34results about How to "Fast rescue" patented technology

The invention relates to an all-dimensional manipulator which comprises a chassis, a telescopic boom mechanism and a mechanical clamp holder, wherein the mechanical clamp holder consists of a hand grip mechanism and a steering mechanism, the hand grip mechanism is fixed at the lower end of an embedded rack lifting rod in the steering mechanism, the steering mechanism is connected with a connecting sleeve in the telescopic boom mechanism by the embedded rack lifting rod, and the telescopic boom mechanism is fixed on the chassis which is internally provided with a spreading mechanism. The all-dimensional manipulator has the beneficial effects that the all-dimensional manipulator can pass through a tunnel through bypassing barriers to fast cross a bridge and implement rescue tasks, thus being steady and flexible to run and fast in rescue speed; the mechanical clamp holder can be stretched front and back, lift freely, rotate by 360 degrees and be folded on a car body with the griping range of 30-130MM; and the spreading mechanism in the chassis moves only in crossing the bridge, and is not contacted with the ground surface for the sake of shortening the time and ensuring the stability.

The invention discloses a deep well rescue device comprising supports, a rescue vertical post, a rescue vertical post lifting system, a rescue die-pin and a rescue die-pin control system, a double-oxter rescue grapnel and a double-oxter rescue grapnel control system. By adopting the deep well rescue device, a person is not needed to enter the well to carry out rescue, thus the deep well rescue device is convenient in operation, safe and reliable, and high in rescue success rate. The deep well rescue device disclosed by the invention is additionally provided with the double-oxter rescue grapnel and the double-oxter rescue grapnel control system and the vertical post adopts a quick connector, therefore, compared with the prior art, the deep well rescue device has the advantages that the rescue speed is faster, and the survival rate of the stranded people is higher.

The invention provides a movable vehicle-mounted automatic deep well rescue device, which comprises a trailer, a support seat, an upper computer, a PLC (programmable logic controller) control cabinet, a power supplying power source, a cantilever, a multistage telescopic hydraulic cylinder and a hydraulic pump, wherein the support seat is arranged on the trailer, the cantilever is arranged on the support seat, the multistage telescopic hydraulic cylinder is arranged at the end part of the cantilever end, the hydraulic pump drives the multistage telescopic hydraulic cylinder, the top end of the multistage telescopic hydraulic cylinder is provided with a bracket mechanism, and the PLC control cabinet controls and connects an electric control valve of the hydraulic pump and the bracket mechanism. The movable vehicle-mounted automatic deep well rescue device has the advantages that the design is scientific, the rescue speed is high, the automation degree is high, the operation is simple, and flexibility is realized.

The invention relates to a high-rise rescue device, which comprises a cableway erected between two buildings, a cable car suspended on the cableway and a transmission device, wherein the transmission device is connected with the cable car through a rope and used for pulling the cable car back to a starting point, and the transmission device comprises a transmission support, a rope winder which isarranged on the transmission support and used for winding and storing the rope and a handle for driving the rope winder to rotate. The high-rise rescue device has the advantages of realizing multi-person repeated rescue and fast rescue speed.

The invention relates to the technical field of lifesaving equipment, in particular to an electromagnetic gun quick rescue device. The device mainly comprises an electromagnetic gun tube, an electromagnetic gun wire, a piston-shaped electromagnetic gun body and a gun tube elevation angle adjusting device, and further comprises a rescue ring, a middle connection cylinder, a rescue rope, a rhombic telescopic frame, a reel and a motor. At the beginning, the rhombic telescopic frame is in a compressed state, and the piston-shaped electromagnetic gun body is located at the starting position. Pulse currents are provided for the electromagnetic gun wire, the piston-shaped electromagnetic gun body accelerates, and the rescue ring is shot out. When the rescue ring rushes out for a target distance, the motor rotates reversely, the rescue rope is pulled suddenly, and the rescue ring is buckled forwards in a rear inclined state and is buckled on a person to be rescued. The motor continues to rotate reversely, the whole system and the person to be rescued are pulled back together, and rescue is finished. The device has the advantages that the rescue ring can be shot out suddenly and arranged on the person to be rescued quickly in a sleeving mode, response is quick, and rescue speed is high.

