Flowers Cultivation TRIZ Cases

A welded steel tree frame supports braided flowering vines, hiding the structure while resisting wind and rain for lasting ornamental growth.

Ultraviolet laser marking creates permanent leaf patterns without mechanical damage, helping decorative plants avoid sickness or disease.

Mechanical vibration and differential conveyor speeds turn bulk plant-bulbs into a spaced single-file stream for accurate handling and imaging.

Selective pruning at the shoot fork removes orthotropic growth to trigger earlier flowering and more flowers or fruits in Rubiaceae plants.

A perforated hollow pole, absorbent coir, and funnel regulate watering while reducing rapid drainage and moss drying.

Spiral groove spaces guide air roots downward to increase root volume within limited container height.

Segmented reservoir design with spaced vanes directs airflow to roots, preventing dryness while maintaining optimal moisture levels.

Autonomous LED lighting system adjusts optical radiation spectrum to activate vegetation and control flowering in red-leaf plants.

Elastic tabs guide and secure support rods, preventing crooked positioning in loose substrate.

Applying visible light, UV irradiation, and chemical elicitors boosts phenolic compounds and chicoric acid concentration despite process complexity.

Applying nanobubble water to plants resolves soil content control challenges while enhancing nitrate nitrogen and potassium uptake.

A polymer-based soil additive film reduces evaporation losses by up to 30% while maintaining water availability for plant uptake.

Red spectrum side lights irradiate lateral plant surfaces, overcoming poor canopy light penetration and reducing plant stress during the flowering stage.

Formula I compounds activate the RNA-silencing defense mechanism, reducing viral accumulation without relying on broad-spectrum chemical treatments.

Direct application of nanobubble water replaces complex zeolite methods, increasing available nitrate nitrogen while reducing operational complexity.

A light emitting device combines blue LEDs with fluorescent materials to emit specific photon flux density ratios for enhanced photosynthesis.

Replacing manual stakes with metered ultraviolet radiation eliminates labor and damage while controlling ornamental plant growth direction.

Segmented self-pollination creates uniform parent lines for the Hot Pops Yellow pepper, resolving genetic diversity versus plant uniformity trade-offs.

Cast pellets use thermoplastic casting to fix seed counts, resolving unpredictable color mix issues in multiseed production.

Legume cover crops host mycorrhizal fungi to eliminate lengthy establishment periods and reduce inoculant costs for annual crops.

Selective breeding creates cannabis varieties with optimized cannabinoid profiles that withstand mechanical harvesting forces, reducing production costs.

Root unrooted plant cuttings in a single growth cell, synchronizing rooting times with growth modifiers to resolve incompatible growth conditions.

A Megachile bee pollination method uses minor nectar plants to sustain insect activity during Lactuca flowering.

Self-pollination creates uniform parental lines for the Hot Pops Purple pepper variety, resolving genetic non-uniformity in hybrid breeding programs.

Coated seeds retain water and resist wind drift, solving soil organic content loss and planting coverage trade-offs.

Submerging only the lower tap root portion in nutrient solution while exposing the upper section to gas promotes thicker roots and higher rubber yield.

Interlocking multi-piece container holds flower bulbs upright using a resilient member and bottom reservoir for root nourishment.

A writing instrument housing contains a degradable capsule with seeds at the non-writing end for conversion into a plant after use.

A plant regeneration medium composition containing Shungite as an active ingredient promotes increased rates of shoot and root organogenesis.

Modulated THC and CBD ratios in specialty cannabis reduce adverse side effects while enhancing medical benefits.

Spirally wrapped delivery members move water via capillary action to orchid roots, eliminating media rot and reducing watering frequency.

Almond hull substrates create a composite growing medium that supports vigorous root development while reducing agricultural waste.

Lowering cultivation temperature during the reproductive phase promotes flower bud formation, increasing pollen and pistil production for crossbreeding.

A transparent hexagonal epiphyte pot increases packing density through its geometric upper cross-section.

Variable speed blades preserve bud quality while resolving the contradiction between high trimming productivity and resin gland damage.

A divided container merges cremated remains with plant soil to enable nutrient transfer, resolving the inability of separate urns to feed living plants indoors.

Porous culture media disperse anti-insect agents to protect roots, reducing labor costs from regular spraying.

A conveyor transports plants to a central resource station for automated watering, reducing land usage and fossil fuel consumption in urban farming.

Inner ridges guide aerial roots horizontally, preventing entanglement and damage during automated handling.

Protruding tray cell walls isolate plant pots, preventing root entanglement and enabling safe removal without damaging epiphyte roots.

Wooden isolation plates segment wetland areas to create protected micro-habitats for target plant seedlings.

A plant growing system uses super amounts of controlled-release fertilizer to produce superior plants with darker green leaves and abundant flowers.

A full-artificial light source uses a specific photon proportion in the 620 to 760 nm waveband to drive plant growth.

Segmented substrate parts in a basket protect orchid roots from damage while enabling automated handling.

A planar bud platform supports flowering plant limbs horizontally, distributing light evenly to resolve apical dominance and boost THC concentration.

Adjusting nutrient solution salinity and pH to resolve indoor cultivation contradictions, extending the harvesting period and enhancing taste.

Gellan gum solidifies nutrient liquid into a transparent base that adheres securely to sealed containers without compromising optical clarity.

Vertical suspension via a planar base member prevents overwatering by improving drainage for orchids.