Pediatric trauma surface organic material anti-infection dressing block

Abstract

The invention relates to a pediatric department trauma surface organic material anti-infection dressing block. The pediatric department trauma surface organic material anti-infection dressing block comprises an anti-infection function layer and a waterproof bottom layer from top to bottom in sequence, wherein at least one organic anti-infection material is arranged on the anti-infection function layer, the waterproof bottom layer is arranged on the lower surface of the anti-infection function layer, the organic anti-infection material is the mixture of one or more of bamboo fiber or derivatives thereof, chitosan or derivatives thereof, povidone-iodine, jute fiber, acetate fiber, alginate, quaternary ammonium salt and sulfadiazine, the inside of the anti-infection function layer comprises a layer of water absorption resin, the upper surface and the lower surface of water absorption resin are each attached to a layer of fluff pulp, several activated carbon particles are evenly distributed inside the fluff pulp, nano-silver or chitosan particles are evenly scattered on the upper surface of the fluff pulp, and several far-infrared chips, an anion chip and a magnetic chip set are arranged between water absorption resin and the fluff pulp. According to the pediatric department trauma surface inorganic material anti-infection dressing block, a remarkable anti-infection and bacteriostasis effect is achieved, and a safe and sterile body surface contact environment is provided for the recovery process of the children.

Description

technical field [0001] The invention relates to a children's anti-infection medical consumable, in particular to an organic material anti-infection dressing block for pediatric wound surfaces. Background technique [0002] In terms of pediatric anti-infection treatment, in view of the immature immune system of children, the materials of dressings used in wound surface treatment are basically simple non-woven fabrics, PE films, or toilet paper pads directly. These materials are simple in structure, The function is single, not only does not have the effect of anti-infection and antibacterial, it cannot provide a safe and sterile body surface contact environment for children's recovery process, and it is easy to breed bacteria and produce peculiar smell. In addition, children's body surface secretion is strong, these materials are harmful to children Sweat stains and dirt produced on the body surface have slow absorption speed, low absorption capacity, and easy reverse osmosis,...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is how to overcome the above-mentioned defects of the prior art, aiming at the characteristics of children with poor anti-infection ability and strong body sur...

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