The invention discloses a maritime intelligent lifesaving system. The maritime intelligent lifesaving system comprises a drone and a lifesaving device,wherein the drone is used for searching for a to-be-rescued person and obtaining the position of the to-be-rescued person; the drone comprises an image acquisition module, a positioning module I, and a signal transmitting module, wherein the image acquisition module isused for collecting environmental information, the positioning module I is used for locating the position of the drone,and a signal transmitting module; the lifesaving device comprises a lifesaving device housing, a power source module, a signal receiving module, a positioning module II, an inertial navigation module, a control module, and a power module, wherein the power source module is located inside the lifesaving device housing, the signal receiving module is in communication with the signal transmitting module, and the positioning module II, the inertial navigation module, the control module, and the power module are used for positioning the position of the lifesaving device; the lifesaving device housing is overall U-shaped, and the head of the lifesaving deviceis provided with a duckbilled assembly; the inertial navigation module comprises an MEMS gyro, a triaxial accelerometer, and a geomagnetic sensor. The marine intelligent life-saving system is high inintelligence; the flow resistance of the life-saving device is small, and the running speed is fast; inertial navigation technology is adopted, the marine intelligent life-saving system is not affected by wind and waves, and the application prospect is good.

The invention discloses a water suction pump driven by an excavator and used in an emergency. According to the water suction pump driven by the excavator and used in the emergency, a main cavity (1-1) is arranged in a pump body (1), a water outlet (1-2) communicated with the main cavity (1-1) is arranged in the pump body (1), a water suction cavity (1-3) is arranged in the lower potion of the pump body (1), water inlets are formed in the bottom wall and circumferential walls of the water suction cavity (1-3), the upper end of the pump body (1) and a connection seat (3) are fixed through a support seat (2), a hydraulic motor (4) is arranged on the top portion of the connection seat (3), the output end of the hydraulic motor (4) stretches downwards into the connection seat (3) and is connected with the upper end of a pump main shaft (5), the lower end of the pump main shaft (5) penetrates through the connection seat (2) and stretches into the main cavity (1-1) of the pump body (1), and a screw blade (6) is arranged on the end portion of the lower end of the pump main shaft (5). The water suction pump driven by the excavator and used in the emergency can be used for water suction work in the emergency due to the fact that the water suction pump used in the emergency is driven by the excavator and requirements for rapidness and large water suction quantity in the emergency are met.

The invention provides a foldable portable water filling surrounding well used for piping emergency rescue. The foldable portable water filling surrounding well comprises a foldable enclosure protection structure, a water-proof and water-permeable structure and an auxiliary accessory. The foldable enclosure protection structure comprises an annular water bag, circumferential rings, a water inlet,a gas outlet, a water discharge port and guide rods. The water-proof and water-permeable structure comprises a water-permeable cushion layer, a waterproof layer and a fixing piece. The auxiliary accessory comprises a water discharge hose and a height gauge. The annular water bag of the foldable enclosure protection structure has multiple layers communicating with one another, and the water bag isfilled with water through the water inlet; and during installation, the foldable enclosure protection structure and the water-proof and water-permeable structure are laid flat around a piping openingand rise to the working height after water filling. The surrounding well structure with overall rigidity is formed by the foldable water bag provided with the circumferential ribs in a water filling manner; meanwhile, by means of the water-proof and water-permeable structure, seepage damage of the stratum around the piping position is prevented, and good integrity, leakproofness and stability areachieved; and the process is very simple, the structure is portable, the foldable portable water filling surrounding well can be carried by people, the emergency rescue speed and efficiency are high,and broad application prospects are achieved.

