Bile Duct Cancer Therapeutic Agent
This technology introduces a novel therapeutic agent, a verteporfin-like compound, targeting Yes-associated protein (YAP)-expressing cancers, particularly …
Bile Duct Cancer: Novel YAP Inhibitor Offers New Hope, ~3x Faster Development
~$50M/year estimated new market creation in bile duct cancer treatment (est.)
Mask
This innovative technology creates a 3D-fitting mask from a single piece of stretchable fabric, entirely eliminating the need for sewing or adhesives. Its …
No-Sew Mask Cuts Manufacturing Costs by ~30%, Boosts Production Efficiency
~$250K/year estimated profit contribution per facility (est.)
Thin-Film Artificial Skin
This flexible, large-area artificial skin detects touch without external power. Utilizing a unique layered structure, it senses capacitance changes from co…
Boost Robot Precision 1.5x, Cut Operational Costs by ~30%
~$150K/year estimated operational cost savings per facility (est.)
Ultra-Low Resistance Connection Method for High-Temperature Oxide and Metallic Supercond…
This technology offers an innovative method for ultra-low resistance connections between high-temperature oxide and metallic superconducting wires. It achi…
Ultra-Low Resistance Superconducting Connections: 10^-9Ω, 6x Faster Deployment
~$1.5M/year estimated operational cost reduction and productivity improvement per facility (est.)
Coke Dry Quenching System
This technology revolutionizes coke dry quenching (CDQ) by enhancing cooling gas injection devices. It ensures uniform coke descent and maximizes cooling c…
Boost Coke Cooling by ~20%, Increase Throughput by ~15%
~$1.5M/year estimated cost savings and revenue increase per facility (est.)
Sodium Channel Binding Agent and Pharmaceutical Composition
This technology offers novel compounds that selectively bind to the NaV1.1 sodium channel in inhibitory neurons, addressing the root cause of Dravet syndro…
NaV1.1 Selective Agent: Foundational Dravet Treatment, ~$5.5M/Year Potential
~$5.5M/year estimated revenue potential per facility (AI est.)
Method for Introducing Solids into Porous Materials
This technology efficiently introduces solids, especially cells, into porous materials using a vacuum-pressure process. It minimizes cell damage and ensure…
15% Higher Cell Viability, Zero Damage for Regenerative Medicine
~$1M/year estimated cost savings per facility (est.).
Thermoelectric Conversion Material, Its Manufacturing Method, and Thermoelectric Convers…
This technology offers a novel thermoelectric material that efficiently converts unused waste heat into electricity. Utilizing a unique amorphous-crystalli…
Waste Heat to Power: 1.5x Efficiency, ~20% CO2 Reduction
~$800K/year estimated energy cost savings per facility (est.).
Microbial Mixture, Methane-Producing Composition, and Methane Production Method
This technology utilizes a unique microbial mixture to efficiently produce methane gas from organic waste at ambient temperatures. By eliminating the need …
Ambient Methane Production: 1.5× Efficiency, ~50% Lower OpEx
~$350K/year estimated cost savings and revenue generation per facility (est.)
Molded Article Containing Side-Chain Crystalline Block Copolymer and Manufacturing Metho…
This technology modifies thermoplastic surfaces by incorporating a side-chain crystalline block copolymer (SCCBC) during melt molding. This creates a high-…
2x Product Durability, ~35% Maintenance Savings via Advanced Surface Modification
~$250K/year estimated maintenance cost reduction per product line (est.)
Hygienic PET Bottle for Heatstroke and Infectious Disease Prevention
This technology introduces a PET bottle with multiple individually protected straws, addressing hygiene concerns associated with shared or prolonged use of…
Multi-Straw PET Bottle: ~80% Reduction in Beverage Contamination Risk
~$130K/year estimated health risk reduction per facility (est.)
Multi-Port PET Bottle Cap for Enhanced Hygiene and Heatstroke Prevention
This technology introduces a multi-port cap for standard PET bottles, allowing users to access fresh, uncontaminated drinking surfaces. It significantly re…
Multi-Port Bottle Cap: 90% Hygiene Boost, Zero Contamination Risk
~$1M/year estimated hygiene-related cost reduction potential per facility (est.)
