FLOATING IMAGE DISPLAY DEVICE AND FLOATING IMAGE DISPLAY METHOD

A device creates images that appear to float in the air. It uses a special system to display these images based on data and adjusts them according to where a viewer is looking. The device can also detect the surrounding light conditions to improve the image quality. It estimates areas where the image might look worse due to this ambient light. Finally, it processes the display to ensure the floating images look clear and vibrant for the observer.

LIGHT FIELD DISPLAY

A light field display uses many small screens called microdisplays to create images. It has two sets of lenses: the first lenses sit on top of the microdisplays and help bend the light they produce. The second lenses are placed on top of the first ones and further adjust the light that comes from them. Each microdisplay has tiny light sources called micro-LEDs surrounded by a frame. The second lenses are spaced farther apart than the first lenses, which helps improve the overall image quality.

System and Method for Realtime Examination of the Patient during Telehealth Video Conferencing

A new method allows doctors to examine patients during video calls without needing physical contact. It uses a camera and microphone to collect video and audio data from the patient in real-time. This data helps measure vital signs without any touching, using special technology. The system also analyzes the patient's voice to detect health issues by comparing it to past data. Finally, doctors receive insights about the patient's health, which helps them make better decisions for diagnosis and treatment.

METHOD FOR DETECTING SYNTHETIC CONTENT IN VIDEOS

A new method detects fake content in videos in real-time by analyzing human body parts, especially the head. It works by gathering 3D points related to these body parts and tracking their movement. By comparing this movement to known patterns, the system can spot unusual behaviors, like unnatural eye blinks or head positions. This approach is faster and more accurate than traditional methods that rely on complex machine learning. Overall, it helps users quickly identify manipulated videos, making it easier to trust what they see online.

MEMORY CELL, SEMICONDUCTOR DEVICE HAVING THE SAME, AND METHODS OF MANUFACTURING THE SAME

A memory cell is made up of several layers, starting with a bottom electrode at the base. Above this, there is a storage element layer that holds data. A first buffer layer sits between the storage element and the bottom electrode, and it has lower thermal conductivity than the storage layer. On top of the storage element, there is a top electrode that completes the structure. This design helps improve the performance and efficiency of semiconductor devices.

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, which means customers can use them without needing to touch the machine much. This helps reduce physical contact, making it safer and more convenient. Overall, these dispensers aim to improve the fueling experience for everyone.

INTELLIGENT FUEL DISPENSERS

Intelligent fuel dispensers can recognize who the customer is and offer a personalized fueling experience. They can adjust the fueling process based on the customer's identity or preferences. These dispensers also have a touchless feature, so users can fill up their vehicles without needing to touch the machine much. This helps keep things clean and safe during the fueling process. Overall, these dispensers aim to make refueling easier and more convenient for customers.

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 have a touchless feature, so customers can fill their tanks without needing to touch the machine much. This helps reduce the spread of germs and makes the process more convenient. Overall, these dispensers aim to improve the fueling experience for everyone.

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 identity and preferences. These dispensers have a touchless feature, so customers can refuel without needing to touch the machine much. This design helps to keep things clean and safe. Overall, it makes refueling easier and more convenient for everyone.

ELECTRONIC DEVICE, METHOD, AND COMPUTER READABLE STORAGE MEDIUM FOR DISPLAYING IMAGE CORRESPONDING TO EXTERNAL SPACE ON VIRTUAL SPACE DISPLAYED THROUGH DISPLAY

A wearable device uses a camera to capture images of the real environment around it while showing a 3D image on its display. The device saves the captured images in a separate memory area from the images displayed on the screen. It can adjust how these images are shown based on their depth, which helps combine real and virtual objects effectively. This technology aims to improve connections between real and virtual worlds, often referred to as the metaverse. It can work with advanced networks like 5G or 6G for better performance.