Digital pelvic floor rehabilitation platform

R&D background：
Pelvic floor dysfunction diseases refer to a group of diseases caused by various etiologies that cause weak pelvic floor support structure and cause abnormal position and function of pelvic floor organs. Including: chronic pelvic pain, pelvic organ prolapse, urinary incontinence, fecal incontinence, sexual dysfunction, constipation……

① Pelvic floor rehabilitation covers rehabilitation medicine, urology, obstetrics and gynecology, anorectal, digestive, geriatrics and other multi-disciplinary diseases. Pelvic floor diseases involve a wide range of disciplines, and the road to recovery is difficult.

② Pelvic floor diseases are also called “social cancer” due to the location of the pelvic floor. Many people's most obvious understanding of this disease is that they leak urine when they sneeze.

③There is no standardized training platform and training institution for pelvic floor rehabilitation treatment in China.

Precision training：

The pelvic floor structure of the real human body is simulated, and the bone markers in the pelvic floor structure of the model are combined to facilitate doctors to perform cognitive learning of the pelvic floor structure without relying on the real human body. Ensure that practitioners use similar methods and techniques in the inspection process to improve the accuracy and reliability of diagnosis.

Assessment platform：

Build an objective, fair and professional examination platform for students, and strive to accurately evaluate the technical level of students in the actual operation process of pelvic floor fascia examination. Ensure that every student who passes the assessment has the practical ability to independently and skillfully carry out pelvic floor fascia examination.

Repeatability：

Use medical alcohol cotton balls to disinfect carefully, and pelvic floor muscle data can still be accurately collected when activated again; the complex sensor network and other advanced electronic components inside the device have excellent stability and durability.