ELECTRONIC DEVICE COMPRISING ROLLABLE DISPLAY, AND METHOD FOR OPERATING SAME

An electronic device has two parts: a first housing and a second housing that can move. It features a rollable display that can slide in and out of the first housing. The device also includes a wireless charging system that can receive power from outside sources. Inside, there is a battery that gets charged through this wireless system. A processor helps manage the power flow based on how the second housing is positioned.

SYSTEMS, DEVICES, AND METHODS FOR PRODUCT APPLICATION WITH DEVICE CORRECTION

A new device helps apply cosmetics like makeup or hair color to the skin or hair. It has special nozzles that can move and a sensor to find out where it is on the skin. The device can automatically adjust how it applies the cosmetic based on its position. This means it can fix any mistakes while applying the product. Overall, it makes applying cosmetics easier and more accurate.

Holographically displaying three-dimensional objects

A system has been created to show three-dimensional objects using holograms. It consists of a display with many circuits and display elements arranged in a unique pattern. Each display element connects to its own circuit. A controller is linked to the display, allowing it to send signals to change how each display element looks. This technology enables the creation of realistic 3D images that can be viewed from different angles.

Holographically displaying three-dimensional objects

A new technology allows for the creation of 3D holographic images. It uses a special display that has many tiny parts arranged in a unique pattern. Each part is connected to its own circuit, which helps control how it looks. A controller sends signals to these parts to change their appearance and create the 3D effect. This system can be used to show objects in a way that makes them look real and three-dimensional.

Holographically displaying three-dimensional objects

A new technology allows for the holographic display of three-dimensional objects. It consists of a display with many circuits and display elements arranged in a unique pattern. Each display element is connected to its own circuit. A controller sends signals to these display elements to change their properties. This setup enables the creation of realistic 3D images that can be viewed from different angles.

METHOD AND APPARATUS FOR PROVIDING TAKE-OUT SERVICE BY USING AN AUTONOMOUS VEHICLE

An autonomous vehicle can be used to deliver take-out food without a driver. It starts by receiving an order from a customer through a user terminal. Then, it shares the order details with the restaurant or store providing the food. Once the food is ready, the vehicle recognizes what has been ordered. Finally, it controls parts of the vehicle, like the trunk or door, to safely load and deliver the food to the customer.

CINEMATIC MASTERING FOR VIRTUAL REALITY AND AUGMENTED REALITY

An entertainment system allows both a large screen and personal immersive devices to show the same content. It uses a special server to send data to multiple devices that create virtual reality experiences. These devices are placed where viewers can see the main screen. The server adjusts the data based on high-quality cinematic information that includes immersive elements. It sends this data at the same time as audio and video signals for the main screen, ensuring a synchronized experience for everyone.

HOLOGRAM GENERATION AND STREAMING METHOD AND SYSTEM USING MULTI-COMPUTERS

A new method and system allow for creating and streaming holograms using multiple computers. A special server generates holographic images quickly by sharing the workload among these computers. A hologram player then displays the generated images. This setup ensures that high-resolution holograms can be streamed in real-time without any delays. Overall, it makes hologram technology more efficient and accessible.

ARTIFICIAL INTELLIGENCE-BASED AUDITORS OF ARTIFICIAL INTELLIGENCE

An artificial intelligence-based auditor checks how well other AI systems are working. It runs on hardware processors and continuously monitors these AI systems for their effectiveness. The auditor looks at the data sources that power these systems and compares their outputs to see if there are any differences. It also tracks trends in the quality of the AI systems and notes when they produce results that are outside expected limits. Finally, the auditor gives each AI system a rating of positive, neutral, or negative based on its findings.

Holographically displaying three-dimensional objects

A system has been created to show three-dimensional objects using holograms. It consists of a display with many circuits and display elements arranged in a unique pattern. Each display element is connected to its own circuit. A controller sends signals to the display elements to change their properties. This allows for the creation of realistic 3D images that can be viewed from different angles.