Wireless communication drift mark

Abstract

The invention relates to a wireless communication drift mark. The wireless communication drift mark comprises a mark body, a positioning and communicating module, a solar cell module and a control module, wherein a first receiving bin and a second receiving bin which communicate with each other are formed in the mark body; the positioning and communicating module and the solar cell module are at least received in the first receiving bin; a battery module is at least received in the second receiving bin; the wireless communication drift mark also comprises a control module; the total weight ofcomponents in the second receiving bin is greater than the total weight of components in the first receiving bin, so that the first receiving bin is above a water surface all the time when the wireless communication drift mark floats on the water surface. Through counterweight control of the wireless communication drift mark, the wireless communication drift mark can maintain posture when floatingon the water surface; and the normal operation of functions of positioning, communication and solar energy collection can be ensured.

Description

technical field [0001] The present application relates to the field of communication equipment of the Internet of Things, and in particular to a wireless communication drifting buoy used for positioning and tracking in a water environment. Background technique [0002] The miniature tracking drifting buoy is a device used for positioning and tracking in the water environment, especially in the ocean. Drifting buoys float on the water surface. Through communication and positioning functions, they are used to realize ocean current surveying and mapping, tracking of marine leaked hazardous chemicals, and positioning of people and materials falling into the water. They can effectively prevent ship collisions, play a warning role, and provide navigation Security brings security. However, due to the complex water surface conditions in the marine environment, it is difficult for drifting buoys to maintain a fixed posture during the process of tracking and floating, which is likely...

AI Technical Summary

Problems solved by technology

However, due to the complex water surface conditions in the ocean environment, it is difficult for drifting buoys to maintain a fixed posture during the process of tracking and floating, which is likely to have adverse effects on functions such as communication or positioning, and in severe cases will cause drifting buoys to fail to work

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