. The second hydraulic Each of the telescopic arms (81) is fixed to the sleeve (843). The kd sleeve (843) on the same horizontal line corresponds to the corresponding two-way v-shaped sleeves. The rod (841) is passed over the edge of a surface in a toothed manner. The steering-oriented limiting mechanism, each branch of the hydraulic telescope, 30 (81) is provided between the fire extinguishing cabin (1). The step motor (842) is operated by driving the double-sided V-bar (841) to rotate. It can be provided. Under the influence of teeth, two on the double-sided screw bar (841) The two hydraulic telescopic arms (81) are driven towards each other or away from each other. 16 They can be made to move synchronously over long distances, and thus, different Window breaking operations are made possible on glass windows with wide edges. It can be brought. The limiting mechanism is the two sides of the bidirectional screw rod (841). It contains two guide rods (844) arranged symmetrically on it. The second hydraulic Guide sleeves (854) are fixed to each edge of the lower part of the telescopic arm (81). b is connected to the guide sleeves (845) and the corresponding guide rods (844) It is passed over the surfaces in such a way that it can slide. Second hydraulic telescopic arm (81) When it moves, the guide sleeves of the said hydraulic telescopic arm (81) (845) by driving the guide rods (844) to slide on the surfaces. thus the said second hydraulic telescopic arm (81) can be stabilized horizontally 10 It is able to move in this way and therefore, the aforementioned second hydraulic telescopic arm (81) The rotation of the double-sided V-bar (841) synchronous is effective. It is preventable. Application 8 As shown in FIGURES 9 and 10, the intelligent high altitude 15 provided in this application The fire fighting system differs from the Western Fire Fighting System, Application 7, in the following respects: is doing. Fire extinguishing cabin (1) at the top of the empty space a window breaking The mechanism (8) is provided. Window breaking mechanism (8) k nc h drol k telescopic k arm (81), manipulator (82) and 20 The window breaker (83) is included. The outlet end of the second hydraulic telescopic arm (81) The window breaker (83) is connected to the man pulsator (82) in a fixed position. The k nc hydraulic telescope is arranged on one edge which is far from the k arm (81). The k nc h drol k telescopic k arm (81) is symmetrically positioned on the gap adjustment group (84). It is being made. By operating the manipulator (82), the window breaker (83) breaks the glass of the building. It is possible to make it look towards the window. Second hydraulic telescopic arm (81) The distance between the window breaker (83) and the glass window of the b nan by operating It can be adjusted and thus by the said window breaker (83) The window breaking operation can be facilitated. Then, the manipulator (82) able to grip the glass window frame and thus the fire extinguishing cabinet (1) 30 It is able to stabilize the window breaker (83) in the jaws of the manipulator (82). It contains a connected T b c ml block (831). The T b c ml block (831) is connected to the manipulator (82) 17 The window breaking console (832) is connected to the far edge with a fixed tb. to the edge of the block (831) near the window break (832), brdz regularly distributed window breaking d ş (833) is connected to the fixed tb ç mde. Window breaking kon s (832) glass breaking thanks to the cooperative use of the teeth (833) It can be broken and thus, subsequent fire fighting and fire extinguishing operations 5 It can be made easier. The window breaking mechanism is also (8), on the same horizontal line on it k number k nc hydraulic k telescope k arm (81) to adjust the gap between It also includes the gap adjustment group (84) configured in b. The gap adjustment group (84), fire extinguishing cabin (1) horizontally and in a way that can rotate into the inner space It includes the connecting double-sided screw rod (841). Double-sided screw rod (841) 10 The stepper motor (842) is structured in such a way as to enable it to rotate by driving it. The fire extinguishing cabinet (1) is mounted on the inner wall surface. The second hydraulic Each of the telescopic arms (81) is fixed to the sleeve (843). The kd sleeve (843) on the same horizontal line corresponds to the corresponding two-way v-shaped sleeves. The rod (841) is passed over the edge of a surface in a toothed manner. 