Motion data detection method and smart wear equipment

Abstract

The invention discloses a motion data detection method, which is applied to smart wear equipment containing a motion sensor and a magnetic sensor. The method comprises the following steps: acquiring current second motion data of a user by utilizing the magnetic sensor having higher sensitivity when current first motion data of the user detected by the motion sensor is not in a preset data detection range; determining whether the current motion data of the user is actual motion data or not based on the second motion data; and reckoning the current motion data of the user in operation of subsequent motion steps if the current motion data is the actual motion data, indicating that the current detection value of the motion sensor is different from the actual motion situation of the user. Thus,the accuracy of motion data is improved under assisted detection of the magnetic sensor, and the accuracy of the step counting function of the smart wear equipment is improved. The invention furtherdiscloses the smart wear equipment. The smart wear equipment has the same beneficial effect as that of the detection method.

Description

technical field [0001] The invention relates to the field of sports pedometer, in particular to a method for detecting sports data and an intelligent wearable device. Background technique [0002] At present, in smart wearable devices, a detection sensor that meets the requirements of motion step detection sensitivity is usually set to detect the user's motion data, so that the user's motion data is combined with the relevant step counting algorithm to obtain the user's motion step count. However, when a user walks with two identical smart wearable devices at the same time, or when different users wear the same smart wearable device for synchronizing walking, the number of movement steps detected by the two smart wearable devices is not in most cases. the same, or even different. This is because the detection sensor on the smart wearable device will generate different detection values ​​according to the user's different wearing positions and different movement amplitudes, a...

AI Technical Summary

Problems solved by technology

However, the detection sensor is likely to be different from the user's actual motion situation due to different wearing positions and different motion ranges of the user, so it is discarded by mistake, reducing the accuracy of the motion data and further reducing the performance of the smart wearable device. Accuracy of the pedometer function

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