Wearable Device
This patent introduces wireless power and data transfer between a wearable device's temple and frame, using coils integrated at the hinge. It eliminates wi…
Wireless Hinges: 2x Design Freedom, $0.5M/Year Cost Savings for Wearables
~$1.5M/year estimated cost savings and market competitiveness enhancement per facility (est.).
Mode-Locked Laser
This technology delivers high-power, stable optical pulses using a durable fiber-based transmission adjustment unit, overcoming the limitations of conventi…
3x Durability, High-Power Pulses: Revolutionizing Laser Manufacturing
~$300K/year estimated operational cost reduction per facility (est.).
Multilayer Film, Method for Manufacturing Multilayer Film, and Laminated Body
This patent introduces a novel multilayer film based on fullerene derivative molecules, solving challenges in chemical modification and handling for tradit…
Fullerene Multilayer Film Boosts Energy Efficiency by ~10%, Extends Device Life 1.2x
~$0.5M/year estimated operational cost reduction per facility (est.).
Electrolyte for Thermoelectric Conversion, Elements, Thermochemical Cells, and Sensors
This technology uses a novel oxo-aquavanadium complex in an electrolyte to significantly boost thermoelectric conversion efficiency (ZT). It enables effici…
30% Boost in Thermoelectric Efficiency Powers Next-Gen Energy & Control
~$0.85M/year estimated energy cost reduction per facility (est.)
Drive Device for Ultrasonic Motors, Method for Generating Learned Models, Learning Progr…
This technology introduces an innovative deep reinforcement learning control system for ultrasonic motors, enabling high-speed, high-precision operation. I…
AI-Driven Ultrasonic Motors: ~70% Faster Tuning, Millisecond Precision
~$350K/year estimated cost reduction per facility (est.)
Decoding Apparatus, Program, and Decoding Method
This technology optimizes video decoding by applying color difference residual scaling. It dynamically adjusts scaling based on color space conversion and …
Cut Video Data by 20%, Maintain 8K Quality for Next-Gen Streaming
~$350K/year estimated cost savings per facility (est.)
Transmitting Apparatus and Receiving Apparatus
This technology utilizes multi-layer encoding to deliver video with significantly reduced latency, especially for secondary video streams. It optimizes res…
Ultra-Low Latency Video: Multi-Layer Streaming Cuts Bandwidth Costs by ~20%
~$150K/year estimated operational cost savings per facility (est.)
Image Synthesis Apparatus and Program
This technology automatically and precisely interpolates 'holes' in 3D point cloud data projected onto 2D images. It uses Z-buffer depth to detect and fill…
3D Content: ~20% Faster Production, Zero Hole Defects
~$80K/year estimated cost reduction per facility (est.)
Receiving Apparatus and Receiving Method
This technology optimizes Hierarchical Division Multiplexing (LDM) reception for next-gen communication systems. It reduces processing load by ~20% and imp…
LDM Receiver Cuts Processing Load by ~20%, Boosts Separation Accuracy by 15%
~$100K/year estimated power cost savings per facility (est.)
Transmitting Apparatus, Receiving Apparatus, and Relay Station
This technology enhances FDM broadcasting by multiplexing unique transmitter IDs onto subcarriers, enabling receivers to acquire multiple IDs simultaneousl…
FDM Broadcasting: ID Multiplexing Boosts Efficiency by 1.5x
~$0.5M/year estimated operational cost reduction potential per facility (est.)
Lead Wire Bending Jig and Lead Wire Bending Method
This technology automates the precise bending of lead wires using an optimized jig mechanism. It significantly enhances quality consistency and reduces rel…
2x Precision, 3x Faster: Automated Wire Bending Cuts Labor by 66%
~$50K/year estimated cost reduction per facility (est.)
Lead Wire Alignment Jig
This precision jig automates lead wire alignment, significantly boosting efficiency and accuracy in electronic and mechanical assembly. Its grooved design …
Automated Wire Alignment Cuts Assembly Time by 50%
~$200K/year estimated manufacturing cost savings per facility (AI est.).
