Gynecological three-capsule multi-lumen tube

Abstract

The invention provides a gynaecology three-balloon multi-cavity catheter and belongs to the technical field of medical instruments. According to the gynaecology three-balloon multi-cavity catheter, a multi-cavity catheter body is provided with five channel cavities, a drainage tube port and a washing tube port are arranged at a head end of the multi-cavity catheter, a first balloon, a second balloon and a third balloon are disposed on the head of the multi-cavity catheter, the drainage tube port, the washing tube port, the first balloon, the second balloon and the third balloon are communicated to a tail end of the multi-cavity catheter respectively through the channel cavities of the multi-cavity catheter, branched pipe bundles are arranged at the tail end of the multi-cavity catheter, and the branched pipe bundles are communicated with a drainage tube outer port, a washing tube outer port, a first balloon communicating tube, a second balloon communicating tube and a third balloon communicating tube. According to the gynaecology three-balloon multi-cavity catheter, the five independent channels are used for respectively controlling the drainage tube port, the washing tube port, the first balloon, the second balloon and the third balloon, the first balloon is placed in a uterine cavity, the second balloon is placed in a cervical canal, the third balloon is placed in vagina, and whether clinical using of the three balloons is required or not to perform specific symptomatic operation is determined according to requirements.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a gynecological three-capsule multi-lumen tube. Background technique [0002] Generally, in the gynecological operation or nursing process, single-channel and double-channel urinary catheters or drainage tubes cannot be controlled independently to cooperate with the operation or the treatment and nursing of gynecological diseases. There are still many deficiencies in the prior art, for example: in the compression hemostasis of cervical pregnancy hemorrhage, drainage injection cannot be achieved; the bleeding of placenta previa cannot cooperate with the drainage tube for hemostasis; 3CAV, compression after vaginal lesion surgery and cystectomy Hemostasis measures are difficult; hemostasis after conization is prone to tissue adhesion; the internal os of the cervix is ​​narrow, ring removal is difficult, and the diagnosis and treatment of patients with amenorrhea for many ye...

AI Technical Summary

Problems solved by technology

[0002] Generally, in the gynecological operation or nursing process, single-channel and dual-channel urinary catheters or drainage tubes cannot be controlled separately to cooperate with the operation or the treatment and nursing of gynecological diseases.

There are still many deficiencies in the prior art, for example: in the compression hemostasis of cervical pregnancy hemorrhage, drainage injection cannot be achieved; the bleeding of placenta previa cannot cooperate with the drainage tube for hemostasis; 3CAV, compression after vaginal lesion surgery and cystectomy Hemostasis measures are difficult; hemostasis after conization is prone to tissue adhesion; the internal os of the cervix is ​​narrow, ring removal is difficult, and the diagnosis and treatment of patients with amenorrhea for many years are complicated; The treatment operations of medicine and flushing cannot be performed simultaneously at one time

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