Intelligent whistling lifeboat based on environmental recognition under mission preconditions

Abstract

The invention relates to a rescue boat for drowning persons, in particular to an intelligent whistling lifeboat for environmental recognition based on task preconditions. It includes a rescue ship and a main rescue device that is symmetrically arranged on both sides of the rescue ship to rescue people who fall into the water, and an auxiliary rescue device to rescue people who fall into the water is set near the middle of the rescue ship. The rescue ship includes a hull, a ship A control system is arranged inside the shell, and the control system includes a signal receiving and releasing unit, a rescue information collection unit and a rescue control unit. In the invention, the turning frame is turned down into the water, so that the turning frame can block the people falling into the river in the water, so that the drowning person is blocked on the turning frame, and the rescue module controls the pulling rope motor to drive the winch to rotate, so that the fiber rope The turning frame is turned out of the water, so that the drowning person is lifted off the water surface, thereby accelerating the speed of rescuing the drowning person in the water in the turbulent water, so that the drowning person can be quickly rescued.

Description

technical field [0001] The invention relates to a rescue boat for drowning persons, in particular to an intelligent whistling lifeboat for environmental identification based on task preconditions. Background technique [0002] A ship traveling in the waterway will cause people to fall into the water due to a sudden accident. After falling into the water, the rescuers will rescue the drowning person to ensure the safety of the drowning person. At present, when rescuing the drowning person , most of them directly drive the lifeboat to the vicinity of the drowning person, and rescue the drowning person from the water, and this method is mostly used in the place where the water flow is relatively gentle, when the drowning person falls into the place where the current is turbulent, the drowning person is easily caught. The rush moves in the river, and the drowning person will move underwater due to the action of the current. If the rescue method in advection waters is adopted, it...

AI Technical Summary

Problems solved by technology

[0002] Ships traveling in the waterway will cause people to fall into the water due to sudden accidents, and after falling into the water, rescuers will rescue the people who fell into the water to ensure the safety of the people who fell into the water. , most of them directly drive the lifeboat to move to the vicinity of the drowning person, and rescue the drowning person from the water, and this method is mostly used in places where the water flow is relatively gentle. The rush moves in the river, and the person who fell into the water will move underwater due to the effect of the current. If the method of rescue in advection waters is adopted, it is difficult to locate the position of the ship due to the effect of the current, so that the lifeboat cannot rescue the person who fell into the water, and the life of the person who fell into the water will be prolonged. time in water

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