Breathing articulation training apparatus and training method thereof

Abstract

A breathing articulation training apparatus and a training method thereof are disclosed. A patient selection module is used to select a patient who is suitable for the breathing articulation training, a curative effect evaluating module is used to evaluate pronunciation of the patient before training, a breathing sounding training module is used to perform 'character tips' breathing sounding training for the patient, and a basic articulation training module is used to perform basic articulation training for the patient. After the breathing sounding training and the basic articulation training, the curative effect evaluating module is used to evaluate the curative effect after training and determine the difference before and after training and the training effect according to the pronunciation evaluation before training and the curative effect evaluation after training. The breathing articulation training apparatus combines the character tips with the basic articulation training to solve the difficult problem of dyspnea in speech training. The breathing control ability of a patient during speaking is effectively improved, and the articulation ability can be improved comprehensively. An effective, simple and inexpensive verbal rehabilitation method can be provided for patients with dysarthria and breathing control abnormality.

Description

technical field [0001] The invention relates to a breath articulation training device and a training method thereof. Background technique [0002] The articulation system of the human body includes the respiratory system, vocal system, resonance, articulation, and speech system. The respiratory system includes the trachea, bronchi, lungs, thorax and related respiratory muscles below the larynx. The respiratory system is the power source of speech. Only through breathing, airflow is produced, the vibration of the impact vocal cords, and the activities of other articulation organs can produce sound. Speech is formed during exhalation, such as speaking a paragraph, the process of exhalation must be prolonged, and the process of inhalation must be shortened as much as possible. [0003] Motor dysarthria, referred to as dysarthria, is a speech disorder caused by neuropathy and speech production-related muscle paralysis, weakened contractility, or uncoordinated movement. Lesions...

AI Technical Summary

Problems solved by technology

[0005] Trainers often focus on the training of orofacial articulation organs, ignoring breathing problems, or using traditional breathing and pronunciation training programs in training, ignoring the synchronization training of pronunciation and breathing, blindly strengthening muscle strength, deliberately changing breathing patterns, and poor patient cooperation , which is not conducive to recovery

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