Intelligent glasses equipment and man-machine interaction method

Abstract

The invention discloses intelligent glasses equipment and a man-machine interaction method. The intelligent glasses equipment comprises intelligent interactive glasses, an eyeball shooting camera, a server, a touch keyboard glasses box and a touch key ring, the eyeball shooting camera and the server are arranged on the intelligent interactive glasses; the server is respectively connected with theintelligent interactive glasses and the eyeball shooting camera; the server is wirelessly connected with the touch keyboard glasses box and the touch key ring; keys are arranged on the inner wall of the touch keyboard glasses box; the inner walls of the touch keyboard glasses box provided with the keys are hinged; and the touch keyboard glasses box is used for inputting information to the intelligent interaction glasses. According to the invention, the user can interact with the intelligent glasses equipment naturally, efficiently and accurately under the condition of avoiding fatigue caused by excessive limb movement of the user.

Description

technical field [0001] The invention relates to the technical field of human-computer interaction, in particular to a smart glasses device and a human-computer interaction method. Background technique [0002] Smart glasses devices include AR and MR glasses, etc., and their interaction methods can improve the efficiency of human-to-glass interaction and reduce operating intensity. The existing graphical human-computer interaction methods for personal computing devices mainly include: 1. Mouse+keyboard interaction. This interaction method is common in console-type computers. The main implementation method is: people control the movement of the mouse with their hands, and the relative displacement of the mouse reflects the relative displacement of the cursor on the screen. At the same time, it cooperates with the combination of keyboard and key input to complete the command to control the machine. 2. Touchpad + keyboard interaction. This interaction method is commonly used ...

AI Technical Summary

Problems solved by technology

Due to their own defects, the above human-computer interaction methods, whether used alone or in combination, cannot allow people to interact with smart glasses devices naturally and accurately, and thus cannot operate smart glasses devices efficiently.

[0008] To sum up, the current smart glasses devices cannot be worn conveniently, are not portable, and cannot interact naturally, efficiently and accurately.

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