Endoscope detection hemostat

Abstract

The invention provides an endoscope detection hemostat which comprises a pressing part and a wearing and sleeving part for being worn on and sleeving fingers. The lower surface of the pressing part is a convex cambered surface, the front of the pressing part is provided with a cambered surface or a ball head, the rear end of the pressing part extends rearwards to be connected with the wearing and sleeving part, the wearing and sleeving part is provided with a first arc groove adaptive to finger pulp, and the first arc groove is connected with a clamping hoop part for fixation. The endoscope detection hemostat is sensitive in touch and easy to control when an operator performs focus detection and hemostasis during an operation, fine operation can be performed, the endoscope detection hemostat is convenient and flexible to use and favorable for accurate location and hemostasis of the focus, and the endoscope detection hemostat is small in occupied space and facilitates cooperation with other operative instruments for use.

Description

technical field [0001] The invention belongs to an endoscopic surgical instrument, in particular to an endoscopic exploration hemostat. Background technique [0002] Laparoscopic surgery makes it possible to perform surgery through small incisions, which cause less tissue damage than traditional surgical operations. Through smaller incisions, small light sources, cameras and surgical instruments are inserted, and the surgeon passes information transmitted to the monitor. Images guide the operation of surgical instruments, featuring less trauma, fewer complications, safety, and quick recovery. Although laparoscopic surgery has the above advantages, because the surgeon observes through the monitor and operates with long-handled surgical instruments outside the body, it feels less sensitive than traditional surgical instruments. Due to the long operating parts, laparoscopic operation is like walking on stilts, making it difficult to control , and because laparoscopic surgery i...

AI Technical Summary

Problems solved by technology

Although laparoscopic surgery has the above advantages, because the surgeon observes through the monitor and operates with long-handled surgical instruments outside the body, it feels less sensitive than traditional surgical instruments. Due to the long operating parts, laparoscopic operation is like walking on stilts, making it difficult to control , and because laparoscopic surgery is more complicated and a new technology, it has high technical requirements for surgeons

In laparoscopic surgery, it is necessary to touch to determine the lesion. For small lesions, the oval forceps are often used to touch the lesion. The sliding touch of the oval forceps can be used to feel the location or locate it under the guidance of preoperative CT. Positioning is difficult, time-consuming, costly, and increases complications. Even experienced doctors sometimes find it difficult to accurately position. This is a major problem in laparoscopic surgery

Hemostasis in laparoscopic surgery is also very important. Oval forceps, long bends, etc. are often used to hold cotton balls or gauze or aspirators to stop bleeding during surgery. However, due to the long operating parts, the surgeon feels dull, and It is not easy to control and cannot perform fine operations, and requires a large operating space, which will affect the use of other appliances, delay the rescue time, and improper handling may easily lead to transfer to thoracotomy or laparotomy, and even cause massive bleeding that endangers the patient's life.

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