A walking aid with motion and heart rate monitoring functions, including a frame, including two grip rods, each of the grip rods has a grip part for the user to hold； two support frames are respectively connected to the two grips Below the rod； at least one connecting rod is connected between the left support frame and the right support frame； the gripping portion of each of the grip rods is provided with a heart rhythm sensor, which can sense the user's heart rhythm by the user's hand； At least one gravity sensor is installed on the frame for sensing the motion of the frame； and a control mechanism includes a logic unit that receives the sensing signals transmitted by each of the gravity sensors, and applies artificial intelligence to these sensing signals Ways to learn to determine that the user’s actions when operating the frame belong to a normal state or an abnormal state, and transmit the determined state outward； the motion trajectory of the frame under different conditions will be sensed by the gravity sensors The logic unit uses artificial intelligence to learn multiple times on the sensing signals under different conditions, and records the learning results as a basis for subsequent judgments.一種具有動作及心律監控功能的助行器，包含一架體，包含兩握桿，各該握桿上具有一握持部，用於供使用者握持；兩支撐架分別連接在該兩握桿下方；至少一連接桿連接在該左支撐架及該右支撐架之間；各該握桿的握持部設有一心律感測器，可藉由使用者手部感測使用者的心律；至少一重力傳感器安裝在該架體上，用於感測該架體的動作；以及一控制機構包含一邏輯單元，接收各該重力傳感器傳送的感測訊號，並對這些感測訊號應用人工智慧方式進行學習，以決定使用者在操作該架體時的動作屬於正常狀態或異常狀態，並將所判斷的狀態向外傳送；該架體在不同情況下的動作軌跡會被各該重力傳感器所感測，該邏輯單元對不同情況下的感測訊號應用人工智慧進行多次的學習，並記錄學習的結果，以作為往後判斷的依據。
