The present invention relates to a blood pressure measurement system with automatic inspection and self-calibration functions, characterized in that the system by itself can automatically inspect and correct errors to achieve accurate blood pressure measurement. Conventional electronic sphygmomanometers placed in a region of large temperature difference normally suffer a deformed distortion problem in its internal circuit board because of the temperature difference, or the circuit board will generate deformation with the storage time, making the signal detection unit of an electronic sphygmomanometer generate inaccurate measurements and thus cause incorrect measurement values of blood pressure. In addition, in order to achieve accurate measurement, general electronic sphygmomanometers usually are subjected to calibration using special equipments at the factory before shipment, yet when operated at high altitude locations, the signal detection unit will generate errors due to the height difference, resulting in inaccurate measurements. The present blood pressure measurement system with automatic inspection and self-calibration functions and can automatically correct the aforementioned errors, thereby providing the user a blood pressure measurement device that can self confirm the accuracy, this new design is an innovative and practical invention.本發明係有關一種可自動檢驗並校正本身準確度之血壓量測系統。其特色為可自動檢驗並校正本身誤差,使得血壓計量測準確。一般的電子血壓計,在高低溫差大的區域,其內部電路板會因為溫差之關係而產生形變扭曲,或者電路板隨存放時間而產生形變,則電子血壓計之訊號偵測單元量測精準度會產生誤差,造成血壓值量測錯誤。另外,一般電子血壓計為了測量上的準確度,通常在出廠前會先利用特殊的儀器於工廠進行校驗,當至高海拔處使用時,訊號偵測單元會因為高度差異產生誤差,導致在高海拔處量測不精準,本可自動檢驗並校正本身準確度之血壓量測系統可自動檢驗校正此誤差。如此可提供使用者自行確認準確性的血壓量測裝置,此新設計為具備有創新、實用之發明設計。10...可自動檢驗並校正本身準確度之血壓量測系統102...訊號偵測單元103...訊號轉換單元104...連接單元105...運算處理單元106...記憶單元107...電力單元108...顯示單元109...檢驗及校正單元