The invention discloses a multifunctional suspension track platform for a road tunnel. The multifunctional suspension track platform comprises a preset rail and a track platform capable of flexibly carrying a fire behavior detection panel, a trapped people rescuing panel, an intelligent fire-extinguishing panel and a traveling navigation panel. Various functions of tunnel fire behavior detection, trapped people rescue, fire protection and extinguishment and dangerous material transport vehicle traveling navigation. The multifunctional suspension track platform for road tunnel is suitable for the field of road tunnel fire protection and rescue and operation management.

The invention discloses a deep well life-saving device. The deep well life-saving device is formed by a support, a life-saving bracket (7) and axilla life-saving clamping rings (6), wherein the support is formed by a platform (1) and support legs (10), the lower part of the platform (1) is fixedly provided with pulleys (2), the support legs (10) are fixedly provided with multiple manual winches (5), a hole is formed in the middle part of the platform (1), a vertical rod (9) is arranged in the hole of the platform (1) in a penetrating way, the life-saving bracket (7) and the axilla life-saving clamping rings (6) are arranged at the lower end part of the vertical rod (9) and are in an opening and closing type, and the multiple manual winches (5) are respectively used for controlling the lifting of the vertical rod (9), the opening and closing of the life-saving bracket (7) and the lifting and the opening and closing of the axilla life-saving clamping rings (6). According to the deep well life-saving device disclosed by the invention, since the double axilla life-saving clamping rings are flexibly opened and closed, compared with the prior art, the rescue speed is faster, and the survival rate of rescued people is higher; the rescued people can also be rescued even if the heads of the rescued people face downwards.

The invention provides an Rh-negative trait blood rapid transportation device. The Rh-negative trait blood rapid transportation device comprises an unmanned aerial vehicle, a power source, a remote control and a control unit. The unmanned aerial vehicle includes a fuselage and wings, a storage box is arranged at the bottom of the fuselage, two fuselage supporting legs are arranged on two sides ofthe storage box, electric telescopic rods are arranged on the fuselage supporting legs, a through slot pipe is arranged on the storage box, and the ends of the electric telescopic rods are arranged inthe through slot pipe. An accommodating box is arranged in the storage box, a semiconductor refrigerating plate is arranged at the bottom of the accommodating box, an infrared sensor and a temperature sensor are arranged on the edge side of the accommodating box, and the infrared sensor is arranged in the through slot pipe. Water-proof devices are arranged on two sides of the accommodating box, each water-proof device comprises a motor box and a fixing block, the motor boxes and the fixing blocks are arranged at the bottom of the fuselage, and rotating rods are arranged between the motor boxes and the fixing blocks. The Rh-negative trait blood rapid transportation device is novel in design, reasonable in structure, good in protection effect, and high in salvage speed.

The invention discloses a downward evacuation rescuing method of a power transmission line in an electrified condition. The downward evacuation rescuing method comprises the steps of making self protection while waiting for a potential rescuing staff carried with a rescuing main rope and a safety short rope to arrive at a position above a trapped wire of a trapped person; waiting for the potentialrescuing staff to set an individual protection station above an operation and to connect the safety short rope; enabling a ground rescuing staff to hook a decline protector into a safety belt protection ring in advance, and locking a lock door; after the rescuing main rope end falls on the ground, making an anti-releasing tie, selecting a proper position to install the rescuing main rope on the decline protector, and performing self inspection and preparing protection preparation; waiting for the potential rescuing staff carried with the rescuing main rope end to decline to the position of the trapped person along the safety short rope by using the decline protector; enabling a main lock on the rescuing main rope end to be connected to a back part hanging point of the safety belt of the trapped person; waiting for the potential rescuing staff and the ground rescuing staff to cooperatively transfer the trapped person to the main rope; and enabling the ground rescuing staff to release the rescuing main rope at uniform velocity by using the decline protector to evacuate the trapped person to the ground to be taken over by other rescuing staffs on the ground so as to complete rescuing.

