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.)
Method and System for Measuring Thermal Properties Related to Heat Conduction of a Measu…
This technology provides a high-precision, single-sample system for measuring thermal conductivity and contact thermal resistance. By integrating infrared …
Single-Sample Thermal Analysis: Accelerate R&D by 66%, Save ~$65K Annually
~$100K/year estimated R&D cost reduction per facility (est.)
Method for Detecting Temperature Anomalies in Superconductors
This technology offers a highly accurate and rapid method to detect temperature anomalies, or quenches, in superconductors. By sensing pressure changes fro…
Superconductor Quench: Millisecond Detection Prevents ~$350K Annual Loss
~$350K/year estimated operational risk cost reduction per facility (est.)
Atmospheric Environmental Measurement Method
This technology deploys autonomous drones equipped with environmental and weather sensors to map 3D air quality with high temporal resolution. Drones colle…
Drone-Based 3D Air Monitoring Cuts Data Collection Costs by ~60%
~$150K/year estimated operational cost reduction per facility (est.)
Method for Testing Prostate Cancer Using Pathogenic Variants
This technology offers a novel diagnostic method for efficiently predicting prostate cancer risk, particularly for early-onset cases. By analyzing specific…
Early Prostate Cancer Detection: Boosts Genomic Medicine by 20%
~$1.5M/year estimated new revenue and healthcare cost reduction (est.)
Method and Punch for Evaluating Hole Expandability of Tubular Materials
This technology offers an innovative method and punch for highly efficient and precise evaluation of tubular material formability, particularly hole expand…
Cut Pipe Material Evaluation Time by 70%, Boost Accuracy
~$200K/year estimated inspection cost reduction per facility (est.)
Method for Determining Rice Hardness
This technology offers a rapid, DNA-based method to determine rice hardness by detecting specific genetic markers (SNPs). It eliminates the need for tradit…
DNA-Based Rice Hardness ID: 80% Faster Breeding, 2/3 Cost Savings
~$350K/year estimated breeding development cost reduction per facility (est.).
Method and System for Identifying Origin, Variety, and/or Quality of Silkworm-Derived Si…
This technology rapidly identifies silk origin, variety, and manufacturing year using advanced protein and peptide analysis. It provides objective, scienti…
30-Minute Silk Verification: Authenticate Origin, Variety, and Age
~$200K/year estimated quality control cost reduction per facility (est.)
Electromyography Detector and Detection System
This technology is a self-contained electromyography (EMG) detector that integrates sensing, processing, and audio feedback into a single wearable unit. It…
Standalone EMG Detector: Boosts Efficiency by 20%, Cuts System Costs by ~66%
~$200K/year estimated operational cost savings per facility (est.)
Imaging Device and Its Driving Method
This technology introduces a clutch-based rotating gantry and regenerative braking to CT scanners, cutting power consumption by ~70% and reducing size by 5…
Mobile CT: ~70% Power Reduction, 50% Size Cut, Rapid Deployment
~$100K/year estimated operational cost reduction per facility (est.)
Radiation Detection Apparatus
This technology provides high-precision, three-dimensional radiation dose distribution mapping, including depth information, overcoming limitations of conv…
3D Radiation Mapping: Boost Safety, Cut Costs by ~$1M Annually
~$1M/year estimated medical and industrial inspection cost reduction (est.)
Separation Apparatus and Method, and Inspection Apparatus and Method
This technology offers a novel method for high-precision, single-step separation of target components from solutions. By applying external force with a spe…
1-Step Sample Prep: Cut Pre-analysis Time by 66%, Boost Accuracy
~$150K/year estimated operational cost reduction per facility (est.)
Method for Detecting Mouse Pinworm in the Large Intestine
This technology offers a highly sensitive and rapid PCR-based method for detecting mouse pinworm DNA, streamlining sample preparation with a simple alcohol…
Mouse Pinworm Detection: 5x Sensitivity, 66% Faster
~$150K/year estimated economic impact per facility (est.).
