AUGMENTED REALITY DEVICE AND OPERATING METHOD OF THE SAME

Smart overview of the Invention

The invention introduces a method for operating an augmented reality (AR) device, which involves identifying objects and user interactions with these objects through a camera. The device determines the grip position on a first object and executes operations based on this position. This method enhances the functionality of AR devices, allowing them to respond to specific user actions and providing an interactive user experience.

Background

Augmented reality technology merges virtual elements with the real world, making them appear as part of the physical environment. With advancements in computing and display technologies, AR systems have become more sophisticated, enabling immersive experiences. These devices, such as smart glasses, are increasingly used for various applications like information retrieval and navigation. The technology overlays virtual images onto real-world scenes, providing users with valuable contextual information.

Methodology

The method involves several steps. Initially, the AR device captures an image of the first object and identifies its grip position. This identification process includes detecting feature points, recognizing the user's hand, and determining the grip position relative to the object. The object can be divided into sections, each triggering different operations. Users are guided through virtual images that illustrate the operations corresponding to various grip positions.

Advanced Features

The method also addresses object rotation, allowing the device to perform operations based on both grip position and rotation. This involves identifying the start of rotation, calculating movement over time, and determining the rotation angle. The first object may include sensors to aid in detecting rotation, enhancing the precision of the device's responses. This comprehensive approach ensures that the AR device can adapt to complex user interactions.

Device Configuration

The AR device includes a camera, display, memory, and processor. The processor executes instructions to identify objects, grip positions, and perform corresponding operations. It also provides users with a visual guide for grip positions and operations. By incorporating sensors, the device can gather additional data for accurate operation. This configuration ensures a seamless integration of virtual and real-world interactions, enhancing user engagement with the AR environment.