The invention provides a V2X-based motorcade traffic scheduling system and scheduling method. The method comprises the following steps: a rescue party receives alarm information, determines an initial position and a final position of a rescue motorcade, and proposes a temporary travel route by a road big data real-time analysis platform; carrying out emergency rescue priority grading on the rescue motorcade according to the alarm information; after the rescue fleet starts to start according to the temporary travel route, confirming traffic road condition data information on the temporary travel route; the temporary travel route is analyzed for the second time according to the priority level of the rescue fleet and the traffic road condition data information, an unmodified travel route and a modified travel route are obtained, V2X communication is adopted, and the efficiency of coordinated driving between the rescue fleet and common vehicles is improved; through the coordinated driving mode of network data transmission, the danger of traffic police in the coordinated driving process is reduced; the driving route can be quickly modified or optimized, and the rescue speed of the rescue motorcade is improved.

The invention relates to equipment for eliminating dike diseases and reinforcing a dike. The equipment comprises a cab, a walking device, a transmission arm, a high-speed hydraulic rammer compactor and the like. The high-speed hydraulic rammer compactor is arranged on the front portion of the transmission arm. The invention further relates to a method for reinforcing the dike through the equipment. By means of the equipment and method for reinforcing the dike, a channel in water danger can be directly cut off in the vertical direction; danger can be eliminated or the dike can be reinforced rapidly and effectively; the situation that in the traditional damage elimination process, people and equipment repeatedly tread and roll a dike which is weakened through water logging, so that a severer dangerous case such as dike burst or breach is caused easily is avoided; and the dangerous case caused by such phenomena as dike piping or leakage is eliminated fundamentally.

The invention discloses a rapid rescue device for people buried due to soil collapse. The rapid rescue device comprises a support (6), a belt conveyor (7) is arranged at the bottom of the support (6), a soil storage box (9) is arranged on the belt conveyor (7) and is integrally of a closed cavity structure, a soil discharge device is arranged at the bottom of the soil storage box, a discharge port of the soil discharge device directly faces the belt conveyor (7), a soil inlet pipeline (3) is arranged on one upper side of the soil storage box (9), a fan (1) is arranged on the other upper side of the soil storage box (9), and the section of the soil storage box (9) is of an isosceles trapezoid structure. The rapid rescue device is fine in flexibility, strong in adaptivity, high in rescue efficiency and flexible to operate, can rapidly reach a rescue scene in a vehicle-mounted manner, can automatically supply power through a diesel generator, adapts to the condition that the rescue scene is short of a power supply and is applicable to complex rescue conditions, small space is occupied by a soil absorption pipeline, the labor intensity of rescuers is reduced, and soil can be discharged without depending on manpower.

The invention relates to a high-rise rescue device, which comprises a cableway erected between two buildings, a cable car suspended on the cableway and a transmission device, wherein the transmission device is connected with the cable car through a rope and used for pulling the cable car back to a starting point, and the transmission device comprises a transmission support, a rope winder which isarranged on the transmission support and used for winding and storing the rope and a handle for driving the rope winder to rotate. The high-rise rescue device has the advantages of realizing multi-person repeated rescue and fast rescue speed.

The invention discloses a rapid rescue device for people buried due to soil collapse. The rapid rescue device comprises a support (6), a belt conveyor (7) is arranged at the bottom of the support (6), a soil storage box (9) is arranged on the belt conveyor (7) and is integrally of a closed cavity structure, a soil discharge device is arranged at the bottom of the soil storage box, a discharge port of the soil discharge device directly faces the belt conveyor (7), a soil inlet pipeline (3) is arranged on one upper side of the soil storage box (9), a fan (1) is arranged on the other upper side of the soil storage box (9), and the section of the soil storage box (9) is of an isosceles trapezoid structure. The rapid rescue device is fine in flexibility, strong in adaptivity, high in rescue efficiency and flexible to operate, can rapidly reach a rescue scene in a vehicle-mounted manner, can automatically supply power through a diesel generator, adapts to the condition that the rescue scene is short of a power supply and is applicable to complex rescue conditions, small space is occupied by a soil absorption pipeline, the labor intensity of rescuers is reduced, and soil can be discharged without depending on manpower.

