An ultrasound diagnostic apparatus is provided. The ultrasound diagnostic apparatus comprises an ultrasound signal transceiver, a plurality of motion and/or rotation detectors (e.g., gyroscope) and a networking system. When the ultrasound signal capture function of this apparatus is enabled, the internal built-in motion and/or rotation detectors (e.g., gyroscope) will provide their own motion and/or rotation information for each captured two-dimension ultrasound image. Afterwards, a networking system will upload these two-dimension ultrasound images with motion and/or rotation information to a cloud computing server. The cloud computing server has an algorithm of artificial intelligence imaging analysis which can put all these two-dimension ultrasound images with motion and/or rotation information into a tree dimension image buffer. Further, the algorithm can deliver brand-new image cross sections with medical diagnostic values based on the guideline of medical ultrasound diagnosis. At last, the delivered images can be used for the clinical medical diagnosis or the artificial intelligence and machine learning.一種超音波診斷裝置,包含一超音波訊號收發裝置、數個能偵測位移及/或旋轉角度的裝置(如陀螺儀)以及一聯網裝置。當開啟此裝置的超音波訊號擷取功能後,內部能偵測位移及/或旋轉角度的裝置(如陀螺儀)即會賦予每張擷取到的二維超音波影像各自的位移或角度資訊,之後透過聯網裝置將此帶有位移或角度資訊的二維超音波影像傳遞至雲端運算伺服器,該雲端運算伺服器上具有人工智慧影像分析之演算法,能將所搜集到帶有位移或角度資訊的二維超音波影像放置於三度空間影像緩衝區,再根據醫用超音波診斷指引,產生各個具有醫學診斷價值的〃新〃二維超音波影像剖面圖,以提供醫師做臨床醫學診斷,或做人工智慧機器學習使用。11‧‧‧超音波換能器12‧‧‧超音波訊號收發器13‧‧‧二維超音波影像產生器14‧‧‧影像位移及旋轉角度偵測系統15‧‧‧聯網系統16‧‧‧雲端運算伺服器17‧‧‧二維超音波影像剖面圖產生模組
