Disposable blood vessel suspension device

Abstract

The invention discloses a disposable blood vessel suspension device, and belongs to the technical field of medical supplies, the disposable blood vessel suspension device comprises a flexible male and female buckle suspension device and an automatic buckle clamp matched with the flexible male and female buckle suspension device for use, the flexible male and female buckle suspension device comprises a suspension rubber belt, a male buckle base body, a male buckle, a female buckle and a female buckle base body, the male buckle base body and the female buckle base body are fixed to the two ends of the suspension rubber belt in a press fit mode respectively, and the male buckle is buckled in the female buckle in a press fit mode. Through the flexible red, blue and yellow single-color suspension rubber belt, two ends of the flexible red, blue and yellow single-color suspension rubber belt are provided with male and female buckles matched with each other, automatic buckling is achieved through matched automatic buckling pincers, and the device is automatic, convenient, efficient, standard and clear in identification, so that effective suspension of important pipelines such as blood vessels under the laparoscopic surgery is achieved, clear pipeline identification is guaranteed, and the surgery is safely and efficiently completed.

Description

technical field [0001] The invention relates to the technical field of medical supplies, in particular to a disposable blood vessel suspender. Background technique [0002] In laparoscopic minimally invasive surgery, similar to traditional laparotomy, after exposing and freeing important blood vessels and other pipeline structures, it is often necessary to use different colors of vascular suspension belts to suspend, lift and mark pipelines, such as red for arteries The sling and veins are blue bands, and the biliary tract is yellow bands. Red, yellow and blue vascular slings, mostly made of rubber, have been widely used in traditional laparotomy. However, because the length of the sling for laparotomy is too long and there is no automatic clipping function, it cannot meet the needs of laparoscopic minimally invasive surgery in terms of convenience, automation and efficiency. At present, most surgeons have the following two solutions: one is to cut the sling for laparotomy...

AI Technical Summary

Problems solved by technology

However, because the length of the sling for laparotomy is too long and there is no automatic clip function, it cannot meet the needs of laparoscopic minimally invasive surgery in terms of convenience, automatic efficiency, etc.

At present, most surgeons have the following two solutions: one is to cut the sling for laparotomy to make the length suitable for laparoscopic operation. To achieve the purpose of suspending and marking pipelines; the other is to use rubber bands for daily use. After high-temperature disinfection, cut the rubber bands, pass them around the pipelines, and use blood vessel clips to clamp the ends at both ends to achieve the purpose of suspension. but lacks identification

The above operations are cumbersome and inefficient, lack of automation, and it is difficult to form a standard specification. Therefore, it is necessary to design a vascular suspension with appropriate length, automatic vascular threading, automatic clamping, easy and efficient operation, clear marking, and standard specifications. device, better improve surgical safety and efficiency

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