US20240127769
2024-04-18
Physics
G09G5/377
A terminal apparatus is designed to facilitate virtual face-to-face communication by integrating various components. Key features include a communication interface, a display, an input interface with a touch panel, an imager for capturing user images, and a controller for managing communication. The apparatus enables users to interact with others by displaying model images and drawn images from remote users in a cohesive manner.
The controller plays a crucial role by receiving information from other terminal apparatuses. This information includes data to create a model image of another user based on their captured image and any drawings made on their touch panel. The terminal apparatus then displays these images, ensuring they are horizontally flipped and superimposed, enhancing the interactive experience during communication.
Existing technologies enable users to communicate through image and sound transmission over networks. However, there is potential for improvement in providing a more realistic and convenient communication experience. The proposed terminal apparatus aims to address these gaps by enhancing the immersive quality of virtual interactions.
The terminal apparatus operates within a call system that includes multiple devices connected via a network. A server apparatus facilitates the transfer of information necessary for communication. Each terminal apparatus is equipped with its own communication interface, memory, controller, input interface, display/output interface, and an imager to capture user content.
The innovative design of the terminal apparatus significantly enhances the realism and convenience of virtual face-to-face communication. By allowing users to see both the model image and the drawn content in an intuitive format, it fosters a more engaging interaction. This technology can be applied across various devices such as smartphones, tablets, and computers, making it versatile for different user environments.