Plasters TRIZ Cases

Segmented stem parts use van der Waals forces to prevent moisture loss while enabling painless removal without skin damage.

Serrated seal sections on a flexible cover create a mutual seal, accommodating large body areas while maintaining moisture control and infection protection.

Segmented distribution channels in the spacer material provide uniform oxygen delivery, resolving patchy diffusion caused by occlusive dressings.

Segmenting moisture functions across hydrophilic transport, retentive, and permeable layers prevents maceration while maintaining optimal healing conditions.

Segmented absorbent layers and an intermediary antimicrobial layer reduce silver overload and maceration while managing exudate.

An elastic sleeve with a connecting band and anchor pad applies lateral force to re-align the big toe.

A domed burn bandage elevates the wound surface to minimize direct contact with the dressing material.

Partial wool fabric adhesive coverage absorbs skin moisture, preventing trapped humidity and irritation.

A compression device uses a liquid guide member to permeate release liquid for easy detachment.

Peripheral edge connections between a fiber fleece layer and a plastic film barrier preserve tactile accessibility while ensuring liquid impermeability.

A composite adhesive bandage uses a perforated polymeric film segment to manage exudate absorption while protecting skin integrity.

A wound dressing integrates a composite pH indicator to detect incremental exudate changes, replacing invasive probes that disrupt tissue.

A medical dressing integrates light irradiation devices to sterilize wounds and promote healing through specific wavelength emission.