Method for Manufacturing Graphene from Graphite Particles, Coating with Alpha-Olefin Der…
This technology offers a novel, cost-effective method for producing high-quality single-layer graphene from graphite. It uses electric fields and mechanica…
Graphene Mass Production Accelerated: ~30% Cost Reduction
~$1.0M/year estimated manufacturing cost reduction per facility (est.)
Mouthpiece
This innovative mouthpiece design ensures secure retention of oral devices, even with relaxed bite force. Its U-shaped body, with an incisor insertion part…
Oral Devices Stay Secure: ~90% Fewer Dislodgements, Boosting Patient Care
~$100K/year estimated operational cost reduction across 10 facilities (est.).
Light Conversion Element
This organic upconversion technology efficiently converts low-intensity ambient light into higher-energy light. Its solid-state thin-film structure, levera…
Boost Solar Efficiency by ~5% in Low Light, Unlock New Energy Sources
~$2.5M/year estimated revenue increase across 300 large-scale facilities (est.)
Nitrogen Compound Conversion Apparatus and Nitrogen Compound Conversion Method
This technology transforms industrial NOx emissions from power plants and factories into valuable chemical precursors using a proprietary metal oxide catal…
NOx Emissions Transformed to Value, Boosting Power Efficiency by 1.2x
~$1.0M/year estimated cost savings and revenue generation per facility (est.)
Modular Wall System, Assembly Kit, and Basic Wall Structure Unit
This patent describes a modular wall system using corrugated board, significantly improving durability and shape retention over conventional designs. Its u…
Modular Wall System: 30% Logistics Savings, 2x Durability for Rapid Deployment
~$150K/year estimated logistics and installation cost savings per facility (est.)
Optically Active Dihydroquinoxalinonyl-Spirooxindole Derivatives and Their Manufacturing…
This technology offers a highly efficient and selective method for synthesizing optically active dihydroquinoxalinonyl-spirooxindole derivatives, critical …
Precision Chiral Synthesis: Accelerate Drug Development by ~20%
~$50K–$1.5M/year estimated cost savings or early revenue per product (est.)
Method for Producing Photocatalysts, Method for Reducing Metal Compounds, and Photocatal…
This technology produces highly active photocatalysts from common clay minerals and salt via a low-environmental-impact heating process. It efficiently red…
Clay Photocatalyst Slashes Costs >$200K/Yr, Cuts Environmental Impact by 1/3
~$200K/year estimated manufacturing cost reduction per facility (est.)
Plastic Working Method and Plastic Working Apparatus
This technology offers a novel method for continuous plastic working of rod and wire materials, precisely controlling residual stress through an optimized …
Boost Production 15%, Cut Residual Stress Defects by ~3%.
~$200K/year estimated manufacturing cost reduction per facility (est.).
Method for Manufacturing Porous Particles, Porous Particles, and Filler
This technology enables the efficient, low-energy manufacturing of high-performance porous particles by eliminating the need for sub-5°C cooling. It levera…
Cut cooling costs by ~70%, boost production efficiency by 30% for porous particles.
~$100K/year estimated manufacturing cost reduction per facility (est.)
Self-Emulsifying Composition and Its Manufacturing Method
This technology creates self-emulsifying compositions using porous hydrophilic polymer particles that absorb lipophilic substances. It enables high emulsif…
Reduce Surfactant Use by 1/3, Achieve Zero Residue Emulsions
~$350K/year estimated cost reduction potential per facility (est.)
Cells for Influenza Virus Production and Method for Producing Influenza Virus
This technology introduces a novel cell line, modified by suppressing the TMED2 gene, to significantly enhance influenza virus proliferation. It boosts vac…
1.5× Flu Vaccine Output, ~20% Cost Reduction with Novel Cell Line
~$6.5M/year estimated cost reduction per facility (est.)
Silica Porous Hollow Fiber Membrane and Its Manufacturing Method
This technology offers a silica porous hollow fiber membrane with superior heat resistance, mechanical strength, and gas separation capabilities. By integr…
Boost Gas Separation Productivity by 2x, Cut Energy Costs by 15%
~$1.0M/year estimated economic benefit per facility (est.)