Method for Designing Mirrors and Astigmatism Control Mirror with Reflective Surface
This technology provides a novel design method for a single mirror that independently controls light source and focal positions, enabling precise astigmati…
Single Mirror Achieves Zero Astigmatism, Cuts Development Time by ~30%
~$1.5M/year estimated cost reduction and market capture per facility (est.)
Astigmatism Control Mirror Design Method and Reflective Surface Based on Design Formula
This technology provides a novel method for designing mirrors with independent, ultimate control over astigmatism in vertical and horizontal directions. By…
Zero Astigmatism, 25% Faster Optical Design for Next-Gen Systems
~$300K/year estimated development cost reduction per facility (est.)
Information Processing Apparatus and Program
This technology introduces an information processing system that significantly improves imitation learning for robots. By segmenting observed images into p…
AI Imitation Learning: Cut Compute Costs by ~66%, Boost Robot Accuracy 20%
~$200K/year estimated operational cost reduction potential per facility (AI est.)
Method for Modifying Host Molecule Encapsulation Capacity, Encapsulate Manufacturing Met…
This technology precisely controls molecular encapsulation using specific "lid molecules" to selectively capture target molecules. It simplifies complex se…
Precision Molecular Control: ~20% Cost Cut, 1.5x Productivity Boost
~$65K/year estimated cost reduction per facility (est.)
Culture Device, Method for Producing Cultured Body, and Method for Drug Evaluation
This patent offers a co-culture device that precisely mimics complex in vivo biological environments by integrating anaerobic and aerobic conditions. It bo…
Drug Screening Accuracy Up 25% with >90% Bio-Mimicry
~$1.5M/year estimated drug development cost reduction per facility (est.).
Beam Forming Device and Measurement Apparatus
This technology utilizes an axicon with an optical fiber to generate Bessel-Gaussian beams, maintaining a narrow diameter over long distances. It enables h…
2x Range, Enhanced Precision: Bessel-Gaussian Beams Revolutionize Remote Sensing
~$100K/year estimated productivity improvement per facility (est.)
Signal Processing Device, Signal Processing Method, and Program
This technology offers an innovative signal processing system for active noise control (ANC) that dynamically minimizes sound pressure across entire contin…
Continuous Space ANC: ~50% Noise Reduction, Instant Comfort
~$150K/year estimated noise countermeasure cost reduction per facility (est.)
Measurement Device
This technology introduces a non-mechanical, wavelength-swept pulsed laser system for ultra-fast, high-precision distance measurement. By eliminating movin…
5× Faster Scanning, 1% Defect Reduction in Industrial Inspection
~$0.65M/year estimated economic impact per facility (est.)
Virus Detection Method and Virus Detection Device
This technology simplifies virus detection using a self-heating mechanism and a single integrated reagent for sample preparation and nucleic acid extractio…
On-Site Virus Detection: 3x Faster, Cuts Lab Time by 70%
~$200K/year estimated cost savings 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.).
Fine Particle Measurement Device and Method
This technology offers an innovative device and method for high-sensitivity, real-time, and simplified fine particle measurement. By detecting the interfer…
Light Diffraction Boosts Particle Detection, Cuts Defects by 0.4%
~$1M/year estimated defect loss reduction per facility (est.)
Optical Modulator, Optical Modulator Using Optical Modulator, and LIDAR
This technology introduces an innovative optical modulator utilizing an HfxZr1-xO2 ferroelectric layer for ultra-fast, precise light modulation. It enables…
Nanosecond Response, Low Power: 1.5x Data Speed, 30% Cost Cut in Next-Gen Optics
~$10M/year estimated component cost reduction per 100,000 LIDAR units (est.)
Information Processing Apparatus and Program
This technology automates neural network (NN) parameter conversion, enabling rapid adaptation of trained models across diverse hardware platforms. It gener…
AI-Driven NN Conversion Slashes Design Time by 30%, Accelerates Market Entry
~$150K/year estimated 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.)
Information Processing Apparatus, Information Processing Method, and Program
This technology uses image-derived depth information and object similarity to predict critical parameters, enabling high-precision anomaly detection and pr…
AI-Powered Anomaly Detection: Boosts Quality Inspection Speed by 2×
~$200K/year estimated cost savings 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.)
Surgical Forceps
This technology introduces ultra-fine surgical forceps (0.5mm diameter) with two-directional bending capabilities near the tip, enhancing precision in mini…
0.5mm Ultra-Fine Forceps: ~10% Faster, More Precise Minimally Invasive Surgery
~$550K/year estimated surgical cost reduction per facility (est.)
Information Processing Apparatus, Information Processing Method, and Program
This technology uses drone-mounted cameras to create high-resolution 3D terrain maps of fields. An AI then precisely calculates optimal pesticide applicati…
Drone AI Optimizes Crop Spraying: 50% Cost Reduction, 2x Efficiency
~$50K/year (AI est.) estimated cost savings per large farm facility.
Machine Learning Method for Laser Processing, Simulation Apparatus, System, and Program
This AI-driven method optimizes laser processing by learning material properties, laser parameters, and 3D shape changes before and after irradiation. It p…
AI Laser Processing: 90% Yield, 33% Faster Development
~$200K/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.)
AR Display Device and Program
This AR technology intelligently places virtual objects in a user's peripheral vision, leveraging saliency maps and temporal continuity. It delivers critic…
AR Redefined: Boost Productivity by 20% with Non-Gaze Information Display
~$150K/year estimated operational efficiency improvement per facility (est.)
Imaging Device and Imaging Method
This technology significantly improves light utilization for high-quality, high-definition holographic imaging. It enables simultaneous acquisition of mult…
20% Faster 3D Imaging, ~5% Higher Yield in Holographic Production
~$1M/year estimated productivity improvement per facility (est.)