一种靶向理疗与生物反馈结合的智能自适应腰椎康复支具
By integrating a vibration actuation array, flexible heating pads, and TENS electrodes into a treatment module, combined with a multimodal sensor module and an adaptive adjustment module, the objectivity issues of pressure closure and therapeutic degree in lumbar rehabilitation braces are solved, achieving personalized lumbar rehabilitation effects and safety monitoring.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Filing Date
- 2025-11-06
- Publication Date
- 2026-07-17
AI Technical Summary
Existing lumbar rehabilitation braces lack real-time identification and quantification of the interface pressure and force distribution between the shell and soft tissue, making it difficult to automatically equalize pressure and adaptively adjust according to different body positions and activity intensities. Wearing compliance and tightness are not visible, and traditional braces have gaps in the objectification of pressure closed loop and therapeutic degree.
The treatment module integrates a vibration actuation array, flexible heating pads, and TENS electrodes. Combined with sensor modules such as an interface pressure array, IMU, sEMG, NTC, and PPT microprobe, a controller constructs a closed loop for physiotherapy and stabilization, enabling adaptive adjustment. It includes a multi-chamber airbag and an adaptive winding adjustment module for zoned pressure equalization, motion limitation, and safety monitoring.
It enables targeted physical therapy to the pain points during wear, improves lumbar spine stability, provides safety monitoring, reduces lower back pain, improves wearing comfort and compliance, and ensures personalized and safe treatment results.
Smart Images
Figure CN121101843B_ABST
Abstract
Citation Information
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