Interesting patent applications

SYSTEMS AND METHODS FOR HIERARCHICAL TEXT-CONDITIONAL IMAGE GENERATION

A method is designed to create an image based on a written description. First, the text description is processed using a text encoder to turn it into a format that a computer can understand. Then, this processed text is used in a model that generates an image representation. Next, another model takes this image representation and the original text to produce the final image. Finally, the completed image can be accessed on a device for viewing.

Actor-Replacement System for Videos

An actor-replacement system allows for changing an actor in a video while keeping the original performance. It starts by figuring out the movements of the original actor in each frame of the video. Then, it gathers images of a new actor and records their voice to match what the original actor said. Using this information, the system creates new frames that show the replacement actor with matching facial expressions and speech. Finally, it combines these new frames and audio to produce a video featuring the replacement actor instead of the original.

THERAPEUTIC USE OF SARS-COV-2 MRNA DOMAIN VACCINES

Coronavirus RNA vaccines are designed to help the body recognize and fight off the virus. They work by using pieces of the virus's genetic material to train the immune system. These vaccines include specific parts of the coronavirus that help trigger a protective response. The methods for using these vaccines are also explained in the research. Overall, this approach aims to improve immunity against COVID-19.

SUSTAINABLE TIRE PRODUCED WITH HIGH RECYCLED/RENEWABLE RAW MATERIAL CONTENT

A new type of tire can be made using over 89% sustainable materials. These materials include bio-renewable organic substances, which can be verified for their natural origin. Testing shows that at least 40% of these organic materials are from renewable sources. Additionally, the tire features a special RFID tag on its inner liner. This tag provides information about the amount of bio-renewable materials used in the tire.

SLIDABLE ELECTRONIC DEVICE AND CONTROL METHOD THEREFOR

An electronic device has a flexible display that can be partially hidden or shown. When a user swipes on the display, the device recognizes this action and identifies which part of the display to move. It then shows an indicator to guide the user on where to slide. After the indicator appears, the device allows the user to slide the display to reveal more of it. This design makes it easy for users to interact with different parts of the flexible display.

NUTRIENT MEDIA FOR THE PRODUCTION OF SLAUGHTER-FREE MEAT

Nutrient media are special mixtures that help grow meat without needing to kill animals. These formulations include important ingredients and growth factors that support the development of meat cells. The goal is to create meat in a lab setting, making it more ethical and sustainable. By using these methods, it is possible to produce meat that tastes similar to traditional meat but without harming animals. This approach could change how we think about food production in the future.

Personalized Nutritional Supplements and Methods of Making

Personalized nutritional supplements are made by first figuring out what health areas a person needs help with. Next, ingredients are ranked based on how effective they are for those specific health issues. The best ingredients are then chosen and combined in the right amounts to create a supplement package. This process continues until the package is filled with the right doses of each ingredient. The goal is to provide a tailored supplement that meets individual health needs.

METHODS AND APPARATUS TO DETECT DEEPFAKE CONTENT

New methods and tools have been developed to identify deepfake content. A device analyzes media to check if it is real or fake by using different models that provide probabilities of authenticity. These models include a binary model manager, a filter model manager, and an image quality assessor. A score analyzer collects the probabilities from these models and combines them to produce a final score. This score helps determine whether the media is genuine or manipulated.

SYSTEMS AND METHODS FOR ARTIFICIAL INTELLIGENCE (AI) VIRTUAL REALITY (VR) EMOTIVE CONVERSATION TRAINING

A new system uses virtual reality to help train artificial intelligence in understanding emotions during conversations. It creates realistic scenarios where AI can practice interacting with people. The goal is to improve how AI recognizes and responds to human feelings. This training can make AI better at having natural and empathetic conversations. Overall, it aims to enhance the communication skills of AI in various applications.

IMAGE GENERATION USING A TEXT AND IMAGE CONDITIONED MACHINE LEARNING MODEL

A new system helps create images using both text and image prompts. It first turns the text prompt into a special format called a text embedding and does the same for the image prompt, creating an image embedding. These two embeddings are then combined into a shared space called a joint embedding space. From this combined information, the system can generate a new, synthetic image. This process allows for more creative and accurate image generation based on the provided prompts.

COLLABORATIVE COAUTHORING WITH ARTIFICIAL INTELLIGENCE

A system allows a user to input a description of content they want to create using artificial intelligence. The AI then generates initial content based on that description. The user can edit this content to make changes or improvements. After editing, the updated content is sent back to the AI for further refinement. Finally, the improved content is displayed on the user's device for them to see and use.

