Electronic Device and Case with Satellite Communication Capabilities

Smart overview of the Invention

An electronic device can be integrated with a removable case that facilitates satellite communication. The case features a cover that can be opened or closed, and it uses various connectors to transmit wireless data between the device and a satellite. This setup includes a phased antenna array within the case's cover, which is designed to point towards the sky when opened. Beamforming circuitry in the cover helps direct the signal towards the satellite, enhancing communication efficiency.

Field of Use

The invention relates to wireless communications, particularly those involving satellite connectivity. This technology addresses the challenges of maintaining strong wireless communication performance over long distances between user devices and satellites in orbit.

System Components

The communication system comprises an electronic device housed in a removable case with a main body and a rotatable cover. Wireless data is exchanged between the device and the case using various connectors. The case relays this data to a satellite using a phased antenna array and beamforming circuitry, ensuring the signal is directed effectively towards the satellite when the cover is open.

Network Architecture

The system includes a terrestrial network with gateways and user equipment devices, connected to a non-terrestrial network of communication satellites. These satellites facilitate data transfer between ground-based gateways and user devices. The network supports various configurations, including cellular networks, WLANs, and device-to-device communications, with gateways distributed across different geographical locations.

Satellite Constellation

The satellite constellation may consist of satellites in various orbits, including low earth orbit (LEO), medium earth orbit (MEO), and geostationary orbit (GEO). These satellites enable communication over extensive distances, with the system supporting both geostationary and non-geostationary configurations. This flexibility allows for efficient data relay and management by the network operations center and satellite operators.