CN214129959U - Air-floating active lifesaving air cushion - Google Patents
Air-floating active lifesaving air cushion Download PDFInfo
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- CN214129959U CN214129959U CN202021162979.XU CN202021162979U CN214129959U CN 214129959 U CN214129959 U CN 214129959U CN 202021162979 U CN202021162979 U CN 202021162979U CN 214129959 U CN214129959 U CN 214129959U
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Abstract
An air-floating active lifesaving air cushion is characterized by comprising a frame, a net or a cushion, a guide ladder, a rotor wing lifting system, a flying type fire extinguishing device, a flying type aerial ladder, a flying type folding lifesaving net, a parachute bag, a flight control system, an operating system, a generator, a fire truck with the flying type aerial ladder provided with the flying type fire extinguishing device and a mobile water collecting device. The life-saving air cushion or the life-saving net or the flying type fire extinguishing device or the flying type aerial ladder flies and rises to a target position from the ground under the traction of the rotor wing for rescue or fire extinguishing. The utility model discloses an air-floating initiative lifesaving air cushion can follow ground fly-up target location and rescue or put out a fire, therefore can rescue or put out a fire the building that surpasss six layers, a revolutionary design.
Description
Technical Field
The utility model relates to a rescue device, in particular to an air-floating active lifesaving air cushion which can fly to an air designated position from the ground for rescue.
Background
The rescue air cushion is widely applied to rescue work, however, the limit rescue height of the existing rescue air cushion is six floors, and rescuees lose rescue significance after jumping on the rescue air cushion from the height exceeding six floors. Moreover, it is very difficult for rescuees to accurately jump from high floors to the rescue air cushions. With the development of society, the floor where people live already exceeds the limit height of the life-saving air cushion. Therefore, the existing rescue air cushion cannot meet the rescue requirements of social development.
In addition. With the continuous improvement of the holding capacity of private cars in China, the occupation of fire fighting access becomes common. The large-sized and medium-sized fire truck can not enter the area where the fire fighting access is blocked and the fire fighting access is unqualified at all, so that the rescue of the miniature fire truck is very important. At present, the aerial ladder of the fire fighting truck can not reach the rescue height, a fireman climbs to a target position from the current aerial ladder and consumes physical power, the launching height of a water cannon of the fire fighting truck is limited, and the tail end of a water column of the water cannon is in a water mist shape and can not powerfully suppress an ignition point. The above are all realistic problems in rescue work and these problems are not solved.
At present, no product can solve the problems in the market, which promotes the research and development and application of the utility model.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing an empty floating initiative lifesaving air cushion, the lifesaving air cushion or lifesaving net or the formula extinguishing device that flies to rise or fly to rise formula aerial ladder fly to rise to the target location and rescue or put out a fire under the traction of rotor of this kind of empty floating initiative lifesaving air cushion, can be comparatively full solution above-mentioned problem.
The utility model provides a technical scheme that its technical problem adopted is: in order to achieve the above object, the present invention provides an air-floating active rescue air cushion, which is characterized in that the rescue air cushion or rescue net or fly-lift fire extinguishing device or fly-lift aerial ladder is lifted to a target position from the ground under the traction of a rotor, and the air-floating active rescue air cushion comprises: the frame comprises a rotor wing connecting frame 6A, an air cushion frame 5A, a lifesaving net rack 12A and a frame 17; the net or cushion comprises an air cushion 1, a lifesaving net 12, a net cushion combination body and a frame type air cushion 14, wherein the air cushion 1 is connected with an automatic inflating device 4; lead the ladder, include: a camera device 9 and a guide ladder 10; the rotor wing lifting system comprises a rotor wing 5 and a rotor wing connecting frame 6A, wherein the rotor wing comprises a host, a propeller and a rotor wing protective net or cover 36, and one end of the rotor wing protective net or cover is conical; flying fire extinguishing apparatus 23, comprising: the device comprises a rotor wing lifting system, a frame 17, a water cannon 18, a camera 19, a reverse thrust rotor wing 20, a water delivery pipe 21, a mooring line 21A and a lifting rotor wing 22; a flying aerial ladder; a flying type folding lifesaving net; a parachute bag; a flight control system; an operating system; a generator; the fire fighting truck is provided with a fly-lift fire extinguishing device and a fly-lift aerial ladder, and comprises a large-scale fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder, a medium-scale fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder, and a miniature fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder; the water collecting device is moved.
