| 摘要 |
The present invention refers to an auxiliary system focused on the diagnosis and the monitoring of muscle-skeletal pathologies in human beings. The invention is based on the measurement of the surface of the foot and deformities thereof, for subsequently being graphically modeled with the purpose of performing a vector analysis in two or three dimensions of the distribution of the forces that impact the system. The main characteristic of the measurement is the use of a matrix of sensors; said matrix is formed by basic units of measurement constituted by a microaccelerometer of three axes, which is simultaneously contained into a spring that provides a restitution compensating the weight of the patient, but ensuring an adaptation to the three-dimensional geometry of the sole of the foot. A subsystem, for acquiring the information of the microaccelerometers is used, as well as a subsystem of analysis, evaluation and deployment, which are intended to deliver the user useful and objective information for acquiring an accurate and exact diagnosis, and providing an improved monitoring of the pathologies present in the patient. |
