AERIAL MYCELIA AND METHODS OF MAKING SAME

Aerial mycelium is a type of fungus that can be grown for use in food or textiles. It is cultivated using a special growth setup that includes a growth matrix. To help it grow, a fine mist of water is introduced into the environment where the mycelium is developing. This mist helps create the right conditions for the mycelium to thrive. The process allows for the production of mycelium that can be used in various products.

COATED SUBSTRATES AND ARTICLES WITH ANTI-VIRAL PROPERTIES, AND FABRICATION PROCESSES

Coated substrates with special properties can help fight viruses. These substrates are lightweight, weighing around 120 grams per square meter or less. They are made by adding mineral oxide and iron oxide particles to the surface. The design allows for easy breathing, with low resistance when air passes through. This technology can be used in various products to enhance safety against viral infections.

ELECTRONIC DEVICE INCLUDING FLEXIBLE DISPLAY

An electronic device has two parts that are connected by a hinge, allowing them to fold together. It features a flexible display that can bend at certain points without breaking. The display includes a protective layer, a screen underneath, and a support plate that helps it maintain its shape. Special designs in the support plate allow it to bend without being stuck to the device's housings. This design ensures the display can fold smoothly while keeping its thickness consistent in important areas.

POLICY DEFINITION AND ENFORCEMENT FOR EXTENDED REALITY MEDIA SESSIONS

A system allows users to create and interact in a shared virtual space, known as an extended reality environment. When a user requests to enter this space, they can set rules about how people should behave there. The system checks to make sure everyone follows these rules while they are using the environment. If someone adds content that breaks the rules, the system can change how that content is shown to keep everything in line with the established guidelines. This way, the virtual space remains a safe and enjoyable place for all users.

METHOD AND SYSTEM OF ASSOCIATING CUSTOM CARD DESIGNS WITH NON-FUNGIBLE TOKENS

A method allows for linking custom card designs to non-fungible tokens (NFTs) through a two-step verification process. First, it checks the transaction account details provided by the user to ensure they match the account data. Next, it verifies the NFT by validating a digital signature using a public key associated with that NFT. Both verification results are then sent to a computing device. This process helps securely associate unique card designs with specific NFTs.

UI DESIGN SYSTEM WITH AUTOMATIC FRONT-END/BACK-END CODE GENERATOR

A new system helps create web and mobile applications more easily. It includes a graphics editor that allows users to design the look of the app. Artificial intelligence (AI) assists in generating code that describes this design in a way that people can understand. Then, a special language model changes this code into a format that computers can read. This process makes building applications faster and simpler for developers.

MULTI-MODAL SYNTHETIC CONTENT GENERATION USING NEURAL NETWORKS

This technology uses advanced computer systems called neural networks to create various types of creative content, like art or writing. It can take prompts given by users and enhance them to produce more detailed and interesting outputs. The system is capable of generating high-quality images or text based on these prompts. It also allows for interactive conversations, where users can input their ideas and receive artistic results in return. Overall, it combines different forms of creativity into one seamless process.

ARTIFICIAL INTELLIGENCE DEVICE FOR A DIGITIAL AVATAR WITH 3D INTERATION CAPABILITIES AND CONTROL METHOD THEREOF

An artificial intelligence device can create a digital avatar that interacts in 3D. It starts by listening to a user's voice question and turning it into text. Then, this text is used to figure out how the avatar should move and respond. The device generates a spoken answer along with instructions for the avatar's gestures and facial expressions. Finally, the audio response and movement details are used to control the digital avatar's actions in real-time.

Motion Recognition Clothing (Wearable Device for Measuring Full-Body Configuration and Motion)

Smart clothing can track how a person's body moves and changes shape. It includes special outfits for both the upper and lower body that work together to monitor full-body movements. Each joint in the body has flexible pathways that can bend and stretch. These pathways connect to devices that send and receive energy signals. When the joints move, the pathways change, and this change helps analyze the person's motion and body position.

FOLDABLE DISPLAY DEVICE

A foldable display device features a flexible screen that can bend and fold. It has a special layer on top that can do various tasks like filtering colors, sensing touch, and recognizing fingerprints. There is also a protective cover on top of this layer. The edges of these layers are aligned on one side to create a smooth design. When the screen lights up, it forms a sharp angle with the surface underneath, allowing for better visibility.