Cell Separation Method for Isolating Cells from Solution, and Hydratable Composition for…
This technology offers a novel, simple method for high-purity cell separation using a specially formulated hydratable composition. By precisely controlling…
Cell Separation: ~40% R&D Cost Reduction, High Purity & Viability
~$250K/year estimated research cost reduction per facility (est.)
Thin Film Deposition Method and Apparatus
This technology enables highly uniform metal oxide thin film deposition at low temperatures (0-150°C), crucial for advanced semiconductors and flexible dev…
90% Plasma Damage Reduction, 10% Yield Boost in Thin Film Deposition
~$650K/year estimated manufacturing cost reduction per facility (est.)
Inkjet Apparatus
This technology integrates a multi-axis robot with a push-type inkjet head, enabling high-precision printing on complex 3D surfaces. It precisely controls …
3D Precision Printing Cuts Lead Time by 20%, Boosts Quality
~$200K/year estimated quality improvement and cost reduction per facility (est.)
Silver Nanoparticles and Silver Nanoparticle Ink
This technology offers a novel method for producing highly stable silver nanoparticle ink, ideal for inkjet printing. It ensures uniform dispersion in high…
New Silver Nano-Ink Boosts Inkjet Stability, Improves Yields by ~15%
~$250K/year estimated cost reduction per facility (est.)
Valve for Liquid Movement Control
This self-actuating valve precisely controls liquid flow without external power, using two responsive gel membranes. It eliminates high energy consumption …
Self-Actuating Gel Valve: Cuts Operational Costs by ~80%
~$150K/year estimated operational cost savings per facility (est.)
Printing Apparatus
This technology enables high-precision inkjet printing on complex 3D curved surfaces using a multi-axis robot, push-type inkjet head, and high-precision li…
Boost 3D Printing Productivity by 1.5x, Cut Defects by ~30%
~$200K/year estimated cost reduction per facility (est.)
Printing Apparatus and Blanket Used in Printing Apparatus
This technology enables high-precision, distortion-free pattern printing on complex curved surfaces for electronics applications. Utilizing a uniquely flex…
Precision Curved Surface Printing: Cut Defects by 5%, Boost Productivity 20%
~$200K/year estimated manufacturing cost reduction per facility (est.)
Printing Apparatus
This technology enables high-precision micro-pattern printing on curved and flexible surfaces for electronics applications. It utilizes a unique PDMS rubbe…
Precision Curved Printing: 1.5x Productivity, ~30% Cost Reduction
~$200K/year estimated production cost reduction per facility (est.)
Piezoelectric Film Laminate and Manufacturing Method
This technology significantly enhances the bending durability of piezoelectric film laminates by preventing delamination of conductive layers. It achieves …
3x Flex Durability, 20% Yield Boost for Next-Gen Flexible Electronics
~$130K/year estimated maintenance cost reduction per facility (AI est.)
Method for Manufacturing Thin-Film Transistors
This technology introduces a novel manufacturing method for flexible thin-film transistors (TFTs), crucial for next-gen displays and IoT. It resolves inter…
Flexible TFTs: 20% Stability Boost, 1.5x Durability for Next-Gen Electronics
~$1.5M/year estimated cost reduction or revenue increase per facility (est.)
Electronic Device, Organic Electroluminescent Device, Display Device, and Lighting Devic…
This technology dramatically improves OLED and electronic device performance through an innovative charge transport layer. By precisely combining metal oxi…
20% Brighter, 15% Longer Life: Next-Gen OLEDs with High Transparency & Conductivity
~$350K/year (AI est.) estimated cost reduction per facility.
Imaging Device and Method
This technology uses optical encoding and compressed sensing to capture low-resolution images from multiple sensors and reconstruct them into high-resoluti…
Boost resolution 2x, cut processing costs by ~$200K/year.
~$200K/year estimated image processing cost reduction per facility (AI est.)
