Human body vigorous motion state judgment method and device
A technology for strenuous exercise and exercise state, which is applied in the field of detection of human body movement state, can solve problems such as prone to misjudgment and inability to judge the human body very accurately, and achieve the effect of improving accuracy rate, improving judgment accuracy rate, and good user experience
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Embodiment 1
[0045] First, calculate the average acceleration value of the detected object in the time period according to the acceleration value of the detected object in the time period, wherein the acceleration average value of the detected object in a time period is equal to the acceleration value of the detected object in the time period The average of the sum of all acceleration values in the time period. Next, the average acceleration value of the detected object is compared with a preset acceleration threshold. If the average value of the acceleration of the detected object is less than the preset acceleration threshold within a period of time, it is considered that the motion of the detected object is within a moderate range within this time period and will not cause harm to the body of the detected object. In this case, the judging device judges that the detected object is in a non-violent motion state within the time period; if the average acceleration value of the detected ob...
Embodiment 2
[0047] By analyzing the characteristics of a large number of human motion behaviors, it can be found that some behaviors of the detected object (such as the rapid swing of the arm of the detected object for wearing the judgment device, or the behavior of the detected object such as squatting, bending over, lying down, etc.) Inferior behavior) will increase the average acceleration of the detected object to be greater than or equal to the preset acceleration threshold, but this behavior is often transient rather than continuous. Vigorous exercise will not only increase the average acceleration of the detected object to be greater than or equal to the preset acceleration threshold, but also often have a certain persistence rather than a short-term behavior. Therefore, in this embodiment, when the average acceleration value of the detected object is compared with the preset acceleration threshold, only when the average acceleration value of the detected object is greater than or e...
Embodiment 3
[0068] Please refer to figure 2 , as shown in the figure, the first judgment module 230 includes a first acquisition unit 2301 , a first calculation unit 2302 and a first judgment unit 2303 . Among them, the first acquisition unit 2301 is used to acquire the acceleration value of the detected object collected by the acceleration sensor 210; the first calculation unit 2302 is used to divide the time into continuous time periods and calculate the detected object according to the acceleration value. The average acceleration value of the object in each time period; the first judging unit 2303 is configured to judge the motion state of the detected object according to the average acceleration value, wherein, if the detected object’s motion state is within a time period If the average acceleration value is less than the preset acceleration threshold, it is judged that the detected object is in a non-violent motion state during the period of time, if the average acceleration value o...
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