CN216855539U

CN216855539U - Roof platform fire-fighting rescue cableway vehicle between high buildings in community

Info

Publication number: CN216855539U
Application number: CN202122617196.7U
Authority: CN
Inventors: 曹伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-10-29
Filing date: 2021-10-29
Publication date: 2022-07-01
Anticipated expiration: 2031-10-29

Abstract

A roof platform fire-fighting people-saving cableway vehicle between community high buildings, when a fire disaster happens on a floor A, a lifting bracket 3 is supported by a positioning inclined rod 48, a roof door lock handle 36 is opened, a traction rope 17 is taken out and is thrown to the roof B, a people-carrying fixed pulley 12 is carried by the traction rope 17 through the roof A and the roof B, a people-saving load rope 13 is carried by the people-saving load rope 13 through a people-carrying movable pulley 37, one end of the people-saving load rope 13 and one end of the traction rope 17 are pulled back to the roof A, the people-carrying movable pulley 37, a fixed pulley hook 46 and a people-carrying safety belt sleeve 38 roll back and forth under the people-saving load rope 13, and the back and forth motion can be carried out between the roof A and the roof B; the rescue weight rope 13 is wound on the weight rope turntable 19 of the A roof support cableway car 1, after the escape person reaches the table top 2 of the B roof cableway car, the traction rope 17 is pulled, the manned safety belt sleeve 38 is pulled back to the top of the A roof, the next round of aerial cableway rescue between two adjacent high buildings is carried out, and the rescue weight rope is suitable for carrying out self-rescue mutual rescue for residents between the high buildings of the community at the first time.

Description

Roof platform fire-fighting and life-saving cableway vehicle between community high buildings

Technical Field

The utility model relates to the field of building fire fighting, in particular to a roof platform fire fighting and rescue cableway vehicle between community high buildings.

Background

At present, about thirty community residential high buildings are constructed in cities and towns, the fire extinguishing height of the aerial ladder of the existing fire fighting truck is about twenty floors, and when the aerial ladder above twenty floors breaks out fire, the fire extinguishing capability of the aerial ladder of the fire fighting truck for rescuing people is greatly limited; the existing technology for rescuing people by using a hanging box of a vertical elevator on the top of a building has the advantages that due to the height of the floor, the distance between the steel wire rope hanging box and the ground is more than one hundred meters, people can only rescue themselves on the top of the building by the escape personnel in the building, and other people in the community can only observe fire at a distance from the shore and can not go to rescue for assistance; the patent number 2018211176684, the name is "conflagration aerial passway for escaping between community's high-rise building", it sets up fixed concrete and metal frame device to put on the roof platform between community's high-rise building, transversely fix on two adjacent high-rise building platforms with the wire rope device, fixed wire rope transversely exposes in the year round, hang between two high-rise buildings, the wind blows in the sun and drenches in the sun, need frequent maintenance after the corrosion, there is the potential safety hazard, also influence community's building pleasing to the eye, the manpower and materials of input are bigger, with high costs, can not remove, safe position of fleing can not be flexibly turned on, it is limited to select the motor-driven position of fleing.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a roof platform fire-fighting and people-saving cableway vehicle between high buildings in a community, in particular to a roof platform fire-fighting and people-saving cableway vehicle between the high buildings in the community, wherein at ordinary times, all people-saving equipment throwing device storage boxes (8), load rope storage boxes (9), descent control device storage boxes (10), traction rope storage boxes (11), people-saving load ropes (13), traction ropes (17) and a people-carrying safety belt sleeve (38) are stored in a roof bracket cableway vehicle (1), and an audible and visual alarm (23), a door lock alarm switch (35), a vehicle movement alarm switch (29) and a door lock handle (36) are used for protecting the safety of articles on the roof bracket cableway vehicle (1); when a fire disaster happens to a building A, people flee to the top of the building A, a door lock handle (36) is opened, a thrower storage box (8) is taken out, a traction rope (17) is launched to the top of a building B, rescue workers on the top of the building B pull the traction rope (17), a rescue weight rope (13) which passes through a manned fixed pulley (12) on a support cableway vehicle (1) on the top of the building A and the traction rope (17) which passes through a traction rope pulley (16) are pulled to the support cableway vehicle (1) on the top of the building B together, the rescue weight rope (13) passes through a manned movable pulley (37) and then passes through the manned fixed pulley (12) on the support cableway vehicle (1) on the top of the building B, and one end of the rescue weight rope (13) is connected and fixed with the manned movable pulley (37); one end of the hauling rope (17) is also connected and fixed with the other side of the manned movable pulley (37), the other end of the manned load-bearing rope (13) and the other end of the hauling rope (17) are pulled beside the roof support cableway vehicle (1) on the roof A, and the manned movable pulley (37) rolls on the manned load-bearing rope (13), so that the reciprocating motion can be carried out between the roof A and the roof B; a fixed pulley hook (46) is fixedly connected below a manned movable pulley (37), a manned safety belt sleeve (38) is fixed below the fixed pulley hook (46), after a fire disaster occurs, people escaping from a building roof enter the manned safety belt sleeve (38), a weight rope turntable (19) upper turntable handle (20) of a support cableway vehicle (1) on the building roof is shaken, a weight rope (13) for rescuing is wound on the weight rope turntable (19), after the people escaping to a building roof cableway vehicle table surface (2) on the building roof, the weight rope turntable (19) is fixed by a turntable positioning pin (21), after people are transported, a traction rope (17) is pulled, the manned movable pulley (37) and the manned safety belt sleeve (38) are pulled back to the building roof cableway vehicle table surface (2) on the building roof, and the next round of aerial cableway rescue between two adjacent high buildings is carried out.