15 The steering-oriented limiting mechanism, each branch of the hydraulic telescope. (81) is provided between the fire extinguishing cabin (1). The step motor (842) is operated by driving the double-sided V-bar (841) to rotate. It can be provided. Under the influence of teeth, two on the double-sided screw bar (841) The two hydraulic telescopic arms (81) are driven towards each other or away from each other. They can be made to move synchronously over long distances, and thus, different Window breaking operations are made possible on glass windows with wide edges. It can be brought. The limiting mechanism is the two sides of the bidirectional screw rod (841). It contains two guide rods (844) arranged symmetrically on it. The second hydraulic Guide sleeves (854) are fixed to each edge of the lower part of the telescopic arm (81) t 25 b is connected to the guide sleeves (845) and the corresponding guide rods (844) It is passed over the surfaces in such a way that it can slide. Second hydraulic telescopic arm (81) When it moves, the guide sleeves of the said hydraulic telescopic arm (81) (845) by driving the guide rods (844) to slide on the surfaces. thus the said second hydraulic telescopic arm (81) can be stabilized horizontally 30 It is able to move in this way and therefore, the aforementioned second hydraulic telescopic arm (81) The rotation of the double-sided V-bar (841) synchronous is effective. It is preventable. 18 Tracked robot (9) is placed in the empty space of the fire extinguishing cabin (1) and said The subject is tracked robot (9), to assist in fire extinguishing operations. It can be used. The hydraulic telescopic support plate (10) is used for the fire extinguishing cabinet. (1) It is mounted under the inner cavity. Depending on the conditions, hydraulic telescopic support By operating the plate (10), the free end of the lower part inside the window frame 5 It is possible to get on it and then the tracked robot (9) can check the situation. In order to realize the aforementioned hydraulic telescopic support plate (10) building It can be seen inside. Application 9 The intelligent high-altitude fire fighting system described in this application is Application 10. It differs from number 8 in the following respects. First winch (21), second winch (31), first automatic steering vehicle (34), high pressure water pump (41), fire monitor (45), second automatic steering vehicle (5), br nc h drol k telescope k kola (71), k nc h drol k telescope k kola (81), man pulator (82), step motor (842), track robot (9) and hydraulic telescopic support plate 15 (10) an electrically connected central control system is supplied on the roof of the building ed lmekted r. Central control system first crane (21), second crane (31), first automatic steering vehicle (34), high pressure water pump (41), fire monitor (45), second automatic steering vehicle (5), first hydraulic telescopic arm (71), second hydraulic telescopic arm (81), manipulator (82), stepper motor (842), tracked robot (9) and hydrol k 20 The working status or parameters of the telescope support plate (10) will be adjusted. It is being configured in this way and will also be connected to the building's fire alarm system. It is structured in b form. First valve (21), second valve (31), first automatic to the steering vehicle (34), to the high-pressure water pump (41), to the fire monitor (45), k nc automatic steering vehicle (5), br nc hydraulic telescopic arm (71), k nc hydraulic 25 telescopic arm (81), manipulator (82), stepper motor (842), tracked robot (9), The hydrol k telescope k support plate (10) and the central control system are electrically connected. The connected power supply system is also provided on the roof of the building. The working principle of the current tar fnamen n is briefly explained below: Lowering of the fire extinguishing cabin (1): First hydraulic telescopic arm (71) 30 is being operated and the said br nc h drol k telescopic k arm (71) support housing (72), 19 The guide wheel (73) drives the br nc support bar (75) and the k nc support bars (76). by ensuring that they move in a synchronized manner, thus, more then the action of lowering the fire extinguishing cabin (1) will be carried out To facilitate this, the distance between the guide wheel (73) and the building can be adjusted. The second nc v nç (31) is operated and the said k nc v nç (31) flexible cables (32) 5 It opens. Connection socket (33) and br nc automatic steering vehicle (34) itself under their weights until the said br nc automatic steering vehicle (34) is placed on the ground It descends as low as follows: The first automatic steering vehicle