Wave floating energy self-generating life jacket

Abstract

The invention discloses a wave floating energy self-generating life jacket which comprises a life jacket, wherein a floating energy rectifier module, an electricity generating energy storage module and a functional module are arranged on the life jacket; the floating energy rectifier module can be used for converting irregular wave vibration mechanical energy into the rotating mechanical energy of an output shaft, so that a generator can be stably driven to work; the electricity generating energy storage module can be used for processing and storing the electricity generated by the generator in a battery and intelligently distributing the electric energy according to the requirements; the electric appliance load in the function module can realize the corresponding function through the electricity generating energy storage module, such as a carbon fiber heating film, a GPS position emitter, a shark preventer, a rescuing signal lamp, and the like; the life jacket can automatically adjust the temperature of the drowning people according to the external environment and can prolong the surviving time of the drowning people in seawater, so that the rescuing probability of the victim is greatly increased; when the device does not fall into water, the floating energy rectifier module and the electricity generating energy storage module are attached to the back of the life jacket.

Description

technical field [0001] The invention relates to the technical field of lifesaving equipment, in particular to a wave energy-capturing self-generating lifejacket. Background technique [0002] Shipwrecks of different degrees occur every year all over the world, causing serious property losses and casualties. When the drowning person is in seawater with a lower temperature, the biggest threat to his life is the loss of body temperature, because at the same temperature, the heat loss rate of the human body immersed in water is 26 times that of air. In the absence of heat insulation protection, when the person in distress is immersed in the lower temperature seawater, the temperature difference will cause the heat to be lost rapidly, resulting in hypothermia. Severe or extremely severe hypothermia has a high mortality rate. In the annual shipwrecks in the world, 80% of those who fell into the water died of freezing while wearing life jackets. In seawater with a water temperatu...

AI Technical Summary

Problems solved by technology

And after falling into the water, it cannot send out relevant distress positioning signals, and cannot be discovered and rescued by rescuers in time

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