Lower limb training assisting and positioning system

Abstract

The invention provides a lower limb training assisting and positioning system and belongs to the field of electronical medical equipment. The lower limb training assisting and positioning system is worn on a human body and is used for carrying out assist training on lower limbs of people. The system provided by the invention is composed of a system program downloading interface circuit, an ARM single chip microcomputer peripheral circuit, an ARM single chip microcomputer resetting circuit and a plug circuit, a system power supply circuit, a gyroscope sensor circuit, a gravity induction sensor circuit, a geomagnetic sensor circuit, a data receiving-transmitting module circuit and a serial port USB inter-transformation circuit. The lower limb training assisting and positioning system is convenient to carry and has a light and relatively small size; rehabilitation training actions, including walking, slow running, going upstairs, going downstairs, turning a corner and the like, for rehabilitation training people can be wirelessly transmitted to an upper computer system; and a rehabilitation people track is calculated by identifying the actions of rehabilitation people, so that location positioning of people in a rehabilitation field can be carried out.

Description

technical field [0001] The invention belongs to the field of electronic medical equipment. Background technique [0002] With the development of science and technology, especially the development of electronic technology, the field of medical rehabilitation training also tends to be electronic. The known rehabilitation equipment or systems all have relatively large volume and relatively complex mechanical structure, and the production cost is high, and they cannot be used in a wide range of portable applications, resulting in passive rehabilitation behavior, and it is impossible to know the specific situation of the rehabilitation training personnel in the corresponding venue. location, poor performance in terms of autonomous training and safety of rehabilitation personnel. In addition, the training data of personnel rehabilitation cannot be actively sent to relatives or doctors to analyze the amount of training, and the overall training and analysis effects are mediocre. ...

AI Technical Summary

Problems solved by technology

The known rehabilitation equipment or systems all have relatively large volume and relatively complex mechanical structure, and the production cost is high, and they cannot be used in a wide range of portable applications, resulting in passive rehabilitation behavior, and it is impossible to know the specific situation of the rehabilitation training personnel in the corresponding venue. location, underperformed in rehabilitation personnel autonomy training and safety

In addition, the training data of personnel rehabilitation cannot be actively sent to relatives or doctors to analyze the amount of training, and the overall training and analysis effects are mediocre

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