Novel silicone gel hemostatic structure

Abstract

The invention provides a novel silicone gel hemostatic structure which comprises a base body, wherein the base body is of a rectangular structure, a bottom plate is arranged on the base body, a hemostatic structure is connected to the bottom plate, a pressurizing hemostatic structure is arranged in the hemostatic structure, the pressurizing hemostatic structure is higher than the hemostatic structure, the hemostatic structure, the pressurization hemostatic structure and the upper surface of the base body are covered with silicone gel, a first protective sticker and a second protective stickerare arranged on the upper surface of the silicone gel, one side of the second protective sticker is arranged on the first protective sticker in an overlapped mode, the second protective sticker located on the side is provided with a notch, and the first protective sticker is provided with a tearing end, and the notch and the tearing end are convenient for separating the first protective sticker and the second protective sticker from the base body. The novel silicone gel hemostatic structure is simple in structure, convenient to use and worthy of clinical popularization.

Description

technical field [0001] The invention relates to a medical hemostatic aid, in particular to a novel silicone gel hemostatic structure. Background technique [0002] Clinically, for the hemostasis of large-area wounds after surgery, medical cotton is usually used to cover the wound, and medical tape is used to stop bleeding. If the medical cotton is completely soaked in blood, the hemostatic cotton needs to be replaced in time. It is convenient, and at the same time, the operation process is complicated. The medical glue is easily stained by the overflowing blood and will not stick, so that the hemostatic cotton cannot be effectively fixed, and the skin is frequently replaced and torn, which causes discomfort to the patient and is not conducive to the related operations of postoperative hemostasis. Therefore, the present invention A new type of silicone gel hemostatic structure is disclosed. The structure adopts a pressurized hemostatic structure and a hemostatic structure, an...

AI Technical Summary

Problems solved by technology

[0002] Clinically, for the hemostasis of large-area wounds after surgery, medical cotton is usually used to cover the wound, and medical tape is used to stop bleeding. If the medical cotton is completely soaked in blood, the hemostatic cotton needs to be replaced in time. It is convenient, and at the same time, the operation process is complicated. The medical glue is easily stained by the overflowing blood and will not stick, so that the hemostatic cotton cannot be effectively fixed, and the skin is frequently replaced and torn, which causes discomfort to the patient and is not conducive to the related operations of postoperative hemostasis. Therefore, the present invention A new type of silicone gel hemostatic structure is disclosed. The structure adopts a pressurized hemostatic structure and a hemostatic structure, and silicone gel is arranged on its upper surface. On the one hand, it meets the requirements of long-lasting viscosity, waterproof and breathable. It greatly increases the absorption of wound blood and improves the hemostatic effect at the same time. When the structure needs to be replaced, it will not cause tearing pain due to the characteristics of silicone gel, which greatly improves the comfort of patients and is convenient for medical staff. The hemostasis operation is worthy of clinical promotion

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