Storytelling app for children and elderly

A new storytelling app has been created for children and elderly people, using advanced technology like AI to make the experience more personal. Users can turn their photos into lifelike 3D characters that move and speak along with the stories, without needing to record their voices multiple times. Families can join in on the storytelling fun, strengthening bonds and offering a variety of stories to enjoy. The app also lets users control how much screen time their avatars get, making it a versatile tool for entertainment, therapy, and learning.

HUMANIZED BCMA ANTIBODY AND BCMA-CAR-T CELLS

A humanized BCMA antibody has been created using specific amino acid sequences. This antibody is used to make BCMA-CAR-T cells, which are designed to target and kill BCMA-positive tumor cells. The BCMA-CAR-T cells have shown effective killing activity against these specific cancer cells.

EMOTIONAL HUMAN MACHINE INTERFACE (HMI)

A new technology called Emotional Human Machine Interface (HMI) has been developed to create a more personalized and emotional connection between humans and machines. This system uses sensors to collect biometric data from occupants in a vehicle to determine their emotional states. Based on this information, the system adjusts the display interface with different color schemes to reflect the emotions of each occupant, enhancing the overall user experience.

DYNAMIC IMAGE SEARCH BASED ON USER-SELECTED OBJECTS

An invention helps you find images by selecting objects from a picture. It analyzes the input image to identify objects and creates a new image with the selected objects. This new image is used to search for similar images and show them as results.

AUTOMATED GENERATION OF DATA VISUALIZATIONS AND INFOGRAPHICS USING LARGE LANGUAGE MODELS AND DIFFUSION MODELS

A system has been developed to create visual representations of data using a machine learning model. The model can suggest different ways to visualize the data based on a summary and user input. It can also generate infographics based on the visualizations and user prompts.

DISPLAY DEVICE AND FOLDABLE ELECTRONIC DEVICE

This invention is a display device that can be folded in half. It has a display panel with different areas, including a folding area that can bend along an axis. The device also includes plates, a thin-film layer, and a guide to support the folding mechanism.

CONTEXT-AWARE END-TO-END ASR FUSION OF CONTEXT, ACOUSTIC AND TEXT PRESENTATIONS

This invention involves a method that uses an automatic speech recognition (ASR) model to process input utterances. It includes generating different types of representations such as acoustic features, context embeddings, and dense representations to improve speech recognition accuracy. By combining these representations through a joint network, the invention can provide a probability distribution of potential speech recognition outcomes.

Genome Editing by Directed Non-Homologous DNA Insertion Using a Retroviral Integrase-Cas Fusion Protein and Methods of Treatment

A new method has been developed to edit genetic material using a fusion protein called Retroviral Integrase-Cas. This method involves inserting DNA into specific locations in the genome to make targeted changes. It has potential applications in treating various genetic disorders and diseases.

SYSTEMS AND METHODS FOR EXTRATERRESTRIAL STREAMING

A network of satellites in space works with a group of nodes to send live video feeds from space to Earth for viewers to watch on devices. This system sets up a network in space where each satellite acts as a node, allowing for live video streams from cameras on spacecraft, other satellites, and celestial bodies like the Moon and planets. The speed of the video feed depends on the technology used and the distance from Earth, with optical communication like lasers offering the fastest transmission. The setup can send live space streams to a vast audience on Earth through a network, supporting many viewers with minimal delay.

MATERIALS AND METHODS OF MANUFACTURING FLUID RESISTANT, BREATHABLE, AND ANTIBACTERIAL TRIBOELECTRIC NANOGENERATORS AND ELECTRONIC TEXTILES

These inventions involve creating special nanogenerators that can generate electricity from the movement of a person wearing them. The nanogenerators are made using embroidery, conductive nanoparticles, and a special layer to produce a stable energy source with high power. They can be integrated into electronic textiles to power devices using the wearer's movements, and methods for making these nanogenerators and textiles are also described.