The current intensity is selected according to the symptoms of different customers:

For patients with pain and urinary incontinence, adjust the intensity to slightly sensation.

Except for the above patients, the intensity is adjusted to tolerable and comfortable.

If the intensity is adjusted to 80 or higher and you have not felt it, please set the custom mode.

It may be caused by inflammation. Bacterial vaginitis is caused by the formation of gas caused by fermentation.

Muscle fatigue will be relieved after a short rest.

Physical weakness can also cause vaginal blowing. It is recommended to properly regulate qi and blood during recovery.

Appropriate exercise enhances the bottom resistance.

It is necessary to evaluate the specific cause of diarrhea, whether it is related to diet, cold, etc., whether it is a gastrointestinal problem or digestive tract discomfort. If the diarrhea does not stop, you need to seek medical treatment in time.

First, change the direction of the electrode. If you still feel the same after the change, it means that the electrode is okay. It is a problem of proprioception. Because the degree of damage to the soft tissue of the pelvic floor is not symmetrically distributed (such as lateral perineal incision, tear), the sensory nerve endings on both sides are also distributed asymmetrically. It is possible that one side of the sensory nerve is damaged and the other side is good, or the soft tissue of the pelvic floor is affected on one side. The damage is severe, but the other side is intact, so it is normal to feel asymmetry. Sometimes it is weak on one side and strong on the other side, and sometimes it is felt while feeling weak on the other side, which will not affect the treatment effect.

The condition of postpartum uterine involution varies from person to person. Incomplete uterine involution or fatigue may cause the lochia to be incompletely drained. When performing pelvic floor rehabilitation and electrical stimulation, passively cause pelvic floor muscle contraction, accelerate blood circulation in the uterine cavity, and indirectly cause the uterus Shrink, and the remaining lochia is discharged.

There are several possible causes of bleeding:

The bleeding of the wound after cesarean section was light red.

Blood oozing or thread-melting reaction of perineal wound in normal labor.

Electrically stimulated mucosal bleeding, postpartum hormones are unstable, and vaginal mucosa is relatively thin.

Postpartum uterine effusion.

Menstrual disorders during lactation, focal bleeding of the inner membrane.

Senile vaginitis or chronic cervicitis, pelvic floor rehabilitation may also cause bleeding.

Solution:

Do not worry too much about a small amount of bleeding, you can suspend the observation (3 to 6 months postpartum during breastfeeding, hormones are unstable, the vaginal mucosa is also just exposed to electrical stimulation, not adapted, irritating bleeding is normal, wait until there is no blood, then continue to use; Usually there are signs of bleeding in the first 2 to 3 times).

More bleeding requires medical treatment for diagnosis.

Female pelvic floor skeletal muscles include the levator ani, coccygeus, external anal sphincter, urethral striated sphincter, and superficial perineum. These muscles, ligaments, and fascia together form the muscular-elastic system of the pelvic floor. They form a dynamic supporting structure under the coordination of neural mechanisms to maintain the stability of the pelvic organs, shape the shape and strength of the organs, and perform normal operations. Features.

In addition to playing a role during urination and defecation, it also provides constant support to the pelvic organs. Among the pelvic floor muscles dominated by the levator ani muscle, the pubococcygeus muscle is in a state of normal tension and can play its supporting role, that is, it strongly supports the uterus, ovaries, bladder, fallopian tubes, upper vagina and lower rectum, and can prevent stress The occurrence of pelvic floor dysfunction (PFD) such as urinary incontinence, uterine prolapse, rectum and cystocele. The pelvic floor muscles are also involved in the process of sexual intercourse and play an important role in maintaining normal sexual function and ensuring sexual satisfaction.

The pelvic floor is composed of multiple layers of muscles and fascia, supporting and keeping the pelvic organs in a normal position. Each muscle of the pelvic floor is composed of type I fibers and type II fibers. Type I fibers are chronic, rigid contractions, long and durable, and not easy to fatigue; type II fibers are rapid, staged contractions, fast and short, and easy to fatigue. Type Ⅰ muscle strength decline can cause vaginal relaxation, organ prolapse, sexual dysfunction, etc.; Type Ⅱ muscle strength decline can easily cause stress urinary incontinence and muscle atrophy. Clinically, the pelvic floor dysfunction is judged by measuring the muscle strength and fatigue of the type Ⅰ and Ⅱ muscle fibers of the pelvic floor.

Female pelvic floor skeletal muscles include levator ani muscle, caudal muscle, external anal sphincter, urethral striated sphincter and superficial perineum muscle. These muscles, ligaments and fascia form the muscular elastic system of pelvic floor. Under the coordination of nervous mechanism, they form a dynamic supporting structure, maintain the stability of pelvic organs, shape the shape and strength of organs, and perform normal functions. 

In addition to the role of urination and defecation, it also provides constant support for pelvic organs. In the pelvic floor muscle group mainly composed of levator ani muscle, pubococcipital muscle is in normal tension state, which can play a supporting role, that is, it can support the uterus, ovary, bladder, fallopian tube, upper vaginal and lower rectal segments, and can prevent the occurrence of pelvic floor dysfunction diseases (PFD), such as stress urinary incontinence, uterine prolapse, rectum and bladder bulge. Pelvic floor muscles also participate in the process of sexual intercourse and play an important role in maintaining normal sexual function and ensuring sexual life satisfaction.

The pelvic floor is composed of multi-layer muscles and fascia, which supports and keeps the pelvic organs in normal position. Each muscle of pelvic floor is composed of type I fiber and type II fiber. Type I fiber is chronic and tonic contraction, long and lasting, and is not easy to fatigue; type II fiber is rapid and periodic contraction, fast and short, easy to fatigue. Type I muscle strength decline can appear vaginal relaxation, organ prolapse, sexual dysfunction, etc.; type II muscle strength decline can easily cause stress urinary incontinence, muscle atrophy and so on. In clinic, pelvic floor dysfunction is judged by measuring the muscle strength and fatigue of class I and II muscle fibers.