Holeless fornixscope

Abstract

The invention relates to a holeless fornixscope. The holeless fornixscope comprises a puncture channel tube and clamp tubes arranged in puncture channel tube and is characterized in that a spring clamp is arranged in each clamp tube, the spring clamp comprises a clamp end, a connecting rod connected with the clamping end, a handle connected with the connecting rod and a pull wire, the clamp end isa spring piece which is made of an elastic material and bent into a C shape, a first pull wire hole is arranged in the spring piece along the length direction, the connecting rod is provided with a second pull wire hole communicated with the first pull wire hole, the handle is provided with a pull wire adjusting mechanism, one end of the pull wire is fixed in the free end of the spring piece, andthe other end of the pull wire penetrates the first pull wire hole and the second pull wire hole and is fixed to the pull wire fixing mechanism. The holeless fornixscope has the advantages that lesion position finding efficiency is increased greatly, the clamping strength of a lesion position or a to-be-treated position can be precisely controlled, and the degree and chance that a body is hurt bythe clamping are reduced to the maximum extent.

Description

Technical field [0001] The invention relates to the field of medical devices, and in particular to a non-porous vault mirror. Background technique [0002] The vaginal vault is a part of the female internal genitalia, located at the end of the vagina and surrounding the cervix. The upper end of the vagina surrounds the cervix and vagina, and the annular depression formed between the two is called the vaginal vault. The natural cavity (vagina) of the human body is made into the pelvic and abdominal cavity through an incision in the fornix part, and the operation is performed to minimize the damage to the body surface. It is truly no incision and no trace operation on the body surface. For conventional lower abdominal surgery, such as ectopic pregnancy, Ovarian cysts, flavin cysts rupture, and uterine fibroids have good surgical results. [0003] The existing single-hole endoscopy includes a puncture channel tube, a suction tube placed on the puncture channel tube, an optical fiber...

AI Technical Summary

Problems solved by technology

This brings two problems. First, the speed is slow and the efficiency is low. It is a waste of time to observe in one direction, and it is even more inconvenient for the situation that needs to be observed back and forth, which greatly increases the operation time, increases the pain of the patient, and increases the risk of the operation; Second, clamping, during the inspection stage, causes a certain degree of pinching of the fallopian tubes, especially the pinching of the undisturbed fallopian tubes increases the patient's pain and recovery time

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