Magnetic Powder Material, Permanent Magnet, and Method for Manufacturing Magnetic Powder…
This technology introduces a novel manufacturing method for high-coercivity hexagonal ferrite magnetic powder by substituting iron with lithium. It simplif…
Lithium-Substituted Ferrite: 1.5× Coercivity, ~20% Production Cost Reduction
~$0.8M/year estimated manufacturing cost savings per facility (est.).
Biological Information Analysis Device
This technology uses a camera and multi-wavelength light to non-invasively scan the eye, analyzing pupil brightness changes to continuously monitor diverse…
Non-invasive Eye Scan: ~30% Faster Early Disease Detection
~$350K/year estimated healthcare cost reduction per facility (est.)
Composite Particles, Their Manufacturing Method, and Electrochromic Devices Using Them
This technology introduces novel composite particles for electrochromic devices (ECDs), combining layered silicate compounds with metallo-supramolecular po…
2x Memory Retention, 50% Energy Savings for Smart Displays
~$1M/year estimated electricity cost reduction per facility (est.).
Quantum Dot and Manufacturing Method Thereof, Green Phosphor, Visualizing Dye, and Pigme…
This technology introduces cadmium-free InP/ZnS quantum dots with exceptional green emission (500-540nm), achieving high quantum yield and narrow linewidth…
High-Purity Green Quantum Dots: Boost Color Reproduction by 20%, Cut Power by 15%
~$1.5M/year estimated manufacturing cost reduction and market expansion (est.)
Superplastic Composite Ceramics
This novel composite ceramic exhibits superplasticity below 1400°C, enabling complex component shaping and precise thermal property control. It reduces man…
Superplastic Ceramics: 30% Cost Cut, 1.5x Lifespan Below 1400°C
~$1.5M/year estimated manufacturing cost reduction per facility (est.)
Liquid Detergent Composition for Dishware
This innovative liquid detergent composition leverages a synergistic blend of surfactants and enzymes to deliver superior cleaning performance against comp…
Multi-Soil Cleaning: Cuts Re-Contamination by ~33%, Boosts Efficiency
~$20K/year estimated cost reduction per facility (est.)
Method, Program, and System for Measuring Auditory Characteristics
This technology rapidly measures hearing characteristics by analyzing reflections from random noise emitted into the ear canal. It drastically reduces test…
Hearing Tests Cut by 66%, Boosting Clinic Throughput 1.5x
~$10K/year estimated inspection cost reduction per facility (est.)
Hydrogen Production Method
This technology efficiently generates hydrogen and methane from organic waste. It leverages humic substances to promote microbial growth and stabilize pH, …
3× Hydrogen Output from Waste Biomass, ~70% Cost Savings
~$50K/year estimated cost savings and revenue generation per facility (est.).
Method for Manufacturing Carbon Dioxide Reduction Catalyst
This technology provides a novel manufacturing method for CO2 reduction catalysts using plasma-treated conductive amorphous carbon. It boosts CO2 conversio…
Boost CO2 Conversion by ~20%, Extend Catalyst Life by 1.5x
~$200K/year (AI est.) cost savings and revenue opportunities per facility (est.)
Method for Producing Freeze-Dried Sake Lees and Freeze-Dried Sake Lees Product
This technology offers an innovative method for producing high-quality, freeze-dried sake lees by optimizing alcohol removal and vacuum sublimation drying.…
Freeze-Dried Sake Lees: ~20% Yield Boost, Superior Quality
~$200K/year estimated manufacturing cost reduction per facility (est.)
Lentiviral Vector, Cells, and Cell Preparations
This technology introduces a novel lentiviral vector designed for gene therapy targeting GM1 gangliosidosis, a severe neurodegenerative disorder. It effici…
GM1 Gene Therapy: Novel Lentivirus Offers Fundamental Cure, 3x Faster Development
~$65M/year estimated revenue opportunity in the rare disease market (est.)
Method for Manufacturing Anatase Titanium Oxide Films
This technology offers a novel solvothermal method to produce highly oriented anatase titanium oxide films. By precisely controlling the titanium-containin…
1.5× Performance Boost, ~30% Cost Cut for Advanced TiO2 Films
~$100K/year estimated manufacturing cost savings per facility (est.)
