Self-searching type bionic intelligent life buoy

Abstract

The invention discloses a self-seeking bionic intelligent lifebuoy. The lifebuoy is charged by solar energy and is in the shape of a long strip, which can be connected end to end to form a circle. It is designed in sections, and if one section is damaged and leaks air, the whole can still be used. The design of water pressure sensor and electromagnetic drop switch ensures automatic unlocking when the ship sinks. The solar panels are designed to be self-sufficient in electricity. The design of power motor, steering gear and navigation piece realizes the self-navigation function of the life buoy, and can change direction flexibly. The design of the sensor module plus the face recognition camera realizes the self-search function. The GSM+GPS module realizes the positioning function and sends the location information to the lifebuoy operating company for help. The wireless transceiver realizes the communication with the remote control, personnel communication, and sends a radio wave distress signal to nearby ships. The display screen can display the position, time, battery information, rescue guidance, and introduction of the structure and function of the life buoy. The remote control can cooperate with rescuers to provide precise guidance, and the operation interface is simple.

Description

technical field [0001] The invention relates to a self-seeking bionic intelligent lifebuoy. Its essence is to design an intelligent lifebuoy with a positioning function, which can send distress information, be charged by solar energy, automatically find people who fall into the water, and be remotely controlled. This device can be arranged on yachts and fishing boats, and can also be arranged beside lakes and rivers in parks as a public device. technical background [0002] At present, the life buoys equipped on yachts and other ships are only simple inflatable rubber and plastic types. When in use, they are directly thrown to the vicinity of the drowning person by manpower. Thereby losing the first rescue time. In addition, when the ship sank, some lifebuoys were tied to the guardrails in a panic and it was too late to untie them. The final result was that the ship sank into the water together, resulting in a waste of resources. If there is no ship around the falling poin...

AI Technical Summary

Problems solved by technology

[0002] At present, the life buoys equipped on yachts and other ships are only simple inflatable rubber and plastic types. When in use, they are directly thrown to the vicinity of the drowning person by manpower. thus losing the first rescue time

In addition, when the ship sank, some lifebuoys were tied to the guardrails in a panic and it was too late to untie them. The final result was that the ship sank into the water, resulting in a waste of resources.

If there are no boats around the falling water point, the drowning person can only wait for rescue for a long time, and the life buoy itself does not have additional rescue functions

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