2024-07-24
The human balance tester system adopts four point measurement technology, and the testing device consists of four pressure-sensitive sensors, which respectively measure the pressure fluctuation signals at the four support points of the toes and heels of the human body. Through the fluctuation of the pressure signals, the small changes in posture are accurately recorded to accurately evaluate the balance ability of the human body.
Pressure sensitive sensors typically use high-precision weighing sensors to detect changes in the center of gravity of the human body and pressure distribution on the support surface. This type of sensor can measure the center of gravity position and distribution of the human body in different postures, in order to determine balance and stability. High precision weighing sensors are usually composed of pressure sensitive components and signal processing circuits, which can output electrical or digital signals, facilitating subsequent signal processing and analysis. When using pressure-sensitive sensors, attention should be paid to factors such as sensor accuracy, sensitivity, and stability to ensure the accuracy and reliability of measurement results.