on the ground (34) and on the roof k nc automatic steering vehicle (5) is positioned automatically and fire It is aligned with the direction of its source. Second automatic steering vehicle (5) 10 lifting mechanism (2), vertical guide mechanism (3), fire extinguishing mechanism (4), second brackets (64), movable wheels (65) and support by stimulating the mechanism (7) to make them move in a synchronized manner It provides. Movable wheels (65) on the side surface of the T-shaped rail beam (63) turning and thus propelling the fire extinguishing cabin (1) outside the building 15 It enables synchronized horizontal movement. Automatic. After the positioning is completed, br nc v nç (21) is run and the said br nc v nç (21) opens the steel wire rope (22). Fire extinguishing cabinet (1) its own weight It is lowering below. Fire extinguishing cabinet (1) first brackets (351) and limiting by driving the wheels (352) to make them move in a synchronized manner 20 to provide and fire extinguishing cabin (1) from a high altitude position fire Until the height of the source, the limitation in question is the wheels (352) Flexible cables (32) rotate on the surfaces and thus, fire extinguishing The action of lowering the kab nnn (1) is completed. Window breakage and stabilization of fire extinguishing cabin (1): Step motor 25 (842) is being operated and the said step motor (842) output ml, ç ft directional It causes the rod (841) to rotate by driving it. Under the influence of the teeth, the pair The directional V-shaped rod (841) drives the KD sleeve (843) on the surface. It allows them to move either towards or away from each other. Each one is sleeve (843) corresponding k nc h drol k telescope k arm (81) drive k synchronize ze 30 b enables it to move in the form of a second hydraulic telescopic arm (81) by driving the guide sleeves (845) to the surfaces of the guide rods (844) This allows it to slide on the surface. Therefore, it slides on the same horizontal line. The gap between the manipulator (82) can be adjusted according to the width of the glass window. The two nc hydroelectric telescopic arms (81) are operated and thus the said nc hydroelectric telescopic arms (81), manipulators (82) and window breakers (83) by actuating them It allows the window frame to approach its position. Man pulsators (82) The manipulators in question (82) are operated and the jaws of the window breakers (83) are driven This ensures that these are correctly positioned and that they break the glass window. 5 At the same time, the man pullers n (82) jaws grip the glass window frame and Thus, the fire extinguishing cabinet has a fixing point (1). This ensures that the fire extinguishing cabinet (1) is not blown away by strong winds. and effectively prevents it from swaying, thus preventing the window from breaking and catching fire. The stabilization phase of the extinguishing chamber (1) is being completed. 10 Extinguishing the source of the fire: The high-pressure water pump (41) is operated and said The subject is the high pressure water pump (41), in the cavity of the water storage tank (42) The stored water is conveyed into the inner cavity of the hose (44) via the water conveying pipe (43). Finally, the fire monitor (45) is used to perform effective fire extinguishing operations. The fire is being aligned with the fire source at the fire site, and thus the fire source is 15 The extinguishing process is nearing completion. In summary, the intelligent high-speed fire fighting system includes a fire extinguishing cabin. (1), lifting mechanism (2), vertical guide mechanism (3) and fire extinguishing by additionally providing the mechanism (4) on the roof of the building, a fire When it happened, the fire extinguisher 20 was hanging above the roof of the building. the cooperation of the cab (1), the lifting mechanism (2) and the vertical guide mechanism (3) thanks to its use based on the height of the fire source in the building It can be moved and the fire extinguishing mechanism (4) is on the fire source. fire extinguishing operations can be carried out and thus, by the personnel Automatic and instantaneous fire fighting without any manual intervention. 