A kind of anti-infection wound shielding imitation human skin painless patch

Abstract

The invention relates to the technical field of wound dressings, and discloses an anti-infection wound-shielding imitation human skin painless plaster, including a wound plaster, an exposed groove is formed in the middle of the wound plaster, and the left and right ends of the wound plaster are A left side sticker and a right side sticker are respectively fixedly connected through an elastic cloth; the outer walls of the left and right sides of the wound dressing are respectively provided with a left soft sticker and a right soft sticker, and the middle part of the outer wall of the left soft sticker and the right soft sticker is provided with a Gauze, the edges of the outer walls of the left soft sticker and the right soft sticker are all provided with sticking strips. Through the first patch and the second patch, the band-aid, the left patch and the right patch can be pasted on the skin of the human body. After pasting, the wound is just exposed through the exposed groove. At this time, tear off the corresponding rectangular patch The left soft plaster or the right soft plaster can be covered and pasted on the wound paste, the position of the gauze just corresponds to the position of the exposed groove, and the gauze can cover, protect and treat the wound.

Description

technical field [0001] The invention relates to the technical field of wound bandages, in particular to an anti-infection wound-shielding imitation human skin painless patch. Background technique [0002] After an injury, the most common way to deal with the wound is to put on a band-aid, but in actual use, we found that there are still some problems with the traditional band-aid, such as: [0003] 1. Traditional bandages are inconvenient to replace the gauze (the gauze is usually soaked with liquid medicine), which is wasteful for one-time use, and it is troublesome to replace it back and forth; [0004] 2. The traditional wound plaster does not have the function of tightening the wound. When the wound is large, it is only sutured with sutures. The patient has to endure the pain of sutures passing through the wound, causing secondary damage, and after the wound heals, there will be residual suture scars; [0005] 3. Traditional bandages have poor air permeability, and it ...

AI Technical Summary

Problems solved by technology

[0003] 1. Traditional bandages are inconvenient to replace the gauze (the gauze is usually soaked with liquid medicine), which is wasteful for one-time use, and it is troublesome to replace it back and forth;

[0004] 2. The traditional wound plaster does not have the function of tightening the wound. When the wound is large, it is only sutured with sutures. The patient has to endure the pain of sutures passing through the wound, causing secondary damage, and after the wound heals, there will be residual suture scars;

[0005] 3. Traditional bandages have poor air permeability, and it is impossible to adjust the air permeability of bandages;

[0007] In the band-aid of the above-mentioned patent, although the band-aid can be quickly replaced with a new drug, it still has not solved the above-mentioned problems that the wound cannot be tightened and the air permeability cannot be adjusted

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