Blood vessel suture binding forceps

Abstract

The invention discloses a blood vessel suture binding forceps which comprises a first forceps arm and a second forceps arm which are connected with each other by a hinging mechanism. A forceps head part of the first forceps arm is hinged with an eagle claw hook; a hollow-shaped sleeve shell is arranged on an arm rod of the first forceps arm; the sleeve shell sleeves a first driving rod; one end ofthe first driving rod, which faces the forceps head of the first forceps arm, is hinged with one end of a second driving rod; the other end of the second driving rod is in hinged connection with theeagle claw hook; two limiting plates are arranged at the top of a blood vessel clamping block of the second forceps arm; a limiting groove for accommodating the eagle claw hook is formed between two limiting plates; grooves are disposed on the wall faces of the limiting plates, which face the first forceps arm; a pair of suture bundling pipes are arranged on an arm rod of the second forceps arm; two suture bundling pipes are respectively arranged on two adjacent side walls of the wall faces of the blood vessel clamping block; medical personnel can rapidly carry out knotting, the fuzzy operation of adopting two suture binding forceps when the medical personnel carries out suturing is avoided, and wastes of medical resources and labor are reduced.

Description

technical field [0001] The invention relates to the medical field, in particular to a blood vessel binding clamp. Background technique [0002] In the clinical operation process, the vascular clamp can play the role of separating tissues and blood vessels, and clamping tissues and blood vessels; due to the influence of the angle of blood vessels and the narrow space of the deep tissue during the operation, the existing surgical instrument operations include vascular forceps, pushing Knotters, knotters and other surgical instruments are operated in a small space at the same time, limited by factors such as the narrow surgical field of view and the angle of blood vessels. In most cases, the experience of the surgeon is required to increase the difficulty, damage and risk of the operation; Some blood vessel ligation with thread needs to be completed with the cooperation of two forceps. For novice doctors, the two forceps cannot cooperate well, and it is easy to make mistakes, a...

AI Technical Summary

Problems solved by technology

[0002] In the clinical operation process, the vascular clamp can play the role of separating tissues and blood vessels, and clamping tissues and blood vessels; due to the influence of the angle of blood vessels and the narrow space of the deep tissue during the operation, the existing surgical instrument operations include vascular forceps, pushing Knotters, knotters and other surgical instruments are operated in a small space at the same time, limited by factors such as the narrow surgical field of view and the angle of blood vessels. In most cases, the experience of the surgeon is required to increase the difficulty, damage and risk of the operation; Some blood vessel ligation with thread needs to be completed with the cooperation of two forceps. For novice doctors, the two forceps cannot cooperate well, and it is easy to make mistakes, and the blood vessel ligation cannot be completed smoothly, which increases the risk during the operation.

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