CN104857644A - Movable building outside high-rise fire fighting and rescue system - Google Patents

Abstract

A movable high-rise fire rescue system outside a building belongs to the technical field of fire rescue and relates to a high-rise building fire rescue system, in particular to a movable high-rise fire rescue system outside a building. The fire rescue system is a mechanical and electrical integration equipment with high technological content. It is easy to use and operate. It can provide a rescue and escape channel outside the building in high-rise and super high-rise building fires, and play a role in fire extinguishing, rescue, smoke exhaust, water supply, etc. Function: Greatly improved work efficiency, made up for the shortage of high-rise and super high-rise building fire-fighting and rescue equipment in my country, greatly improved the fire department's ability to deal with high-rise and super high-rise building fires, and created a good fire protection system for high-rise and super high-rise buildings security environment. The invention comprises a fire rescue platform and a platform suspension device. The fire rescue platform is suspended on the platform suspension device through a steel wire rope; the platform suspension device is arranged on a track, and the track is fixed on the roof of a building through a track support beam.

Description

A mobile high-rise fire rescue system outside the building

technical field

The invention belongs to the technical field of fire fighting and rescue, and relates to a high-rise building fire-fighting and rescue system, in particular to a movable outdoor high-rise fire-fighting and rescue system.

Background technique

In recent years, with the rapid development of the country's economy and society, urban land use has become increasingly tense and the urbanization process has accelerated, various high-rise buildings have sprung up and developed rapidly, but the increase in high-rise buildings has brought prosperity to the city. , but also because of its complex structure, diverse functions, dense personnel, criss-crossing pipeline shafts, large fire loads and many other reasons have increased fire safety hazards. At present, there are serious unqualified fire-fighting facilities in high-rise buildings across the country. There are many and miscellaneous people living in high-rise buildings, with high floors and long vertical evacuation distances, and the only evacuation facilities for high-rise buildings are stairs; All evacuated from the dangerous area, the trapped people are often smothered or burned to death by smoke and fire because it is too late to evacuate, and tragedies such as trampling, falling, and jumping from buildings will inevitably occur in the panic.

Contents of the invention

Aiming at the problems existing in the prior art, the present invention provides a movable high-rise fire-fighting and rescue system outside the building. The fire rescue system is a mechatronics equipment with high technological content. It is easy to use and operate. It can provide a rescue and escape channel outside the building in high-rise and super high-rise building fires, and play a role in fire fighting, rescue, smoke exhaust, water supply, etc. Function: Greatly improved work efficiency, made up for the shortage of high-rise and super high-rise building fire-fighting and rescue equipment in my country, greatly improved the fire department's ability to deal with high-rise and super high-rise building fires, and created a good fire protection system for high-rise and super high-rise buildings security environment.

In order to achieve the above object, the present invention adopts the following technical solutions: a movable high-rise fire-fighting rescue system outside the building, including a fire-fighting rescue platform and a platform suspension device, the fire-fighting rescue platform is suspended on the platform suspension device by a wire rope; the platform The suspension device is arranged on the track, and the track is fixed on the roof of the building through the track support beam.

Embedded parts are arranged on the track support beam, and the track is fixed on the track support beam through the embedded parts.

The fire-fighting and rescue platform includes a support frame, and the support frame is respectively equipped with an escape telescopic ladder, a safety protection device, an anchor fixed cable, a life-saving anchor hook launcher, fire-fighting equipment, an electric lifter, a power lifting device and an overload alarm. The anchor type fixed rope is installed on the lifesaving anchor hook launcher; the electric lifter includes a first drive motor and a rope receiving reel fixed at the bottom of the support frame, and the power output shaft of the first driving motor is connected to the rope receiving reel. Connection, one end of the lifting wire rope is wound on the rope reel, and the other end of the lifting wire rope is set under the support frame through the guide wheel; the power lifting device includes hoists fixed on both sides of the support frame, and the power output of the hoist The end is connected with the lower end of the wire rope, and the upper end of the wire rope is connected with the platform suspension device.

The safety protection device includes a protective cover, a safety lock, a platform guardrail and a tension sensor and a distance sensor fixed on the support frame; the upper end of the spare wire rope is connected with the platform suspension device, and the lower end passes through the safety locks arranged on both sides of the support frame After that, it is connected with the support frame; the platform guardrail is arranged on the outside of the support frame, and the protective cover is fixed above the support frame; the strain gauge of the tension sensor is arranged on the rope clamp surface inside the safety lock, and the tension sensor and the distance sensor are connected with the connected to an overload alarm.