Image Processing Apparatus, Image Processing Method, and Program
This technology generates 3D phase differential images from standard OCT scans, enabling non-destructive, high-precision visualization of subtle physical p…
3D Phase Imaging: Boosts Early Detection by ~20%, Cuts Inspection Costs by ~$350K/year
~$350K/year estimated inspection cost savings per facility (AI est.).
Evaluation Apparatus, Evaluation Method, and Program
This advanced OCT technology precisely evaluates subtle, mixed-dynamics changes in biological tissues and materials. By analyzing signals from multiple tim…
OCT Signals: High-Precision Dynamics with 33% Resource Reduction
~$800K/year estimated cost reduction and 1.5x productivity per facility (est.)
New Technology for Aortic Aneurysm Diagnosis, Therapeutics, and Therapeutic Screening
This technology identifies novel biomarkers (Nucleoredoxin, Dishevelled) for early, non-invasive aortic aneurysm diagnosis and provides an efficient cell-b…
Early Aortic Aneurysm Detection: Accelerate Drug Development by ~30%
~$1.7M/year estimated healthcare cost reduction and new drug development revenue (est.)
Cattle Evaluation Device and Method
This technology objectively evaluates cattle body condition from 2D images, eliminating reliance on skilled human assessment. By quantifying physique, it e…
Automated Cattle Body Scoring: Boosts Productivity by ~20%, Cuts Labor
~$120K/year estimated economic impact per large-scale farm (est.)
Visual Information Correction Apparatus, Visual Information Correction Method, and Progr…
This innovative system uses real-time eye-tracking to dynamically adjust visual information for users with nystagmus, ocular muscle paralysis, or visual fi…
Eye-Tracking Tech Boosts Visual Clarity 3x, Enhances QOL
~$1.5M/year estimated social cost reduction (est.)
Manufacturing Method for Medical Needles
This technology enables high-precision mass production of biodegradable medical needles by preventing shape deformation during molding. It utilizes a flexi…
Biodegradable Needles: Zero Deformation, 20% Manufacturing Efficiency Boost
~$200K/year estimated cost savings per facility (est.)
Uterine Fibroid Subtype Prediction Program, Method, and Apparatus
This AI-powered system non-invasively predicts uterine fibroid subtypes, including MED12 mutations, and tissue composition from specialized MRI images. It …
Non-Invasive AI Predicts Uterine Fibroid Subtypes, Cuts Biopsy Need by 25%
~$150K/year estimated diagnostic cost reduction per facility (est.)
Walking Assistance System, Controller, and Method for Operating a Walking Assistance Sys…
This innovative system provides optimized walking assistance through intuitive control. It features a walking mechanism supporting the user's feet, a drive…
2× Rehab Efficiency, ~30% Caregiver Burden Reduction in Walking Assistance
~$200K/year estimated rehabilitation efficiency improvement per facility (est.)
Manure and Excrement Processing Material
This technology utilizes specially designed wood chips to efficiently process manure and excrement. It significantly reduces manufacturing costs while impr…
Manure Processing: Cut Material Costs by ~30%, Boost Composting Efficiency by 20%
~$13.5K/year estimated cost savings and revenue increase per facility (est.).
Method and Kit for Pathogenic Microorganism Detection
This technology offers a highly sensitive and rapid method for detecting pathogenic microorganisms using microfluidic droplet-based enzyme reactions. By pr…
100× Sensitivity Boost: Rapid Pathogen Detection, Faster Decisions
~$350K/year estimated cost reduction per facility (est.)
Multicore Thin-Film Superconducting Wire and its Manufacturing Method
This technology delivers an innovative multicore thin-film superconducting wire and its efficient manufacturing method, eliminating the need for post-proce…
90% Power Loss Reduction: Post-Processing-Free Superconducting Wire
~$1.0M/year estimated manufacturing cost savings per facility (est.)
Walking Assistance Device
This technology is a lightweight, non-invasive wearable device that uses directional vibrations to guide natural foot movements during walking. It synchron…
Vibration-Assisted Walking: Extend Mobility by 1.5x, Reduce Fall Risk by 20%
~$1.0M/year estimated care prevention cost reduction per service provider (est.).