Radar direction adjusting device for ocean exploration ship and adjusting method thereof

Abstract

The invention discloses a radar direction adjusting device for an ocean exploration ship and an adjusting method thereof, and belongs to the technical field of radar adjusting devices. The device comprises a rotating mechanism arranged on a ship body; a radar body which is in transmission connection with the rotating mechanism, wherein the radar body is driven by the rotating mechanism to achievereversing and overturning in the horizontal direction, and the reversing and overturning mechanism is arranged on the radar body; a lifting mechanism which is in transmission connection with the turnover mechanism; an antenna which is in transmission connection with the lifting assembly, wherein the turnover mechanism is used for adjusting the included angle between the antenna and the horizontalplane, and the lifting mechanism is used for adjusting the distance between the antenna and the radar body. The requirement that an antenna on the radar rotates in all directions is met, and signals can be received conveniently. According to the invention, the lifting mechanism is arranged between the radar body and the antenna, the lifting mechanism is suitable for adjusting the distance betweenthe antenna and the radar body, the height of the antenna is increased, and strong signals can be received conveniently.

Description

technical field [0001] The invention belongs to a radar adjusting device, in particular to a radar direction adjusting device and an adjusting method for an ocean exploration ship. Background technique [0002] In order to facilitate the detection, the existing marine exploration ships will install radars on the hulls to find targets and determine their spatial positions. But it is precisely because the hull is located on the vast ocean that it faces two unavoidable problems: first, the wireless signal on the ocean is relatively weak, so it is necessary to meet the requirements of the radar in all directions as much as possible when using the radar. Rotation is convenient for the radar to receive signals; second, the environment on the ocean is relatively harsh, especially the wind direction, the wind direction changes greatly and the wind force is fierce, and there is no obstruction, so the wind force has a certain destructive effect on the radar's commutation. Contents o...

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Problems solved by technology

But it is precisely because the hull is located on the vast ocean that it faces two unavoidable problems: first, the wireless signal on the ocean is relatively weak, so it is necessary to meet the requirements of the radar in all directions as much as possible when using the radar. Rotation is convenient for the radar to receive signals; second, the environment on the ocean is relatively harsh, especially the wind direction, the wind direction changes greatly and the wind force is fierce, and there is no obstruction, so the wind force has a certain destructive effect on the radar's commutation

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