TECHNOLOGIES FOR DEVICE MANAGEMENT IN METAVERSE INTERACTIONS

New technologies help manage devices while interacting in the metaverse. A computer connects to other computers in this virtual space. It can recognize nearby devices, like smartphones or smartwatches, using its camera. These nearby devices can then be registered and shown in the metaverse. Users can interact with their local devices in this virtual world and even let others control them remotely.

TEXT-BASED IMAGE GENERATION USING AN IMAGE-TRAINED TEXT

A system can create images from written descriptions. It starts by taking a text prompt and turning it into a special code called a text embedding. This code is then used by an image generation model to create a new, synthetic image. The model has been trained to understand both text and images together. As a result, it can produce pictures that match the descriptions given in the text.

Devices, Methods, and Graphical User Interfaces for Interacting with Three-Dimensional Environments

A computer system shows a part of a 3D environment along with a virtual object related to a computer-generated experience. When a user interacts with this virtual object in a specific way, the system begins to show a preview of that experience. As the user moves around, the system updates to show a different part of the 3D environment and continues the preview. If the user interacts again in another specific way, the full experience is displayed. This allows users to explore and engage with 3D environments more interactively.

ISSUANCE OF A DIGITAL PRESENTABLE USER IDENTITY

A verified data package can be created using personal information and a photo. First, a user provides their biographical details and a portrait. Then, they are prompted to take a self-portrait photo. After capturing the self-portrait, this photo and the provided information are sent to a server. Finally, the server returns a verified package that includes the user's information, their portrait, and confirmation that both photos belong to the same person.

GENERATING VIDEOS USING SEQUENCES OF GENERATIVE NEURAL NETWORKS

A new way to create videos uses advanced computer technology. First, a description of a scene is given as a text prompt. This text is then turned into a format that a computer can understand using a special neural network. After that, a series of generative neural networks work together to produce the final video based on the description. The result is a video that visually represents the scene described in the text.

REAL-TIME SPEECH AND PRESENTATION ASSISTANCE IN A VIRTUAL ENVIRONMENT

A system helps presenters get instant feedback while they speak in a virtual setting. It identifies who is attending the event and tracks their actions and reactions. By analyzing this information, the system can understand how the audience feels about the presentation. It then compares this audience feedback with the presenter’s performance. Finally, the system shows the presenter a real-time assessment to help them improve their presentation.

AUGMENTED REALITY ENVIRONMENT MELDING

A system is designed to combine augmented reality experiences for different users. It starts by identifying the augmented reality experiences of two users. Then, it looks at various environmental data related to both experiences. After analyzing this information, it creates a shared augmented reality environment that includes both users. This allows them to interact in a blended virtual space.

METHOD AND ELECTRONIC DEVICE FOR DETECTING AI GENERATED CONTENT IN A VIDEO

A method has been developed to find out if a video contains content made by artificial intelligence (AI). It works by looking at each frame of the video to identify objects, people, and backgrounds. The system checks how pixels move in each frame and looks for relationships between the objects, people, and backgrounds. By analyzing this information, it can spot any unusual movements that don't match what is expected. If it finds these inconsistencies, it can signal that the content may have been generated by AI.

Photorealistic Talking Faces from Audio

A new system can create realistic 3D talking faces using only audio. It can also add these generated faces into videos or virtual settings. The technology breaks down faces from videos into separate parts, making it easier to manage their shape and appearance. To ensure smooth movement, the system uses a method that considers the previous visual state of the face. Additionally, it captures how light affects the face without relying on audio, enhancing the realism of the generated images.

COLOROMETRIC SENSOR FOR THE NON-INVASIVE SCREENING OF GLUCOSE IN SWEAT IN PRE AND TYPE 2 DIABETES

A new type of patch can measure glucose levels in sweat without needing to draw blood. It sticks to the skin and has a special layer that changes color when glucose is present. The patch is designed to collect sweat from the skin and direct it to the glucose sensor. Users can check their glucose levels by looking at the color change or by using a smartphone. This method is useful for people with prediabetes or type 2 diabetes to monitor their health easily.

SYSTEMS AND METHODS FOR PROVIDING A DIGITAL HUMAN IN A VIRTUAL ENVIRONMENT

A digital human can be created in a virtual space based on user choices. Users select a character or persona from various options and provide input through a digital platform. The system analyzes this input and finds relevant information from a knowledge database. It then combines the user's input and persona details to create a tailored response. Finally, the digital human presents this personalized response back to the user in the virtual environment.