The frame comprises a rotor wing connecting frame 6A, an air cushion frame 5A, a lifesaving net rack 12A and a frame 17, wherein the rotor wing connecting frame 6A is a frame for connecting each rotor wing, and the rotor wing is connected with a flight control system while being connected with the rotor wing connecting frame 6A; the air cushion frame 5A refers to a frame that frames around the air cushion; the lifesaving net rack 12A is a frame connected with the lifesaving net 12; the frame 17 is a frame for constructing a flying fire extinguishing apparatus.
The net or cushion comprises an air cushion 1, a lifesaving net 12, a net-cushion combination body and a frame type air cushion 14, wherein the air cushion 1 is connected with an automatic inflating device 4, and the lifesaving air cushion comprises: the rescue robot comprises an air cushion 1, an air cushion frame 5A, a central mark 2 arranged on the air cushion 1, a grabbing belt grabbing ring 3 arranged at the central mark 2, an automatic inflating device 4 and the air cushion frame 5A arranged around the air cushion 1, wherein the air cushion 1 is combined with a rotor wing lifting system for rescue; the lifesaving net comprises a lifesaving net 12 and a lifesaving net frame 12A, the lifesaving net frame 12A is connected with the lifesaving net 12 to be opened, and the lifesaving net is combined with the rotor wing lifting system for rescue; the net pad combination body comprises a lifesaving net, an air cushion and a lifesaving net rack 12A, the lifesaving net, the air cushion and the lifesaving net rack 12A are combined to form a net pad combination body, and the net pad combination body is combined with the rotor wing lifting system for rescue; the frame type lifesaving air cushion comprises a frame type air cushion 14, a lifesaving net 15 and a built-in rotor wing 16, wherein the lifesaving net 15 is arranged at the upper part of the frame type air cushion 14, the built-in rotor wing 16 is arranged at the bottom of the frame type air cushion 14, and the frame type air cushion 14 is combined with a rotor wing lifting system for rescue.
Rotor lift system includes rotor 5, rotor link 6A, and wherein the rotor includes host computer, oar, rotor protection network or cover 36, rotor 5 sets up on the arm that stretches out on rotor link 6A, the rotor also is connected with flight control system when being connected with rotor link 6A.
Formula of flying to rise extinguishing device 23 includes rotor lifting system, frame 17, water cannon 18, camera 19, reverse thrust rotor 20, raceway 21, mooring line 21A and lifts rotor 22, and wherein raceway 21 and mooring line 21A are combined together, lift rotor 22 and set up on raceway 21, water cannon 18 sets up in frame 17 below, and camera 19 sets up in frame 17 top, and rotor lifting system is connected to frame 17, and reverse thrust rotor 20 sets up in the opposite direction of 18 water jets of water cannon, raceway and mooring line and car body coupling, and wherein mooring line includes power supply line, signal line and anti-acting line.
The fire truck with the flying type fire extinguishing device and the flying type aerial ladder comprises a fire truck 24, a flying type fire extinguishing device 23, a flying type aerial ladder, a water collecting tank 25 and a water collecting pipe 25B, wherein the fire truck 24 is provided with a water tank, a water pump, a generator, a flying type fire extinguishing device parking platform 24A and a flying type aerial ladder parking cabin 24B, the flying type fire extinguishing device 23 is parked on the flying type fire extinguishing device parking platform 24A, the flying type aerial ladder is parked in the flying type aerial ladder parking cabin 24B, the flying type fire extinguishing device 23 is connected with a corresponding mechanism on the fire truck 24, the flying type aerial ladder is connected with the fire truck through a mooring line, the water collecting tank 25 is connected with the water tank on the fire truck 24 through a water inlet pipe 25A, the water collecting pipe 25B is connected with the water collecting tank 25, and the water collecting pipe 25B is connected with a water tap of a resident.
