Water conservancy communication system based on wireless communication

Abstract

The invention relates to the technical field of water conservancy communication systems, in particular to a water conservancy communication system based on wireless communication, which comprises a floating ball, a floating plate is fixedly connected to the top of the floating ball, a mounting groove is formed in the top of the floating plate, and a stand column rod is fixedly connected in the mounting groove. Through the arrangement of the shielding energy-gathering cover, external sunlight irradiates and penetrates through the light-transmitting layer, so that when the sunlight entering the light-transmitting layer passes through the concave surface layer, the sunlight is dispersed to the surfaces of the solar beads by the concave surface layer, light energy can be fully utilized, and the light energy is fully converted into electric energy to be stored; and under the action of the second annular electromagnetic emission layer and the first annular electromagnetic emission layer, the second annular electromagnetic emission layer and the first annular electromagnetic emission layer are used for diffusing radio generated by the wireless communication instrument, so that the dispersion range of radio waves is increased, the radiation range of water conservancy communication can be increased, and the communication efficiency is improved. And the hemispherical arrangement can also play a windproof role.

Description

technical field [0001] The invention relates to the technical field of water conservancy communication systems, in particular to a water conservancy communication system based on wireless communication. Background technique [0002] The water conservancy communication system is a terminal used for water conservancy transportation or water conservancy-related signal reception and transmission. In the watershed where the common water conservancy communication system is set, most of them will be set on the water surface of the river or sea area, and they will be anchored by anchors. Fix it, and set the water conservancy communication system on the floating island. [0003] When the above-mentioned water conservancy communication system is fixed in the watershed, it is fixed by simple floating island setting and anchor bolts. When there is a strong wind or a large water flow, the equipment will shake greatly and frequently, which mainly causes The consequence is that if the equ...

AI Technical Summary

Problems solved by technology

[0003] When the above-mentioned water conservancy communication system is fixed in the watershed, it is fixed by simple floating island setting and anchor rod. When there is strong wind or large water flow, It will cause the equipment to shake heavily and frequently. The main consequence is that the equipment will shake for a long time, which will increase the failure rate of the communication system, and the existing methods of using offshore cables or installing solar energy can make it last for a long time. Energy supply, so that the solar panel increases the problem of its wind around, which increases the wind receiving area and poor stability, and the shaking caused by the water flow makes the electromagnetic wave band appear intermittent in the communication process, and the signal stability is poor

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