Intermediate-frequency interference wave postpartum rehabilitation high-waisted electrode pants

Abstract

Intermediate-frequency interference wave postpartum rehabilitation high-waisted electrode pants are provided. A specific electrode arrangement is utilized to generate electric stimulation effects acted on musculus rectus abdominis, lower abdomens, lumbodorsal muscles, pelvic muscles, thigh, and other parts of bodies of users. The postpartum rehabilitation high-waisted electrode pants include a power source supply part supplying power sources having different frequencies; high-waisted electrode pants including a first shrinkable tape and second shrinkable tapes disposed in inside layers of the pants for reinforcing areas around the pelvis of a user; and an electrode arrangement part specificially arranging a plurality of electrodes to a plurality of specific positions of the high-waisted electrode pants. When the user wears the postpartum rehabilitation high-waisted electrode pants and a massage armchair having an adjustable riding inclination angle is used in match, the riding mode of the massage armchair can be adjusted according to different electric stimulation treatment courses.

Description

technical field [0001] The invention relates to a high-waisted electrode trousers for postpartum rehabilitation with medium-frequency interference waves, which belongs to the field of physical therapy of sports health equipment and medical equipment. Background technique [0002] When a woman gives birth, the most important thing is to restore the damage to the mother during pregnancy and childbirth to the state before pregnancy as much as possible. Generally speaking, childbirth will cause female pelvis loosening, pelvic floor muscle pull, and pelvic support structure during childbirth. and function, and even defects in the pelvic floor collagen structure and tissue connection, which increase the risk of pelvic disorders, especially the muscle ligaments are relaxed due to placental hormones, and then the uterus is too large and vertically downward at the end of pregnancy, which may directly compress the pelvis Supporting structures can even stretch nerves, and in pregnanc...

AI Technical Summary

Problems solved by technology

[0005] Generally, the low-frequency pulse neuromuscular electrical stimulation method below 100Hz will have a skin resistance of several K to several 10KΩ due to the low frequency. Most of the current consumption is in the superficial layer of the epidermis. Inflammation or even burns, such as figure 1 As shown, if the commonly used intermediate frequency of 1000-10000Hz is used, the skin resistance is only about 100Ω, and the resistance is small, so the current can penetrate deep into the body. However, the current at the intermediate frequency of several KHz is much higher than the physiological effective frequency of 1-300Hz, and cannot produce electrical stimulation effects on the body.

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