Wall-supporting wheels are arranged on the side of the platform guardrail close to the wall.

The escape telescopic ladder includes a ladder body, the lower end of which is set on the support frame through the ladder rotation axis, and the ladder body can rotate at a certain angle around the ladder rotation axis; the platform guardrails on both sides of the ladder body are respectively provided with Ladder cable reels, one end of the two ladder cables is respectively wound on the two ladder cable reels, and the other end is respectively fixed on the upper end of the main body of the ladder after passing through the cable guide wheels; there are fixed pin through holes on the platform guardrail, The main body of the ladder is provided with a ladder fixing pin, and the main body of the ladder is connected with the platform guardrail through the ladder fixing pin and the through hole of the fixing pin.

A ladder hook head is arranged on the upper end of the ladder main body.

The platform suspension device includes a chassis on which a rail-holding wheel is arranged, the rail-holding wheel is connected with the power output shaft of the second drive motor, and the rail-holding wheel is matched with the track; a main crane is arranged on the top of the chassis Boom turntable, the first rotary motor drives the main boom turntable to rotate through the gear transmission mechanism; the lower end of the main boom is fixed on the main boom turntable, and a rotating boom turntable is arranged on the upper end of the main boom , the second slewing motor drives the rotating boom rotating disk to rotate through the gear transmission mechanism, and the rotating boom is fixed on the rotating boom rotating disk; after the upper end of the wire rope passes through the rotating boom, it is connected with the rope cloth device fixed on the chassis connect.

The rotating boom is composed of a pair of claw arms.

The movable high-rise fire-fighting and rescue system outside the building is also provided with a special transport vehicle for the platform, and the special transport vehicle for the platform is arranged on the ground, and it includes a compartment and a vehicle-mounted fire-fighting ladder and a fire-fighting toolbox arranged on the compartment; the vehicle-mounted The lower end of the fire ladder is fixed at the front section of the carriage, and an arm end platform is arranged at the upper end; a fire hose, a high-pressure water pump and a fire extinguisher are arranged in the fire tool box.

Beneficial effects of the present invention:

1. Since the lower end of the main body of the ladder of the present invention is arranged on the support frame through the rotating shaft of the ladder, the main body of the ladder can rotate at a certain angle around the rotating shaft of the ladder, so that when the present invention is parked on the fire rescue platform for rescue work, Realize that the disaster victims on multiple floors can reach the fire rescue platform through the escape telescopic ladder;

2. Since the top of the chassis of the present invention is provided with a main boom turntable, the first rotary motor drives the main boom turntable to rotate through a gear transmission mechanism, and the platform suspension device can be parked by rotating the main boom turntable when a non-fire occurs , so that it has good concealment;

3. Since the electric lifter of the present invention includes the first driving motor and the rope receiving reel fixed on the bottom of the support frame, the power output shaft of the first driving motor is connected with the receiving rope reel, and the lifting wire rope is wound on the receiving rope reel. One end, the other end of the lifting wire rope is set under the support frame through the guide wheel; the electric lifter can be used to send the victims who arrive at the fire rescue platform to a safe area or ground, saving the time spent on the fire rescue platform for transporting the victims. The time consumed improves the rescue efficiency, and it can also increase the limited area per capita of the fire rescue platform, which is convenient for firefighters to carry out rescue work, and also reduces the load capacity of the platform. In addition, urgently needed rescue materials can be transported to the fire rescue platform through this device superior;

4. Since the fire rescue platform of the present invention is provided with an overload alarm, when the load capacity of the fire rescue platform reaches the rated load, the overload alarm will feed back the signal to the command platform and the platform staff through the indicator light, so as to avoid fire accidents. The rescue platform is in danger of falling due to overload;

5. Since the fire-fighting toolbox is provided on the platform special transport vehicle of the present invention, a fire-fighting hose, a high-pressure water pump and a fire extinguisher are arranged in the fire-fighting toolbox. Regional water delivery for fire fighting;

6. Since the present invention is respectively equipped with ladder cable trays on the platform guardrails on both sides of the main body of the ladder, one end of the two ladder cables is respectively wound on the two ladder cable trays, and the other ends are respectively fixed by the cable guide wheels. At the upper end of the main body of the ladder; the staff can control the rotation angle and telescopic length of the escape telescopic ladder by controlling the length of the ladder cable, thereby improving the safety and reliability of the escape telescopic ladder during work;

7. The platform suspension device of the present invention can be moved according to different building conditions and different fire areas when a fire occurs, so that the fire rescue platform can perform rescue work in multiple different areas;

8. Since the upper end of the main boom of the present invention is provided with a rotary boom rotary disk, the second rotary motor drives the rotary boom rotary disk to rotate through the gear transmission mechanism; the fire rescue platform can rotate at a certain angle in the axial direction , making it more mobile and flexible to adapt to different buildings, improving rescue efficiency.

