Diving training device

Abstract

The invention discloses a diving training device, and belongs to the technical field of diving training devices. The training device comprises a training bin, a training screen frame is arranged in the training bin, one side edge of the training screen frame is connected with a traction rope, the other side edges of the training bin are all connected with the inner wall of the training bin in a sliding mode, and an emergency help seeking device is further arranged on the training screen frame and electrically connected with a first alarm arranged outside the training bin. The traction rope extends to the outside of the training bin, bypasses the pulley and is connected with a traction rope winding and unwinding mechanism. The training screen frame of the training device not only can trainthe operation ability, but also can rescue a diver in time, the training safety is improved, the water temperature, the water pressure and the oxygen concentration are detected through a temperature detector, an oxygen sensor and a pressure sensor, the detection data is transmitted to a controller, the training situation can be evaluated and analyzed in the later period; and a camera device is used for monitoring and recording the whole training process.

Description

technical field [0001] The invention relates to the technical field of diving training, in particular to a diving training device. Background technique [0002] Divers are responsible for submersible rescue, salvage of sunken ships or sunken objects, shipwreck rescue, construction of underwater facilities and other tasks. Therefore, divers need to carry out tasks under high-intensity water pressure. Novice divers generally have to carry out simulation training first, and current diving training can only Carried out in swimming pools, field water training or simulation training devices, the depth of the swimming pool is limited, and the deep water environment cannot be simulated; field water training is too dangerous for junior divers, and the existing simulation training devices only increase high pressure. The pressure in the chamber is used to simulate the high-pressure environment in deep water, which belongs to dry simulation training. Not only is the simulation poor in ...

AI Technical Summary

Problems solved by technology

[0002] Divers are responsible for submersible rescue, salvage of sunken ships or sunken objects, shipwreck rescue, construction of underwater facilities and other tasks. Therefore, divers need to carry out tasks under high-intensity water pressure. Novice divers generally have to carry out simulation training first, and current diving training can only Carried out in swimming pools, field water training or simulation training devices, the depth of the swimming pool is limited, and the deep water environment cannot be simulated; field water training is too dangerous for junior divers, and the existing simulation training devices only increase high pressure. The pressure in the chamber is used to simulate the high-pressure environment in deep water, which belongs to dry simulation training. Not only is the simulation poor in authenticity, but it can only practice divers' ability to adapt to high-intensity water pressure; however, for divers, not only high-intensity water pressure In addition to being able to maintain clear thinking and complete assigned tasks in a deep-water environment, a training device that can train divers' deep-diving capabilities and has high safety performance is required

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