Hemostatic Ball for Minimally Invasive Surgery

Abstract

The invention discloses a hemostatic ball for minimally invasive surgery, relates to the technical field of medical instruments, and comprises a rod body and a hemostatic sphere, wherein the rod body is a cylinder, and the hemostatic sphere is a transparent sphere. After pressing the bleeding site through the transparent structure of the hemostatic sphere, the operator can clearly lock the bleeding position and ensure that the hemostatic forceps can be successfully clamped to the bleeding vessel. The card slot connection of the rod body connection, the present invention can not only be applied in ordinary operations, but also can be applied to laparoscopic operations or operations at deeper tissues. The invention has the advantages of simple structure, accurate hemostasis, reduced operation risk, and can improve operation speed and safety.

Description

Technical field [0001] The invention relates to the technical field of medical devices. Background technique [0002] Surgery is a conventional method of modern medicine to treat diseases. The bleeding and bleeding of the wound surface during the implementation of the operation have always troubled the surgeon. Generally, pure cotton gauze is used to stop bleeding during surgery. When bleeding occurs during the operation, press a ball of gauze to the bleeding site, and then use hemostatic forceps to clamp the blood vessel to prevent the blood from flowing out. However, in many cases, the surgeon (the person performing the operation) cannot guarantee that the bleeding vessel will be clamped at one time. This is because the gauze used to press the bleeding position is large and fluffy. The surgeon cannot see the specific bleeding position with the naked eye. The operation of the hemostatic forceps can be performed by feeling, so it is easy to cause re-bleeding of blood vessels an...

AI Technical Summary

Problems solved by technology

If there is a large amount of bleeding or emergency bleeding during laparoscopic surgery, too little gauze can not achieve the effect of hemostasis, while too much gauze can not easily enter and exit the incision, resulting in delayed hemostasis, making it difficult to stop bleeding, and prolonging the operation. Surgical time, increased surgical risk

In addition, in traditional surgery, the disadvantages of gauze hemostasis still exist in laparoscopic surgery, and the limitations are more obvious

Under the laparoscope, the fluffy gauze is likely to block the laparoscope lens, causing the surgeon to be unable to see the bleeding; some even have too small surgical incisions to send the gauze to the bleeding site, thus delaying hemostasis and increasing the risk of surgery

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