25 This makes the operation possible and saves firefighters physical labor. effects such as providing and increasing fire rescue efficiency It can be implemented. Second automatic steering vehicle (5) and horizontal guidance by providing additional fire protection (6) on the roof of the building, a fire When it occurs, the vertical guide mechanism (3), second automatic guidance 30 thanks to the use of the vehicle (5) and the horizontal guide mechanism (6) in cooperation fire extinguishing cabin (1) br fire fighting or rescue mission move towards any position in the vicinity of the building in order to accomplish it 21 ett r leb lmekte and thus, the use of intelligent high-altitude fire fighting equipment The range can be expanded. Window breaking with support mechanism (7) Thanks to the collaborative use of the mechanism (8), when a fire occurs time support mechanism (7) fire extinguishing cabin (1) and the outer wall of the building It is possible to adjust the distance between them. Window breaking mechanism (8) of the building's glass 5 It is possible to perform a window breaking operation on the window and also, fire by stabilizing the fire extinguishing cabinet (1) and making the fire extinguishing cabinet (1) a separate unit. This allows the fire extinguishing cabinet to have a fixed point. (1) effectively prevents it from being blown and shaken under high wind speed and Therefore, in order to carry out effective fire extinguishing operations, fire extinguishing 10 It ensures that the mechanism (4) is aligned with the fire source in the fire location and Therefore, high brb naya directed k automatic k fire extinguishing effect s tem n is doing. Experienced individuals in the technical field, according to the detailed explanation above, are subject to the current tariff. It is possible to easily put it into practice. On the other hand, the above 15 of the current tariffs It should be understood that this is not limited to detailed applications. Experienced personnel in the technical field... Based on the applications that have been revealed, different technical solutions are being developed. Technical specifications can be combined according to requirements. EXPLANATION OF REFERENCE NUMBERS Reference number 1 indicates the fire extinguishing cabinet. 20 Reference number 2 indicates the lifting mechanism, reference number 21. br nc brv nc indicates and reference number 22 indicates a steel wire rope. Reference number 3 indicates the vertical guide mechanism, reference number 31. k nc brv nc bel rtmekte, 32 reference number br flexible cable bel rtmekte, 33 Reference number br indicates the connection socket, reference number 34 br nc br 25 The automatic steering mechanism indicates a sliding group with reference number 35. It is mentioned that the bracket with reference number 351 is mentioned and the bracket with reference number 352 is mentioned. The number indicates a limiting wheel. Reference number 4 indicates a fire extinguishing mechanism, reference 41. The number indicates a high-pressure water pump, reference number 42, water pump 30. 22 The storage tank is indicated, and reference number 43 indicates a water transmission pipe. Reference number 44 indicates a hose and reference number 45 indicates a fire hose. It indicates the monitor. Reference number k indicates an automatic steering vehicle. Reference number 6 indicates the horizontal guide mechanism, reference number 61 indicates 5. br takv ye kr ş n bel rtmekte, 62 reference number br takv ye kolonunu bel rtmekte, 63 reference number br T b ç ml ray kr ş n indicates, reference number 64 k nc br The bracket indicates and reference number 65 indicates a movable wheel. Reference number 7 indicates a support mechanism, reference number 71 indicates a third. brh drol k telescope k arm bel rtmekte, 72 reference number br support socket 10 It indicates a guide wheel with reference number 73, and reference number 74. The third bracket is marked with reference number 75, indicating a third support bar. It indicates and reference number 76 indicates a second support bar. Reference number 8 indicates the window breaking mechanism, reference number 81. k nc brh drol k telescope k arm bel rtmekte, 82 reference number br man pulsator 15 It indicates a window breaker with reference number 83, and reference number 831. br T b ç ml blok bel rtmekte, 832 reference number br pencere kırma kon sn It indicates that the reference number 833 refers to window breaking teeth, and the reference number 84 refers to... The number indicates the gap adjustment group, reference number 841 is dual directional brv. The bar indicates, reference number 842 indicates a step motor, 843 20 Reference number brd shl sleeve bel rtmekte, reference number 844 br guide The rod is marked and reference number 845 indicates a guide sleeve. Reference number 9 indicates a tracked robot. The reference number brh drol k indicates the telescopic support plate.