Detecting Heart Rate Variability Using a Hearable

Heart rate variability can be detected using a hearable device like an earbud. This process, called audioplethysmography, uses sound waves to sense changes in the user's ear related to their heart health. Unlike traditional methods that need extra sensors, this technique relies solely on acoustic signals. Hearables designed for this purpose are small, affordable, and energy-efficient, making health monitoring easier for more people. Overall, it enhances the experience of using hearable devices while providing valuable health information.

User-described Video Streams

A system allows users to describe a virtual environment using natural language. It takes the user's description and creates a video stream that shows an object placed in that virtual setting. A trained neural network helps interpret the user's words and generate the video. Users can also request changes to the environment, and the system will create a new video reflecting those modifications. This makes it easy for anyone to visualize their ideas in a virtual space.

CELLULAR REPROGRAMMING TO REVERSE AGING AND PROMOTE ORGAN AND TISSUE REGENERATION

Engineered nucleic acids are created to help reverse aging and promote healing in organs and tissues. These nucleic acids can be delivered using special viruses that carry the necessary instructions to cells. By using certain proteins like OCT4, KLF4, and SOX2, the process of cellular reprogramming can be induced. This technology may also be used to treat or prevent diseases, particularly in the eyes. Overall, it aims to improve tissue repair and regeneration in the body.

PERSONALIZING ANIMATIONS FROM PLAYER PLAYSTYLE

A system can analyze how a player plays games to understand their unique style. It collects data about the player's gameplay and personal preferences. Based on this information, the system creates custom animations that match the player's style. These animations are generated in real-time, making them feel personalized and relevant to the player. Finally, the system sends these animations to be shown in the player's game.

REAL-TIME FACIAL RESTORATION AND RELIGHTING IN VIDEOS USING FACIAL ENHANCEMENT NEURAL NETWORKS

An image restoration system improves video quality in low-light or poor conditions. When someone is in a dim environment, it brightens and enhances their face during video calls. This makes the video look good enough that others won't notice the bad lighting. The system uses a machine-learning model to fix and relight images in real time. It combines two types of models to achieve this enhancement effectively.

SYSTEM AND METHOD FOR PERFORMING INTERACTIONS ACROSS GEOGRAPHICAL REGIONS WITHIN A METAVERSE

A virtual environment has different locations where users can interact. Users create a main avatar in one location using their personal data and interaction preferences. When a user wants to interact with something in another location, a request is sent from their device. The system then creates a new avatar for the user in that second location, using updated personal data and preferences. Finally, the new avatar can engage with entities in the second location based on the user's criteria.

INTELLIGENT HEALTH ASSISTANT

An intelligent health assistant helps monitor a person's health at home and gives advice to prevent health problems. It uses various types of data, like biometric information and activity levels, to notice when someone's health is getting worse. The device follows a personalized care plan that includes actions suggested by doctors or activities that the person has chosen to help them feel better. It also reminds users about doctor appointments, medications, and daily positive messages. The device can look like a mirror, allowing users to see themselves and interact with a friendly avatar for a more engaging experience.

VISUAL COLLABORATION SYSTEM AI COPILOT FOR IDEA GENERATION

A visual collaboration system helps groups brainstorm ideas together. Each participant gets a shared canvas on their device where they can write and share thoughts. They can talk to an AI by typing in natural language commands, which are enhanced with extra context to make them clearer. The AI then processes these requests and sends back helpful responses. Finally, the system displays the AI's answers on everyone's brainstorming canvas, making it easier for the group to generate new ideas.

APPARATUS AND METHOD FOR AN EDUCATION PLATFORM AND ECOSYSTEM USING EXTENDED REALITY

An education platform uses advanced technology called extended reality to enhance learning experiences. It includes a processor and memory that work together to create educational models based on information from users. Users can interact with a virtual avatar, which is a digital character that can show different animations based on the user's input. The platform also generates educational responses tailored to the user's questions or actions. Additionally, it creates a unique digital token that connects the avatar and the information provided by the user.

APPARATUS AND METHODS FOR AUGMENTING VISION WITH REGION-OF-INTEREST BASED PROCESSING

Smart glasses can enhance vision by focusing on specific areas that the user is looking at. They have a camera that tracks where the user is gazing and captures a clear image when needed. This image is then cropped to show only the part of interest, like a person's face if that's what the user is looking at. The glasses can also use special features, such as zoom lenses, to improve long-distance viewing or help find interesting activities nearby. Additionally, they can connect to external databases and keep track of information throughout the day.

