Unmanned rescue ship

Abstract

The invention relates to an unmanned rescue ship. The unmanned rescue ship effectively solves the problems that an existing rescue ship is simple in structure, a practitioner cannot autonomously boardthe ship and needs assistance of an experienced lifeguard, and therefore the gap of the lifeguard is large, the labor intensity of the lifeguard is high, and the occupational safety risk of the lifeguard is large. According to the technical scheme, the unmanned rescue ship comprises a ship body, the middle of the ship body is connected through a fixing shaft, two supporting columns are rotatablyconnected to the fixing shaft, cavity bodies are fixedly arranged on each supporting column, an elastic membrane is arranged in the middle of each cavity body, a large amount of water exists in the cavity body in the lower end in the initial state, a piston cylinder is fixedly arranged on the supporting column on the on the upper end, a piston moves rightwards to adsorb water in the cavity body inthe lower end into the piston cylinder, gas enters the cavity body, the effect that the buoyancy of the cavity body in the lower end is increased is realized, the gravity of the cavity body in the upper end is increased, finally, a person is lifted to the ship body to be rescued, the water in the piston cylinder is discharged after the person is rescued, and external gas enters the piston cylinder, so that the effect that the supporting columns tend to be horizontal is realized.

Description

technical field [0001] The invention relates to the field of wading rescue equipment, in particular to an unmanned rescue ship. Background technique [0002] Falling and drowning accidents occur frequently during the rainy season and flood disasters. Therefore, riverside rescue inspections will be organized during flood disasters, and timely rescue will be carried out if falling into the water is found. To facilitate rescue inspections, the rescue boat used by the rescue team is a surfboard-shaped hull. Experienced rescuers use the surfboard-shaped hull to slide to the person who fell into the water after encountering the person who fell into the water. By first turning the hull upside down, the person who fell into the water can hold the edge of the hull, and the rescuer jumps into the water. Lift and transfer to the hull to realize the rescue of those who fell into the water. The whole rescue operation process requires rescuers to have high rescue skills, physical strength...

AI Technical Summary

Problems solved by technology

[0003] In view of the above situation, in order to overcome the defects of the prior art, the present invention provides an unmanned rescue ship, which effectively solves the problem that the existing rescue ship has a simple structure, and the implementer cannot independently board the ship and needs the assistance of an experienced lifeguard, thus causing lifesaving problems. There is a large shortage of personnel, the labor intensity of lifeguards is high, and the occupational safety risks of lifeguards are high.

[0005] The present invention is novel in concept, ingenious in structure, and strong in practicability, and effectively solves the problem that existing rescue ships have a simple structure, and those who implement them cannot independently board the ship and need the assistance of experienced lifeguards, resulting in large gaps in lifeguards and high labor intensity. Occupational safety risks for lifeguards are high

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