The invention discloses an unmanned aerial vehicle rescue method. The method comprises the steps of acquiring the battery fault number of vehicles in a rescue area and the fault positions of the vehicles, dividing the rescue area into a plurality of fault occurrence areas according to the number of the battery faults and the fault positions, according to the number of the battery faults, evaluating the fault risk level of the fault occurrence area, and setting the number of the unmanned aerial vehicle rescue stations in the fault occurrence area according to the fault risk level. According to the unmanned aerial vehicle rescue method provided by the embodiment of the invention, a plurality of fault occurrence areas can be divided according to the number of battery faults and fault positions, so that the long-distance crossing rescue of the unmanned aerial vehicle rescue station can be better realized, and in addition, the fault risk level can be evaluated according to the number of battery faults in each fault occurrence area, and thus, the number of the unmanned aerial vehicle rescue stations is set, so that timely rescue of fault vehicles in the area can be further realized.

The invention discloses an intelligent networking system for traffic fault early warning. The networking system comprises a fault acquisition module, an early warning storage module, a network transmission module and an emergency rescue module. The acquisition module acquires and processes faults and uploads the acquired fault information to the early warning storage module; and the early warning storage module further processes and solves the fault, and when the fault cannot be solved, the early warning storage module issues fault information and transmits the fault information through the network transmission module to obtain help. The networking system can autonomously judge the uploading of a fault signal according to the solving condition of a vehicle fault, information is obtained through the network monitoring platform, external rescue is obtained, the safety of vehicle personnel is ensured, the networking system data processing center can send a rescue signal to the nearest rescue base station according to the transmitting place of the fault signal and signals are transmitted to vehicles near the signal occuring place, and the nearby vehicles pay attention to avoiding in advance after receiving the signals, so that the nearby vehicles are prevented from colliding with the fault vehicle.

The invention relates to a piling machine for containing river dike break. The piling machine comprises a special-shaped hammer, a supporting frame, a main shaft belt pulley, a main shaft, a driving eccentric wheel, a driven eccentric wheel, a special-shaped sleeve, a spring, a spring clamping ring, a motor belt pulley, a motor supporting seat and a motor. A flat plate structure of the special-shaped hammer is connected with an arc-shaped flange disc of the supporting frame in a manner that bolts pass through connecting holes. The two ends of the main shaft are mounted in a circular recess and a circular groove through bearings. The main shaft belt pulley, the driving eccentric wheel, the driven eccentric wheel, the special-shaped sleeve, the spring and the spring clamping ring are mounted on the main shaft. The spring pushes the special-shaped sleeve, so that the driven eccentric wheel and the driving eccentric wheel are pressed together in an ejected manner. The motor supporting seat and the special-shaped hammer are connected with the supporting frame. The motor belt pulley is mounted on a rotating shaft of the motor. The main shaft belt pulley is in transmission connection with the motor belt pulley through a belt. According to the piling machine, a vibrating mechanism is combined with a piling mechanism; the piling machine is simple in structure, compact in size and convenient to operate; and the speed of rescue and relief work is greatly increased.

The invention discloses a water spray type lifeboat and a using method. The water spray type lifeboat comprises a U-shaped air bag, a U-shaped casing and an internal device. The bottom of the U-shapedair bag and the top of the U-shaped casing are fixedly installed, the bottom of the U-shaped casing is of a hollow structure, and the internal device is installed in the hollow structure of the U-shaped casing in an embedded mode. The internal device is composed of a front fixed bin, two side wing fixed bins and electromechanical devices installed in the side wing fixed bins. The water spray typelifeboat has the characteristics of small size, high sailing speed and easy operation. When the water spray type lifeboat is used as a rescue device, a rescue boat releases the rescue device when therescue boat arrives the vicinity of a person overboard, the rescue device can reach the vicinity of the person overboard in time, and can transport the person overboard to the vicinity of the rescueboat, so that the purpose of timely rescue of the person overboard is achieved.