The fly-lift aerial ladder comprises: frame, manned platform 27, expansion plate 27A, rotor propeller 26, rotor group 26A, protection network 26B, mooring line 28, rotor group 26A sets up in rotor propeller 26, and protection network 26B protects rotor group, and expansion plate 27A sets up in manned platform 27 with the mode of can hiding, and mooring line 28 is connected with the last corresponding mechanism of fire engine.
The flight-type folding lifesaving net comprises: rotor, foldable rack 29, lifesaving net 30, first ladder 32, the second is led, supporting legs 33, rotor arm 34, dual rotor 35 are led to the ladder 31, wherein the rotor setting is at the one end of rotor arm 34, including dual rotor 35, the dual rotor 35A of second, the dual rotor 35B of third, the dual rotor 35C of fourth, the dual rotor 35D of fifth, the dual rotor 35E of sixth.
Remove water-collecting device including setting up water inlet 24C on the fire engine, remove header tank 25, inlet tube 25A, collector pipe 25B, the outdoor fire prevention tap of resident family, inlet tube 25A connects the water inlet 24C that sets up on the fire engine, and collector pipe 25B connects the outdoor fire prevention tap of resident family.
The rescue air cushion or the rescue net or the fly-lift type fire extinguishing device or the fly-lift type aerial ladder is lifted to a target position from the ground under the traction of the rotor wing to rescue or extinguish fire, rescuers jump on the rescue air cushion or the rescue net, the fly-lift type fire extinguishing device is used for flying and extinguishing fire, firefighters fly to the target position by the fly-lift type aerial ladder to rescue, the generator provides electric energy for the rotor wing lifting system, the fly-lift type fire extinguishing device 23 and the fly-lift type aerial ladder, the flight control system provides flight control operation support for the rotor wing lifting system, the fly-lift type fire extinguishing device 23 and the fly-lift type aerial ladder, the parachute bag provides safety support for super-high-rise rescue, and the fire truck takes water from a fire-proof tap outside a resident through the mobile water collecting device on the parachute bag to extinguish fire.
The beneficial effects of the utility model are that, the utility model discloses a lifesaving air cushion or lifesaving net or the formula of flying to rise extinguishing device or the formula aerial ladder that flies to rise of empty floating initiative lifesaving air cushion can fly to rise to the target location from ground under the traction of rotor and rescue or put out a fire, therefore can rescue or put out a fire to the building that surpasss six layers, and improvement that can be very big is the rescue design of a revolutionary of putting out a fire to rescuers' rescue success rate and protection dynamics.
Drawings
The present invention will be further explained with reference to the drawings and examples.
Fig. 1 is a structural schematic diagram of the air-floating active lifesaving air cushion of the utility model;
fig. 2 is a schematic view of a structure in which a guide ladder is arranged on a rescue air cushion;
fig. 3 is a schematic view of the structure of the lifesaving net;
FIG. 4 is a schematic view of the structure of the mat combination;
FIG. 5 is a schematic view of the structure of the frame-type air cushion;
fig. 6 is a schematic structural diagram of the flying fire extinguishing apparatus.
Fig. 7 is a perspective view of the fire fighting truck with the fly-lift fire extinguishing device and the fly-lift aerial ladder.
Fig. 7A is a schematic view of the structure of the mobile water collecting apparatus.
Fig. 8 is a structural schematic diagram of the fly-lift aerial ladder.
Fig. 9 is a perspective view of the structure principle of the fly-up type folding lifesaving net.