Smart Bra with Light Transmission for Optical Detection of Abnormal Breast Tissue

A smart bra can help find abnormal breast tissue using light. It has a special cup with two parts: one that is tight against the chest and another that is more flexible. Light is sent through the breast from one side of the cup to the other, where it is received and analyzed. Any changes in the light can indicate issues with the tissue. The bra also has expandable chambers that gently press on the breast to make the scanning more effective.

CONTENT DRIVEN INTEGRATED BROADCAST SYSTEM WITH ONE OR MORE SELECTABLE AUTOMATED BROADCAST PERSONALITY AND METHOD FOR ITS USE

A new system combines software and hardware to create content for broadcasting. It features machine-generated broadcast personalities that can interact and even have conversations with each other. This cloud-based system can connect with various external sources like news, music, and social media, allowing for real-time audience participation. Users can customize the broadcast personality to include specific traits and responses. Additionally, the system includes safety measures, such as audio fingerprinting, to ensure the authenticity of the audio files used.

METHODS, DEVICES, AND SYSTEMS FOR AUGMENTED REALITY

An augmented reality (AR) display system uses special technology to show digital images over real-world views. It has a panel with a polarizer that lets light from objects pass through as polarized light. A liquid crystal layer on this panel changes the light to create AR content, with tiny pixels that can adjust the light. Users wear eyeglasses that have another polarizer to receive this modified light clearly. A camera captures the user's face position, and a controller adjusts the AR content based on where the user is looking.

ROBOT SYSTEMS, METHODS, CONTROL MODULES, AND COMPUTER PROGRAM PRODUCTS THAT LEVERAGE LARGE LANGUAGE MODELS

Robot systems can use large language models (LLMs) to work more independently. Users can give instructions in everyday language, which the robot understands through a series of questions and answers. The LLM then translates these responses into specific commands for the robot. This approach helps the robot plan tasks, navigate, interact with people, and understand its surroundings better. Overall, it makes robots smarter and more capable of performing various functions on their own.

PROCESS FOR CONVERTING BIOMASS FROM PLANT CELL CULTURE INTO THREE-DIMENSIONAL STRUCTURE

A new method helps turn plant cells grown in a lab into a solid, three-dimensional shape. This process uses biomass from these plant cell cultures to create a more realistic food product. The resulting three-dimensional structure can be used to make various types of food. This approach is part of a larger trend in cellular agriculture and biotechnology aimed at producing food in innovative ways. Overall, it offers a new way to create plant-based foods that look and feel more like traditional options.

ARTIFICIAL INTELLIGENCE AUGMENTED VIRTUAL FILM PRODUCTION

A new system uses artificial intelligence to create 3D computer-generated environments for virtual filmmaking. These environments include objects at different distances, making them look more realistic as backdrops for films. The system can also generate various camera shots within these virtual settings. This allows filmmakers to have unique locations that resemble real places. Overall, it enhances the filmmaking process by providing immersive and visually appealing backgrounds.

SMART RING SYSTEM FOR MEASURING DRIVER IMPAIRMENT LEVELS AND USING MACHINE LEARNING TECHNIQUES TO PREDICT HIGH RISK DRIVING BEHAVIOR

A smart ring collects data to check if a driver is impaired or at risk of dangerous driving. It uses machine learning to analyze this data and identify patterns that indicate impairment or high-risk behavior. If the analysis shows a risk, the system sends a notification to the driver. This helps keep drivers informed about their safety on the road. Overall, it aims to reduce accidents by monitoring driver conditions in real time.

METHODS AND SYSTEMS FOR ENABLING REAL-TIME CONVERSATIONAL INTERACTION WITH AN EMBODIED LARGE-SCALE PERSONIFIED COLLECTIVE INTELLIGENCE

Users can have real-time conversations with a smart AI that acts like a group of people. When someone asks a question, the AI gathers answers from many human participants to provide a response. This process involves analyzing and combining the input from these participants to create a collective answer. The AI communicates this response in a way that feels like a personal conversation. Additionally, the human participants are organized into smaller groups to help improve the quality and efficiency of the answers.

