Puerpera rehabilitation system based on muscle monitoring and monitoring algorithm thereof

Abstract

The invention discloses a puerpera rehabilitation system based on muscle monitoring and a monitoring algorithm thereof. The system comprises a bed frame, a lying plate used for supporting the upper body of a user is arranged on the bed frame, a liftable supporting plate is arranged at the rear end of the bed frame, an exercise device is arranged on the upper side face of the supporting plate, a pressed plate is fixedly connected to the upper side face of the lying plate, a side pressing device is arranged on the lying plate, a backup plate is rotationally connected to the lying plate, grips are rotationally connected to the two sides of the backup plate, an alarm device and a controller with a display function are fixedly installed on the backup plate, and the controller is electrically connected with the pressed plate, the side pressing device and the alarm device. The hip muscle relaxation movement of a user is detected through the pressed plate and the side pressing device, and when the hip muscle relaxation movement does not reach the standard, the controller controls the alarm device to give an alarm to remind the user of nonstandard action, so that the detail action standard of the hip muscle relaxation movement of the user is ensured, and an ideal training rehabilitation effect is achieved.

Description

technical field [0001] The invention relates to the field of smart medical technology, in particular to a muscle monitoring-based puerpera rehabilitation system and a monitoring algorithm thereof. Background technique [0002] Exercises such as leg bending, buttock lift, and anal lift can train the pelvic floor muscles of the human body. Some postpartum women's pelvic floor muscles have poor self-repair ability. It will lead to corresponding dysfunction in the puerpera, which will affect their normal life in the later period. Because the puerpera is weak after giving birth, the ordinary leg exercise equipment training intensity is relatively high, which is not suitable for the puerpera, and the exercise form is relatively simple; and the hip muscles are stretched It can further improve the repairing effect on the pelvic floor muscles. At present, when performing hip muscle relaxation exercises, whether the movements are standardized or not depends entirely on the individual'...

AI Technical Summary

Problems solved by technology

[0002] Exercises such as leg bending, buttock lift, and anal lift can train the pelvic floor muscles of the human body. Some postpartum women's pelvic floor muscles have poor self-repair ability. It will lead to corresponding dysfunction in the puerpera, which will affect their normal life in the later period. Because the puerpera is weak after giving birth, the ordinary leg exercise equipment training intensity is relatively high, which is not suitable for the puerpera, and the exercise form is relatively simple; and the hip muscles are stretched It can further improve the repairing effect on the pelvic floor muscles. At present, when performing hip muscle relaxation exercises, whether the movements are standardized or not depends entirely on the individual's awareness and self-awareness. In addition, the hip muscle relaxation exercises are long-term cyclical movements. After group repeated exercise, the movement standard has decreased, but due to the fatigue of muscle formation, it may not be able to be accurately perceived. At the same time, the overall shape changes of the buttocks, levator anus and other exercises are not particularly obvious, and it is even more difficult for users to observe themselves, so they cannot take a long time. Keep it up and make sure whether its movements are standard; in addition, because of the impulsiveness during the exercise, many users, in order to complete the quantity requirements after multiple sets of movements, reduce the awareness of maternal movement norms and fail to achieve the expected effect of exercise, so they specially arrange professional It is obviously impractical for personnel to guide and supervise users all the time, so we propose a maternal rehabilitation system and its monitoring algorithm based on muscle monitoring

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