Dead Plant Preservation TRIZ Cases

See how modular automation—rotary disk, lifting, shoveling, picking, and transfer modules—enabl

See how a dual-crown mesh weave and aerodynamic support increase filter air flow by 60%, improv

See how controlled comonomer content and composite polyolefin design resolve the contradiction

An extension mount with offset fastener openings stabilizes tree toppers on uneven tree tops and keeps the desired orientation.

By inverting the trunk, gravity pivots the limbs automatically, cutting setup labor and keeping tree lights connected during storage.

A pivoting two-part trunk uses inversion and gravity to deploy tree limbs automatically, reducing lifting effort and injury risk.

A central prong and circular channel connector transfers power between artificial tree trunk sections without rotational alignment.

A geared central shaft and wiper-ring contacts power LED fiber bundles on rotating sections, enabling counter-rotation without complex wiring.

A split trunk and pivot joint let the upper section invert so limbs deploy automatically, reducing setup effort, strength, and safety risk.

Aligned detent-and-slot trunk connectors join structure and power in one step, simplifying artificial tree setup and reducing wiring issues.

A V-shaped filament with a thicker center and wrapped bundles improves deformation resistance and helps filling material spread between turf fibers.

A clinker-built scallop-link band forms flared, corrugated epidermal textures in 3D while cutting sculpting labor and material use.

Reactive extrusion grafts polar groups into ethylene-based adhesives to retain peel strength between polyethylene and aluminum pipe layers.

A cam-and-detent locking trunk lets artificial tree sections join in multiple orientations while preventing twist damage to internal wiring.

Cold, dark storage followed by nitrogen-fed illumination preserves photosynthetic cells for weeks while retaining chlorophyll and oxygen production.

Perlite particles protect stored pollen under controlled conditions, enabling mechanical pollination with viable seed set and less labor.

Vacuum or pressure impregnation treats cut flower stems while keeping buds dry, reducing botrytis risk and extending vase life.

Starch granules in a pollen diluent absorb moisture and separate live from dead Poaceae pollen, extending storage viability for pollination.

Strained maize pollen mixed with inert powder and refrigerated stays viable longer, reducing timing constraints in breeding and pollination.