GAME PROGRAM, GAME PROCESSING METHOD, AND GAME DEVICE

A computer processes a game that can be played using a head-mounted device while allowing the user to see their real surroundings. It starts by capturing an image of the real space around the user. Then, it creates a virtual space that matches the real space and places an object in that virtual space to guide the user on what motion to perform. The virtual space is displayed alongside the real space so the user can see both at the same time. Finally, the system detects the user's movements and evaluates them based on how they relate to the object in the virtual space.

DYNAMIC DEPTH INTEGRATED HOLOGRAPHIC ANIMATIONS SYSTEM

An advanced display system creates realistic 3D holograms that people can interact with. It uses a special reflective sheet positioned to face the audience and works with multiple display devices. An object tracker helps synchronize the movements of these devices with the images being shown, allowing for both automatic and manual control. Physical object packs can be rotated to change what is displayed, adding a tangible element to the holograms. A central controller manages everything, making it possible to put on complex 3D animation shows.

METHOD FOR RENEWABLE ENERGY GENERATION FROM OFFSHORE STATIONS DESIGNED FOR OPERATION IN OPEN OCEAN AND HIGH-HURRICANE REGIONS

Renewable energy sources are becoming more affordable, but they can be unpredictable. A new floating energy station can generate power using wind, solar, ocean currents, and waves while also storing energy in batteries and creating hydrogen. This system is designed to be strong and stable, allowing it to withstand storms and hurricanes in deep ocean waters. It ensures a steady supply of energy even when conditions are rough. Overall, the technology aims to provide reliable renewable energy in challenging environments.

Ambient Noise Capture for Speech Synthesis of In-Game Character Voices

A system has been developed to identify and separate background voices from noise in a player's environment while they play a video game. It uses unique sounds from those voices to create realistic speech for characters in the game. This speech can be adjusted to match different ages, genders, and other features of the characters. Players can choose from various background voices and apply them to characters or elements in the game. The speech can be based on fixed scripts or change according to the gameplay.

SYSTEMS AND METHODS FOR IMAGE GENERATION VIA DIFFUSION

A method is used to create images from text descriptions. First, a noisy version of an image is generated based on a natural language prompt. Then, this noisy image is improved through several steps using a special technique called a denoising diffusion model. The process involves adjusting the noisy image by calculating how much it needs to change to better match the prompt. Finally, a clear image is produced from the adjusted version, reflecting the original text input.

SYSTEMS AND METHODS FOR PROVIDING REAL-TIME AUTOMATED LANGUAGE TRANSLATIONS

Real-time language translation can be used during phone calls or video conferences. When people talk, everyone can hear the original speech and a translated version at the same time. This helps people who speak different languages communicate more easily. The system works for both one-on-one calls and larger group meetings. It makes conversations smoother by breaking down language barriers.

APPARATUS, SYSTEM, AND METHOD OF PROVIDING AN AUGMENTED REALITY VISUAL SEARCH

Augmented reality glasses can perform a visual search by connecting to a network. They use a machine learning model that processes live video from what the user sees. This model includes a data comparator and specific coding for the glasses. A search engine within the model compares the live video to a database to find matches. Finally, any matches found are sent back to the glasses for the user to see.

IMPROVED METHODS FOR THE USE OF PSYCHEDELICS

New methods have been developed to treat psychological disorders using psychedelics like psilocybin or psilocin. These substances can create a dissociative state in a person within 30 minutes of taking them. After this initial effect, the goal is to keep a steady level of the psychedelic in the body. This helps maintain the dissociative state for a specific period during therapy. Overall, these methods aim to enhance the effectiveness of treatment for mental health issues.

ONLINE DISCUSSION FORUMS SUPPORTING DECENTRALIZED AUTONOMOUS ORGANIZATIONS

An online discussion forum system allows users to create a decentralized organization that operates on a blockchain. Members can pay a membership fee, which goes into a shared treasury. When someone proposes to spend money from this treasury, the managing member is asked to vote on the proposal. The system collects the vote and decides whether to approve the payment based on the outcome. This setup helps communities manage their funds collectively and transparently.

Automatic Artificial Reality World Creation

An automatic system can create a virtual reality environment using images as a starting point. When the system receives these images, it analyzes them to identify objects within them. It then looks for matching virtual objects in a library, selecting some based on this match. If there are objects in the images that don't have a match, the system creates new virtual objects by generating 3D models from the images. Finally, all the identified and created virtual objects are arranged in the virtual space according to their positions in the original images.

