Wearable device control implementation method and device

Abstract

The invention provides a wearable device control implementation method. The method comprises steps as follows: acquiring data detected by an electro-cadiography sensor to determine a heart rate value, and acquiring data detected by an acceleration sensor simultaneously to determine activity parameters; judging whether the heart rate value and the activity parameters are matched with preset conditions; transmitting a reminding message through a remote interface when the heart rate value and the activity parameters meet the preset conditions. The invention further provides a wearable device control implementation device. According to the scheme, the physical condition of a user can be monitored, and the user's preference for the environment where the user is located can be judged.

Description

technical field [0001] The present invention relates to the technical field of smart devices, in particular to a method and device for realizing wearable device control. Background technique [0002] At present, various schools require students to strengthen physical exercise, but students' physiques are uneven, and it is difficult for teachers to understand the physical state of students and their status in sports, and it is even more difficult for parents of students to understand their children's situation. During exercise, some students are prone to physical exhaustion, and after barely exercising, fainting, coma, and sudden death may occur. [0003] With the development of science and technology, in order to better track and monitor people's physical conditions and improve people's quality of life, smart bracelets have emerged as the times require. As a wearable smart device, a smart bracelet is similar to a watch. As a basic tool for time acquisition, the watch is ea...

AI Technical Summary

Problems solved by technology

From a functional point of view, although the existing smart bracelets can achieve some functions, they are relatively simple compared with professional smart devices, and cannot meet more requirements of users in a certain aspect; and from a technical point of view, smart wristbands The ring generally adopts ultra-low-power Bluetooth technology, MEMS micro-motor technology, ultra-small vibration motor, gravity acceleration and direction sensor, but it does not have the technology to deeply understand the child's heart rate change, so it cannot determine the child's location based on the child's heart rate change. Environmental preferences, so as to realize the function of monitoring children's physical condition and judging children's preferences for the environment

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