Claims

23 REQUESTS 1. The aforementioned intelligent high-speed fire fighting system is directed towards a section of the western region. will provide a base for the installation and will evacuate the people trapped on the bridge. structured in a way that will help in its rescue and moving outside the building 5 a fire extinguishing cabin arranged in a way that can be used (1); by driving the fire extinguishing cabin (1) upwards and downwards structured in a way that will provide and arranged on the roof of the building, word The subject of fire extinguishing is regulated below (1), a lifting space (2); 10 fire extinguishing cabin nnn (1) will guide the upward and downward movement a vertical guide structured in a certain way and arranged between the roof of the building and the ground the space (3); b nadak br to carry out fire extinguishing operation on the fire source The fire extinguishing cabin is structured in such a way as to cooperate with (1) and the building's 15 a fire extinguishing mechanism arranged on its roof (4); lifting mechanism (2), vertical guide mechanism (3) and fire extinguishing They perform horizontal movement in a synchronized manner by driving the mechanism (4). structured in a way that will provide the lifting mechanism in question (2), vertical 20 corresponding to the guide mechanism z. (3) and fire extinguishing mechanism z. (4) a second automated guided vehicle (5) on which structural parts are arranged; k nc automatic steering in such a way as to guide the vehicle's (5) horizontal movement structured and organized on the roof of the building, the aforementioned second automatic arranged in such a way that the steering vehicle (5) can move on a horizontal guide mechanism (6); 25 lifting mechanism (2), vertical guide mechanism (3) and fire extinguishing to support the structural parts corresponding to the mechanism (4) support structured and organized on the fire extinguishing mechanism (4) the space (7) and 24 b will break a glass window at the source of the fire and extinguish the fire. during the fire extinguishing cabin (1) in a way that will ensure its stability structured and said fire extinguishing cabin (1) in the space the organized window breaking mechanism (8) The smart high-powered fire fighting system is located here, 5 The lifting mechanism includes (2) br nc brv nc (21) and br steel wire rope (22), br nc v nç (21) k nc automatic k steering vehicle (5) is mounted on an upper part, One end of the steel wire rope (22) is fixed to the first v (21) and wrapped around it and the steel The other end of the wire rope (22) is fixed to the upper part of the fire extinguishing cabinet (1). connecting; 10 vertical guide mechanism (3) k nc brv nc (31), flexible cables (32), br connection its housing (33), br nc br automatic steering vehicle (34) and sliding groups (35) including, k nc v nç (31), k nc automat k steering vehicle (5) on the upper part It is being assembled, four flexible cables (32) are fixed to the second v (31) and on it four flexible cables (32) are wrapped around each other, respectively, by means of sliding groups (35) fire 15 The extinguishing casing (1) is connected to the four corners of the sliding lrb, flexible The other ends of the cables (32) move downwards to the fire extinguishing cabinet (1). It passes through in a way that can be done and is permanently connected to the connection socket (33), br nc automatic steering vehicle (34) is mounted on a lower part of the connection socket (33). It is being installed and the fire extinguishing cabinet (1) has four corners of the top and bottom parts, each 20 A sliding group (35) is provided; fire extinguishing mechanism (4) br high pressure water pump (41), br water storage tank (42), water supply pipe (43), hose (44) and fire It includes the monitor (45), high pressure water pump (41), k nc automatic k The water storage tank (42) is mounted on the upper part of the steering vehicle (5), 25 The horizontal guide mechanism is arranged on the upper part of the (6) section, water transmission The end of the pipe (43) is in contact with the water inlet end of the high-pressure water pump (41). located, the other end of the water pipe (43) is inside the water storage tank (42) What is it extending towards, fire monitor (45), fire extinguishing cabinet (1) It is mounted in the gap, one end of the hose (44) is connected to the high pressure water pump (41) 30 The water outlet end is connected to the hose (44) and the other end of the hose is connected to the fire extinguishing hose. The kab nnn (1) gap extends towards the kab and is in contact with the fire monitor (45). is located; fire extinguishing cabin (1) in the upper part and in the lower part of the empty space A window breaking mechanism (8) is provided; window breaking mechanism (8) k pieces k nc h drol k telescopic k arm (81), 5 man pulsers (82) and window breakers (83) include, k nc h drol k telescopic k arms (81) outlet ends are connected to manipulators (82) and window breakers (83) man pulsers n (82) k nc h drol k telescope k on the sides far from the arms (81) is being organized; window breaking mechanism (8) also, k number of k nc hydrol k 10 on the same horizontal line a gap adjustment structured in a way that will adjust the gap between the telescope k arm (81) including the group (84) and The gap adjustment group (84) is horizontally positioned into the gap of the fire extinguishing cabinet (1) and It includes a double-sided connecting rod (841) that can be rotated, double-sided br 15 configured in such a way as to drive the v bar (841) to rotate Step motor (842), fire extinguishing cabinet (1) mounted on a wall surface is done, each of the second hydraulic telescoping arms (81) is fixed to the sleeve (843). They are connected in the form of a sleeve (343) on the same horizontal line respectively, The corresponding two-sided v-bar (841) is placed on the edge of a surface in a toothed manner. It is being passed through and the control and directional limiting mechanism, each third hydraulic 20 The telescopic arm (81) is provided between the fire extinguishing cabin (1).