AUGMENTED REALITY CAPTURE OF CUSTOMIZED CONTENT FOR PRINT-ON-DEMAND PRODUCTS

A system allows users to create personalized products that can be printed on demand. It uses augmented reality (AR) to show a digital version of the product on top of what the user sees in their real environment through their device's camera. Users can see how their custom designs will look on the product and adjust the camera to capture the image of their design. Once the image is captured, it is sent to a server that prepares it for printing. Finally, the customized design is printed onto the product as requested.

SUBTRACTIVELY PATTERNED INTERCONNECT STRUCTURES FOR INTEGRATED CIRCUITS

Integrated circuits (ICs) can now have improved interconnect structures that use a subtractive patterning method. This technique helps to create better-defined features by using multiple layers of materials, reducing the chances of misalignment. The new design allows for lines and vias to be combined in various ways, enhancing the overall performance of the circuits. Additionally, these features can include barriers made from advanced materials like graphene to improve their effectiveness. Overall, this innovation aims to support the growing demand for faster and more efficient electronic devices.

Creation and Management of Creative Content with Intelligent Tracking

A new system helps manage the creation and sharing of creative content using blockchain technology. It lets creators start and join projects, handle production tasks, and organize necessary legal documents. Once a project is finished, it ensures that payments are made and the final product is delivered. The platform also helps creators and investors earn money by allowing them to invest in projects. Lastly, every piece of creative work can be linked to a unique code, making it easy to track ownership and sales for future earnings.

MIXED-REALITY COMMUNICATION METHOD, COMMUNICATION SYSTEM, COMPUTER PROGRAM, AND INFORMATION MEDIUM

A communication method allows two users to interact using mixed-reality technology. The first user sends a virtual character and a virtual object, which is a digital copy of a real object they have, to the second user's device. The second user can modify this virtual object during their interaction. In return, the second user sends their own virtual character back to the first user's device. This setup creates an engaging and interactive experience for both users in a shared virtual space.

FOODSTUFFS COMPRISING CELLS DIFFERENTIATED FROM ENGINEERED OLIGOPOTENT STEM CELLS

This work focuses on creating lab-grown meat using special cells. These cells come from engineered stem cells that can develop into different types of animal cells. The process involves changing these stem cells in a lab so they can grow into meat without using live animals. The method ensures that certain genes, which guide cell development, are turned off. The result is a new type of food made from animal cells that are grown in a controlled environment.

Interactive Artificial Intelligence System For Blockchain Transactions

An interactive AI system helps users perform blockchain transactions easily using their devices. It connects to messaging systems and uses unique device identifiers to communicate with servers and networks. The system includes a smart language understanding feature that can interpret and manage blockchain actions like starting transactions and generating receipts. It has a knowledge base that boosts its accuracy in handling these transactions. A predictive menu shows users likely actions they want to take, making the process smoother and more intuitive.

Smart Plant Management System

A Smart Plant Management System (SPMS) helps grow plants automatically without needing people to take care of them. It uses computer systems to check each plant's health in real-time and adjusts the environment based on what the plants need. Artificial Intelligence (AI) learns about the plants' requirements by looking at soil conditions and growth patterns over time. This system can change how it manages each plant quickly to ensure they stay healthy and produce well. A main computer controls everything, like water and light, while also managing outputs like venting carbon dioxide.

HARNESS SYSTEM FOR DISPLACED INDIVIDUALS

A special harness system is designed to help people in distress send out emergency signals. It includes a vest with a pocket for a mobile device and has built-in technology to boost signals. When activated, it can automatically communicate the wearer’s location and vital information to emergency services. This harness is particularly useful for first responders and everyday users who might find themselves in dangerous situations due to disasters or other emergencies. It aims to improve safety and tracking for individuals who may become lost or displaced.

ANIMATED FACIAL EXPRESSION AND POSE TRANSFER UTILIZING AN END-TO-END MACHINE LEARNING MODEL

This technology uses artificial intelligence to change digital images by understanding their content. It can create new images of people by filling in missing parts or changing their poses. The system can also alter facial expressions and create animations of those expressions. By using advanced machine learning models, it can produce realistic and modified images of human subjects. Overall, it enhances digital images by making them more dynamic and expressive.

BIODEGRADABLE MOLDABLE SOY-BASED FOAMS

A new type of foam is made from soybeans and is friendly to the environment. This foam is biodegradable, meaning it can break down naturally without harming the planet. It can replace traditional plastic foams like polystyrene, which are not good for the environment. The soy-based foam can be made in different thicknesses to protect items during shipping, such as electronics and household goods. It is safe to use and does not contain any toxic materials.

