Intelligent diving assistor

Abstract

The invention discloses an intelligent diving assistor comprising an integrated helmet, an integrated backpack power set and a control handle; the integrated helmet comprises a helmet housing; a screen display for the wearer to observe, a respirator at the nose and mouth, an intercom call module, and a waterproof mechanism of the neck at the lower end of the helmet housing are disposed in the helmet housing; the integrated backpack power set comprises a host housing; a battery module, a central control module, an air cylinder pressure sensor, a gyroscope, a positioning module, a wireless communication module, and a reserve buoyancy water tank are disposed in the host housing; a power propulsion device is fixedly arranged on the outer side of the host housing; a compressed gas cylinder anda high-pressure gas cylinder are embedded in the host housing; the high-pressure gas cylinder is connected with an emergency floating airbag group; one side of the host housing is also provided with awaterproof interface of the control end. The invention can integrate power, visual information intercommunication, intelligent control and emergency survival system, thereby effectively solving manydefects of the prior art.

Description

technical field [0001] The invention belongs to the technical field of diving equipment, and relates to a diving device, in particular to an intelligent diving aid. Background technique [0002] In the prior art, diving equipment mainly includes masks, respirators, flippers, diving suits, buoyancy vests, gas cylinders, etc. These equipment can provide human life support and the most basic activities underwater. However, divers cannot be directly assisted by power, and divers cannot be subjectively allowed to move freely in the water. The buoyancy vest must be used to control the buoyancy and the fins to swim to provide power to achieve underwater movement, which is very inefficient. [0003] In the prior art, underwater information is mainly communicated by gestures of divers, display of diving parameter information by a diving computer, and display of a gas cylinder pressure gauge. The gestures of divers are cumbersome, and it is difficult for newcomers to learn; the price...

AI Technical Summary

Problems solved by technology

The gestures of divers are cumbersome, and it is difficult for newcomers to learn; the price of diving computers is high, and the information displayed is not comprehensive; the gas cylinder pressure gauge is troublesome to carry, which increases underwater resistance; the collection of many information sources requires high coordination ability and is difficult to get started. Big

[0004] Moreover, the diving equipment in the prior art does not contain an emergency life support module, and there is a high-pressure inflatable bag on the market to solve the problem of emergency surfacing life support

However, this kind of device can only solve the problem of floating through mechanical methods, and the solution is too simple. If a diver encounters an emergency such as coma, heart attack, convulsion, etc., and loses his dynamic ability, it cannot effectively solve the problem of life support.

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