Grasping forceps with squeezing and slip prevention functions for gynecological surgery

Abstract

Disclosed are grasping forceps with squeezing and slip prevention functions for gynecological surgery. The grasping forceps comprise forceps handles, forceps arms and a rotating shaft; the forceps handles and the forceps arms form forceps bodies which are rotatably connected by the rotating shaft; the tail end of each forceps handle is provided with a finger sleeve, the upper portion of each finger sleeve is provided with a groove, each groove is internally provided with a guiding column, the top of each guiding column is fixedly connected with a middle moving block, the cross section of eachmiddle moving block is in an isosceles trapezoid shape, and a first magnetic pole is fixedly connected to the top of each middle moving block. The grasping forceps have the advantages that the fingerspenetrate through the finger sleeves and apply upward acting force to the guiding columns, the guiding columns drive the middle moving blocks to move upwards, the middle moving blocks drive the firstmagnetic poles to move upwards, so that the distance between the first magnetic poles and second magnetic poles is reduced, the repulsive force is increased, and therefore downward acting force is generated on the guiding columns to make finger supports and the fingers fit each other; the grasping forceps can be automatically adjusted according to the finger thickness of different crowds and meetthe use requirements of different crowds.

Description

technical field [0001] The invention relates to the technical field of surgical grasping forceps, in particular to a grasping forceps for gynecological surgery with extrusion and anti-slip functions. Background technique [0002] With the increase of patients' demand for surgery, doctors are required to minimize trauma while solving patients' illnesses. Especially for female gynecological patients, they hope that the surgical incision will be small and intradermal suturing will be implemented, which puts forward higher requirements for doctors' surgical techniques. At present, in the traditional uterine fibroids removal, we often need to reach into the uterine cavity to take out the fibroid tissue. This method requires a large surgical incision. Because most of the fibroids are cervical fibroids, and the fibroid tissue is relatively slippery, it is difficult to lift during the operation, and it is easy to slip off when grasping and pulling with hands. It often needs to be r...

AI Technical Summary

Problems solved by technology

Since fibroids are mostly cervical fibroids, and the fibroid tissue is relatively slippery, it is difficult to lift during the operation, and it is easy to slip off when grasping and pulling with hands. It often needs to be repeated several times, which will easily cause pelvic tissue trauma, increase infection and The probability of complications and the slow healing of surgical incisions increase the pain of patients virtually; in addition, the size of the finger cots of the surgical grasping forceps is different, and the hands of the medical staff are easy to slip during the surgical grasping, resulting in surgical risk

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