To sum up, the fire rescue system of the present invention is a mechatronics device with high scientific and technological content, which is easy to use and operate, and can provide a kind of rescue and escape channel outside the building in the event of a fire in a high-rise or super high-rise building, so as to play a role in fire fighting and fire rescue. People, smoke exhaust, water supply and other functions; greatly improved work efficiency, made up for the shortage of high-rise and super high-rise building fire-fighting and rescue equipment in my country, and greatly improved the fire department's ability to deal with high-rise and super high-rise building fires. Super high-rise buildings create a good fire safety environment.

Description of drawings

Fig. 1 is the structural representation of an embodiment of the portable high-rise fire rescue system outside the building of the present invention;

Fig. 2 is the structural representation of the track and the track support beam on the roof of the building in Fig. 1;

Fig. 3 is the front view of the fire rescue platform of the present invention;

Fig. 4 is a side view of the fire rescue platform of the present invention;

Fig. 5 is a structural schematic diagram of the escape telescopic ladder and its connected components;

Fig. 6 is the structural representation of electric lifter of the present invention;

Fig. 7 is the front view of platform suspension device of the present invention;

Figure 8 is a top view of the platform suspension device of the present invention;

Fig. 9 is a structural schematic diagram of the lower part of the platform suspension device of the present invention;

Fig. 10 is a schematic structural view of the upper part of the platform suspension device of the present invention;

Fig. 11 is a schematic structural view of the platform-specific transport vehicle of the present invention;

Fig. 12 is a structural schematic diagram of the rotating boom and the main boom of the platform suspension device in different degrees of rotation to adapt to different working positions;

Figure 13 is a schematic diagram of the disaster victims in the building safely reaching the fire rescue platform through the escape telescopic ladder;

Figure 14 is a schematic diagram of the disaster-stricken personnel reaching a safe position and lifting urgently needed materials through the electric lifter after arriving at the fire rescue platform;

Fig. 15 is a schematic diagram of the work of the platform-specific transport vehicle to respond to the disaster-stricken personnel who have slid down from the electric lifter through its own vehicle-mounted fire-fighting ladder;

In the figure: 1-platform suspension device, 2-fire rescue platform, 3-platform special transport vehicle, 4-embedded parts, 5-track support beam, 6-track, 7-protective cover, 8-safety lock, 9- Hoist, 10-buttress wheel, 11-ladder cable, 12-escape telescopic ladder, 13-electric lifter, 14-platform bottom wheel, 15-support frame, 16-platform guardrail, 17-rescue anchor launcher , 18-tension sensor, 19-overload alarm, 20-anchor fixed cable, 21-ladder cable reel, 22-distance sensor, 23-cable reel handle, 24-fire equipment box, 25-ladder hook head, 26-cable guide wheel, 27-ladder rotation shaft, 28-ladder main body, 29-ladder fixing pin, 30-guardrail reinforcement bar, 31-left guide wheel, 32-lift exit, 33-lift wire rope, 34-right guide Wheel, 35-rope receiving reel, 36-first drive motor, 37-rotating boom, 38-main boom, 39-casing box, 40-rope laying device, 41-steel wire rope, 42-driven rail wheel, 43 -Active rail holding wheel, 44-second drive motor, 45-main boom slewing disk, 46-rotating boom slewing disk, 47-chassis, 48-rail holding wheel, 49-claw arm, 50-second slewing motor , 51-connecting bolts, 52-vehicle fire ladder, 53-arm end platform, 54-fire toolbox, 55-compartment.

Detailed ways

The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

As shown in Fig. 1 and Fig. 2, a kind of movable high-rise fire-fighting and rescue system outside the building includes a fire-fighting rescue platform 2 and a platform suspension device 1, and the fire-fighting rescue platform 2 is suspended on the platform suspension device 1 by a steel wire rope 41; The platform suspension device 1 is arranged on the track 6, and the track 6 is fixed on the roof of the building by the track support beam 5. An embedded part 4 is arranged on the rail support beam 5 , and the rail 6 is fixed on the rail support beam 5 through the embedded part 4 .