Natural Language Processing Apparatus, Classification Apparatus, and Program
This technology automatically classifies time expressions in natural language text by cross-referencing original and translated sentences, ensuring high ac…
Boost NLP Training Data by 5×, Achieve 90%+ Time Expression Accuracy
~$150K/year estimated cost reduction per facility (est.)
Imaging Device
This technology dramatically enhances auto-focus accuracy and stability in imaging devices. By integrating two types of phase-difference detection pixels w…
Dual-Pixel AF Boosts Accuracy 4x, Cuts Inspection Defects by 80%
~$1.6M/year estimated cost reduction per facility (est.)
Viewpoint Calculation Device and Program Therefor
This technology automatically calculates optimal 3D viewpoints across diverse display devices, minimizing user discomfort and ensuring a consistent, immers…
Automated 3D Viewpoint Optimization: Boosts Immersion by 30%, Cuts Production Time
~$150K/year estimated production cost savings per facility (est.)
Digital Signal Transmission Device
This technology improves digital signal transmission quality, especially for long-distance satellite and terrestrial broadcasts. It uses a two-stage distor…
Satellite Broadcasts: Cut Error Rates by ~30%, Boost C/N for HD Content
~$100K–$350K/year estimated operational cost savings per facility (AI est.)
Presence Notification Device
This technology provides non-contact skin-based "presence" notifications for both virtual and real objects around a user. It enhances immersion in XR/metav…
Non-Contact Haptic Presence: Boost Productivity by ~$1M Annually (AI est.)
~$1M/year estimated productivity improvement per facility (est.)
Sound Source Object Reproduction Apparatus and Program
This technology precisely calculates sound pressure in near-field environments, where listeners are very close to sound sources. By modeling sound objects …
Boost VR/AR Immersion by 20%, Revolutionizing Near-Field Audio
~$150K/year estimated production cost savings and user engagement improvement per facility (est.)
Novel Squarylium Derivative and Organic Thin-Film Solar Cells Using the Same
This technology introduces a novel squarylium derivative that significantly boosts the energy conversion efficiency and long-term stability of organic thin…
Next-Gen Solar: 10% Efficiency Boost, Extended Lifespan
~$0.1M/year estimated electricity cost reduction per facility (est.)
Gel Material for 3D Printers
This advanced 3D printer gel material creates highly transparent, flexible, and robust models of organs and blood vessels. By combining specific polymers a…
Transparent 3D-Printed Organ Models: Boost Training Efficiency by 20%
~$50K/year estimated operational cost savings per facility (est.)
Internal Coating Method and Apparatus
This technology enables efficient, uniform metal oxide film deposition on long vacuum vessels and complex internal metal piping without large, specialized …
Cut CapEx by ~66% for Long-Form Internal Coatings, Boost Productivity 20%
~$800K/year estimated capital investment reduction per facility, with a 20% productivity increase (e…
Method for Decomposing Oxalates and Complex Compounds for Oxalate Decomposition
This technology enables efficient, low-temperature decomposition of transition metal oxalates, significantly reducing energy consumption and CO2 emissions …
Cut Metal Recycling Energy Costs by ~30%, Boost Purity for Critical Minerals
~$0.5M/year estimated cost reduction per facility (est.)
Method and Apparatus for Forming Oxide Thin Films on Nanoparticles
This technology provides a novel method and apparatus for forming uniform, high-adhesion oxide thin films on nanoparticles. By combining physical agitation…
Achieve 30% Faster, High-Quality Oxide Thin Film Coating on Nanoparticles
~$0.55M/year estimated cost reduction per facility (est.)
Safety Evaluation Method and Apparatus for Energy Storage Devices
This technology introduces an electrolyte-free method for evaluating battery safety by forming a pseudo-storage device from electrode materials and a separ…
Boost Battery Safety Evaluation by ~30%, Eliminate Electrolyte Risks
~$170K/year estimated cost reduction per facility (est.)