SYSTEMS AND METHODS FOR AN ARTIFICIAL INTELLIGENCE (AI) LANGUAGE MODEL-ENABLED INTERACTIVE NARRATIVE ENGINE

An interactive narrative engine uses AI to create stories based on what users say. It starts by understanding the user's input and figuring out what they want. Then, it processes this input to decide if it should be used as a command or as part of the story. After that, an AI language model generates a response based on the processed input. This system allows users to engage in storytelling in a more interactive and personalized way.

IMMERSIVE INTERACTIVE ENERGY ASSESSMENT

A new method uses virtual reality to help people understand how to save energy in their homes. It focuses on specific objects that use energy, rather than giving general information. Users can see detailed energy data related to these objects, which helps them make better choices. The information comes from various smart devices, like electric meters and thermostats. This approach aims to lower energy use and reduce carbon footprints effectively.

FOOD EXTRUDING DEVICE

A food extruding device uses 3D printing technology to create food. It has two filling machines that push food through tubes. These tubes connect the filling machines to an extrusion module. The extrusion module then shapes and releases the food from each filling machine. This device allows for precise and creative food designs.

Powered Air Filtration Mask with Integrated Illuminators

A powered air filtration mask helps protect the wearer by actively cleaning the air they breathe in and out. It has a special system that reduces heat and moisture, making it more comfortable to wear for longer periods. Users can easily control its features with a built-in device. The mask also includes lights, making it useful in different lighting conditions, whether indoors or outdoors. Overall, this mask is designed to be effective, comfortable, and easy to use for protection against harmful airborne particles.

EXERCISE SYSTEM USING AUGMENTED REALITY

An augmented reality (AR) device is designed for users to wear, allowing them to see and interact with virtual content. Users can also wear a special device that tracks their hand movements and provides feedback they can feel. This feedback helps users respond to the digital content they see through the AR device. The hand device can be a glove that fits on the user's hands or a handheld controller. Together, these tools create an engaging exercise experience that combines real and virtual elements.

CHIMERIC ANTI-CORONAVIRUS SPIKE PROTEIN ANTIBODIES

New treatments are being developed to help prevent or treat coronavirus infections. These treatments use special proteins called antibodies that can identify the spike protein found on the surface of the coronavirus. The antibodies are designed with specific sequences to target both the original virus and its variants. By focusing on the spike protein, these antibodies can block the virus from entering human cells. This approach aims to improve our ability to fight against coronavirus and related diseases.

ELECTRO-PNEUMATIC INTELLIGENT SYRINGE

An electro-pneumatic intelligent syringe is designed to automatically inject medicine without needing human control. It has parts that help it move and deliver medicine safely and efficiently. This syringe can suck up and inject medicine on its own, making it very easy to use. By reducing direct contact between doctors and patients, it helps lower the risk of spreading infections. It's especially useful for vaccinations during outbreaks of highly contagious diseases like COVID-19.

NON-FUNGIBLE TOKEN DIGITAL WALLET AS A GATEWAYFOR CONDUCTING RESOURCE-RELATED EVENTS/TRANSACTIONS

A digital wallet is created to store a non-fungible token (NFT) that acts as a user's verified identity. The wallet has two parts: a public side for sending and receiving events and a private side for validating certain incoming events. Specific rules are set up to manage how these events are handled. When a user opens the wallet and shows their NFT, they can see any events that need validation. After validating these events and re-confirming their identity, the user can access the public side of the wallet along with the confirmed events.

PLANT-BASED COVID-19 VARIANT RECOMBINANT SPIKE PROTEIN EXPRESSION VECTOR AND RECOMBINANT PROTEIN USING SAME

A new method uses plants to create a special protein that can help fight COVID-19. This plant-based system avoids the problems that come with proteins made from animals. The resulting protein shows strong effectiveness against the SARS coronavirus 2. It is considered safe for use in preventing and treating COVID-19. Overall, this approach offers a promising alternative for developing treatments.

INTELLIGENT FUEL DISPENSERS

Intelligent fuel dispensers can recognize who the customer is and offer personalized fueling experiences. They can adjust the fueling process based on the customer's preferences or needs. These dispensers also have a touchless feature, letting people fill up their vehicles without having to touch the machine much. This makes the process quicker and more hygienic. Overall, they aim to improve convenience and safety for customers at gas stations.

