Method for measuring walking distance of 6-minute walking test

Abstract

The invention discloses a six-minute walking test method. Firstly, two road piles are placed for limiting a walking route, iBeacon equipment is placed on each road pile, and the distance between the two road piles is a predetermined fixed distance. Secondly, mobile phone equipment is fixed to the right arm through the arm band to be tested, the electrocardiogram testing device is fixed to the waist through the strap to be tested, and the pulse oximeter is fixed to the wrist through the wrist band to be tested; and thirdly, the iBeacon equipment broadcasts the equipment name, and the mobile phone equipment reads the received signal field intensity indication value of the iBeacon equipment, is connected with the computer equipment through the WiFi router and exchanges data with the computerequipment. Meanwhile, the computer equipment is further connected with the electrocardio testing equipment and the pulse oximeter through Bluetooth and receives data. Finally, the computer equipment can collect and display the real-time step number, the walking speed, the motion equivalent, the heart rate, the blood pressure, the oxyhemoglobin saturation, the oxygen consumption and the Borg valuein the six-minute walking process. After walking is finished, a trend chart can be generated according to real-time data, and a six-minute walking test report can be automatically generated.

Description

technical field [0001] The present invention relates to a 6-minute walking test method and device and its computer program product, and in particular to a 6-minute walking test method and device and its computer program product using a road post to fix the distance and placing an iBeacon device on the road post . Background technique [0002] The traditional 6-minute walking test uses manual recording of the walking distance, which not only wastes manpower, but also causes errors in calculating the distance; secondly, it is impossible to calculate the walking speed and exercise equivalent (METs value) during the exercise process; Data, such as: heart rate (Heart Rate, HR), blood pressure (Blood Pressure, BP), blood oxygen saturation (SpO2), Borg value, oxygen consumption (VO2). In addition, the traditional 6-minute walking test uses dynamic ECG blood pressure testing equipment, the accuracy of the ECG signal is not high and unstable, and the blood pressure data can only be ...

AI Technical Summary

Problems solved by technology

[0002] The traditional 6-minute walking test uses manual recording of the walking distance, which not only wastes manpower, but also causes errors in calculating the distance; secondly, it is impossible to calculate the walking speed and exercise equivalent (METs value) during the exercise process; Data, such as: heart rate (Heart Rate, HR), blood pressure (Blood Pressure, BP), blood oxygen saturation (SpO2), Borg value, oxygen consumption (VO2)

In addition, the traditional 6-minute walking test uses dynamic ECG blood pressure testing equipment, the accuracy of the ECG signal is not high and unstable, and the blood pressure data can only be obtained in the resting state, and the blood pressure value during exercise cannot be calculated. real-time monitoring

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