Walking Assist Device and Walking Assist System
This innovative walking assist device offers highly precise, individualized gait control by independently adjusting support for each foot in both horizonta…
Precision Walking Assist: Boosts Rehab Efficiency by 20%, Cuts Costs by ~$80K Annually
~$80K/year estimated cost savings and revenue increase per facility (est.)
Processing Method and Apparatus for Enhanced Chemical Mechanical Polishing
This technology revolutionizes chemical mechanical polishing (CMP) for hard materials like synthetic quartz glass. By simultaneously supplying ozone gas an…
1.5x CMP Efficiency, Nanoscale Finish for Advanced Materials
~$400K/year estimated processing cost reduction per facility (est.)
All-Around Stereoscopic Display Device
This technology provides a 360-degree 3D display that eliminates viewer position restrictions. It dynamically renders natural, immersive 3D content visible…
All-Around 3D Display: Boost Customer Engagement 20%, 1.5x Learning
~$200K/year estimated revenue opportunity per facility (est.)
Method for Forming Transition Metal Chalcogenide Layered Films and Apparatus Therefor
This technology enables the stable, low-cost, and large-area production of high-quality transition metal chalcogenide layered films, crucial for next-gener…
Next-Gen Films: ~30% Cost Reduction, Large-Area Uniformity for Advanced Devices
~$1.0M/year estimated manufacturing cost reduction per facility (est.)
In-Vehicle Device
This technology introduces an innovative in-vehicle device with a dual-axis rotating camera, eliminating critical blind spots inside and outside the vehicl…
Eliminate 70% of Blind Spots with Dual-Axis Rotating Camera for Enhanced Vehicle Safety
~$200K/year estimated accident-related cost reduction per facility (est.)
Micro-Nozzle Apparatus
This micro-nozzle device precisely controls fluid in sub-1mm regions using multiple discharge and aspiration capillaries. It enables complex fluid patterni…
Ultra-Precision Micro-Nozzle: ~30% Faster Drug Screening, $550K Annual Savings
~$550K/year estimated material loss reduction and productivity improvement per facility (est.)
Method and Apparatus for Reducing Fluid Drag of Structures
This technology uses piezoelectric materials to generate acoustic flow, directly influencing the boundary layer of structures in fluid. It reduces fluid dr…
Fluid Drag Cut by ~30% with Acoustic Flow for 25% Fuel Savings
~$6M/year estimated fuel cost savings per large vessel (est.)
Winding Apparatus
This technology automates the precise winding and unwinding of long materials, using a unique radial guide mechanism to prevent damage and adapt to various…
Automated Winding Boosts Productivity by 20%, Cuts Labor Costs by ~30%
~$150K/year estimated cost reduction per facility (AI est.).
Single Carrier MIMO Transmitting Apparatus and Single Carrier MIMO Receiving Apparatus
This technology significantly enhances Single Carrier Frequency Domain Equalization (SC-FDE) MIMO transmission efficiency by optimizing pilot signal insert…
Boost MIMO Transmission Efficiency by ~20%, Cut Network Overhead
~$350K/year estimated operational cost savings and productivity improvement per facility (est.)
Zeolite Adsorption and Removal System, and Zeolite Adsorption and Removal Method
This technology dramatically accelerates zeolite regeneration by using CO2 gas for hydrocarbon removal, achieving 50x faster processing and ~65% lower oper…
50x Faster Zeolite Regeneration, ~65% Cost Reduction with CO2
~$1.5M/year estimated operational cost reduction per facility (est.)
Rotary Device
This technology introduces a novel rotary device that harnesses longitudinal vortices to significantly boost rotation speed and torque, especially in low-f…
Vortex-Driven Turbines: 15% More Efficient, Setting New Energy Standards
~$1.0M/year estimated energy cost reduction per facility (est.)
Learning Data Generation Apparatus and Behavior Analysis System, Program, and Recording …
This technology offers a core system for generating high-quality training data for AI models that analyze behavior from video. It uses unique motion detect…
AI-powered behavioral analysis boosts productivity by 2x, cuts monitoring costs by 80%.
