Marine peril escaping device

Abstract

A marine peril escaping device comprises an escaping cabin, a ventilating unit, a pedal transmission unit, a wind power generation unit, a power propeller unit and a steering unit. The wind power generation unit is mounted at the top of the escaping cabin. The ventilating unit is mounted at the upper end of the escaping cabin. The power propeller unit is mounted at the bottom of the escaping cabin. A motor of the power propeller unit is connected with the wind power generation unit, and a spindle of the power propeller unit is in transmission connection with the pedal transmission unit at the same time. A steering wheel of the steering unit is mounted in the escaping cabin, a rudder blade of the steering unit is arranged in front of a propeller, and the steering wheel is used for controlling the rudder blade to rotate so as to change the drainage direction of the propeller. In the moving process of the marine peril escaping device, power is provided for the propeller unit by the wind power generation unit and the pedal transmission unit at the same time, signals can be continuously sent to the outside to provide real-time positions of a sufferer, and various requirements of the sufferer in the cabin for a long time can be met. Double safeguard is achieved, and the survival rate is increased.

Description

technical field [0001] The invention relates to a shipwreck escape device. Background technique [0002] At present, most of the existing shipwreck escape devices are traditional ship types, and their structure is composed of hull, rudder, manual paddle, storage battery, gasoline or diesel generator, propeller and so on. Shake the handle to make the battery or the engine work, drive the propeller to rotate, and the propeller rotates to displace the water to realize the forward movement of the hull; when the battery or engine is out of power, you can only rely on manpower to paddle the manual paddle and use the rudder to control the direction to complete self-rescue. But this kind of shipwreck escape device is bulky, and only 2-4 can be placed on a large ship. More importantly, the power provided by the power device can only last about ten hours. After that, it can only rely on manpower. Exhausting physical strength without food supplements greatly reduces the survival rate....

AI Technical Summary

Problems solved by technology

But this kind of shipwreck escape device is bulky, and only 2-4 can be placed on a large ship. More importantly, the power provided by the power device can only last about ten hours. After that, it can only rely on manpower. Expending stamina without food supplements greatly reduces the survival rate

In addition, there is no signaling device on the lifeboat, so the victims cannot be rescued in time.

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