Abdominal obstetric apparatus

Abstract

The invention relates to a gynaecology and obstetrics medical instrument, in particular to an abdominal obstetric apparatus which comprises an obstetric apparatus body. The obstetric apparatus body is an arc plate with an opening, and a push aid block perpendicular to the arc plate is fixed at the bottom edge of the arc plate. The abdominal obstetric apparatus is simple in structure and unique in shape. By means of the arc plate, the abdominal obstetric apparatus can enable a birth attendant to conveniently, quickly and accurately find the position of the corpus uteri of a pregnant woman and the position of the fundus uteri. By means of the push aid block and a pull ring, the abdominal obstetric apparatus can enable external force to indirectly act on the corpus uteri, the fundus uteri and the fetus body. Furthermore, the defect that the fetus is prone to being damaged due to the fact that obstetrics of obstetric forceps, fetus suction and the like directly acts on is overcome, and the safety of the mother and the fetus is facilitated.

Description

technical field [0001] The invention relates to an obstetrics and gynecology medical appliance, in particular to an abdominal birth aid. Background technique [0002] During cesarean section or vaginal delivery, abdominal pressure is the main force or main auxiliary force for fetal delivery. If the abdominal muscles are weak or weak during vaginal delivery, the labor process will be prolonged and even cause dystocia. The existing midwifery methods for dystocia are to use forceps, fetal suction device fixed on the head of the fetus for forceps, fetal suction or directly give hip assistance In midwifery such as delivery and hip traction, midwives need to use greater force to pull or suck out the fetus. This type of operation is technically demanding, difficult, and risky. It is difficult for ordinary midwives to do it, and it is easy to cause birth canal tear and neonatal injury. Once an accident occurs, it is difficult for the patient to accept it; Weakness or fatigue, low ...

AI Technical Summary

Problems solved by technology

This type of operation is technically demanding, difficult, and risky. It is difficult for ordinary midwives to do it, and it is easy to cause birth canal tear and neonatal injury. Once an accident occurs, it is difficult for the patient to accept it; Weakness or fatigue, low fetal presentation, extreme danger to the mother and baby, urgent need to deliver the fetus quickly, and midwives are unable to use fetal suction forceps and other midwifery techniques, often directly exert force on the pregnant woman's abdomen to shorten the labor process time, as soon as possible The purpose of childbirth; during cesarean section, the pregnant woman is under anesthesia and cannot exert force, and the surgical assistant also needs to exert force on the pregnant woman's abdomen

However, during this operation, it is difficult for most personnel to quickly and accurately find the pressing position, direction and strength, and the operation is very laborious and inconvenient; and incorrect pressing may cause unpredictable damage to the mother's birth canal or internal organs; it may also damage the fetus. cause negative impact

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