Marine buoyancy detection adjuster

Abstract

The invention provides a marine buoyancy detection regulator, which is used for marine detection. Several water inlet chambers are fixed side by side through fixing parts, and each water inlet chamber is equipped with an inflatable valve above and a water inlet chamber below. Valve, each equipped with a piston with a displacement sensor in each water inlet chamber. When in use, the weight of the water inlet chamber can be changed by adjusting the water intake through the water inlet valve, so that the overall buoyancy can be changed through the adjustment, so as to grasp and determine the floating, sinking and static state of the equipment in the ocean. data.

Description

technical field [0001] The invention relates to a marine buoyancy detection device, in particular to a marine buoyancy detection regulator. Background technique [0002] When producing marine underwater detection and vehicles, it is first necessary to investigate and understand various data related to marine buoyancy. The traditional method is to use a hull-like buoyancy detection for load testing. This traditional method is very inconvenient in practice , especially for underwater buoyancy, it is impossible to obtain data at all. In recent years, only the United States has adopted seawater pump buoyancy adjustment detection in the production of the second-generation submersible, but the volume is huge, and there are still inconvenient problems in use. . Contents of the invention [0003] The object of the present invention is to solve the above-mentioned deficiencies, and provide a marine buoyancy detection regulator, which has the characteristics of small size, convenie...

AI Technical Summary

Problems solved by technology

[0002] When producing marine underwater detection and vehicles, it is first necessary to investigate and understand various data related to marine buoyancy. The traditional method is to use a hull-like buoyancy detection for load testing. This traditional method is very inconvenient in practice , especially for underwater buoyancy, it is impossible to obtain data at all. In recent years, only the United States has adopted seawater pump buoyancy adjustment detection in the production of the second-generation submersible, but the volume is huge, and there are still inconvenient problems in use.

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