The invention discloses a removing and relieving robot for a high-rise building. The robot comprises a stretchable arm, a main hydraulic cylinder, a chassis, a rotating pair and a transporting adjusting device, wherein the chassis is fixed with a carriage through the rotating pair; the stretchable arm is connected with the chassis; a pitch angle of the stretchable arm is adjusted by the main hydraulic cylinder; and the transporting adjusting device crawls along the stretchable arm. The removing and relieving robot for the high-rise building has the advantages that the transportation for goods and personnel is conveniently carried out between the high-rise building and the ground, the damage to the goods is small, and the removing and relieving speed is high. The robot is integrated in the carriage of a truck; during a use process, the moving is convenient and quick and the adjustment for position and gesture is simple; and the removing and relieving robot can be flexibly used in an area with intensive buildings.

The invention discloses intelligent tunnel intelligent disaster reduction and rescue equipment and a working method thereof. The intelligent tunnel disaster reduction and rescue equipment comprises an intelligent control system and two guide rail assemblies arranged on the two sides of a road in a tunnel correspondingly, the two ends of the two guide rail assemblies extend out of the two ends of the tunnel correspondingly, a self-moving device is arranged above a road passing space in the tunnel, the two ends of the self-moving device are movably arranged on the two guide rail assemblies, the lower side of the self-moving device is provided with a rotary mechanical arm obstacle removing device, and the self-moving device is further provided with a deicing device and a fire extinguishing device. The working method adopts the equipment. According to the intelligent tunnel intelligent disaster reduction and rescue equipment and the working method thereof, the conditions in the tunnel can be inspected, abnormal conditions can be found in time, fault vehicles can be dragged out of the tunnel in time, automatic fire extinguishing and deicing can be achieved, and the rescue speed is high.

The invention relates to a piling machine for containing river dike break. The piling machine comprises a special-shaped hammer, a supporting frame, a main shaft belt pulley, a main shaft, a driving eccentric wheel, a driven eccentric wheel, a special-shaped sleeve, a spring, a spring clamping ring, a motor belt pulley, a motor supporting seat and a motor. A flat plate structure of the special-shaped hammer is connected with an arc-shaped flange disc of the supporting frame in a manner that bolts pass through connecting holes. The two ends of the main shaft are mounted in a circular recess and a circular groove through bearings. The main shaft belt pulley, the driving eccentric wheel, the driven eccentric wheel, the special-shaped sleeve, the spring and the spring clamping ring are mounted on the main shaft. The spring pushes the special-shaped sleeve, so that the driven eccentric wheel and the driving eccentric wheel are pressed together in an ejected manner. The motor supporting seat and the special-shaped hammer are connected with the supporting frame. The motor belt pulley is mounted on a rotating shaft of the motor. The main shaft belt pulley is in transmission connection with the motor belt pulley through a belt. According to the piling machine, a vibrating mechanism is combined with a piling mechanism; the piling machine is simple in structure, compact in size and convenient to operate; and the speed of rescue and relief work is greatly increased.

The invention provides a rescue device used for a municipal inspection well and belongs to the technical field of municipal engineering. The rescue device used for the municipal inspection well is characterized by comprising a vehicle body with walking wheels at the bottom, an adjustment mechanism is arranged at the bottom of the vehicle body and includes a transverse support, a vertical rod and arotating rod, a sliding block is arranged on the vertical rod, the vertical rod moves back and forth on the transverse support, the sliding block moves back and forth on the vertical rod, and a layerboard is disposed on the sliding block and horizontally carries out linear motion or lifting motion in the inspection well. The rescue device has the advantages that rescue staff can rescue the elderly or children without entering the inspection well, the problem that rescued people lack of physical strength due to oxygen deficit is solved, and the rescue structure is high in rescue speed, convenient to move and capable of reducing the manual rescue cost.