Root Feeders TRIZ Cases

See how liquid CO2 phase transition enables autonomous root-zone cooling for chill hour accumul

See how alternating insulated and heat-transferring pipe segments deliver heat directly to plan

See how a watering reservoir with an inner light chamber merges irrigation and illumination int

A bullet-shaped point creates a low-pressure zone that keeps ejector holes clear, reducing tree damage and injection effort.

A timed water-fertilizer dispenser and refillable reservoir keep hanging plants watered consistently with minimal maintenance.

A heat-softened and hot-melted sealing structure blocks air leakage in polycarbonate vacuum plates, preserving insulation in sunlight rooms.

Independent plant growth units use plant-specific nutrient plans and one-way delivery to prevent disease spread and uneven hydroponic feeding.

Sensors, a processor, and drip nozzles tailor water and nutrient delivery to each plant, avoiding overwatering and inconsistent care.

A hollow planting column uses multi-position through holes and moisture-holding media to support climbing plants while improving soil airflow and drainage.

Moist air delivered through subsurface driplines replenishes soil hydrogels, cutting water use and hydrogel maintenance around crop roots.

Clog-proof emitters, root-blocking plates, and in-line canisters deliver water plus liquid or granular additives with low maintenance and no run-off.

Stackable tubes with GPS, PLC, and encoder feedback place soil amendments below the root zone with precise depth control and minimal surface disruption.

Layered roadside planting captures and stores rainwater to feed roots, improve tree survival, cut irrigation labor, and reduce flooding.