Sample for Hydrogen Permeation Detection and Method for Manufacturing the Same
This technology revolutionizes hydrogen detection by eliminating charge-up, enabling highly accurate, non-destructive analysis of hydrogen behavior in mate…
3× Precision Hydrogen Detection: Eliminates Charge-Up, Cuts Material Waste by ~10%
~$1.0M/year estimated material development cost reduction per facility (est.)
Fullerene Nanotubes, Their Manufacturing Method, and Quartz Crystal Microbalance Gas Sen…
This technology introduces hydrophilic, nitrogen-doped fullerene nanotubes with amino-functionalized surfaces, offering superior selectivity for volatile a…
Nitrogen Fullerene Boosts Gas Sensing Selectivity, Cuts Production Costs by 20%
~$150K/year estimated cost savings and revenue generation per facility (est.)
Fullerene Nanosheet, Its Manufacturing Method, and Quartz Crystal Gas Sensor Using the S…
This technology introduces a novel nitrogen-containing fullerene nanosheet for highly selective acidic gas detection. Its unique hexagonal, porous structur…
Nitrogen Fullerene Nanosheets: 33% Faster Production, Superior Acid Gas Detection
~$80K/year estimated cost savings and enhanced safety quality per facility (est.)
System for Evaluating Organism-Level Healthspan Using C. elegans
This technology provides an automated system for evaluating organism-level healthspan using C. elegans. By quantifying both lifespan and 'immobility rate,'…
2x Faster Healthspan Screening, 20% Lead Time Reduction for Longevity R&D
~$350K/year estimated R&D cost reduction per facility (est.)
Sample for Hydrogen Permeation Detection and Its Manufacturing Method
This technology provides a rigid support for fragile thin films, enabling precise and stable hydrogen permeation detection. It overcomes challenges in eval…
2x Precision, 20% Faster R&D for Next-Gen Thin Film Materials
~$200K/year estimated R&D cost reduction per facility (est.)
Method for Detecting Tumorigenic Clones of Human T-Cell Leukemia Virus Type I Infected C…
This technology offers an innovative method for efficiently detecting tumorigenic clones of HTLV-1 infected cells. It optimizes genomic DNA extraction, res…
HTLV-1 Tumor Clone Detection: 70% Faster Diagnosis, Critical for Early ATL Intervention
~$50K/year estimated cost reduction per facility (AI est.)
Additive Composition and Method for Enhancing Microbial Ion Tolerance
This technology significantly enhances microbial tolerance to high concentrations of cesium and lithium ions. By adding magnesium compounds or expressing m…
Microbial Ion Tolerance Boosted 100% with Mg Additives, Halving Treatment Time
~$350K/year estimated environmental remediation cost reduction per facility (est.)
Method for Identifying Citrus Varieties
This technology offers a highly accurate and rapid DNA-based method to identify the premium 'Asumi' citrus variety. By detecting two specific genomic indel…
Citrus 'Asumi' Authenticity: 2-Marker DNA Test Cuts Identification Time by ~66%
~$200K/year estimated in brand value enhancement and cost reduction per facility (est.).
Emission Device
This technology enhances laser ranging accuracy for ADAS and autonomous vehicles by optimizing laser beam emission patterns. It precisely focuses light for…
Precision Laser Ranging: Cut False Detections by 90% for Next-Gen ADAS
~$350K/year estimated accident risk reduction per facility (est.)
Information Collection Method, System, and Device
This technology analyzes red blood cell membrane breakdown from a single drop of blood to assess an individual's health and lifestyle. It provides a simple…
1 Blood Drop: Integrated Health & Lifestyle Insights, ~$200K/year Cost Savings
~$200K/year estimated health management cost reduction per facility (est.)
Method for Predicting the Onset of Endometrial Cancer
This technology identifies functional abnormalities in Bloom syndrome protein (BLM) as a novel biomarker for early endometrial cancer risk prediction. It e…
BLM Biomarker Boosts Endometrial Cancer Prediction by ~20%, Cuts Treatment Burden
~$1M/year estimated healthcare cost reduction per facility (est.)