~$200K/year estimated productivity increase per facility (est.)
Time-Waveform Variable Strong Magnetic Field Generator
This technology enables high-precision, variable-waveform strong magnetic field generation using standard low-voltage power. By integrating an electromagne…
Low-Voltage Strong Magnetic Fields: 30% Cost Cut, 1.5x Research Efficiency
~$26K/year estimated economic effect per facility (est.).
Ship Construction Simulation Method and System Based on Standardized Data Structure
This technology provides a standardized data structure and simulation system for complex shipbuilding across multiple factories. It optimizes task allocati…
Shipbuilding: 20% Faster Construction, ~$1.0M Annual Savings per Facility
~$1.0M/year estimated cost reduction per facility (est.)
Net Deployment Device, Design Method, and Capture Method for Space Debris & UAVs
This compact net deployment system captures space debris and unidentified aerial objects. It uses spring-driven, propellant-free mechanisms for uniform net…
Space Debris Capture: ~30% Cost Reduction, Zero Secondary Debris Risk
~$3.5M/year estimated operational cost savings per facility (AI est.)
Beam Profile Monitor
This technology offers a robust beam profile monitor capable of stable, high-precision measurement even in extreme heat-load environments. Utilizing a high…
3x Probe Lifetime, Stable Beam Monitoring in High-Heat Environments
~$550K/year estimated economic impact per facility (est.)
Image Decoding Apparatus and Image Decoding Method
This technology significantly reduces video data volume while maintaining high image quality by enhancing block-unit prediction efficiency. It effectively …
Boost Video Encoding Efficiency by ~20%, Cut Data Costs by 30%
~$1M/year estimated data-related cost reduction per facility (est.)
Predictive Image Correction Device, Image Encoding Device, Image Decoding Device, and Pr…
This technology revolutionizes video encoding by optimizing predictive image correction. It evaluates prediction accuracy based on reference image similari…
AI-Enhanced Video Encoding: ~25% Data Reduction, Superior Image Quality
~$1.5M/year estimated operational cost reduction per facility (est.)
Information Provision System, Method, and Data Structure
This technology optimizes information retrieval by treating documents as structured data, not just text. It significantly reduces index size and boosts sea…
Cut index bloat by 90%, accelerate search by 30% for enterprise data.
~$85K/year estimated operational cost savings and productivity gains per facility (est.)
Drug Release Device
This innovative device uses light energy to non-invasively release or inject drugs, activating active ingredients via light-induced shockwaves and cavitati…
Needle-Free Drug Delivery: Light-Activated Deep Tissue Penetration, Cuts Patient Burden by ~65%
~$1.5M/year estimated medical cost reduction per facility (est.)
MTF Measurement Apparatus and Program
This technology dramatically improves MTF (Modulation Transfer Function) measurement accuracy by up to 1.5x. It eliminates traditional phase shift errors t…
1.5× MTF Accuracy Boost, ~20% Inspection Cost Cut
Could achieve ~$40K/year estimated cost reduction per facility (est.).
Slip Control Testing System for Railway Vehicles
This hybrid simulation system precisely evaluates railway vehicle slip control algorithms by integrating physical brake components with a computational mod…
Railway Slip Control: 3x Faster Evaluation, ~65% Cost Reduction
~$1.5M/year estimated cost savings per facility (est.)
Imaging Apparatus for Automated MR Elastography Image Analysis
This technology automates the critical region-setting process in Magnetic Resonance Elastography (MRE) image analysis. By intelligently adjusting analysis …
MRE Accuracy Jumps 30%, Boosting Diagnostic Reproducibility
~$1.0M/year estimated diagnostic cost reduction and opportunity loss mitigation (est.)
System and Method for Acquiring Leaf Temperature and Controlling Crop Cultivation
This technology uses deep learning to precisely measure crop leaf temperatures from thermal images, enabling automated, optimal environmental control. By a…
AI-driven leaf temperature control boosts crop yield by 1.5x, cuts waste by 20%.
~$260K/year estimated yield and quality improvement per facility (est.)