2. The arrangement is in accordance with claim 1, whereby the sliding group (35) fire extinguishing cabinet (1) It includes a third bracket (351) mounted on it and one edge of the first bracket (351), The x-meter limiting wheel (352) is connected to the flexible cable (32) in a sliding manner. It is connected in a way that allows it to rotate. 25 3. The arrangement is in accordance with claim 1, where the horizontal guide mechanism (6) is the second automatic. will raise and support the steering vehicle (5) and the water storage tank (42) b) It includes a load-bearing support mechanism structured in this way and the load-bearing A rollover between the support mechanism and the second automatic steering vehicle (5). Preventive mechanism is provided. 30 26 4. The arrangement is in accordance with Claim 3, where the load-bearing support mechanism is attached to the roof of the building. It consists of a fixed addendum (61) connected in a fixed manner, and every part of the adjoining brace (61) The reinforcement columns (62) are connected to the edge and the water storage tank (42) The support columns (62) are connected to the upper part of the support columns with a fixed clamp.

5. The arrangement is in accordance with claim 4, and here, the anti-tipping mechanism, reinforcement bar 5 (61) and the T-shaped tubes fixed to the upper parts of the other reinforcement column (62) ray kr ş n (63) includes, second automatic steering vehicle (5) movable wheels T b ç ml ray kr ş nn (63) br on the upper part is arranged, k nc automatic k Second brackets (64) are mounted on each of the two sides of the lower part of the steering vehicle (5). ed and the lower ends of the second brackets (64) cooperate with the T-shaped rail beam (63) 10 It is attached to the movable wheels (65) in such a way that it can turn.

6. The arrangement is in accordance with claim 1, where the support mechanism is (7) the second automatic. The first hydrological telescope mounted on the upper part of the steering vehicle (5) The arm (71) is connected to the third hydraulic telescopic arm (71) and one of the outlet ends of the arm is connected to the hose (44) 15 in a fixed manner to a support socket (72) structured in a guiding manner. connecting and support socket (72), steel wire rope (22) and flexible cables (32) a guide wheel (73) structured in a way that will guide and support It is attached in a way that allows it to be rotated.

7. The arrangement is in accordance with claim 6, whereby the third hydraulic telescope arm (71) is on top of the third arm. A third bracket (74) is fixed to the far edge of the part from the support socket (72). connecting, br nc br support bar (75), third bracket n (74) br lower part It is connected in such a way that it can slide, one end of the first support bar (75) is connected to the support The third support bar (76) is connected to its socket (72) by means of a fixed tb. The second support rods are attached to the upper part of the bar (75). (76) 25 whose upper ends are structured to direct and support the hose (44). The cylinders are connected in such a way that they can rotate, and the heights of the cylinders are from left to right. They increase in the correct order.

8. The arrangement is in accordance with claim 1, and here, the jaws of the window breaker (83) man pulsator (82) are It contains a T b c ml br block (831) connected to the sab tb c mde, T b c ml block (831) man pulsator (82) far from br edge br window breaking kon s (832) fixed tb ç mde 30 to connect and to the edge of the T b c ml block (831) near the window breaking cone (832), brdz regularly distributed window breaking d ş (833) sab tb ç mde connected. 27 9. The arrangement conforming to claim 1 is as follows, where the limiting mechanism is bidirectional and... k guide bar (844) arranged symmetrically on the k edge of the bar (841) In the inside, guides are placed on each edge of the lower part of the k nc h drol k telescope k arm (81) sleeves (845) are connected to the fixed tb mde and the guide sleeves (845) correspond to Guide bars (844) are fitted in such a way that they can slide over the surfaces. 5

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