Haemostatic forceps with locking structure for general surgery department

Abstract

The invention disclose a haemostatic forceps with a locking structure for general surgery department. The haemostatic forceps with the locking structure for the general surgery department comprise a first haemostatic forceps main body and a second haemostatic forceps main body, the first haemostatic forceps main body and the second haemostatic forceps main body are connected in a crossed and rotating mode through a rotating pin, and a first forceps head is arranged on the first haemostatic forceps main body. The hemostatic forceps can continuously clamp and stop bleeding of a hemostatic part of a blood vessel, is high in magnetic force, has a very good locking effect during hemostasis, avoids the trouble that an existing hemostatic forceps for the general surgery department needs to be held in finger rings by fingers for a long time for forcible clamping operation, saves more time and labor, and improves the hemostatic effect, in addition, the situation that hemostasis force is unstable due to loosening of people can be prevented, the risk of hemostasis failure is further avoided, the hemostasis effect of continuous locking is guaranteed, use of people during long-time hemostasis operation is facilitated, a good reset effect is achieved, and the long service life of a whole device is guaranteed.

Description

technical field [0001] The invention relates to the technical field of hemostasis in general surgery, in particular to a hemostatic forceps with a locking structure for general surgery. Background technique [0002] Hemostatic clamp is a commonly used medical device in general surgery. Vascular forceps can separate tissues and blood vessels, and clamp tissues and blood vessels. The hemostat is generally composed of a pliers head, a pliers handle and a handle, and the two pliers handles cross each other symmetrically, and are connected by a shaft at the intersection to form the whole hemostat. In use, the blood clamp clamps the ruptured or damaged blood vessel, so as to achieve the purpose of hemostasis. [0003] However, the existing hemostatic forceps used in general surgery usually require the doctor to hold the fingers in the ring for a long time for clamping operation, which not only easily makes people tired, but also easily leads to unstable hemostasis due to people's...

AI Technical Summary

Problems solved by technology

[0003] However, the existing hemostatic forceps used in general surgery usually require the doctor to use his fingers to hold in the ring for a long time for clamping operation, which not only easily makes people tired, but also easily leads to unstable hemostasis due to people's slack, making the hemostatic effect If it is not good, it will often cause the risk of hemostasis failure, which is not conducive to the convenience of people's long-term operation and use

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