Diving equipment, ground monitoring platform and diving breathing monitoring system

Abstract

The invention provides diving equipment, a ground monitoring platform and a diving breathing monitoring system, wherein the diving equipment comprises an air cylinder and also comprises a gas flow detecting mechanism; the gas flow detecting mechanism is arranged between a high pressure reducing valve and a low pressure reducing valve, and is used for detecting the flow of compressed air in a first preset time; the gas flow detecting mechanism can send a flow signal corresponding to the detected flow of the compressed air to the ground monitoring platform; the ground monitoring platform judges whether the flow of the compressed air in the first preset time within a set flow range or not; if a judgment result is yes, the ground monitoring platform marks that a user of the diving equipment breathes once, and if no, counting is not performed; in a second preset time, the steps are repeated, and breath times are counted and recorded. According to the diving equipment, the ground monitoring platform and the diving breathing monitoring system, the breath state of the user of the diving equipment is monitored through measuring the gas flow passing through a gas pipe.

Description

technical field [0001] The invention relates to the technical field of diving equipment, in particular to a diving device, a ground monitoring platform and a diving breathing monitoring system. Background technique [0002] Diving operations have become an important means in marine rescue and rescue, marine resource exploration and development, underwater construction operations, etc. During diving operations, underwater environmental factors such as water temperature, water pressure, and water flow, as well as the oxygen supply system often have an impact on the diver's physiological system, and accidents in diving operations can easily occur if there is a slight carelessness. [0003] In order to ensure diving safety, in addition to comprehensively understanding the environmental information of the diving environment and ensuring the reliability of diving equipment, if the diver's physiological indicators (especially the number of breaths) can be monitored and / or recorded ...

AI Technical Summary

Problems solved by technology

[0005] Divers need to perform a variety of sports, especially high-intensity labor-intensive sports, and it is very easy for the sensor to drop and fail to detect the signal; in addition, because the diver wears a diving suit, the diving suit is tightly attached to the diver's body, and the pulse Changes in beating and abdominal pressure are oppressed by the diving suit and cannot be fully represented, which leads to the measured number of breaths not being the real number of breaths of the diver

[0006] In addition, when the diver wears the existing diving suit to work underwater, the ground staff cannot clearly understand the labor intensity of the diver's underwater work. Excessive labor intensity may reduce the diver's labor efficiency, even when the labor intensity is particularly high. There will be danger to life; therefore, it is particularly important to detect the labor intensity of divers when they work underwater

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