In order to achieve the purpose, the utility model adopts the following scheme: a roof platform fire-fighting and people-saving cableway vehicle between community high buildings comprises a roof support cableway vehicle (1), a thrower storage box (8), a loading rope storage box (9), a people-carrying fixed pulley (12) and a people-carrying safety belt sleeve (38), wherein four support vertical pipes (5), a plurality of frame longitudinal pipes (25), a vehicle bottom cross rod (30) and a vehicle deck cross rod (33) are arranged on the roof support cableway vehicle (1); a cableway bracket (53) consists of two lifting brackets (3), a lifting bracket lower transverse pipe (15), a lifting bracket upper transverse pipe (24) and a positioning inclined rod (48), moves up and down in a bracket vertical pipe (5), and an inclined rod positioning pin (22) with a pin bolt connecting rope (7) penetrates through a bracket positioning hole (4) and is fixed in the bracket vertical pipe (5); a plurality of car platform panels (28) in the car box plate (34) are matched on the car platform cross rod (33) to be quickly assembled into a cableway car platform surface (2), and escape personnel can get on or off the car platform surface by using a folding ladder (27) or stand on the car platform surface to enter a manned safety belt sleeve (38) so as to conveniently cross a roof parapet (42); a plurality of concrete counterweights (31) are matched on the cross bar (30) at the bottom of the car to prevent the roof support cableway car (1) from overturning and overturning; in the carriage plate (34), a thrower storage box (8), a loading rope storage box (9), a descent control device storage box (10), a traction rope storage box (11) and a manned safety belt sleeve (38) are arranged, escape and rescue personnel on the roof A and the roof B are coordinated and exchanged with a handheld horn (45), and a storage battery (26) and a photovoltaic panel (50) are used for providing power for an illuminating lamp (14), an audible and visual alarm (23), a car door lock alarm switch (35), a car moving alarm switch (29) and a voice image-text panel (52) and protecting the safety of articles on a roof support cableway car (1) together with a car door lock handle (36).

Two manned fixed pulleys (12) are fixedly hung below an upper transverse pipe (24) of the lifting frame, when people need to be rescued, a weight-bearing rope (13) of the people, which penetrates through the manned fixed pulleys (12), is pulled, a turntable handle (20) on a weight-bearing rope turntable (19) is rotated, the weight-bearing rope turntable (19) is reeled and released, a turntable positioning pin (21) is used for positioning the weight-bearing rope turntable (19), and the weight-bearing rope (13) of the people is fixed; a monitoring camera (18) is arranged on the lifting frame upper transverse pipe (24), and a photovoltaic panel (50) and a voice picture and text panel (52) are arranged between the lifting frame upper transverse pipe (24) and the lifting frame lower transverse pipe (15); two hauling rope pulleys (16) are fixedly hung below a lower transverse pipe (15) of the lifting frame, when a person needs to be rescued, a hauling rope (17) which penetrates through the hauling rope pulleys (16) is pulled, a hauling rope turntable (43) is rotated to take up and pay off the hauling rope (17), the hauling rope turntable (43) is positioned by a turntable positioning pin (21), and the hauling rope (17) is fixed; an illuminating lamp (14) is arranged on the lower transverse tube (15) of the lifting frame, so that night illumination is facilitated.

