This invention discloses a tendon stretching structure using electromyography sensing for angle adjustment. According to the signal for human tendon detected by the electromyography circuit through electrodes and processed by the control circuit of the circuit module, the user can control the actuator to perform the corresponding pushing to the wheels and further push the tendon stretching plate to change the inclined angle, so as to perform the corresponding rehabilitation action on the human feet. The rehabilitant can know the tendon status during habilitation through a display to understand the rehabilitation progress in details. Furthermore, the doctor, the therapist, or the nursing personnel can utilize a toggle switch to control the control circuit of the circuit module to change the rehabilitation therapy mode, such that the structure of this invention may be constituted to completely accomplish the rehabilitation therapy.本發明揭露一種肌電感測角度調整拉筋結構,使用者可依據肌電圖電路透過電極片偵測到的人體肌鍵處的訊號,透過電路模組的控制電路的處理,以控制致動器對輪具進行相對應的推動,進而推抵拉筋板而改變傾斜角度,以對人體的腳部進行相對應之復健活動;而復健者可以透過顯示器了解本身復健時的肌鍵狀態,以詳細了解復健的進度;再者,醫師、治療師、或者是護理人員可以利用切換開關控制電路模組的控制電路以改變復健的治療模式,藉此以達到以本發明之結構即可以完整地完成復健療程。100‧‧‧肌電感測角度調整拉筋結構1‧‧‧基座11‧‧‧第一端12‧‧‧第二端13‧‧‧軌道2‧‧‧輪具21‧‧‧滾輪22‧‧‧連接桿3‧‧‧致動器4‧‧‧拉筋板5‧‧‧角度偵測器6‧‧‧電路模組61‧‧‧控制電路62‧‧‧肌電圖電路7‧‧‧電源
