Individualized pelvic floor rehabilitation training method

Abstract

The invention discloses an individualized pelvic floor rehabilitation training method. The individualized pelvic floor rehabilitation training method allocates a pelvic floor pressure acquisition device and pelvic floor rehabilitation training software firstly, performs pelvic floor muscle force test secondly, and finally makes an individualized training scheme according to the test result so as to perform individualized pelvic floor rehabilitation training. The method includes the steps: 1) editing personal information; 2) transmitting and controlling data; 3) testing the pressure of a pelvicfloor; 4) recording and analyzing the pelvic floor muscle force level in each circulation test in all the test circulation at this time; and 5) performing pelvic floor rehabilitation training according to the training scheme acquired and recommended from the step 4. The method for setting the training scheme individually according to different muscle forces of different persons or the same personat different stages is implemented, and user training is targeted. The method uses an international perineum muscle force evaluation standard to evaluate the muscle force of the user, can achieve individual setting of the training scheme, can automatically complete test and evaluation of the muscle force by software, and is fast and accurate.

Description

technical field [0001] The invention relates to the technical field of pelvic floor rehabilitation training, in particular to a personalized pelvic floor rehabilitation training method. Background technique [0002] During pregnancy, the pelvic floor muscles are damaged to varying degrees due to the long-term compression and stretching of the pelvic floor muscles by the fetus and the uterus. The muscle fibers of the pelvic floor muscles are mainly classified into type I muscle fibers and type II muscle fibers. Type I muscle fibers are characterized by slow contraction, long endurance, and participate in resting state support functions; type II muscle fibers are mainly characterized by fast contraction, poor endurance, and easy Fatigue, maintaining dynamic support function; postpartum pelvic floor muscle injury is characterized by damage to type I muscle fibers and impairment of coordination between type I and type II muscle fibers. Therefore, the key to postpartum pelvic fl...

AI Technical Summary

Problems solved by technology

At present, no pelvic floor rehabilitation equipment has been found that can automatically and individually set the pelvic floor muscle strength training program according to the level of muscle strength

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