How Devices Precisely Track Glucose Across Body Compartments

Summary: This patent describes a method for accurately estimating a person's blood glucose by accounting for the natural time delay in how glucose moves between different body fluids, like blood and the fluid around cells, to better control insulin pumps.


How Fabric Sensors Measure Pressure on Your Body

Summary: This patent describes a flexible, all-fabric sensor that uses special ionic and conducting materials woven into a cloth to detect tiny pressure changes on the body, like blood pulses or movements.


Targeted Platinum Drugs for Cancer Treatment

Summary: This patent describes a way to deliver platinum-based cancer drugs directly to tumor cells by attaching them to a special 'ligand' molecule that seeks out cancer cell markers.


How to Build Tiny Lipid Carriers for Delivering Nutrients

Summary: A method for creating tiny, 20-60 nanometer lipid-based particles designed to carry vitamins and nutrients into the human body more effectively.


How a Specific Peptide Boosts the Immune System Against Cancer

Summary: This patent describes a specific peptide sequence, KESDGFHRF, combined with immune-boosting substances and a safe delivery method, for use in treating cancer through immunotherapy.


How Nanoparticles Form Adaptive Neural Network Connections

Summary: This patent describes how to build and strengthen a physical neural network using tiny nanoparticles suspended in a liquid, where electric fields make the connections learn and adapt.


Highly Efficient Bacterial Gene Editing Using Guide RNA and Reverse Transcriptase

Summary: This patent describes a system for precisely editing the DNA of bacterial cells with very high success rates, using a combination of guide RNA, reverse transcriptase, and specific DNA sequences.


Solar Cells Made of Stacking Layers with Different Energy Gaps

Summary: This patent describes a solar cell built by stacking multiple layers, each designed to capture a different part of the light spectrum for maximum energy conversion, achieving high efficiency.


Automated AI for Adapting to New Data Without Retraining

Summary: This patent describes an automated system that builds artificial intelligence models capable of adapting to new, different data without needing full retraining, by learning to ignore irrelevant changes.

Mitsubishi Electric Research Laboratories


Training AI Models Together with Unlabeled Data Using a Teacher

Summary: This patent describes a way for multiple AI systems to learn together from data that hasn't been manually labeled, using a 'teacher' AI to create temporary labels for a 'student' AI.


Making Caustic Soda with Less Salt Using a Special Electrolysis Cell

Summary: This patent describes a method to make purer caustic soda and chlorine gas using a two-chamber electrolysis cell with a gas diffusion electrode by carefully controlling pressure differences.


How a Robotic Surgical Tool Clamps Tissue Manually and Automatically

Summary: This patent describes a surgical tool for robotic operations that can clamp tissue using a motor-driven yoke, but also allows a surgeon to manually control the clamping action.


How 5G Networks Coordinate AI Models Across Different Devices

Summary: A method for 5G networks to translate AI requirements into network performance settings so that AI models can run efficiently across cloud, edge, and local devices.


How AI Explains Cyberattacks for Security Training

Summary: This patent describes a cybersecurity training tool that uses a large language model to explain why machine learning identified a cyber threat, based on both fake and real attacks, for security teams and regular users.


Making Chemicals from Carbon Dioxide and Steam Using Electricity

Summary: This patent describes a process that uses electricity to split steam and then reacts the resulting hydrogen with carbon dioxide or carbon monoxide to create various carbon-based compounds, like fuels or plastics.


How to Predict Protein Shapes Better Using Lab Tests and Computers

Summary: This patent describes a method to improve predicting a protein's 3D shape by combining computer simulations with actual distance measurements from specific parts of the protein in a lab.


Adjusting Touchscreen Sensitivity Based on Device Tilt Angle

Summary: This patent describes how a computing device can decide if a touch on its screen is intentional or accidental by changing its sensitivity settings based on how much the device is tilted.


Smart Clothing That Compares Pulse Signals from Both Sides of Your Body

Summary: This patent describes a piece of clothing, like a t-shirt, with built-in sensors in its sleeves or legs to measure and compare pulse characteristics from different limbs, helping to detect subtle health differences.


Adapting AI Models to Fit Device Resources

Summary: This patent describes how a computer system can automatically shrink a large artificial intelligence model, specifically a "transformer" type, to fit the available computing power of a phone or other device.


Using Blood Markers to Diagnose Stroke and Tell Its Type

Summary: This patent describes a two-step method for diagnosing a stroke and then determining if it's an ischemic stroke or a transient ischemic attack (TIA) by measuring specific protein levels in a patient's blood.


How Special Molecules Boost Cancer-Fighting CAR-T Cells

Summary: This patent describes special molecules made of a CAR-T cell activator attached to a fat-like part, designed to make cancer-fighting CAR-T cells grow and work better inside a patient.


Matching People to Opportunities Using Personality and Body Data

Summary: This patent describes a system that infers your personality from your answers and body signals, then matches you with suitable learning or job opportunities.


How Devices Detect Touch Using Heat Signatures

Summary: This patent describes a system that uses a thermal camera to detect when two objects, like a finger and a screen, touch by looking for a specific temperature change at their contact point.


How Computers Predict Protein Shapes Faster Using Smart Templates

Summary: This patent describes a computer method to quickly predict the 3D shape of proteins by creating and refining "synthetic templates" from existing protein structures, reducing the heavy computational work usually needed.


Industrial Equipment Data Organized into Smart Knowledge Graphs

Summary: Honeywell's patent describes a system that collects data from industrial equipment, makes sense of it using rules, and organizes it into a smart graph for better control and actions.


How to Train AI Models with Fake Data Using Generative Networks

Summary: This patent describes a method for training artificial intelligence models using specially generated fake, or 'synthetic,' data created by a generative adversarial network, ensuring the synthetic data is high-quality and safe for training.


How to Precisely Edit Genes Using Retron-Guide RNA Cassettes

Summary: This patent describes a method for highly efficient and precise genome editing using a retron-guide RNA cassette to deliver large pieces of donor DNA into a cell's genetic material.


Targeting Bad Cells with Toxic Antibodies for Cancer and Autoimmune Disease

Summary: This patent describes special antibodies equipped with a toxic payload that specifically seek out and bind to unique markers on diseased cells, like cancer or autoimmune cells, to destroy them.


Checking if Brain Injury Drugs Work Using Saliva or Urine

Summary: This patent describes a method to determine if a drug for brain injury is effective by measuring specific sugar molecules in a patient's saliva or urine samples over time.


How to Update AI on Small Devices with Slow Internet

Summary: This patent describes a method for efficiently updating artificial intelligence models on small, internet-connected devices, like smart cameras, by sending only the changes, or 'patches,' instead of the entire updated model, which saves bandwidth.


How to Design High-Quality Gene Editing Tools for a Whole Genome

Summary: This patent describes a computer system and method for creating a comprehensive library of gene-editing guides (sgRNAs) by carefully designing and filtering them to be accurate and avoid unintended genetic changes.


Tiny Lipid Balls for Precise, Better-Absorbed Cannabinoid Medicine

Summary: This patent describes a drug delivery system using tiny lipid nanoparticles to encapsulate cannabinoids, making them easier for the body to absorb and allowing for precise, smaller doses.


AI System for Analyzing Medical Images Using Magnification-Aligned Transformers

Summary: This 2025 patent describes an AI system that analyzes medical images, like those from pathology slides, by using a special 'Transformer' model that understands how image details change with magnification.


Making Drug Proteins Last Longer and Target Diseases Better

Summary: This patent describes ways to make protein and peptide drugs stay in the body longer and target specific diseases like autoimmune conditions or cancer more precisely by linking them together or combining them with other molecules.