A plurality of support positioning holes (4) are respectively arranged on two lifting supports (3), and after the lifting supports (3) are lifted, support positioning pin bolts (6) with pin bolts at two sides connected with ropes (7) are inserted into vertical pipe positioning holes (49) of a support vertical pipe (5) to fix the lifting supports (3); the positioning inclined rods (48) hung on the other two parallel support vertical pipes (5) are connected with the support positioning holes (4) at the upper ends of the two lifting supports (3) and are fixedly connected by inclined rod positioning pins (22), and the height of the lifting supports (3) on the roof support cableway car (1) can be correspondingly adjusted according to the height of the roof parapet (42); two red and yellow audible and visual alarms (23) are arranged at the upper end heads of the two lifting brackets (3) so as to be convenient for identifying the position of the roof bracket cableway car (1); a movable manned movable pulley (37) is arranged on the manned weight-bearing rope (13), and a manned safety belt sleeve (38) is hung under the manned movable pulley (37) by a fixed pulley hook (46); a safety belt (39) is arranged in the manned safety belt sleeve (38), the manned safety belt sleeve (38) is opened and closed by a bagging zipper (41), the escape personnel can conveniently move safely and enter and exit the manned safety belt sleeve (38), two bagging leg foot holes (40) are also arranged below the manned safety belt sleeve (38), the escape personnel can conveniently move in a standing mode on the platform surface (2) of the cableway vehicle, and a safety rope (51) is used for connecting the rescue loading rope (13) and the manned safety belt sleeve (38); the movable wheels (32) are arranged below the roof support cableway vehicle (1) to facilitate the roof support cableway vehicle (1) to move around on the roof platform (44); the height of the lifting support (3) on the roof support cableway car (1) is higher than that of the roof parapet (42); the height of the platform surface (2) of the cableway vehicle is lower than that of the parapet wall (42) on the roof; a lightning protection device (47) is arranged between the roof support cableway vehicle (1) and the roof parapet (42) to prevent the lightning from damaging the internal and external equipment of the roof support cableway vehicle (1).

According to the scheme, the utility model utilizes the characteristics that fire smoke spreads upwards along the wall of the building and is difficult to burn across a certain space distance and spread to adjacent high buildings by utilizing the straight line distance in the air between the adjacent high buildings of the modern town community, generally between thirty and seventy meters, a roof support cableway vehicle (1) is arranged on a high roof platform, a rescue load rope (13) and a traction rope (17) of the roof support cableway vehicle (1) of the A roof are pulled to the roof support cableway vehicle (1) of the B roof, two roof support cableways (1) are quickly built between the roof A and the roof B to form a temporary air rescue cableway, people who suffer from a disaster on the roof A can safely and quickly rescue to the safe roof B, the distress and various defects of the existing fire fighting truck for rescuing the high-rise residential buildings are made up, the fire condition in the community is realized, and the purposes of self rescue and mutual rescue can be organized and carried out at the first time.

The utility model has practical value, all equipment in the vehicle is protected by the vehicle box plate (34) for a long time, frequent maintenance is not needed, potential safety hazards do not exist, the attractiveness of buildings inside and outside the community is not influenced, the input manpower and material resources are small, the cost is low, the movable safety escape device can be moved, the safety escape position and an adjacent high building can be flexibly changed, the mobile escape position is not limited, and the movable safety escape device is particularly suitable for self-rescue and mutual rescue at the first time when a high-rise dwelling in a modern town community encounters a fire.

Drawings

FIG. 1 is a diagram of the effect of a cableway car with a roof support according to an embodiment of the present invention

FIG. 2 is an effect diagram of a roof platform fire fighting rescue cableway vehicle for community high-rise buildings according to an embodiment of the present invention

FIG. 3 is a schematic view of a throwing traction rope of the throwing device according to the embodiment of the utility model

FIG. 4 is a schematic view of a pull-cord and a weight-saving rope according to an embodiment of the present invention

FIG. 5 is a schematic view of a hauling cable pulling a weight-bearing rope

FIG. 6 is a schematic view of an upper rescue weight line pulling a lower rescue weight line according to an embodiment of the present invention

FIG. 7 is a schematic view of a pull rope of a rescue loading rope according to an embodiment of the present invention

FIG. 8 is a schematic view of the movement of the loading and unloading weight-bearing rope according to the embodiment of the present invention

Detailed Description

The utility model is further illustrated below with reference to examples and figures.

