Portable and Wearable Ultrasound Physiotherapy Apparatus

Abstract

The invention discloses a portable and wearable ultrasonic physiotherapy instrument which comprises a power supply module (1), a man-machine interaction module (2), a main control module (3), a DDS module (4), a power amplification module (5), a therapy head module (6) and a frequency tracking module (7). The power supply module comprises a rechargeable polymer battery. The therapy head module (6) of the instrument is provided with multiple therapy heads and adsorption structures, an adsorption part of each therapy head is a cone-similar adsorption cover, the effective radiation area of each ultrasonic therapy head ranges from 3 cm<2> to 9 cm<2>, and the effective output sound intensity is smaller than or equal to 3 W / cm<2>. According to the portable and wearable ultrasonic physiotherapy instrument, ultrasonic waves with multiple center frequencies can be outputted and can be continuously adjusted within the range of 0.5 MHz to 3.5 MHz, and the instrument is used for treating patients suffering from the organic cardiovascular disease and patients suffering from sports injuries. The portable and wearable ultrasonic physiotherapy instrument has the advantages of being simple in structure, capable of automatically conducting tracking through frequencies, high in stability, diversified in frequency, high in output power, easy to operate and the like, and can be widely used for in vitro physical treatment for the patients suffering from the organic cardiovascular disease and the patients suffering from sports injuries.

Description

technical field [0001] The invention relates to an intelligent ultrasonic physiotherapy instrument, in particular to a high-tech ultrasonic physiotherapy instrument for in vitro physical therapy of patients with organic cardiovascular disease and sports trauma. Background technique [0002] The action of ultrasonic waves on human tissues will produce certain biological effects, such as mechanical effects, thermal effects, cavitation effects, etc., which can be used to achieve certain therapeutic purposes, which is the so-called ultrasonic physiotherapy. [0003] The attenuation value of ultrasound in biological tissue increases almost linearly with frequency, that is, the higher the frequency, the larger the attenuation coefficient and the faster the attenuation. Different ultrasound frequencies will cause the ultrasound signal to enter the human body at different depths; on the other hand, excessive Ultrasonic radiation can cause harm to the human body, and different doses ...

AI Technical Summary

Problems solved by technology

The treatment area of ​​single frequency is limited, and when the patient needs to treat multiple areas, additional equipment is needed to complete the treatment.

During the treatment process, due to differences in temperature and environment, the resonance frequency of the ultrasonic therapy head changes. Since the current ultrasonic physiotherapy equipment does not have the function of automatic frequency tracking, frequency imbalance will occur, which will cause impedance mismatch and reduce efficiency. , seriously does not work properly

[0006] Most of the existing ultrasonic physiotherapy instruments are complicated to operate and do not have the function of expert treatment. The treatment frequency is mostly single and fixed at 1MHz or 3MHz, the output sound power is within 2W / cm2, and the effective area of ​​the treatment head is relatively small with a single treatment head.

Occasionally, a physiotherapy instrument with dual frequency and dual treatment heads has a large difference in the effective treatment area of ​​the 1MHz and 3MHz treatment heads, the output sound power is small, and there is no automatic frequency tracking function.

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