Plant Cultivation TRIZ Cases

An air-permeable sealed container balances respiration and evaporation to suppress pathogen growth and extend cryo-sprout shelf-life.

A pull-through casing protects plant roots during marine transplantation, reducing labor, root damage, and metal anchor use.

A binder-separated seed container prevents additive stress while controlling moisture and nutrient release to improve germination and early growth.

A staged gibberellin and low-temperature stratification process cuts dormancy to 150–180 days and raises germination to 97.50%.

This horticultural lighting case limits overhead red light while boosting inter-canopy red light to preserve flower quality and yield.

Pre-filled water and breathable seals let cryo-sprouts grow without irrigation while reducing pathogens and extending shelf-life.

Specific fertilizer compositions and controlled light exposure induce reliable female flower formation, enabling low THC cannabis seed production.

Rotating trays in a nutrient pool optimize plant spacing, reducing building running costs while maintaining high dissolved oxygen levels.

WUC55 inbred corn line accelerates hybrid development by applying preliminary action and segmentation to reduce breeding process time.

Segmentation of selfing phases resolves the contradiction between genetic uniformity and disease resistance in pea breeding.

Pepper hybrid SV0628PB uses segmentation of the breeding process into distinct phases to resolve genetic non-uniformity in hybrid plants.

Segmenting self-pollination and crossing resolves the trade-off between genetic adaptability and population uniformity in bean breeding.

Tomato hybrid SV6100TD resolves genetic non-uniformity through segmentation of breeding phases, ensuring consistent performance and higher fruit quality.

A carriage-mounted pollination device uses air nozzles to direct fluid flow along crop rows for pollen delivery.

Pepper hybrid SV0964PB applies Segmentation and Homogeneity principles to resolve performance unpredictability from genetic non-uniformity.

Standardizing quality via quantitative thresholds and inert packaging preserves nutritional value while extending shelf stability.

Developing sweet corn hybrid 11-6R-SHY-1514 resolves performance unpredictability by using homozygous parent lines to ensure stable genetic uniformity.

Segmented breeding of homozygous inbred lines ensures genetic uniformity, resolving performance unpredictability caused by non-uniform hybrid populations.

Combining vacuum infiltration with seed priming forces disinfectants deep into seeds, eradicating internal pathogens without harming germination vigor.

Leaf cuttings treated with plant growth regulators induce rooting and sprouting, replacing complex in vitro culture systems.

Pepper hybrid SV3255PB overcomes regional adaptability limits by combining inbred lines SBR-99-1335 and SBY-99-1336 for uniform bacterial leaf spot resistance.

Segmented breeding of pepper hybrid DR1908PB resolves the contradiction between genetic diversity and population uniformity, ensuring consistent performance.

Segmented breeding of homozygous inbred lines resolves genetic non-uniformity in pepper hybrids, ensuring predictable performance and stable commercial yield.

An adjustable trellis on a flexible container repositions branches to improve light exposure, reducing pruning labor.

An adjustable cultivator applies mechanical pressure to plant tips, stimulating natural hormone production and increasing yield without chemical residues.

Pectinase digestion releases plant cells for targeted cannabinoid profile selection, overcoming limitations of classical Mendelian crossing.

Homozygous inbred lines produce uniform pepper hybrid SV6420PB plants with enhanced resistance to bacterial leaf spot and viruses.

Homozygous bean line SVGN6196 delivers uniform populations with stable disease resistance and high yield through systematic self-pollination.

Segmenting breeding into homozygous parent development and controlled crossing resolves genetic non-uniformity while maintaining morphological stability.

NFC-enabled plant tags provide localized climate data to resolve contradictions between system complexity and selection accuracy.