As shown in Figures 3 and 4, the fire rescue platform 2 is the main working platform for rescue work outside the building, and it includes a support frame 15 on which an escape telescopic ladder 12, a safety protection device, an anchor type Fixed cable 20, life-saving anchor hook launcher 17, fire-fighting fire-fighting equipment, electric lifter 13, power lifting device and overload alarm 19, described fire-fighting fire-fighting equipment is arranged in the fire-fighting equipment box 24; Described anchor type fixed cable 20 installation On the rescue anchor launcher 17. As shown in Figure 6, the electric lifter 13 includes a first drive motor 36 and a rope take-up dish 35 fixed on the bottom of the support frame 15, and the power output shaft of the first drive motor 36 is connected with the rope take-up dish 35. One end of the lifting wire rope 33 is wound on the rope reel 35, and the other end of the lifting wire rope 33 is arranged below the support frame 15 by a guide wheel, and the guide wheel is made up of a left guide wheel 31 and a right guide wheel 34; The bottom surface is provided with a lifting outlet 32, and the lower end of the lifting wire rope 33 passes through the lifting outlet 32 and is arranged below the support frame 15. Described power lifting device comprises hoist 9 that is fixed on support frame 15 both sides, and the power output end of hoist 9 is connected with the lower end of wire rope 41, and the upper end of wire rope 41 is connected with platform suspension device 1; 16 is provided with buttress wheel 10 near the side of body of wall, and the lower end of bracing frame 15 is provided with platform bottom wheel 14.

As shown in Figures 3 and 4, the safety protection device includes a protective cover 7, a safety lock 8, a platform guardrail 16, and a tension sensor 18 and a distance sensor 22 fixed on the support frame 15; the protective cover 7 is used to block the work area For sundries and rainwater falling from above, the safety lock 8 is used to prevent the fire rescue platform 2 from tilting; the upper end of the spare wire rope is connected with the platform suspension device 1, and the lower end passes through the safety lock 8 arranged on both sides of the support frame 15 and then connects with the support The frame 15 is connected; the platform guardrail 16 is arranged on the outside of the support frame 15, and the protective cover 7 is fixed above the support frame 15; the strain gauge of the tension sensor 18 is arranged on the rope clamp surface inside the safety lock 8, and the tension sensor 18 and distance sensor 22 are connected with overload alarm 19; On platform guardrail 16, be provided with guardrail reinforcement bar 30.

As shown in Figure 5, the escape telescopic ladder 12 includes a ladder main body 28, the lower end of the ladder main body 28 is set on the support frame 15 through the ladder rotating shaft 27, and the ladder main body 28 can rotate at a certain angle around the ladder rotating shaft 27 ; The platform guardrails 16 on both sides of the ladder main body 28 are respectively provided with a ladder cable tray 21, and one end of the two ladder cables 11 is respectively wound on the two ladder cable trays 21, and the other end passes through the cable guide wheel 26 respectively. After being fixed on the upper end of the ladder main body 28, a zipper plate handle 23 is provided on the ladder cable tray 21; It is connected with the platform guardrail 16 through the ladder fixed pin 29 and the through hole of the fixed pin, and the upper end of the ladder main body 28 is provided with a ladder hook 25 .

As shown in Figures 7 to 10, the platform suspension device 1 is the carrying device of the system, which carries all the weights of the accessories of the fire rescue platform 2 and the staff and the rescued victims through the steel wire rope 41, which includes the chassis 47. The chassis 47 is provided with a rail-holding wheel 48, and the rail-holding wheel 48 is composed of an active rail-holding wheel 43 and a driven rail-holding wheel 42, and the active rail-holding wheel 43 is connected with the power output shaft of the second drive motor 44. The rail wheels 48 are matched with the track 6; the top of the chassis 47 is provided with a main boom turntable 45, and the first rotary motor drives the main boom turntable 45 to rotate through a gear transmission mechanism; on the main boom turntable 45 The lower end of the main boom 38 is fixed, and the upper end of the main boom 38 is provided with a rotating boom rotating disk 46. The second rotary motor 50 drives the rotating boom rotating disk 46 to rotate through a gear transmission mechanism. A rotating boom 37 is fixed on it; after the upper end of the steel wire rope 41 passes through the rotating boom 37, it is connected with the rope cloth device 40 fixed on the chassis 47; the rotating boom 37 is composed of a pair of claw arms 49, and the claw arms 49 is fixed on the rotary boom slewing disk 46 by connecting bolts 51, and on the chassis 47, the outside of the rope laying device 40 is provided with a cabinet 39.

