Juvenile Hormone Signal Inhibitor
This technology offers a novel pest control agent that specifically inhibits juvenile hormone signals in arthropods. It selectively suppresses pest develop…
Next-Gen Pest Control: ~35% More Effective, Safe for Humans & Environment
~$1.5M/year estimated pesticide cost reduction per facility (est.)
Male Urinary Incontinence Pad
This patented male incontinence pad features a unique scallop-shell design with a valley-fold joint and gather section, ensuring a superior fit and signifi…
Streamline Male Incontinence Care: Cut Change Time by ~30%
~$95K/year estimated cost reduction per facility (est.)
White Head Suppressant and Its Applications
This technology employs an oil-based agent, primarily paraffin, to efficiently suppress white head damage in graminaceous plants, especially rice. By coati…
Boost Rice Yields by 15% with Novel White Head Suppression Technology
~$1M/year estimated revenue opportunity (est.)
Method for Suppressing Heavy Metal Accumulation in Plants Using Transpiration Inhibitors
This technology applies a safe transpiration-suppressing compound to plants, significantly reducing heavy metal accumulation in edible parts like rice and …
Cut heavy metals in crops by 20%, boosting food safety and farm profitability.
~$200K/year estimated net revenue increase per facility (est.)
Transpiration Suppressant Using Jasmonates
This technology utilizes jasmonates, particularly prohydrojasmonate, in a composition to regulate plant transpiration. By controlling stomatal opening, it …
Boost Crop Yields by 1.2x, Cut Plant Stress by 30% Amid Climate Change
~$1.0M/year estimated revenue increase per large-scale farm (est.)
Method for Manufacturing Ion Gels, Ion Gels, Solid Electrolytes, and Actuators
This technology provides a novel method for manufacturing ion gels with superior moldability and uniformity by precisely controlling polymerization ratios …
Next-Gen Actuators: High-Uniformity Ion Gels Cut Production Costs by ~15%
~$30K/year estimated cost reduction per facility, plus 1.5 years faster development (est.).
Coating Composition, Film, and Laminate with Self-Healing Properties
This innovative coating composition combines specific polymers and ionic liquids to create a film with both superior strength and autonomous self-healing c…
Self-Healing Coatings: Double Product Life, Cut Maintenance by 50%
~$200K/year estimated maintenance cost reduction per facility (est.)
Composite Microparticles and Their Manufacturing Method
This technology offers a novel one-step method for directly coating inorganic microparticles with specific polymer compounds, eliminating complex pretreatm…
One-Step Coating: Double Separation Capacity, ~20% Cost Cut
~$200K/year estimated manufacturing cost reduction per facility (est.)
Positive Electrode Active Material for Secondary Batteries and Fluoride Ion Secondary Ba…
This technology introduces a novel positive electrode active material for next-generation fluoride-ion secondary batteries. It uses a specific metal comple…
Fluoride-Ion: 100% Fire-Safe, High-Voltage Battery Core
~$1.0M/year estimated economic benefit per facility (est.)
Organic Thin Film, Organic Electroluminescent Element, Materials for Organic Electrolumi…
This technology introduces a novel organic thin film utilizing tetrafluorobenzoic acid derivatives, significantly reducing OLED drive voltage by up to 1/3 …
OLED Drive Voltage Cut by 1/3, 1.5x Lifespan for Next-Gen Displays
~$1.5M/year estimated electricity cost savings per facility (est.).
Composition, Cured Product, Method for Producing Cured Product, Solid Electrolyte Membra…
This technology provides a novel polymer composition that cures into a solid electrolyte with superior ion (proton) conductivity. It significantly enhances…
Boost Next-Gen Energy by 10% with Polymer Ion Conductors, Exclusive for 15 Years
~$1.85M/year (AI est.) estimated energy cost reduction per facility (est.)
Method for Predicting the Size of Maximum Inclusions in Steel Materials
This technology offers a groundbreaking method to rapidly and accurately predict maximum inclusion sizes in steel using ultrasonic fatigue testing and extr…
Predict Steel Inclusion Sizes 6x Faster, Accelerate Design by 20%
~$1M/year estimated material cost reduction per facility (est.)