In the figure, 1, an air cushion, 2, a center mark, 3, a grabbing ring and grabbing belt, 4, an automatic inflating device, 5, a rotor wing, 5A, an air cushion frame, 5B, a parachute, 6, a second rotor wing, 6A, a rotor wing connecting frame, 7, a third rotor wing, 8, a fourth rotor wing, 9, a camera device, 10, a guide ladder, 11, a window, 12, a lifesaving net, 12A, a lifesaving net frame, 13, a net air cushion, 14, a frame air cushion, 15, the lifesaving net, 16, a built-in rotor wing, 17, a frame, 18, a water cannon, 19, a camera, 20, a reverse thrust rotor wing, 21, a water conveying pipe, 21A, a mooring line, 22, a lifting rotor wing, 23, a flying fire extinguishing device, 24, a fire truck, 24A, a parking platform, 24B, a parking cabin, 24C, a water inlet, 25, a mobile water collecting tank, 25A, 25B, a water collecting pipe, 26, a rotor propeller, 26A, a rotor wing set, 26B, a protective net, 27 and a manned platform, 27A, a telescopic plate, 28, a mooring line, 29, a folding net frame, 30, a lifesaving net, 31, a first guide ladder, 32, a second guide ladder, 33, a supporting leg, 34, a rotor arm, 35, a first double rotor, 35A, a second double rotor, 35B, a third double rotor, 35C, a fourth double rotor, 35D, a fifth double rotor, 35E, a sixth double rotor and 36, a rotor protection net or cover.
Detailed Description
The air-floating active life-saving air cushion of the present invention will now be explained in detail with reference to the accompanying drawings.
In fig. 1, it is a schematic structural diagram of the air floating active rescue air cushion of the present invention.
In the figure, the air-floating active lifesaving air cushion is characterized in that the lifesaving air cushion or lifesaving net or flying fire extinguishing device or flying aerial ladder is lifted to a target position from the ground under the traction of a rotor wing for rescue or fire extinguishing.
The overall concept of the air-floating active lifesaving air cushion comprises the following steps: the frame comprises a rotor wing connecting frame 6A, an air cushion frame 5A, a lifesaving net rack 12A and a frame 17; the net or cushion comprises an air cushion 1, a lifesaving net 12, a net cushion combination body and a frame type lifesaving air cushion, wherein the air cushion is connected with an automatic inflating device 4; lead the ladder, include: a camera device 9 and a guide ladder 10; the rotor wing lifting system comprises a rotor wing 5 and a rotor wing connecting frame 6A, wherein the rotor wing comprises a host, a propeller and a rotor wing protective net or cover (36), and one end of the rotor wing protective net or cover is conical; flying fire extinguishing apparatus 23, comprising: the device comprises a rotor wing lifting system, a frame 17, a water cannon 18, a camera 19, a reverse thrust rotor wing 20, a water delivery pipe 21, a mooring line 21A and a lifting rotor wing 22; a flying aerial ladder; a flying type folding lifesaving net; a parachute bag; a flight control system; an operating system; a generator; the fire fighting truck is provided with a fly-lift fire extinguishing device and a fly-lift aerial ladder, and comprises a large-scale fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder, a medium-scale fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder, and a miniature fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder; the water collecting device is moved.
According to the overall concept, a life-saving air cushion or a life-saving net or a flying fire extinguishing device or a flying aerial ladder flies to a target position from the ground under the traction of a rotor wing to rescue or extinguish fire, rescuers jump on the air cushion or the life-saving net to carry out flying fire extinguishing by the flying fire extinguishing device, firefighters fly to the target position by the flying aerial ladder to rescue, the generator provides electric energy for the rotor wing lifting system, the flying fire extinguishing device 23 and the flying aerial ladder, the flight control system provides flight control operation support for the rotor wing lifting system, the flying fire extinguishing device 23 and the flying aerial ladder, the parachute bag provides safety support for super high-rise rescue, and the fire truck takes water from a fire-proof faucet outside a household through the movable water collecting device on the parachute bag to extinguish fire.
In the figure, the air floating active life-saving air cushion is composed of an air cushion 1, a rotor wing connecting frame 6A, a rotor wing and an operating system. The rotor wings 5, the second rotor wings 6, the third rotor wings 7 and the fourth rotor wings 8 respectively lift the lifesaving air cushions 1 from four corners for lift-off rescue.
