一种肌肉压强和复阻抗检测装置及肌肉阻抗指数的测算方法

By designing a muscle pressure and complex impedance detection device and combining it with multi-frequency bio-excitation current to measure muscle pressure and impedance, the ambiguity problem in the diagnosis of muscle diseases in the existing technology has been solved, and more accurate diagnosis and treatment effect evaluation have been achieved.

CN121101488BActive Publication Date: 2026-07-17SHUGUANG HOSPITAL AFFILIATED WITH SHANGHAI UNIV OF T C M

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
SHUGUANG HOSPITAL AFFILIATED WITH SHANGHAI UNIV OF T C M
Filing Date
2025-11-12
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Current technology lacks precise measurement equipment for muscle pressure and resistance index, resulting in high ambiguity in the diagnosis of diseases such as piriformis syndrome. The lack of quantitative indicators makes it difficult to conduct accurate diagnosis and evaluate treatment effectiveness.

Method used

A muscle pressure and complex impedance detection device was designed, including electrode needle A and electrode needle B. Combined with a pressure detection module and an impedance detection circuit, the device measures muscle pressure and impedance through multi-frequency bio-excitation current, calculates the muscle impedance index, and provides objective quantitative data.

Benefits of technology

It enables direct and simultaneous measurement of muscle condition, provides a more comprehensive assessment of pathological condition, improves the accuracy of diagnosis and the precision of treatment effect evaluation, and reduces the difficulty of operation.

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Abstract

本发明提出一种肌肉压强和复阻抗检测装置及肌肉阻抗指数的测算方法,检测装置包括电极针A、电极针B、压强检测模块和PC端;本发明的肌肉压强和复阻抗检测装置针对肌肉实现抗阻和压强的双重检测,实现了在体、直接、同步测量肌肉的肌内压与多频阻抗,为医学诊断提供更多的客观量化数据,从根本上改变了依赖主观判断的现状。本发明进一步将反映肌肉宏观力学状态的“压强”与反映组织微观成分的“阻抗”相结合,将阻抗以PI‑Index进行整体融合,提供了更全面、更准确更直观的病理状态评估;实现患侧与健侧的压强、阻抗谱及PI‑Index的直接对比,可有效进行鉴别诊断,并为治疗前后的效果对比提供了精确的量化指标,极大地提升了临床诊疗精度。
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