Referring to fig. 1, a thrower storage box (8), a loading rope storage box (9), a descent control device storage box (10), a traction rope storage box (11), a manned fixed pulley (12) and a manned safety belt sleeve (38) are arranged in an upper box plate (34) of a roof support cableway vehicle (1), four support vertical pipes (5) are arranged on the roof support cableway vehicle (1), and a plurality of frame longitudinal pipes (25), a vehicle bottom cross rod (30) and a vehicle platform cross rod (33) form the structure; a cableway bracket (53) is formed by two lifting brackets (3), a lifting frame lower transverse pipe (15), a lifting frame upper transverse pipe (24) and a positioning diagonal rod (48), moves up and down in a bracket vertical pipe (5), and is fixed in the bracket vertical pipe (5) by a diagonal rod positioning pin (22) with a pin bolt connecting rope (7) penetrating through a bracket positioning hole (4); a plurality of car platform panels (28) in the car box plates (34) are matched on the car platform cross rods (33) to quickly assemble a cableway car platform (2), and escape persons can get on or off the car platform or stand on the car platform by using folding ladders (27) to enter a manned safety belt sleeve (38) so as to conveniently cross a roof parapet (42); a plurality of concrete counterweights (31) are matched on the cross bar (30) at the bottom of the car to prevent the roof support cableway car (1) from overturning and overturning; the descent control device is used for storing the box (10), and vertical descent escape can be selected according to the fire condition of a building; a handheld loudspeaker (45) is used for coordinating with personnel on the roof A and the roof B to exchange escape schemes and orders, a storage battery (26) and a photovoltaic panel (50) are used for providing power for an audible and visual alarm (23), a door lock alarm switch (35), a vehicle moving alarm switch (29) and a voice image-text panel (52), and simultaneously, the portable loudspeaker and a door lock handle (36) are used for protecting the safety of articles on a roof support cableway vehicle (1). Two manned fixed pulleys (12) are fixedly hung below an upper transverse pipe (24) of the lifting frame, when a person needs to be rescued, a person-saving weight rope (13) penetrating through the manned fixed pulleys (12) is pulled, a turntable handle (20) on a weight rope turntable (19) is rotated, the person-saving weight rope (13) is collected and released, the weight rope turntable (19) is positioned by a turntable positioning pin (21), and the person-saving weight rope (13) is fixed; a monitoring camera (18) is arranged on the lifting frame upper transverse pipe (24), and a photovoltaic panel (50) and a voice picture and text panel (52) are arranged between the lifting frame upper transverse pipe (24) and the lifting frame lower transverse pipe (15); two hauling rope pulleys (16) are fixedly hung below a transverse pipe (15) below the lifting frame, when a person needs to be rescued, a hauling rope (17) penetrating through the hauling rope pulleys (16) is pulled, a hauling rope rotary table (43) is rotated to reel and reel the hauling rope (17), a rotary table positioning pin (21) is used for positioning the hauling rope rotary table (43), and the hauling rope (17) is fixed; an illuminating lamp (14) is arranged on the lower transverse tube (15) of the lifting frame, so that night illumination is facilitated. A plurality of support positioning holes (4) are respectively arranged on two lifting supports (3), and after the lifting supports (3) are lifted, support positioning pin bolts (6) with pin bolts at two sides connected with ropes (7) are inserted into vertical pipe positioning holes (49) of a support vertical pipe (5) to fix the lifting supports (3); the positioning inclined rods (48) hung on the other two parallel support vertical pipes (5) are connected with the support positioning holes (4) at the upper ends of the two lifting supports (3) and are fixedly connected by inclined rod positioning pins (22), and the height of the lifting supports (3) on the roof support cableway car (1) can be correspondingly adjusted according to the height of the roof parapet (42); two red and yellow audible and visual alarms (23) are arranged at the upper end heads of the two lifting brackets (3) so as to be convenient for identifying the position of the roof bracket cableway car (1).