In the figure, the lifesaving air cushion of the air-floating active lifesaving air cushion consists of an air cushion 1, a central mark 2 arranged on the air cushion 1, a grabbing ring grabbing belt 3 arranged at the central mark 2, an automatic inflating device 4 and an air cushion frame 5A. The rotor is connected with the air cushion frame 5A and is responsible for lifting the life-saving air cushion 1 to ascend or descend. The automatic inflating device 4 ensures that the air cushion 1 has the specified air pressure in the whole rescue process. After the rescue personnel control the air floating type active lifesaving air cushion to fly to a designated position in the air, the rescued personnel jump to the central mark 2 on the air cushion 1 and quickly grab the grab ring grab belt 3 arranged at the central mark 2, and then fall on the ground along with the air cushion 1.
The rotor comprises a host, a propeller, a protective net or a cover. The parachute 5B is arranged on the rotor wing connecting frame 6A or other frames, the parachute 5B plays a role in backup protection and provides safety support for super high-rise rescue,
in fig. 2, this is a schematic view of the arrangement of the ladder guides on the rescue air mattress;
in the figure, the guide ladder includes a camera 9 and a guide ladder 10. The camera device 9 is arranged in the same direction of the guide ladder 10 and used for monitoring the boarding state of the rescued person on the ground.
In fig. 3, this is a schematic view of the construction of the life net.
In the figure, the lifesaving net is composed of a lifesaving net 12, a lifesaving net frame 12A and a rotor wing, the lifesaving net frame 12A is connected around the lifesaving net 12 to enable the net to be opened to keep the lifesaving posture of the lifesaving net 12, and the lifesaving net is combined with the rotor wing to carry out rescue. A rotor guard or shroud 36 protects the rotor, the upper portion of which is tapered.
In fig. 4, this is a schematic perspective view of the construction of the mesh-pad combination.
In the figure, the net pad combination body is composed of a lifesaving net 12, an under-net air cushion 13, a lifesaving net frame 12A and a rotor wing 5, the lifesaving net, the under-net air cushion, the lifesaving net frame 12A and the rotor wing 5 are combined to form the net pad combination body, and the net pad combination body is combined with the rotor wing to rescue.
In fig. 5, this is a schematic perspective view of the frame-type air cushion.
In the figure, the frame type lifesaving air cushion is composed of a frame type air cushion 14, a lifesaving net 15 arranged on the frame type air cushion 14 and an internal rotary wing 16, wherein the lifesaving net 15 is arranged at the upper part of the frame type air cushion, the internal rotary wing 16 is arranged at the bottom in the frame of the frame type air cushion 14, the internal rotary wing 16 provides a flying power support for the frame type air cushion 14, and the frame type air cushion 14 can be combined with the rotary wing arranged at the periphery for rescue.
In fig. 6, this is a schematic perspective view of the structure of the flying fire extinguisher.
In the figure, the flying fire extinguishing device 23 is composed of a rotor lifting system, a frame 17, a water cannon 18, a camera 19, a reverse thrust rotor 20, a water pipe 21, a mooring line 21A and a lifting rotor 22, wherein the water pipe 21 and the mooring line 21A are combined together, the lifting rotor 22 is arranged on the water pipe 21, the water cannon 18 is arranged below the frame 17, the camera 19 is arranged above the frame 17, the frame 17 is connected with the rotor lifting system, the reverse thrust rotor 20 is arranged in the opposite direction of water jetting of the water cannon 18, the water pipe and the mooring line which provide reverse thrust balance force for the water cannon 18 are connected with a vehicle body, and the mooring line comprises a power supply line, a signal line and a tension resisting line.
Fig. 7 and 7A are a schematic structural view of a fire fighting vehicle provided with a fly-lift fire extinguishing device and a fly-lift aerial ladder, and a schematic structural view of a mobile water collecting device.
