Shock wave therapeutic instrument and control method thereof

Abstract

The invention provides a shock wave therapeutic apparatus and a control method thereof. The shock wave therapy instrument includes: a shock wave therapy handle, including an impact element and a treatment head, wherein the impact element impacts the treatment head under the drive of compressed air, so that the treatment head couples the shock wave energy and applies a shock wave to the body surface to be treated that is attached to it; The infrared thermal imager is configured to obtain the infrared thermal image of the body surface to be treated; the treatment host is connected to the shock wave therapy handle and the infrared thermal imager respectively, and is configured to output the infrared thermal image in real time, and sends it to the The Shockwave Therapy Handpiece provides compressed air to change the treatment protocol of the Shockwave Therapy Handpiece. Using the scheme of the present invention, the infrared thermal image of the body surface position to be treated is output in real time, the specific location of the lesion inflammation is determined according to the infrared thermal image, and the shock wave treatment plan is set in a targeted manner, which improves the accuracy of the treatment and provides Therapists provide an objective basis for shock wave therapy.

Description

technical field [0001] The invention relates to a medical device, in particular to a shock wave therapeutic apparatus and a control method thereof. Background technique [0002] Shock wave is a kind of sound wave with mechanical characteristics that causes the extreme compression of the medium through vibration and high-speed motion, and accumulates energy. During the transmission process, the shock wave will cause the physical properties of the medium such as pressure, temperature, and density to change dramatically. [0003] Due to the physical characteristics of shock waves, shock waves have been used in the field of clinical treatment since the 1970s for the treatment of urinary system stones. In the late 1980s, as the effects of low-energy shock waves such as high-density tissue lysis, tissue adhesion release, blood vessel expansion and blood vessel regeneration, analgesia and nerve ending sealing, tissue damage repair, and inflammation and infection control were gradua...

AI Technical Summary

Problems solved by technology

[0005] However, the treatment plan of the existing shock wave therapy apparatus mainly relies on the experience of the treatment personnel, setting the frequency and number of shock waves, etc., the curative effect cannot be guaranteed, and on the other hand, the treatment effect also lacks objective evaluation, which leads to the accuracy or failure of extracorporeal shock wave therapy. greatly reduced reliability

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