Dual-Purpose Bedding and Cold-Weather Gear
This innovation transforms standard bedding into wearable cold-weather gear for emergency use. By adding simple connectors, existing duvets become quick-de…
Dual-Use Bedding Cuts Disaster Prep Costs by ~50%, Boosts Safety
~$150K/year estimated stock-related cost reduction per facility (est.)
Card Storage Device
This patent introduces an innovative storage device with a unique folding spacer mechanism that automatically adjusts to enable rapid, effortless retrieval…
3x Faster Card Retrieval, 20% Thinner Design for Compact Storage
~$5.3K/year estimated operational efficiency per facility, alongside a potential 20% reduction in an…
Concrete Manufacturing Method Using Nitrogen-Dissolved Water and Reinforced Concrete Str…
This technology introduces nitrogen-dissolved water into concrete production, replacing oxygen and CO2. This process fundamentally inhibits concrete carbon…
Double Concrete Lifespan, Cut Maintenance Costs by 20%
~$100K/year estimated maintenance cost reduction per facility (est.)
Method for Manufacturing Ni-Based Superalloy with Prevented Oxidation Degradation by Sb,…
This technology manufactures Ni-based superalloys with superior oxidation resistance, even from lower-grade or recycled materials contaminated with antimon…
Ni Superalloys: Cut Material Costs by >30% While Maintaining Oxidation Resistance
~$200K/year estimated material cost savings per facility (est.)
All-Solid-State Lithium-Ion Secondary Battery and Manufacturing Method
This technology dramatically reduces interface resistance in all-solid-state lithium-ion batteries by forming a unique lithium alloy layer between the anod…
All-Solid-State Batteries: 30% Faster Charging, 15% More Range
~$3.5M/year estimated manufacturing cost reduction per facility (est.)
Near-Infrared Emitting Phosphor and Light Emitting Device
This technology features a novel Cr-doped M(1)2M(2)M(3)O4 crystal phosphor, emitting broadband near-infrared (NIR) light from 1050-1350nm. This enables hig…
Broadband NIR boosts defect detection by 20% for next-gen sensing
~$200K/year estimated new market creation potential per facility (est.)
Magnetic Junction, TMR Element, and Magnetic Sensor Systems for Encoders
This innovative magnetic junction and TMR element technology delivers ~1.5x higher sensitivity and superior stability for magnetic field detection. By uniq…
TMR Sensors: 1.5x Sensitivity, ~33% Defect Reduction for Precision Automation
~$800K/year estimated economic impact from precision improvements per facility (est.).
Laminate, Composition, and Method for Manufacturing Electrochromic Devices
This technology provides a pre-laminated electrolyte film for electrochromic (EC) device manufacturing. It eliminates complex coating and drying steps, sig…
50% Faster EC Device Production, Zero Leakage Risk, High Flexibility
~$400K/year estimated economic benefit per facility (est.)
CO2 Separation System
This technology efficiently separates CO2 from high-concentration gas sources like natural gas and biogas. By combining cryogenic and adsorption separation…
1.5x Methane Output, ~66% Energy Savings in CO2 Separation
~$1.5M/year estimated operational cost reduction per facility (est.)
Wavelength Conversion Element and Light-Emitting Device Using the Same
This technology uses a unique two-stage wavelength conversion with a single phosphor layer between reflective layers to achieve precise chromaticity contro…
Single Phosphor Enables Flexible Chromaticity, Cuts Manufacturing Costs by ~30%
~$1.5M/year estimated manufacturing cost reduction per facility (est.)
Lithium Recovery Agent, Method, and System; Production of Lithium-Containing Manganese O…
This technology offers a novel lithium recovery agent and system, combining electrogenic bacteria with lithium intercalation materials. It enables efficien…
Bio-Lithium Recovery: ~67% Energy Savings, 30% Less Environmental Impact
~$1.0M/year estimated cost savings per facility, with a 30% reduction in environmental impact (est.)…
Semiconductor Device, Its Applications, and Manufacturing Method
This technology introduces a novel β-Ga2O3 semiconductor device featuring a unique 3D surface structure with (100) facet planes. It significantly reduces p…
β-Ga2O3: 3x Power Device Performance, ~80% Damage Reduction
~$1.0M/year estimated cost savings and productivity improvement per facility (est.)