Referring to fig. 2, a movable manned pulley (37) is arranged on the rescue load rope (13), and a fixed pulley hook (46) is used for hanging the manned safety belt sleeve (38) under the movable manned pulley (37); a safety belt (39) is arranged in the manned safety belt sleeve (38), the manned safety belt sleeve (38) is opened and closed by a bagging zipper (41), the escape personnel can conveniently enter the manned safety belt sleeve (38) safely, the safety belt (39) is worn, the bagging zipper (41) is pulled, and two bagging leg foot holes (40) are also arranged below the manned safety belt sleeve (38) to facilitate the escape personnel to move on the platform surface (2) of the ropeway vehicle in a standing mode; the method comprises the steps that a person-saving weight rope (13) is stored by a weight rope turntable (19) beside a roof support cableway vehicle (1), a person-carrying movable pulley (37) and a person-carrying safety belt sleeve (38) are pulled to slide on the person-saving weight rope (13), an escape person is conveyed to a platform surface (2) of the roof cableway vehicle B from a roof A, and the person-saving weight rope (13) and the person-carrying safety belt sleeve (38) are connected by a safety rope (51); a traction rope pulley (16) is also arranged on the lifting support (3) to facilitate the retraction and release of a traction rope (17) and to facilitate the return of a manned safety belt sleeve (38) to the platform surface (2) of the A-roof cableway vehicle; the lifting support (3) is reinforced by a positioning inclined rod (48) to prevent the lifting support (3) from being stressed and bent to deform; the movable wheels (32) are arranged below the roof support cableway vehicle (1) to facilitate the roof support cableway vehicle (1) to move around on the roof platform (44); the height of the lifting support (3) on the roof support cableway car (1) is higher than that of the roof parapet (42); the height of the platform surface (2) of the cableway vehicle is lower than that of the parapet wall (42) on the roof; a lightning protection device (47) and a vehicle moving alarm switch (29) are arranged between the roof support cableway vehicle (1) and a roof parapet (42) to prevent the lightning from destroying the internal and external equipment of the roof support cableway vehicle (1), and an audible and visual alarm (23) is arranged at the top of the lifting support (3).

Referring to fig. 3, a pulling rope (17) is thrown from the roof A to the roof B by a throwing device storage box (8).

Referring to fig. 4, a hauling cable (17) passes through the manned fixed pulley (12) at the roof A, and two cable ends of the manned heavy load cable (13) and the hauling cable (17) are pulled to the roof B.

Referring to fig. 5, one end of a person-saving weight-bearing rope (13) penetrates through a movable manned pulley (37) and then penetrates through a fixed manned pulley (12) on the roof B, one end of the person-saving weight-bearing rope (13) is fixedly connected with one side of a fixed pulley hook (46), one end of a traction rope (17) is fixedly connected with the other side of the fixed pulley hook (46), and a person on the roof A pulls the traction rope (17) to pull one end of the lower person-saving weight-bearing rope (13) back to the roof A.

Referring to fig. 6, when the hauling rope (17) is pulled to the roof A, the length distance of the upper and lower rescue load-bearing ropes (13) is twice of the reciprocating distance between the roof A and the roof B, a fixed pulley hook (46) and a load-bearing safety belt sleeve (38) are hung under a load-bearing movable pulley (37), and the rescue load-bearing ropes (13) and the load-bearing safety belt sleeve (38) are connected by a safety rope (51).

Referring to fig. 7, a person on the roof A pulls the upper rescue weight rope (13), the person escaping from the manned movable pulley (37) and the manned safety belt sleeve (38) is driven to slide to the roof B, and the safety rope (51) is used for connecting the rescue weight rope (13) and the manned safety belt sleeve (38).

Referring to fig. 8, when the last evacuee is left at the top of the building a, a loading rope turntable (19) is fixed by a turntable positioning pin (21), the person at the top of the building B is knotted on a lifting bracket (3) by a lower rescuing loading rope (13) in a surrounding manner, and then the lower rescuing loading rope (13) is pulled, so that the evacuee in a manned movable pulley (37) and a manned safety belt sleeve (38) slides on the upper rescuing loading rope (13) and moves towards the top of the cableway vehicle platform (2) at the top of the building B; the escape personnel in the manned safety belt sleeve (38) can pull the lower rescue load rope (13) to slide to the roof B by self, and the rescue load rope (13) is connected with the manned safety belt sleeve (38) by a safety rope (51).

If the rescue workers on the roof B actively rescue the escape workers on the roof A, the rescue equipment on the roof B is conveyed to the roof A to assist the escape workers on the roof A to the roof B, and the rescue workers on the roof A can also escape to the roof B, as shown in the figures 3 to 7, on the contrary, two adjacent high buildings can establish a bidirectional rescue channel which goes back and forth in the air.

