Plasters TRIZ Cases
- Film Dressing with Acrylate Edges and Silicone Gel for Atraumatic Removal
Acrylate edges and silicone gel centers balance secure sealing, permeability, and atraumatic removal in wound therapy.
- Low-Molecularized Collagen-Alginate Wound Dressing for Exudate Absorption
Subcritical water hydrolysis creates a biocompatible collagen-alginate matrix that absorbs exudate, maintains moisture, and limits adhesion.
- Lightguide Dressing for NPWT and Expanded Wound Phototherapy
This case uses segmented lightguides and negative pressure to treat more wound surfaces while supporting disinfection and healing.
- Double-Coated Wound Dressings for Exudate Reflux Control
A hydrophobic first coating and patterned adhesive layer help wound dressings limit exudate reflux and reduce dressing changes.
- NPWT Lightguide Integration for Uniform Wound Phototherapy
Dynamic NPWT shifts wound surfaces for more uniform phototherapy.
- Scar-Preventing Silicone Plaster With Skin-Tension Traction Strips
A divided plaster combines adhesive traction strips with silicone gel to reduce tension in healing skin and help prevent scars.
- Adhesive Wound Dressing With Polysaccharide-Impregnated Absorbent Matrix
Porous film, absorbent fibers, and polysaccharides maintain moisture and reduce secondary dressing needs.
- Skin Tension-Reducing Scar-Preventing Plaster With Traction Strips
Traction strips pull divided film sections together while silicone gel treats scars, reducing tension around high-tension wounds.
- Negative Pressure Wound Therapy Leak Detection Through Pressure Control
A pressure sensor and controller distinguish seal leaks from pressure changes, adjusting negative pressure to sustain wound therapy.
- Fluid-Tight Skin Shielding Pouch for Medical Port Protection
A fluid-tight skin pouch protects medical ports with removable adhesive sealing.