Peltier Element with Heat Flow Sensor
This technology integrates a power-free, anomalous Nernst heat flow sensor directly onto Peltier elements. It enables ultra-fast, real-time heat flux measu…
Boost Peltier Efficiency by ~20% with Power-Free, Real-Time Heat Flow Sensing
~$1.0M/year estimated energy saving and efficiency improvement per facility (est.).
Heart Rate Variability Measurement System and Method
This technology non-invasively estimates Heart Rate Variability (HRV) from sweat signals using a micro-droplet sensor and a proprietary algorithm. It proce…
Non-Invasive Sweat Sensor Cuts HRV Monitoring Costs by ~50%
~$150K/year estimated cost reduction per facility (est.)
Content Authentication System
This system secures digital content by segmenting it into multiple data units that mutually authenticate upon user access. It permits content launch only w…
Digital Content Security: Mutual Auth Boosts Protection 10x, Cuts Fraud.
~$1M/year estimated revenue loss prevention per facility (est.)
Image Processing for Enhancing Resolution of Specimen Images
This technology uses a trained AI network to enhance the resolution of low-quality input images of specimens. It significantly improves diagnostic accuracy…
2x Resolution, Up to 20% Improved Diagnostic Accuracy with AI
~$1M/year estimated diagnostic cost reduction per facility (est.)
System and Method for Proposing Factor Parameters to Estimate Target Labels
This technology automates feature engineering in machine learning, identifying optimal data parameters for accurate AI model predictions. It accelerates AI…
Boost AI Development 1.5x, Cut Time 30% with Automated Factor ID
~$0.8M/year estimated AI development cost reduction per facility (est.)
Vehicle-to-Road Communication System, On-board Communication Device, and Computer Progra…
This technology optimizes V2X communication by intelligently filtering and managing vast amounts of intersection data within on-board vehicle systems. It d…
V2X Data Optimization: Up to 70% ECU Load Reduction for Real-time ADAS
~$200K/year estimated development and operational cost savings per facility (est.)
Driving Assistance Device, Driving Assistance Method, and Program
This control platform uses real-time traffic signal data to provide optimal driving assistance, enabling smoother acceleration and deceleration. It improve…
Signal-Linked Driving: Up to 15% Fuel Efficiency, Halve Driver Stress
~$0.8M/year estimated cost reduction and accident risk mitigation per facility (est.)
Razor, Razor Head, and Razor Head Mounting Body
This technology introduces an innovative razor head attachment system, featuring a unique connecting hole design that enables easy head replacement while e…
Eco-Razor Cuts Waste by ~15%, Boosts Shave Comfort
~$1.0M/year estimated economic impact per facility (est.)
Tissue Forming Agent
This technology utilizes a precisely viscosity-controlled alginate solution for tissue regeneration, significantly reducing post-treatment inflammation. It…
Inflammation-Free Tissue Regeneration. Cuts Medical Costs by ~30%.
~$2M/year estimated medical cost reduction potential per facility (est.)
Method for Manufacturing Particles Comprising Metal Oxides or Their Precursors
This technology revolutionizes the production of ultra-fine metal oxide nanoparticles (<10nm average diameter) using a continuous flow process. By precisel…
Ultra-Fine Metal Oxide Particles: <10nm, 4x Faster Production
~$150K/year estimated cost savings and value enhancement per facility (est.)
Thin Film Manufacturing Method and Deposition Apparatus
This technology stabilizes thin-film quality during sputtering by real-time plasma control. It monitors noble gas emission ratios and adjusts a third noble…
Real-time Plasma Control Boosts Thin-Film Yield by 20%, Uniformity by 25%
~$150K/year estimated cost reduction per facility (est.)
Mixed Gas and Method for Forming Thermal Spray Coating Using the Same
This technology uses a novel hydrogen-nitrogen gas mixture for plasma spraying, significantly reducing voids at the substrate interface by ~31% and stabili…
Plasma Coating: 31% Void Reduction, Stable Arc Boosts Productivity
~$200K/year estimated cost savings and 15% productivity increase per facility (est.)