COMPOSITIONS AND METHODS FOR MODULATING HAIR GROWTH

New compounds have been developed that can help with hair growth by blocking a specific protein in cells. These compounds can be used to treat hair loss conditions like baldness or alopecia. The methods described focus on encouraging hair to grow more effectively. This could provide a new option for people looking to improve their hair health. Overall, the goal is to help those struggling with hair growth issues.

UNMANNED AERIAL VEHICLE (UAV) PROPELLED AUTONOMOUS MULTIPLANE CLEANING SYSTEM (UPAMCS)

An advanced cleaning system uses a drone to effectively clean surfaces. It connects the drone to special mopping tools that work without needing extra power sources. The system can move easily to clean different shapes and angles. It is designed to save money, time, and energy while cleaning. Additionally, the system has cameras and sensors to help it navigate and identify any surface problems.

ELECTRONIC DEVICE INCLUDING FLEXIBLE DISPLAY, WINDOW, AND TOUCH ELECTRODE IN ELECTRODE LAYER BETWEEN WINDOW AND FLEXIBLE DISPLAY, AND TOUCH CONTROL METHOD THEREFOR

An electronic device has a flexible display that can slide in and out of its housing. There is a transparent window in the housing that allows part of the display to be visible when it's inside. Between the window and the display, there is a special layer with touch electrodes that can sense touch. When one electrode is activated, others in the display area can be turned off. This setup allows for better touch control while using the device.

DETERMINING X,Y,Z,T BIOMECHANICS OF MOVING ACTOR WITH MULTIPLE CAMERAS

Multiple cameras track a sports participant as they move in a specific area. These cameras capture images and convert them into a 3D coordinate system to understand the participant's position. A special unit identifies where different body parts are in the images. Then, the system creates a motion curve that shows how these body parts move in 3D space. This information helps analyze the relationship between the participant's movements and their performance in real sports situations.

SMART TARGET CO-WITNESSING HIT ATTRIBUTION SYSTEM AND METHOD

A gaming system allows players to shoot projectiles in an extended-reality environment. It includes a device that fires projectiles and a battlefield object that players can interact with. The system connects to a network for communication and control. Players use an extended-reality device that has a display to see both real and virtual objects. This device also lets players give commands and interact with the game in a more immersive way.

SYSTEM AND METHOD FOR GENERATING AND INTERACTING WITH CONVERSATIONAL THREE-DIMENSIONAL SUBJECTS

A new system allows users to create and interact with three-dimensional objects on various types of displays. It can use special screens that show images in 3D, making them appear more realistic. Users can provide input, like voice commands or gestures, to interact with these 3D subjects. The system then figures out how to respond based on what the user said or did. Overall, it combines advanced technology to make engaging and lifelike experiences possible.

ACTIVE NOISE CANCELLATION USING REMOTE SENSING FOR OPEN-EAR HEADSET

An open-ear headset can reduce unwanted noise for the user. It has a sensor placed outside the ear that detects vibrations related to sound levels. Using this data, the device creates a model that predicts how sound travels into the ear canal based on the user's unique head shape. This prediction helps generate audio instructions to cancel out some of the noise. The technology uses special sound transducers to deliver the noise cancellation effectively without blocking the ear.

ESTABLISHING A TOKENIZED LICENSE OF A VIRTUAL ENVIRONMENT LEARNING OBJECT

A computing device identifies a unique digital token, known as a non-fungible token (NFT), linked to a group of learning materials. It then works with a user's device to agree on licensing terms for using those materials. A smart contract is created to outline these terms and include the user's information. This contract is then recorded on a blockchain, which is a secure digital ledger. This process ensures that the use of the learning materials is properly licensed and tracked.

METHODS OF TREATING TUMOR

A new method helps treat patients with small cell lung cancer (SCLC) that has a high tumor mutational burden (TMB). Treatment options include using an anti-PD-1 antibody alone or combining it with an anti-CTLA-4 antibody. To find out if a patient is a good candidate for this treatment, doctors can measure the TMB status from a sample of the patient's tumor. A high TMB status indicates that the patient may benefit from the anti-PD-1 antibody treatment. This TMB status is determined by analyzing the tumor's genetic material to find specific mutations.

INERTIAL SENSING OF TONGUE GESTURES

Tongue gestures can be used to control devices like computers. The system uses sensors to pick up movements of the tongue. It then recognizes these movements as specific gestures. After detecting a gesture, the system can respond accordingly. This technology relies on training machine learning models to understand and interpret the tongue movements accurately.