Diving goggles capable of enhancing visibility of underwater environment in real time

Abstract

The invention provides diving goggles capable of enhancing visibility of an underwater environment in real time. The diving goggles comprise a camera, a laser lamp, a lens, a semi-transparent display, a fixing belt and a goggle frame, the lens is embedded in the mirror frame, the camera is arranged on the upper edge of the mirror frame, the laser lamps are arranged on the two sides of the mirror frame, the semi-transparent display is arranged on the inner side of the mirror frame, and the two ends of the fixing band are connected with the two ends of the mirror frame. According to the diving goggles capable of enhancing the visibility of the underwater environment in real time, the underwater environment is acquired, enhanced and displayed in real time through the underwater high-definition camera and the semi-transparent display, so that a diver can still obtain a clear and real image under the conditions of low illumination, excessive color cast and serious blurring, and the diving goggles have the advantages that the diving goggles are simple in structure and convenient to use. The problem that underwater vision of the diver is limited is solved, and the diver can complete underwater operation more efficiently.

Description

technical field [0001] The invention relates to the field of diving equipment, in particular to a diving mirror for enhancing the visibility of underwater environment in real time. Background technique [0002] Professional divers often need to wear diving goggles during diving operations. Diving goggles can protect divers' eyes from seawater stimulation and assist divers to see the underwater environment clearly. [0003] However, in the complex ocean environment, due to the influence of light, suspended particles, light scattering and absorption, underwater scenes often have problems of low illumination, excessive color cast, and severe blur. It is extremely difficult for divers to identify targets in such a low-visibility environment. In most cases, they need to identify targets through touch. The operating efficiency is low and the operating range is small. Contents of the invention [0004] The invention provides a diving mirror that enhances the visibility of the un...

AI Technical Summary

Problems solved by technology

[0003] However, in the complex ocean environment, due to the influence of light, suspended particles, light scattering and absorption, underwater scenes often have problems of low illumination, excessive color cast, and severe blur

It is extremely difficult for divers to identify targets in such a low-visibility environment. In most cases, they need to identify targets through the sense of touch, which results in low operating efficiency and a small operating range.

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