Automatic C-sect medical device

Abstract

The invention provides an automatic C-sect medical device. The device comprises a square frame, a first electric cylinder, an X-axis slide beam and a Y-axis slide block. The device is characterized in that the square frame is a stereo rectangular frame. The X-axis slide beam is installed on two parallel long sticks at the upper side of the square frame in a sliding mode. The X-axis slide beams are controlled by two first electric cylinders at the left side. One end of each first electric cylinder is fixed to two fixing blocks located at the left side of the square frame. The other end is fixed to the X-axis slide beam. The Y-axis slide block is installed on the X-axis slide beam in a sliding mode. Through the setting of three cutters moving in three directions, the device can cut open the flesh of a delivery woman flexibly, and therefore the labor intensity of doctors is reduced.

Description

technical field [0001] The invention relates to the technical field of obstetrics and gynecology medical equipment, in particular to an automatic cesarean section medical equipment. Background technique [0002] Cesarean section is an operation to remove the fetus through abdominal incision of the uterus. It is mainly aimed at pregnant women with oversized fetuses and dystocia. The traditional cesarean section is performed by a doctor. The operation needs to cut eight layers of skin and flesh tissue in sequence. It needs to be pushed aside by other doctors and maintained all the time. The doctor's operation is relatively difficult, and there is an urgent need for an automated cesarean section device. Contents of the invention [0003] In view of the above problems, the present invention provides an automatic cesarean section medical device, which can cut the skin and flesh tissue of the puerpera very flexibly by setting a blade that can move in three directions, reducing t...

AI Technical Summary

Problems solved by technology

[0002] Cesarean section is an operation to remove the fetus through abdominal incision of the uterus. It is mainly aimed at pregnant women with oversized fetuses and dystocia. Traditional cesarean section is performed by a doctor. The operation requires eight layers of skin and flesh tissue to be cut in sequence, and each layer is cut It needs to be pushed aside by other doctors and maintained all the time. The doctor’s operation is relatively difficult, and there is an urgent need for an automated cesarean section equipment.

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