VR (virtual reality) glasses with monitoring probes

Abstract

The invention relates to the technical field of virtual realizing equipment, in particular to a pair of VR (virtual reality) glasses with monitoring probes. The pair of VR glasses comprises a glass frame, wherein two glass tubes are arranged on the glass frame; a penetration liquid crystal lens is arranged at the inner side of each glass tube, and a display screen is arranged at the outside surface of each glass tube; a battery, a circuit board and a wireless communication module are arranged at the bottom part of each glass tube; each battery is used for supplying power for the corresponding circuit board, display screen and penetration liquid crystal lens; each circuit board is electrically connected with the corresponding penetration liquid crystal lens, display screen and wireless communication module; the glass frame is connected with a horizontal fixing tape and a vertical fixing tape; a plurality of monitoring probes are arranged on the horizontal fixing tape and the vertical fixing tape. The pair of VR glasses with the monitoring probes has the advantage that the two lenses are used for respectively receiving video data with vision difference from the two display screens, and the physiological property of vision persistence of human eyes is utilized, so that the virtual realizing image is obtained, and the problem of fatigue of human eyes due to alternating of bright and dark is fundamentally solved.

Description

Technical field [0001] The invention relates to the technical field of virtual realization equipment, in particular to a VR glasses with a monitoring probe. Background technique [0002] VR (Virtual Reality, or VR for short) was proposed by Lanier, the founder of the American VPL company in the early 1980s. Its specific connotation is: Comprehensive use of computer graphics systems and various implementation and control interface devices to provide immersive technology in an interactive three-dimensional environment generated on a computer. The carrier of virtual realization technology is the virtual realization simulation platform. Its technology can be widely used in urban planning, interior design, industrial simulation, historic site restoration, bridge and road design, real estate sales, tourism teaching, water conservancy and electricity, geological disasters, education and training, etc. Field, and provide practical solutions for it. [0003] In the existing VR glasses, th...

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Problems solved by technology

[0005] In order to solve the above-mentioned technical problems, the present invention provides a brand-new structure of VR glasses with a monitoring probe. By setting a transparent display screen outside the two lenses of the VR glasses, the two display screens can receive data according to the parallax through a high-speed wireless network. Video data, the two lenses of the VR glasses receive video data with parallax from the two display screens respectively, and cooperate with the physiological characteristics of the human eye's persistence of vision to obtain a virtual image, fundamentally avoiding the human eye due to the alternation of light and dark. glasses fatigue problem

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