The movable high-rise fire-fighting and rescue system outside the building is also provided with a platform-specific transport vehicle 3, as shown in Figure 11, the platform-specific transport vehicle 3 is set on the ground, and it includes a compartment 55 and a vehicle-mounted vehicle mounted on the compartment 55. Fire-fighting aerial ladder 52 and fire-fighting tool box 54; The lower end of described vehicle-mounted fire-fighting aerial ladder 52 is fixed on the front section of compartment 55, and arm end platform 53 is provided at its upper end; , standby generator sets, common spare parts and fire-fighting appliances such as foam fire extinguishing agent, fire-fighting clothing and other items. This part is mainly responsible for the transportation of the fire rescue platform 2, rushing to the fire scene in time when a fire occurs, and assisting the fire rescue platform 2 to carry out rescue work together during the rescue process.

The platform suspension device 1 can walk on the roof of the building along the track 6 preset on the track support beam 5, so that it can carry out rescue work in a timely and effective manner in different fire areas; And the wire rope 41 realizes the movement of the victims in the circumferential and vertical directions of the building, so that they can quickly reach the safe floor or area, saving rescue time.

The fire rescue platform 2 is the main workplace for firefighters to carry out rescue outside the building. It realizes vertical lifting through the friction force generated by the hoist 9 through different rope winding methods. The telescopic ladder 12 then provides an escape route for the victims in the building, and the personnel who arrive on the fire rescue platform 2 can reach the ground or other safe areas by the electric lifter 13.

The fixing of fire-fighting and rescue platform 2 mainly is to be fixed on the building in the building by life-saving anchor hook launcher 17 launching anchor type fixing rope 20 and is anti-hooked on the building by the ladder hook head 25 of escape telescopic ladder 12. In addition, the lifesaving anchor hook launcher 17 can be used to launch the anchor type fixing cable 20 at high speed to break the window, open the smoke exhaust channel in time, understand the situation of the fire scene, and facilitate the smooth development of the rescue work.

Firefighters can drive the ladder cable tray 21 to rotate through the cable tray handle 23, so that the ladder cable 11 pulls the ladder main body 28 through the cable guide wheel 26 to realize its rotation around the ladder rotation axis 27 at different angles; after the above operations are completed, The people affected by the disaster can escape to the fire rescue platform 2 by the escape telescopic ladder 12, as shown in Figure 13 .

When there are disaster-stricken personnel who need to be transferred urgently or fire-fighting supplies urgently, it can be handled by the electric lifter 13; And the right guide wheel 34 pulls the disaster-stricken personnel or the fire-fighting supplies, realizes the transportation of the disaster-stricken personnel or the fire-fighting supplies, and its running state is as shown in Figure 14.

When the fire rescue platform 2 reaches the limit position or when the load of the fire rescue platform 2 reaches the rated carrying weight range, the distance sensor 22 and the tension sensor 18 will convert the detected signal into an electrical signal and send it to the overload alarm 19, which will be triggered by the overload The siren 19 alarms and prompts the firefighters to take corresponding measures, thereby ensuring that the fire rescue platform 2 can carry out rescue work normally and safely.

When a fire occurs, the wire rope 41 and the spare wire rope are released through the rope cloth device 40 of the platform suspension device 1 to reach the ground at the bottom of the building; Rescue work.

After the active rail holding wheel 43 is started, the driven rail holding wheel 42 can be driven to move, so that the platform suspension device 1 moves along the track 6; the second rotary motor 50 can be started to rotate the rotating boom 37 to realize the platform suspension device 1 Rotation to adapt to different building conditions, the above two rotation states are shown in Figure 12.

In the present invention, the fire rescue platform 2 is used separately from the platform suspension device 1, and the fire rescue platform 2 can be used in conjunction with platform suspension devices 1 on multiple roofs, which improves its utilization rate and saves rescue costs. When a fire occurs, the fire rescue platform 2 is transported to the fire scene for rescue work, and the extension of the telescopic arm of the vehicle-mounted fire-fighting aerial ladder 52 of the control platform special transport vehicle 3 can meet the victims who have escaped from the fire-fighting rescue platform 2 electric lifter 13, This saves the single rescue time and improves the rescue efficiency, as shown in Figure 15.

Claims (10)

1. a high building fire-proof rescue system outside packaged type building, is characterized in that comprising fire-fighting and rescue platform and platform suspension arrangement, described fire-fighting and rescue platform by steel wire hang on platform suspension arrangement; Described platform suspension arrangement is arranged in orbit, and track is fixed on building roof by rail supported beam.

