Tumbler type buoy

Abstract

The invention discloses a tumbler type buoy. The buoy comprises a load-bearing seat and a buoy frame erected on the load-bearing seat, wherein the buoy frame is provided with a first chamber and a second chamber, a first foam buoyancy device is detachably mounted in the second chamber, a second foam buoyancy device and a third foam buoyancy device are detachably mounted in the first chamber, and the first, second and third foam buoyancy devices are arranged in such a manner that end surfaces are aligned correspondingly and every two side surfaces are tangent with each other; a flashing light and a sign flag are mounted on the buoy frame; a connecting ring and a rudder plate are mounted below the load-bearing seat. The buoy is applicable to all sea areas with strong wind, huge waves and variable wind directions; the condition that the buoy winds round a horizontal floating cable and then impacts a wave meter possibly can be avoided; the buoy is obvious when floating in the sea, and the flashing light is mounted to prompt passing ships at night; the buoy is sensitive to steer, and the water resistance is smaller than that of a 'transverse buoy'; no matter how the wind and the waves change, the buoy always stands towards the water and is just like a 'tumbler'; the buoy is simple in manufacturing technology, conventional in material and low in manufacturing cost.

Description

technical field [0001] The invention relates to the field of hydrological monitoring, in particular to a tumbler type buoy. Background technique [0002] In order to complete the tide or wave observation task, a wave meter will be selected to assist in the measurement, usually using a SZF wave buoy. This wave meter can automatically, fixed-point, and regularly (or continuously) measure the wave hydrological elements, and can measure the waves. Wave height, period, wave direction data. [0003] The wave meter needs to cooperate with the buoy to work normally, and the horizontal buoy is usually used. The structure of the horizontal buoy is simple, but it has some defects. The wave meter is entangled together, which affects the work of the wave meter, resulting in incorrect detection data; second, the horizontal buoy is not sensitive to steering, and is easy to be entangled with the horizontal floating cable, which may hit the wave meter; third, the buoy is a horizontal cylind...

AI Technical Summary

Problems solved by technology

[0003] The wave meter needs to cooperate with the buoy to work normally, and the horizontal buoy is usually used. The structure of the horizontal buoy is simple, but it has some defects. The wave meter is entangled together, which affects the work of the wave meter, resulting in incorrect detection data; second, the horizontal buoy is not sensitive to steering, and is easy to be entangled with the horizontal floating cable, which may hit the wave meter; third, the buoy is a horizontal cylinder, Floating in the sea, the target is not obvious, especially at night, it is easy to be hit by passing ships; Fourth, there are three rudders on the left and right sides of the horizontal buoy, which affects the steering sensitivity

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