An air bag type underwater automatic monitoring system with adjustable height

Abstract

The invention discloses an air bag type underwater automatic monitoring system with adjustable height, which comprises a base station, an air bag, an accommodating box and an air cylinder. An air pumpis arranged on the base table, the airbag includes a deployed state and a compressed state, When the air bag is in the deployed state, the air bag is located on the water surface; when the air bag isin the compressed state, the air bag is located in the water; the air bag is connected with the air pump through a pipe; the accommodation box is connected with the air bag through a connecting pipe;a data collection module is arranged in the accommodation box; and the air cylinder is connected with the accommodation box through a connecting frame. The invention provides an air bag type underwater automatic monitoring system with adjustable height. When bad weather occurs in the sea, the monitoring base station can be fixed, the monitoring base station can be prevented from being damaged, the position of the monitoring base station can be accurately changed, the monitoring depth can be changed, and accurate parameters of different depths can be obtained.

Description

technical field [0001] The invention belongs to the technical field of underwater monitoring, in particular to a height-adjustable airbag type underwater automatic monitoring system. Background technique [0002] The ocean occupies 71% of the world's area. my country has a vast ocean territory. With the development of society and the gradual consumption of land resources, people gradually develop energy in the ocean to obtain a large amount of resources in the ocean and change the current energy. Therefore, the exploration and monitoring of the ocean is an important task in today's society. [0003] In order to obtain various parameters underwater, it is generally necessary to monitor underwater. At present, monitoring base stations are widely used to monitor underwater. depth, so as to obtain data at different depths, but because the environment where the monitoring base station is in water, the cable is vulnerable to buoyancy during the retraction process, which reduces th...

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Problems solved by technology

[0003] In order to obtain various parameters underwater, it is generally necessary to monitor underwater. At present, monitoring base stations are widely used to monitor underwater. depth, so as to obtain data at different depths, but because the environment where the monitoring base station is located is water, the cable is susceptible to buoyancy during the retraction process, which reduces the position accuracy of the monitoring base station, resulting in inaccurate data, and The fixing of the monitoring base station needs to be realized by cables, and the cables are tied to the shore to realize the fixing of the monitoring base station. This method requires manual operation, and the fixing effect is poor, and the monitoring base station cannot be fixed stably. easily destroyed

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