Dual-mode deaf-mute communication equipment

Abstract

The invention discloses dual-mode deaf-mute communication equipment. The dual-mode deaf-mute communication equipment comprises a gesture identification assembly, a deaf-mute information processing assembly, a normal person information processing assembly, a displayer and intelligent glasses. The gesture identification assembly is connected with the deaf-mute information processing assembly, the deaf-mute information processing assembly is connected with the displayer, the normal person information processing assembly is connected with the displayer, and the intelligent glasses and the normal person information processing assembly transmit information through WiFi. The dual-mode deaf-mute communication equipment has two different working modes, the first mode is applied to enterprises and service organizations and public institutions such as airports and community service organizations to serve the deaf-mute, and the second mode is that the equipment can be carried and worn by the deaf-mute themselves and autonomously used in any life occasion. Comprehensive consideration and multiple innovation are achieved on the applying modes and technique of the dual-mode deaf-mute communication equipment.

Description

technical field [0001] The invention relates to the technical field of communication equipment for disabled persons, in particular to a dual-mode communication equipment for deaf-mute people. Background technique [0002] The deaf-mute cannot communicate like normal people, causing confusion in their work, study, entertainment, medical treatment, rights protection and other living conditions. Many low-educated deaf-mute are even facing the crisis of survival, and some people are in embarrassment and loneliness. embarked on the path of crime. [0003] Standardized sign language is popularized in various disabled institutions, and more and more deaf people will use standard sign language to communicate with others. The main way of communication between the deaf-mute and the deaf-mute is to use sign language, and the common way of communication between the deaf-mute and ordinary people is to use paper and pen to communicate, use mobile phone typing to communicate, or use sign ...

AI Technical Summary

Problems solved by technology

The sign language recognition system of the myoelectric wristband is based on the gestures of deaf-mute people. It captures the myoelectric current generated by the muscles as the main information and converts it into voice or text information that ordinary people can understand. The disadvantage of this method is that the myoelectricity The capture of the signal has requirements on the part worn by the arm, and because it is contact, it is easily interfered by the sweat secreted by the skin, resulting in inaccurate recognition; the sign language recognition system of the data glove is based on the position tracker and gyroscope inside the glove Instruments and other equipment to track and measure the trajectory information such as the relative position and rotation angle of gestures in space, and translate them into voice or text information that ordinary people can understand. The disadvantage of this method is that deaf-mute people need to wear wrapping gloves Wearing on the hands, the time of wearing gloves runs through most of the user's time. Since it is a large-area contact glove, long-term wearing will cause fatigue and discomfort to the user's hands or do other operations that need to touch water. Inconvenient; the sign language recognition system of image sensing uses image capture or gesture capture modules to capture sign language gestures, and uses processors to process, analyze and convert them. Compared with the first two recognition methods, the advantage of image sensing is that it uses The user does not have to wear the information collection part of the hand

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