In the figure, the fire fighting truck provided with the flying type fire extinguishing device and the flying type aerial ladder comprises a fire fighting truck 24, a flying type fire extinguishing device 23, a flying type aerial ladder, a water collecting tank 25 and a water collecting pipe 25B. The fire truck 24 is provided with a water tank, a water pump, a generator, a flying type fire extinguishing device parking platform 24A and a flying type aerial ladder parking cabin 24B. In a normal state, the flying type fire extinguishing device 23 is stopped on a flying type fire extinguishing device parking platform 24A, the flying type aerial ladder is parked in a flying type aerial ladder parking cabin 24B, the flying type fire extinguishing device 23 is connected with a corresponding mechanism on a fire truck 24, the flying type aerial ladder is connected with the fire truck through a mooring line, a water collecting tank 25 is connected with a water tank on the fire truck 24 through a water inlet pipe 25A, a water collecting pipe 25B is connected with the water collecting tank 25, and the water collecting pipe 25B is connected with a water tap of a resident.
The miniature fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder can reach places where large and medium fire fighting trucks cannot reach. When the miniature fire engine is driven to the position near the fire point during rescue, the water collecting pipe 25B directly takes water from the water taps of a plurality of households near the fire point, collects the water into the water collecting tank 25 and then conveys the water into the water tank of the fire engine from the water collecting tank 25. The miniature fire engine has the advantages of being capable of entering places where large and medium fire engines cannot enter and the like. The miniature fire truck can be used for standing and defending in villages or streets, so that the village streets can be rescued in the fastest time when a fire is on, and the loss caused by the fire can be reduced to the maximum extent when the fire is extinguished in the first time.
Fig. 8 is a perspective view of the structural principle of the fly-lift aerial ladder.
In the figure, the fly-lift aerial ladder comprises: frame, manned platform 27, expansion plate 27A, rotor propeller 26, rotor group 26A, protection network 26B, mooring line 28, rotor group 26A sets up in rotor propeller 26, and protection network 26B protects rotor group, and expansion plate 27A sets up in manned platform 27 with the mode of can hiding, and mooring line 28 is connected with the last corresponding mechanism of fire engine. The fly-lift aerial ladder can save the physical strength of rescue workers to the maximum extent, the rescue workers can directly reach rescue target points in a riding mode, and good physical strength maintenance is provided for rescue. The flying-lift aerial ladder can reach the rescue target position at an extremely high speed, which is not imaginable by the traditional method, and can reach the height of hundreds of meters high altitude which can not be reached by the traditional aerial ladder.
Fig. 9 is a perspective view of the structure principle of the fly-up type folding lifesaving net.
In the figure, a flying-lift type folding life-saving net comprises: the dual-rotor type lifesaving net comprises a dual rotor, a folding net rack 29, a lifesaving net 30, a first guide ladder 31, a second guide ladder 32, supporting legs 33 and a rotor arm 34, wherein the dual rotor is arranged at one end of the rotor arm 34 and comprises a first dual rotor 35, a second dual rotor 35A, a third dual rotor 35B, a fourth dual rotor 35C, a fifth dual rotor 35D and a sixth dual rotor 35E. The flying-lifting type folding lifesaving net has the characteristics of saving the storage volume, being convenient to unfold, fast to assemble, strong in power, capable of being lifted into the high altitude for rescue and fast in rescue.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention. In the above embodiments, the present invention may be variously modified and changed. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (9)
1. An air-floating active lifesaving air cushion, which is characterized in that: the lifesaving air cushion or lifesaving net or flying type fire extinguishing device or flying type aerial ladder flies and rises to the target position from the ground under the traction of the rotor wing for rescue or fire extinguishing,
the air-floating active rescue air cushion comprises:
the frame comprises a rotor wing connecting frame (6A), an air cushion frame (5A), a lifesaving net rack (12A) and a frame (17);
the net or cushion comprises an air cushion (1), a lifesaving net (12), a net cushion combination body and a frame type air cushion (14), wherein the air cushion (1) is connected with an automatic inflating device (4);
