Image Encoding Device, Image Decoding Device, and Program
This technology optimizes image encoding by selectively applying orthogonal transformation and quantization to prediction residuals based on pixel-level si…
Boost Video Compression by 20%, Slash Data Costs by ~$1.5M Annually
~$1.5M/year estimated cost savings (est.)
Radio Wave Propagation Estimation System, Radio Wave Propagation Estimation Method, and …
This technology significantly enhances radio wave propagation prediction accuracy by integrating structural map data and empirical distance attenuation dat…
ML-Driven Radio Prediction: 20% Higher Accuracy, ~65% Cost Cut
~$1.0M/year estimated infrastructure investment optimization per facility (est.)
Audio Coordinate Transformation Apparatus and Program
This technology optimizes object-based audio coordinate transformation, ensuring high-fidelity sound reproduction across diverse playback environments. It …
Reduce content adaptation costs by ~20%, preserving creator intent across all audio systems.
~$150K/year estimated content adjustment cost reduction per facility (est.)
Image Processing Apparatus, Image Processing Method, and Image Processing Program
This technology offers a breakthrough in 3D image reconstruction, utilizing a unique algorithm that precisely calculates and re-positions concentration qua…
Boost 3D Imaging Accuracy by ~30%, Cut Analysis Time by ~20%
~$400K/year estimated inspection cost reduction per facility (est.)
Distribution Server, Receiving Device, Video Distribution System, and Program
This technology dynamically optimizes video encoding rates based on real-time viewer demand and network conditions. It reduces unnecessary encoding of less…
Cut Video Streaming Costs by ~30%, Enhance Viewer Experience
~$150K/year estimated encoding cost reduction per facility (est.)
Method for Manufacturing a Paste Comprising an Aggregate of Metal Nanoparticles Disperse…
This technology produces a stable metal nanoparticle paste for forming highly conductive layers and strong bonds at low temperatures. It addresses the need…
Next-Gen Conductive Paste Cuts Manufacturing Costs by ~25% with Low-Temp Bonding
~$250K/year estimated cost reduction per facility (est.)
Method and Device for Estimating Interference Power Distribution and Source Occupancy
This technology precisely estimates wireless interference power and source occupancy, even in challenging low-signal environments. By filtering unreliable …
Boost Wireless Stability by 90%, Cut Interference-Related Downtime by 30%
~$350K/year (AI est.) in operational cost savings per facility.
Dielectric Actuator
This novel dielectric actuator uses a gel sheet that stretches significantly with low voltage (few V/µm vs. hundreds V/µm). It enables smooth, large displa…
Low-Voltage Actuator: 1.5x Stretch, 30% Energy Savings for Soft Robotics
~$350K/year estimated operational cost savings per facility, plus a 20% reduction in development tim…
Solid-State Image Sensor and Imaging Device
This technology fundamentally solves dark current issues in solid-state image sensors by canceling opposing dark currents from the photoelectric conversion…
10x Signal Precision: Next-Gen Sensors Cut Dark Current by 90%
~$1.5M/year estimated reduction in defect and re-inspection costs per facility (est.)
Receiver Device
This technology dynamically optimizes signal combining from multiple antennas using post-reception error feedback. It maximizes diversity gain in fluctuati…
Adaptive Diversity Control Boosts Communication Stability by 20%
~$200K/year estimated operational cost reduction per facility (est.).
Display Device
This technology minimizes display panel bezels by optimizing wiring and contact plug placement within the pixel circuit board. It integrates multiple scan …
Achieve 5% More Display Area, Unlock Bezel-Less Design
~$1.5M/year estimated manufacturing cost reduction per facility (est.)
Display Device
This technology enables ultra-narrow bezels by integrating display driver circuits directly into the display area. It uses vertical interconnects and flexi…
Achieve 1/3 Bezel Width, Boost Immersive Displays by 95% Screen-to-Body Ratio
~$650K/year estimated manufacturing cost reduction per facility (est.)
