Intelligent underwater propulsion robot

Abstract

The invention relates to an intelligent underwater propulsion robot which comprises a main shell, a safety prompting and function system, a high-thrust propulsion device installed on the rear side of the main shell, function control armrests on the left side and the right side of the main shell and an emergency storage box above the main shell, wherein the emergency storage box can be used as a body supporting board, is in replaceable design and has expanding and designing functions and other functions. The main shell is in a water drop shape or an olive shape and comprises a front cover and a rear cover. A control center main box is arranged between the front cover and the rear cover. The main box is clamped on the front cover and the rear cover and clamped by the front cover and the rear cover in a sealed manner. The body supporting board is installed on the upper surface of the main box. The propulsion robot is convenient to use and flexible in operation, a user is not affected by backward-sprayed bubbles of a water spraying device, the robot can be cyclically charged and used, the robot can work underwater for 3 hours every time the robot is charged, the speed per hour can be adjusted between 5 KM / hour and 20 KM / hour, and various underwater functions are achieved.

Description

technical field [0001] The invention belongs to the technical field of devices for driving a single person to move above and below water, and in particular relates to an intelligent underwater propulsion robot. Background technique [0002] Water sports are the most desired activities during holiday travel, among which swimming, diving, surfing, etc. are the most popular among people. Since water sports are closely related to climate factors, physical conditions will also affect the time and scope of activities. Therefore, in order to allow people to enjoy water sports more easily and reduce the impact of climate and physical limitations, some operators have developed various auxiliary equipment to assist and promote swimming, diving, surfing and other water sports. . [0003] On the other hand, when people's lives and properties are seriously threatened and lost due to constant water disasters year after year; when passenger ships, cruise ships, fishing boats, cargo ships,...

AI Technical Summary

Problems solved by technology

[0004] But the existing underwater propeller mostly adopts the function control handrails on both sides of the water spray device by the user, and the reaction force received by the water sprayed by the water spray device is used to pull the user forward. Under the environment, the bubbles generated by the water spray device will block the user's sight, and the huge cavitation effect will affect the user's stroke efficiency

[0005] In addition, since the propeller is exposed, it may be forcibly stopped by the user, which will cause damage to the motor, and may also cause injury to the user due to the rotation of the propeller

Images