System for recognizing human gait, real-time monitoring energy consumption thereof and instructing exercise training thereof

A gait recognition and guidance system technology, applied in sports accessories, special data processing applications, instruments, etc., can solve the problems of poor anti-interference ability, slow response speed, low sensitivity, etc., achieve fast response speed, reduce power consumption, The effect of high sensitivity

Inactive Publication Date: 2009-10-07
北京国浩微磁电子智能传感器技术研究所
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  • Application Information

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Problems solved by technology

The system overcomes the deficiencies of the existing gait and energy consumption analysis and monitoring systems in terms of high cost...

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  • System for recognizing human gait, real-time monitoring energy consumption thereof and instructing exercise training thereof
  • System for recognizing human gait, real-time monitoring energy consumption thereof and instructing exercise training thereof
  • System for recognizing human gait, real-time monitoring energy consumption thereof and instructing exercise training thereof

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Embodiment Construction

[0029] as attached figure 1 , 2 , Shown in 3, human body gait recognition and energy consumption real-time monitoring and sports training guidance system, it is made up of functional insole 1, data storage and display system 2, health assistance guidance system 3. The functional insole 1 includes an insole 11 embedded with an amorphous wire pressure sensor 13 , a connecting wire 12 and a data acquisition and processing system 14 . The sensitive material of the amorphous wire pressure sensor 13 is an amorphous wire material with a stress impedance (SI) effect and a component diameter of the order of nanometers. When subjected to pressure, an electrical signal corresponding to the pressure is generated and transmitted to the Data acquisition and processing system 14. The shape of the amorphous wire pressure sensor 13 is cylindrical, and the two ends of the sensitive material amorphous wire are welded on the copper base pad of a flexible circuit board, and the amorphous wire an...

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Abstract

The invention relates to a system for recognizing human gait, real-time monitoring energy consumption thereof and guiding exercise training thereof, comprising a functional innersole, a data storage display system and a health auxiliary guidance system. The system is characterized in that the functional innersole comprises an amorphous wire pressure sensor measuring human pressure and a data acquisition processing system which are embedded; the data storage display system sets system initial parameters and individual parameters through the input of keys and sends the parameters to the data acquisition processing system in the functional innersole through a wireless communication module; the data of the data acquisition processing system are wirelessly sent to the data storage display system, and a display interface on the data storage display system displays the information such as gait, step number, step frequency, energy consumption, time for exercise, and the like; and the data stored in the data storage display system are uploaded to a personal computer, and energy metabolism analysis for an exerciser is carried out and training guidance and training reference are provided under the help of the health auxiliary guidance system in the personal computer. The invention has low energy consumption, high sensitivity, quick response time, high anti-interference ability and low cost.

Description

technical field [0001] The present invention relates to a human body sports health assistance system, in particular to a human body gait recognition and its energy consumption real-time monitoring and sports training guidance system, through which wireless communication can realize real-time detection of human body gait, energy consumption calculation and guidance for exercisers Training, and can store sports data, combined with the sports health system to obtain a training program in line with individual sports, to achieve the purpose of improving human body sports and improving health. Background technique [0002] At present, gait and energy consumption analysis is usually done in a specific laboratory, but the cost of laboratory gait and energy consumption analysis methods is high, the exercise space is limited, and the amount of data obtained is limited, which cannot realize the simple health of individuals in daily life. Measure and monitor. However, some existing gai...

Claims

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Application Information

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IPC IPC(8): A63B69/00A63B71/06G01L1/18G06F17/00
Inventor 郭兴玲刘硕韩猛段远征刘靖雷卫武余勇韩跃胡满珠崔计苓郎美琴
Owner 北京国浩微磁电子智能传感器技术研究所
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