Display Device and Its Manufacturing Method
This technology enables ultra-high-definition displays by using an innovative stacked pixel circuit architecture. It separates the pixel circuit board into…
Double Pixel Density, ~15% Cost Reduction for Next-Gen Displays
~$1.3M/year estimated manufacturing cost reduction per facility (est.)
Power Supply Device
This technology introduces a novel power supply device that prevents significant battery voltage drop during long periods of disuse. By intelligently manag…
Extend Battery Life 30%, Cut Operating Costs 15% with Smart Power Management
~$800K/year estimated maintenance and replacement cost reduction per facility (est.)
Dense Zeolite Body and Its Manufacturing Method
This technology introduces a novel dense zeolite body featuring exceptional ion conductivity (1.0×10^-3 S·cm^-1 or more) and an environmentally conscious m…
10x Ion Conductivity, 30% Cost Reduction in Next-Gen Zeolite Production
~$1.5M/year estimated cost reduction per facility (est.)
Varnish Composition, Method for Manufacturing Polyimide Resin, and Additive
This technology delivers a novel varnish composition for polyimide resins, achieving significantly lower thermal expansion and 1.5x higher tensile strength…
Advanced Polyimide: 50% Lower Thermal Expansion, 1.5x Stronger
~$1.5M/year estimated quality improvement cost reduction per facility (est.)
Magnetization Control Device, Method for Manufacturing Same, and Magnetic Memory Device
This technology introduces a novel magnetization control device that leverages polarized spins for ultra-fast, low-energy magnetic switching. It integrates…
Next-Gen Magnetic Memory: 2x Speed, 3x Power Efficiency
~$1M/year estimated in power cost reduction and performance improvement per facility (est.).
Motor Core Structure
This technology introduces an innovative motor core structure that significantly reduces weight by creating strategic gap regions within stacked electromag…
Lightweight Motor Core Boosts Responsiveness by ~20%, Extends EV Range
~$16.5M/year estimated operational cost savings and productivity improvement per facility (est.).
Nanogap Electrode, Its Manufacturing Method, and Nanodevice with Nanogap Electrode
This technology delivers ultra-precise nanogap electrodes with stable gaps below 10nm and uniform widths below 20nm, utilizing an innovative electroless pl…
Achieve 10nm Nanogap Precision, Accelerate Device Development by 2.5 Years
~$50K/year estimated cost reduction per facility, plus 2.5 years reduced development time (est.).
Single-Molecule Transistor
This single-molecule transistor utilizes π-conjugated molecules between nanoscale electrodes, enabling molecular-level electron control via resonant tunnel…
100x Density, 90% Power Reduction for AI & IoT
~$3.5M/year estimated operational cost savings per facility (est.)
Method for Manufacturing Electrode Catalyst Alloys, Method for Manufacturing Ketones and…
This innovative electrode catalyst, featuring metal or metal oxide on a conductive material with specific electrical conductivity, significantly enhances a…
Fuel Cell Efficiency Jumps 20%, Boosting Green Chemical Production
~$1.0M/year estimated cost reduction or revenue increase per facility (est.)
Magnetization Observation Method and Magnetization Observation Apparatus
This technology enables high-precision, non-destructive observation of magnetization in magnetic materials. It utilizes excitation X-rays to detect charact…
Precision X-ray Magnetization Observation: Cut Defect Rates by 75%
~$1M/year estimated quality defect cost reduction per facility (est.)
Autofocus Drive Mechanism Using Shape Memory Alloy Thin Film Actuator Array
This technology utilizes a shape memory alloy (SMA) thin film array to create an ultra-thin, high-response autofocus drive mechanism. It prevents over-defo…
50% Thinner AF Actuators, Instant Focus for Next-Gen Cameras
~$1.2M/year estimated manufacturing cost reduction per facility (est.).
Swallowing Sensor Device and Manufacturing Method
This technology revolutionizes swallowing sensors by replacing costly flexible PCBs with a stacked rigid PCB structure. It integrates sensors, wireless com…
Swallowing Sensor Production Costs Cut by ~66% with Rigid PCB Tech
~$330K/year estimated manufacturing cost reduction per facility (est.)