Reinforcement Method for Concrete Structures and Reinforced Structures
This innovative method reinforces aging concrete structures by externally installing steel sheet piles and anchoring them from the outside, then filling ga…
Reinforce Concrete: Reduce Structural Width by ~66% for Urban Sites
~$350K/year estimated cost savings per facility (est.)
Method for Producing a Paste-like Composition
This technology offers a precise heating method (62-67°C for 2+ minutes) to create uniform, stable barley starch paste. It resolves quality inconsistencies…
Barley Starch: ~20% Faster Processing, ~10% Less Waste for Uniform Food Pastes
~$0.15M/year estimated manufacturing cost reduction per facility (est.)
Method for Producing a Paste-Like Composition
This technology precisely controls the heating of high-amylose barley starch to create a stable, uniform paste. It offers food manufacturers a cost-effecti…
High-Amylose Barley Paste: ~$130K/year Cost Savings, Enhanced Quality
~$130K/year estimated manufacturing cost reduction potential per facility (est.)
Transformed Plant or Plant Part with Enhanced Dedifferentiation and Redifferentiation Ca…
This technology enhances plant cell dedifferentiation and redifferentiation by suppressing the SIZ1 gene. It significantly boosts the efficiency of plant t…
3× Plant Cell Regeneration, ~30% Production Cost Reduction
~$40K/year estimated cost reduction per facility (est.)
Bacteriostatic Composition for Campylobacter
This technology utilizes tryptanthrin, a natural compound, to selectively inhibit Campylobacter in animal gut environments. It significantly reduces foodbo…
Cuts Campylobacter risk by ~30%, saving $0.5M+ annually per facility.
~$0.5M–$2.0M/year estimated loss avoidance per facility (est.)
Cured Product, Shape Memory Member, Ligature, Suture, and Wearable Device
This technology provides a crystalline cured material from specific compounds, achieving both low drive temperatures and high deformation rates. It enables…
Next-Gen Shape Memory Material: Low Drive Temp, High Deformation, ~25% Energy Savings
~$150K/year estimated operational cost reduction per facility (est.)
Allergy Inhibitor and Degranulation Inhibitor
This technology identifies Ly6G, a neutrophil-specific protein, as a key regulator of mast cell response through mast cell-neutrophil interactions. By cont…
Novel Allergy Treatment: Targets Root Cause, Unlocks >$33.5M Annual Revenue
~$33.5M/year estimated new revenue generation in the allergy market (est.)
Insoluble Electrode and Method for Producing Metallic Magnesium
This technology introduces an insoluble MoSi2 electrode featuring a stable surface oxide film. It enables efficient production of ultra-high-purity magnesi…
2x Electrode Durability, 99.9%+ High-Purity Mg Production
~$1.5M/year estimated operational cost reduction per facility (est.)
Method for Manufacturing Carbon Fiber Reinforced Plastic
This technology offers a simplified, high-precision method for manufacturing complex-shaped Carbon Fiber Reinforced Plastics (CFRP) using an electrodeposit…
Automated CFRP Production: ~20% Cost Reduction for Complex Shapes
~$200K/year estimated manufacturing cost reduction per facility (est.)
Assistive Device for Genital Organs
This innovative assistive device for erectile dysfunction (ED) offers stable fixation and natural movement, addressing a critical unmet need for patients. …
ED Support: 100% Stability, Natural Experience for Enhanced QOL
~$0.5M/year estimated new revenue potential for a licensee (est.)
Clip Mask Frame
This clip mask frame significantly improves mask-wearing comfort by creating breathing space and eliminating facial marks. It features a handle for hygieni…
Mask comfort up 80% — hygienic adjustment in 3 seconds.
~$335K/year estimated productivity improvement per facility (est.).
Method for Manufacturing Metal Plates with Layered Double Hydroxides on the Surface
This technology rapidly forms a high-performance composite coating of layered double hydroxides and metal hydroxides on metal surfaces. It significantly en…
Boost Durability 2X, Cut Coating Time by 80%
~$1M/year estimated economic benefit per facility (est.)