Extracorporeal shock wave treatment equipment

Abstract

The invention discloses extracorporeal shock wave treatment equipment. The extracorporeal shock wave treatment equipment comprises musculoskeletal ultrasonic detecting equipment, a massage hand gun, ashock wave treatment hand gun and a main unit; the musculoskeletal ultrasonic detecting equipment is used for conducting ultrasonic detection on the muscle and bones of a patient to obtain a musculoskeletal ultrasonic image of the patient; the massage hand gun is used for conducting muscle relaxing operation on the lesion part of the patient; the shock wave treatment hand gun is used for conducting shock wave treatment on the muscle-relaxed lesion part after treatment parameters of the shock wave treatment hand gun are adjusted; the main unit is used for determining the lesion part of the patient and pathological parameters of the lesion part according to the musculoskeletal ultrasonic image and adjusting the treatment parameters of the shock wave treatment hand gun to parameter values matched with the lesion part and the pathological parameters of the lesion part. In this way, the extracorporeal shock wave treatment equipment can have the functions of musculoskeletal ultrasonic detection, massage and shock wave treatment, and the treatment efficiency and treatment experience of the patient are improved accordingly; moreover, data detected by all instruments in the extracorporealshock wave treatment equipment can be shared in real time, and the extracorporeal shock wave treatment equipment is intelligent.

Description

technical field [0001] The invention relates to the field of shock wave therapy, in particular to an extracorporeal shock wave therapy device. Background technique [0002] At present, shock wave therapy is a new treatment method between conservative treatment and surgical treatment. In the prior art, shock wave therapy can only be completed with the cooperation of imaging examination and masseur's manual therapy. However, the existing shock wave therapy equipment only has a separate shock wave function, so the patient is treated in the department where the shock wave therapy equipment is located. Previously, imaging examinations were performed in the department where the imaging equipment was located, and manual therapy was performed by a masseur in the massage department. It can be seen that patients need to use different equipment in multiple departments to complete the treatment, which is a waste of time, resulting in low treatment efficiency and poor treatment experien...

AI Technical Summary

Problems solved by technology

In the prior art, shock wave therapy can only be completed with the cooperation of imaging examination and masseur's manual therapy. However, the existing shock wave therapy equipment only has a separate shock wave function, so the patient is treated in the department where the shock wave therapy equipment is located. Previously, imaging examinations were performed in the same department as the imaging equipment, and manual therapy was performed by a masseur in the massage department

It can be seen that patients need to use different equipment in multiple departments to complete the treatment, which is a waste of time, resulting in low treatment efficiency and poor treatment experience for patients; moreover, the data checked by equipment in different departments cannot be shared in real time, only Presented through paper reports, not smart enough

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