TeraHertz wave physiotherapy device for congenital deafness diseases of children

Abstract

The invention relates to a teraHertz wave physiotherapy device for congenital deafness diseases of children. The device comprises a processing end, a wave emission terminal connected with the processing end and a head hoop assembly provided with the wave emission terminal, wherein the processing end is used for signal transmission, teraHertz wave frequency signal processing, control and control over the whole system and data processing; the wave emission terminal is internally provided with teraHertz wave generators, and the front sides of the teraHertz wave generators are provided with horn mouths for guide wave transmission; the head hoop assembly comprises a hoop rod and two fixing parts, close to the end of the hoop rod, arranged on the hoop rod, the ends of the fixing parts are connected with annular positioning rings, the positioning rings are overlapped and fixed with the shapes of extension parts, and when the positioning rings and the extension parts are overlapped, the frontends of the horn mouths penetrate through the positioning rings and stretch out of the positioning rings; the inner sides of the fixing parts extend inwards to be provided with positioning rods, and the ends of the positioning rods are connected with suspension loops matched with the outer contours of the upper portions of the ears. The device has the advantages that the design is novel, wearing is convenient and fast, and the operation steps of medical workers are reduced.

Description

technical field [0001] The invention relates to the technical field of terahertz wave physiotherapy, in particular to a terahertz wave physiotherapy device for children with congenital deafness. Background technique [0002] Scientific research has found that electromagnetic waves have unexpected biological effects on organisms, such as affecting cell growth and gene expression. Usually, millimeter waves and submillimeter waves can only penetrate the organism to a depth of less than 1mm, which often brings curative effects on diseases of deep organs in the human body. With the development of terahertz technology, it has gradually broken through the limitations of millimeter wave treatment. Terahertz wave treatment has fewer or no side effects on the human body. Today, the medical crisis caused by the abuse of antibiotics has attracted more and more attention from the medical community. The terahertz wave radiated by the biological wave functional materials that have appeare...

AI Technical Summary

Problems solved by technology

However, the current electromagnetic wave physiotherapy equipment only has the function of treatment, and there is no comparative diagnosis of the effect before and after treatment. It can only be judged by the patient's intuition, which will inevitably bring certain disadvantages to the improvement of the treatment effect and method.

Most of the existing terahertz wave physiotherapy instruments use a suction cup structure, which is adsorbed on the body and fixed when used. For the ear, the existing suction cup structure cannot absorb, and it needs to be operated by a person holding the suction cup, which is inconvenient to use. In addition, in the case of terahertz wave radiation During the process, the change of the wave frequency may cause the eardrum to vibrate, especially inflammatory diseases such as otitis media cause the eardrum to vibrate. At this time, how to monitor the impact of the terahertz wave on the ear, or monitor the changes in the eardrum vibration of the diseased ear? The treatment of this disease is of great importance

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