Claims

1. Roof platform fire control rescue cableway car between high building of community comprises roof support cableway car (1), jettison ware storage box (8), heavy burden rope storage box (9), manned fixed pulley (12) and manned insurance belt cover (38), its characterized in that: four support vertical pipes (5), a plurality of frame longitudinal pipes (25), a vehicle bottom cross rod (30) and a vehicle table surface cross rod (33) are arranged on the roof support cableway vehicle (1); a cableway bracket (53) is formed by two lifting brackets (3), a lifting frame lower transverse pipe (15), a lifting frame upper transverse pipe (24) and a positioning diagonal rod (48), moves up and down in a bracket vertical pipe (5), and is fixed in the bracket vertical pipe (5) by a diagonal rod positioning pin (22) with a pin bolt connecting rope (7) penetrating through a bracket positioning hole (4); a plurality of platform panels (28) in the box plates (34) are matched on the cross rods (33) of the platform surface to quickly assemble the platform surface (2) of the cableway vehicle; a plurality of concrete balance weights (31) are matched on the cross bar (30) at the bottom of the vehicle; in the carriage plate (34), a thrower storage box (8), a loading rope storage box (9), a descent control device storage box (10), a traction rope storage box (11), a manned safety belt sleeve (38), a handheld horn (45), a storage battery (26) and a folding ladder (27) are arranged, and an audible and visual alarm (23), a door lock alarm switch (35), a vehicle movement alarm switch (29) and a door lock handle (36) are used for protecting the safety of articles on the roof support cableway vehicle (1).

2. The community high-rise building roof platform fire fighting rescue personnel cableway vehicle of claim 1, characterized in that: two manned fixed pulleys (12) are fixedly hung below an upper transverse pipe (24) of the lifting frame, when people need to be rescued, a person-saving weight rope (13) penetrating through the manned fixed pulleys (12) is pulled, the person-saving weight rope (13) is collected and released by a rotary disc handle (20) on a rotary weight rope rotary disc (19), the weight rope rotary disc (19) is positioned by a rotary disc positioning pin (21), and the person-saving weight rope (13) is fixed; a monitoring camera (18) is arranged on the lifting frame upper transverse pipe (24), and a photovoltaic panel (50) and a voice picture and text panel (52) are arranged between the lifting frame upper transverse pipe (24) and the lifting frame lower transverse pipe (15).

3. The community high-rise building roof platform fire fighting rescue personnel cableway vehicle of claim 1, characterized in that: two hauling rope pulleys (16) are fixedly hung below a lower transverse pipe (15) of the lifting frame, a hauling rope (17) penetrating through the hauling rope pulleys (16) is pulled when a person needs to be rescued, the hauling rope (17) is wound and unwound by a rotating hauling rope turntable (43), and the hauling rope turntable (43) is positioned by a turntable positioning pin (21); an illuminating lamp (14) is arranged on the lower transverse tube (15) of the lifting frame.

4. The community high-rise building roof platform fire fighting rescue personnel cableway vehicle of claim 1, characterized in that: a plurality of support positioning holes (4) are respectively arranged on two lifting supports (3), and after the lifting supports (3) are lifted, support positioning pin bolts (6) with pin bolt connecting ropes (7) on two sides are inserted into vertical pipe positioning holes (49) of a support vertical pipe (5) to fix the lifting supports (3); positioning inclined rods (48) hung on the other two parallel support stand pipes (5) are connected with support positioning holes (4) at the upper ends of the two lifting supports (3) and are fixedly connected by inclined rod positioning pins (22); two red and yellow audible and visual alarms (23) are arranged at the upper end heads of the two lifting brackets (3).

5. The community high-rise building roof platform fire fighting rescue personnel cableway vehicle of claim 1, characterized in that: a manned movable pulley (37) is arranged on the manned weight-bearing rope (13), and a manned safety belt sleeve (38) is hung under the manned movable pulley (37) by a fixed pulley hook (46); a safety belt (39) is arranged in the manned safety belt sleeve (38), the manned safety belt sleeve is opened and closed by a bag sleeving zipper (41), and two bag sleeving leg foot holes (40) are also arranged below the manned safety belt sleeve (38); the rescue weight rope (13) and the safety belt sleeve (38) are connected by a safety rope (51).

6. The community high-rise building roof platform fire fighting rescue personnel cableway vehicle of claim 1, characterized in that: the movable wheels (32) are arranged below the roof support cableway vehicle (1) to facilitate the roof support cableway vehicle (1) to move around on the roof platform (44); the height of the lifting support (3) on the roof support cableway car (1) is higher than that of the roof parapet (42); the height of the platform surface (2) of the cableway vehicle is lower than that of the parapet wall (42) on the roof; a lightning protection device (47) is arranged between the roof support cableway car (1) and the roof parapet (42).