Lifesaving device with auxiliary rescue function

Abstract

The invention relates to a lifesaving device with the auxiliary rescue function. The device comprises a lifting assembly arranged on a ship body, wherein a first bearing mechanism and a second bearing mechanism are rotationally arranged on edges of the two sides of the ship body, and the lifting assembly is hinged to the first bearing mechanism and the second bearing mechanism through connecting rods; the bearing mechanisms are driven by the lifting assembly to turn over to lift the borne persons falling into water away from the water surface, rotating assemblies are arranged on the first bearing mechanism and the second bearing mechanism correspondingly, and the rotating assemblies rotate to cooperate with rescue workers to transfer the persons falling into water on the bearing mechanisms to the ship body; the first bearing mechanism and the second bearing mechanism are further provided with winding assemblies, the ship body is further fixedly provided with a counterweight assembly, and the first bearing mechanism and the second bearing mechanism can be driven by the lifting assembly to rescue persons falling into water on the two sides of the ship body at the same time; when the bearing mechanism is in one side rescue, the balance weight assembly is driven by the winding assembly to horizontally move towards the other side direction to keep the balance of the ship body.

Description

technical field [0001] The invention relates to the technical field of life-saving equipment, in particular to a life-saving device with an auxiliary rescue function. Background technique [0002] A rescue boat is an auxiliary ship used to rescue and salvage wrecked ships, aircraft, and those who fell into the water. Rescue boats are generally small in size and flexible to operate. However, when the rescuers on the rescue boat are salvaging and rescuing people who fell into the water, the people who fell into the water often need to climb into the lifeboat by climbing the edge of the boat with the assistance of the rescuers. This rescue method is time-consuming and laborious. , the disadvantages of secondary injuries are likely to be caused during the climbing process, and rescuers and drowning personnel are on the side of the ship, which may cause excessive gravity on one side of the hull and cause the center of gravity to shift. During the rescue process, there may be seve...

AI Technical Summary

Problems solved by technology

Rescue boats are generally small in size and flexible to operate. However, when the rescuers on the rescue boat are salvaging and rescuing people who fell into the water, the people who fell into the water often need to climb into the lifeboat by climbing the edge of the boat with the assistance of the rescuers. This rescue method is time-consuming and laborious. , the disadvantages of secondary injuries are likely to be caused during the climbing process, and rescuers and drowning personnel are on the side of the ship, which may cause excessive gravity on one side of the hull and cause the center of gravity to shift. During the rescue process, there may be severe shaking of the hull or Therefore, in view of the above problems, the present invention designs a life-saving device with its own auxiliary rescue function

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