A VR device based on 10-20 system

By using a VR device based on a 10-20 system, combined with multimodal data acquisition and neural interaction technology, the problems of precision and constraint in existing VR interaction control have been solved, achieving a high degree of freedom, high precision and natural interactive experience, suitable for a variety of scenarios.

CN122111220APending Publication Date: 2026-05-29李启先
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Patent Information

Application Number
CN202610094820.4
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-01-23
Publication Date
2026-05-29

AI Technical Summary

Technical Problem

Existing VR interactive control technologies struggle to simultaneously meet the demands for high freedom, high precision, low constraint, and natural interaction. Software algorithm-assisted control suffers from insufficient recognition accuracy and stability, while hardware interactive control is hampered by equipment limitations and high costs.

Method used

The system employs a VR device based on the 10-20 system, combined with a composite VR headset, electronic sensing gloves, a wristband-type monitoring module, and VR controllers. Through multimodal data acquisition and neural interaction, it achieves simultaneous acquisition of multi-dimensional data in EEG, vision, hearing, limbs, and physiology. Combined with machine learning algorithms, it performs multi-dimensional analysis and provides differentiated configurations and parameter adjustments.

Benefits of technology

It achieves high-precision interactive control, adapts to different user groups, enhances immersion and interaction accuracy, lowers the barrier to entry, and is suitable for a wide range of scenarios.

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Abstract

The application provides a VR device based on a 10-20 system, comprising a hardware part and a software part; the hardware part comprises a composite VR head-mounted display, an electronic induction glove, a bracelet type monitoring module and a VR handle; the software part comprises a control module and a database; the control module comprises a human body information acquisition submodule for controlling the hardware part to acquire human body information; a user identity verification submodule for comparing the acquired human body information data with historical backup information to determine whether the user is a special user; a special user control submodule for differentiating the configuration of the hardware part for special users; a non-special user control submodule for analyzing whether the user is a normal user or a user who needs attention based on the acquired human body information and adjusting the parameters of the hardware part accordingly; and other submodules for controlling vision, hearing and movement. The application has the advantages of full user coverage and strong adaptability to special groups.
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