2. high building fire-proof rescue system outside packaged type building according to claim 1, it is characterized in that being provided with built-in fitting on described rail supported beam, track is fixed on rail supported beam by built-in fitting.

3. high building fire-proof rescue system outside packaged type building according to claim 1, it is characterized in that described fire-fighting and rescue platform comprises bracing frame, bracing frame is respectively arranged with escape retractable cat ladder, safety guard, anchor formula antilift wire, lifesaving grasp transmitter, fire-fighting fire extinguishing equipment, electric elevator, power hoisting device and overload alarm device; Described anchor formula antilift wire is arranged on lifesaving grasp transmitter; Described electric elevator comprises and is fixed on the first drive motors bottom bracing frame and rope closing dish, the power output shaft of the first drive motors is connected with rope closing dish, rope closing dish is wound with one end of lifting wire rope, and the other end of lifting wire rope is arranged on the below of bracing frame by directive wheel; Described power hoisting device comprises the elevator being fixed on bracing frame both sides, and the clutch end of elevator is connected with the lower end of steel wire rope, and the upper end of steel wire rope is connected with platform suspension arrangement.

4. high building fire-proof rescue system outside packaged type building according to claim 3, is characterized in that described safety guard comprises protective cover, safety lock, platform guardrail and the pulling force sensor be fixed on bracing frame and range sensor; The upper end of steel wire rope for subsequent use is connected with platform suspension arrangement, and lower end is connected with bracing frame through after the safety lock being arranged on bracing frame both sides; Described platform guardrail is arranged on the outside of bracing frame, and protective cover is fixed on the top of bracing frame; The foil gauge of described pulling force sensor is arranged on the rope clamp surface of safety lock inside, and pulling force sensor is connected with overload alarm device with range sensor.

5. high building fire-proof rescue system outside packaged type building according to claim 4, is characterized in that, on described platform guardrail, the side of body of wall is provided with sustaining wall wheel.

6. high building fire-proof rescue system outside packaged type building according to claim 4, it is characterized in that described escape retractable cat ladder comprises cat ladder main body, the lower end of cat ladder main body is arranged on bracing frame by cat ladder rotating shaft, and described cat ladder main body can carry out the rotation of certain angle around cat ladder rotating shaft; The platform guardrail of cat ladder main body both sides is respectively arranged with cat ladder guy anchor, and one end of two cat ladder drag-lines is wrapped on two cat ladder guy anchors respectively, and the other end is fixed on the upper end of cat ladder main body respectively after drag-line directive wheel; Platform guardrail is provided with steady pin through hole, cat ladder main body is provided with cat ladder steady pin, cat ladder main body is connected with steady pin through hole by cat ladder steady pin with platform guardrail.

7. high building fire-proof rescue system outside packaged type building according to claim 6, is characterized in that the upper end of described cat ladder main body is provided with cat ladder gib head.

8. high building fire-proof rescue system outside packaged type building according to claim 1, it is characterized in that described platform suspension arrangement comprises chassis, chassis is provided with and embraces rail wheel, described armful of rail wheel is connected with the power output shaft of the second drive motors, embraces rail wheel and matches with track; The top on chassis is provided with main arm rotary disk, and the first turning motor drives main arm rotary disk to rotate by gear drive; Described main arm rotary disk is fixed with the lower end of main arm, the upper end of main arm is provided with rotary suspension arm rotary disk, the second turning motor is rotated by gear drive driven rotary arm rotary disk, and rotary suspension arm rotary disk is fixed with rotary suspension arm; The upper end of steel wire rope, through after rotary suspension arm, is connected with the cloth rope device be fixed on chassis.

9. high building fire-proof rescue system outside packaged type building according to claim 8, is characterized in that described rotary suspension arm is made up of a pair knuckle arm.

10. high building fire-proof rescue system outside packaged type building according to claim 1, outside it is characterized in that described packaged type building, high building fire-proof rescue system is also provided with platform-specific transport vehicle, described platform-specific transport vehicle is arranged on the ground, and it comprises compartment and the vehicle-mounted aerial ladder that is arranged on compartment and fire-fighting tool box; The lower end of described vehicle-mounted aerial ladder is fixed on the leading portion in compartment, is provided with arm end platform at its upper end; Fire hose, high-pressure hydraulic pump and fire extinguisher is provided with in fire-fighting tool box.