lead the ladder, include: a camera device (9) and a guide ladder (10);
the rotor wing lifting system comprises a rotor wing (5) and a rotor wing connecting frame (6A), wherein the rotor wing comprises a host, a propeller and a rotor wing protective net or cover (36), and one end of the rotor wing protective net or cover is conical;
flying fire extinguishing device (23) comprising: the device comprises a rotor wing lifting system, a rack (17), a water cannon (18), a camera (19), a reverse thrust rotor wing (20), a water delivery pipe (21), a mooring line (21A) and a lifting rotor wing (22);
a flying aerial ladder;
a flying type folding lifesaving net;
a parachute bag;
a flight control system;
an operating system;
a generator;
the fire fighting truck is provided with a fly-lift fire extinguishing device and a fly-lift aerial ladder, and comprises a large-scale fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder, a medium-scale fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder, and a miniature fire fighting truck provided with the fly-lift fire extinguishing device and the fly-lift aerial ladder;
a mobile water collection device;
the rescue air cushion or the rescue net or the fly-lift type fire extinguishing device or the fly-lift type aerial ladder flies and rises to a target position from the ground under the traction of the rotor wing to rescue or extinguish fire, rescued personnel jump on the rescue air cushion or the rescue net, the fly-lift type fire extinguishing device flies and extinguishes fire, firefighters fly and rise to the target position by the fly-lift type aerial ladder, the generator provides electric energy for the rotor wing lifting system, the fly-lift type fire extinguishing device (23) and the fly-lift type aerial ladder, the flight control system provides flight control operation support for the rotor wing lifting system, the fly-lift type fire extinguishing device (23) and the fly-lift type aerial ladder, the parachute bag provides safety support for super high-rise rescue, and the fire truck takes water from a fire prevention faucet outside a resident house through the mobile water collecting device on the parachute bag to extinguish fire.
2. The air-floating active lifesaving air cushion according to claim 1, wherein said frame comprises a rotor connection frame (6A), an air cushion frame (5A), a lifesaving net frame (12A), a frame (17),
the rotor wing connecting frame (6A) is a frame for connecting each rotor wing, and the rotor wings are connected with the rotor wing connecting frame (6A) and a flight control system;
the air cushion frame (5A) is a frame which is framed around the air cushion;
the lifesaving net rack (12A) is a frame connected with the lifesaving net (12);
the frame (17) is a frame for constructing the flying fire extinguishing device.
3. Air floating active rescue cushion according to claim 1, characterized in that the net or cushion comprises an air cushion (1), a rescue net (12), a net-cushion combination, a frame-type air cushion (14), wherein the air cushion (1) is connected with an automatic inflation device (4),
the rescue air cushion comprises: the rescue robot comprises an air cushion (1), an air cushion frame (5A), a central mark (2) arranged on the air cushion (1), a grabbing belt grabbing ring (3) arranged at the central mark (2), an automatic inflating device (4) and the air cushion frame (5A) arranged around the air cushion (1), wherein the air cushion (1) is combined with a rotor wing lifting system for rescue;
the lifesaving net comprises a lifesaving net (12) and a lifesaving net frame (12A), the lifesaving net frame (12A) is connected with the lifesaving net (12) to be opened, and the lifesaving net is combined with the rotor wing lifting system for rescue;
the net pad combination body comprises a lifesaving net, an air cushion and a lifesaving net rack (12A), the lifesaving net, the air cushion and the lifesaving net rack (12A) are combined to form a net pad combination body, and the net pad combination body is combined with the rotor wing lifting system for rescue;
the frame type lifesaving air cushion comprises a frame type air cushion (14), a lifesaving net (15) and a built-in rotor wing (16), wherein the lifesaving net (15) is arranged at the upper part of the frame type air cushion (14), the built-in rotor wing (16) is arranged at the bottom of the frame type air cushion (14), and the frame type air cushion (14) is combined with a rotor wing lifting system for rescue.
4. Air floating active rescue air cushion according to claim 1, characterized in that the rotor lift system comprises a rotor (5), a rotor attachment frame (6A), wherein the rotor comprises a main frame, propellers, a rotor mesh or shroud (36), the rotor (5) is arranged on arms extending out on the rotor attachment frame (6A), and the rotor is connected to the flight control system while being connected to the rotor attachment frame (6A).
