Temporomandibular joint training device and electronic equipment

Abstract

The invention provides a temporomandibular joint training device and electronic equipment. Two control modes of constant bite force and constant position are adopted, when instructions of medical staff are received, a mouthpiece is controlled to automatically move to a target position, and thus the problem that a traditional temporomandibular rehabilitation training device needs to be manually adjusted can be solved, and manual operation is omitted; and in addition, due to the fact that two training modes of a constant bite force training mode and a constant position training mode can be reasonably selected by medical staff, the rehabilitation training modes are enriched, and the rehabilitation training effect can be improved.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a temporomandibular joint training device and electronic equipment. Background technique [0002] Temporomandibular joint dysfunction is one of the common clinical diseases, and is listed by WHO as the fourth oral epidemic that affects human health. It is a syndrome of a series of symptoms such as fatigue, limited mouth opening, and temporomandibular joint dysfunction. In some cases, it recurs, persists, and persists for a long time, seriously affecting the masticatory muscles and language function. From the point of view of modern medicine, the cause of this disease is more complicated, and it is not clear yet. At present, it is considered that it is related to factors such as emotional instability, physical weakness, disordered occlusal relationship of teeth, and trauma. These factors affect the normal structure of the mandibular joint or hinder the coordinated movement of t...

AI Technical Summary

Problems solved by technology

[0006]First, traditional temporomandibular passive training equipment requires people to manually adjust the opening angle. After adjusting the angle, it is limited by hand or mechanical device to fix the position, which is not enough intelligent

[0007]Second, during the use of traditional temporomandibular passive training equipment, the opening angle is usually measured with a scale, and there is no accurate opening distance value

[0008]Third, in the process of using traditional temporomandibular passive training equipment, there is no accurate feedback of occlusal force, and we can only rely on medical staff to communicate with patients, and vaguely judge the occlusal force size

[0009]Fourth, during the treatment period, medical staff are in a state of ambiguity in judging the patient's recovery, and can only rely on the patient's dictation and the degree of opening after treatment to judge the treatment effect, and There is no digital, scientific, and sustainable treatment plan and post-treatment evaluation criteria

As a result, there is no systematic treatment plan, no timely digital feedback system and no scientific treatment effect evaluation system

[0010]Fifth, the traditional method relies too much on the personal experience of doctors and the communication between medical staff and patients

If things go on like this, it will be detrimental to the development and progress of the industry

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