Method for Manufacturing Photovoltaic Cells and N-Type Semiconductor Layers
This technology introduces an innovative method for manufacturing n-type semiconductor layers in photovoltaic cells, utilizing a titanium tetrachloride aqu…
Next-Gen Solar Cells: Cut Production Costs by 25%, Boost Productivity by 1.3×
~$500K/year estimated economic impact per facility (est.)
Photoelectric Conversion Element and Method for Manufacturing Photoelectric Conversion L…
This technology integrates power generation and energy storage into a single photoelectric element. By forming a storage region directly within the n-type …
Integrated Power & Storage: 40% Space Reduction, 20% Efficiency Gain
~$50K/year estimated economic impact per facility (est.)
Measurement Device and Program
This technology provides a measurement device and program for accurately assessing signal quality, even in harsh reception environments with high symbol er…
High-Precision Signal Measurement Cuts Operational Costs by ~$500K Annually
~$500K/year estimated operational cost savings per facility (est.)
Image Processing Apparatus and Program Therefor
This AI-driven system precisely overlays virtual masks onto facial images, adapting naturally to diverse face shapes. By detecting landmarks and transformi…
AI-Powered Face Masking: Boosts Content Production Efficiency by 25%
~$10K/year estimated cost reduction per facility (est.)
Frequency Conversion Device
This technology upgrades existing frequency converters to generate high-purity Continuous Wave (CW) signals from modulated inputs. It integrates specific f…
Boost RF Testing Precision 20%, Cut Costs 30% with Existing Equipment
~$220K/year estimated capital investment and operational cost savings per facility (est.).
Transmitting and Receiving Apparatus
This technology provides an innovative method for efficiently transmitting and receiving hierarchical data signals. It features a 'system separation unit' …
Boost Bandwidth by 30% for Multi-Layer Data, Enhance Real-time Reliability
~$600K/year estimated investment reduction per facility (est.)
Single Carrier MIMO Transmitting Apparatus and Single Carrier MIMO Receiving Apparatus
This technology enhances Single Carrier Frequency Domain Equalization (SC-FDE) MIMO transmission by optimizing pilot signal insertion. It significantly imp…
Boost MIMO Efficiency by 25%, Secure Next-Gen Communication
~$200K/year estimated operational cost reduction per facility (est.)
Video Encoding Device and Program
This technology enhances video compression for HDR/wide color gamut content by dynamically adjusting encoding based on both luminance and color signals. It…
HDR Video: ~15% Higher Compression, Superior Visual Quality
~$550K/year estimated cost and revenue improvement per facility (est.).
Sound Field Reproduction Apparatus and Program
This technology precisely reproduces sound fields from moving directional sound sources using a unique driving signal calculation for speaker arrays. Unlik…
Dynamic Audio: Boost Immersion >30%, Drive $1.5M Annual Engagement
~$1.5M/year estimated customer engagement increase per facility (est.)
Information Linkage System, In-Vehicle Device, and Mobile Terminal
This system enables automatic, proximity-based integration between in-vehicle devices and mobile terminals. By detecting the distance via signal strength, …
Vehicle-Mobile Auto-Link: 20% Service Uptime Boost, Zero Manual Setup
~$165K/year estimated operational efficiency per facility (est.)
Coated Silver Nanoparticles and Method for Manufacturing Same
This technology provides low-temperature sinterable coated silver nanoparticles, enabling high-conductivity silver film formation on heat-sensitive flexibl…
Low-Temp Sintering Unlocks Flexible Electronics, Cuts Costs by ~20%
~$200K/year estimated manufacturing cost savings per facility (est.)
Organic Semiconductor Material and Organic Semiconductor Device Using the Same
This technology introduces novel azulen-based organic semiconductor materials with high charge mobility and long-wavelength absorption. It enables a new ge…
Next-Gen Organic Semiconductors: 10% Performance Boost, 66% Cost Cut
~$170K/year estimated manufacturing cost reduction per facility (est.).