5. The air-floating active lifesaving air cushion according to claim 1, wherein the flying fire extinguishing device (23) comprises a rotor lifting system, a frame (17), a water cannon (18), a camera (19), a reverse-thrust rotor (20), a water pipe (21), a mooring line (21A) and a lifting rotor (22), wherein the water pipe (21) and the mooring line (21A) are combined together, the lifting rotor (22) is arranged on the water pipe (21), the water cannon (18) is arranged below the frame (17), the camera (19) is arranged above the frame (17), the frame (17) is connected with the rotor lifting system, the reverse-thrust rotor (20) is arranged in the opposite direction to the water cannon (18) shooting water, and the water pipe and the mooring line are connected with a vehicle body, wherein the mooring line comprises a power supply line, a signal line and a tension resisting line.
6. The air-floating active rescue air cushion according to claim 1, wherein the fire truck with the flying fire extinguishing device and the flying aerial ladder comprises a fire truck (24), the flying fire extinguishing device (23), the flying aerial ladder, a water collecting tank (25), and a water collecting pipe (25B), the fire truck (24) is provided with a water tank, a water pump, a generator, a flying fire extinguishing device parking platform (24A) and a flying aerial ladder parking cabin (24B), the flying fire extinguishing device (23) is parked on the flying fire extinguishing device parking platform (24A), the flying aerial ladder is parked in the flying aerial ladder parking cabin (24B), the flying fire extinguishing device (23) is connected with a corresponding mechanism on the fire truck (24), the flying aerial ladder is connected with the fire truck through a mooring line, the water collecting tank (25) is connected with the water tank on the fire truck (24) through a water inlet pipe (25A), the water collecting pipe (25B) is connected with the water collecting tank (25), and the water collecting pipe (25B) is connected with a tap of a resident.
7. The air floating active rescue cushion of claim 1, wherein the flying ladder comprises: frame, manned platform (27), expansion plate (27A), rotor propeller (26), rotor group (26A), protection network (26B), mooring line (28), rotor group (26A) sets up in rotor propeller (26), and protection network (26B) protection rotor, expansion plate (27A) set up in manned platform (27) with the mode of can hiding, and mooring line (28) are connected with the last corresponding mechanism of fire engine.
8. The air floating active rescue cushion of claim 1, wherein the flying folded net comprises: the rotary wing, foldable rack (29), lifesaving net (30), first lead ladder (31), second lead ladder (32), supporting legs (33), rotor arm (34), two rotor (35), wherein the rotor setting is in the one end of rotor arm (34), including two rotor (35), second two rotor (35A), third two rotor (35B), fourth two rotor (35C), fifth two rotor (35D), sixth two rotor (35E).
9. The air floating active lifesaving cushion according to claim 1, wherein said movable water collecting means comprises a water inlet (24C) provided on the fire engine, a movable water collecting tank (25), a water inlet pipe (25A), a water collecting pipe (25B), and a fire hydrant outside the resident, said water inlet pipe (25A) is connected to the water inlet (24C) provided on the fire engine, and said water collecting pipe (25B) is connected to the fire hydrant outside the resident.
Applications Claiming Priority (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2019216118694 | 2019-09-19 | ||
| CN201921611869 | 2019-09-19 | ||
| CN2019217690727 | 2019-10-11 | ||
| CN201921769072 | 2019-10-11 | ||
| CN2020201902545 | 2020-02-16 | ||
| CN202020190254 | 2020-02-16 |
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| CN214129959U true CN214129959U (en) | 2021-09-07 |
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| CN202021162979.XU Active CN214129959U (en) | 2019-09-19 | 2020-06-18 | Air-floating active lifesaving air cushion |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114712759A (en) * | 2022-06-10 | 2022-07-08 | 河南师范大学 | High-rise fire-fighting extinguishing device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114712759A (en) * | 2022-06-10 | 2022-07-08 | 河南师范大学 | High-rise fire-fighting extinguishing device |
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