5 results about "Mobile Telephone Service" patented technology

This invention involves a fire and smoke sensor integrated into the mobile phone system circuit, capable of detecting fire, smoke, and gas. When a threat is detected, the sensor automatically activates an audible alarm through the phone's external speaker, providing an immediate and direct safety mechanism—especially valuable during sleep when the user may not be alert. This innovation promotes the adoption of safety technologies within everyday personal devices. Figure (1)

The present disclosure provides an uplink transmission power control method, device, electronic device and storage medium, which relate to the field of wireless communication technology. The method includes: the ATG airborne terminal obtains the interference parameters of the uplink interference of the terrestrial international mobile phone system IMT base station, the interference parameters of the uplink interference of the terrestrial IMT base station are the interference parameters of the ATG airborne terminal causing interference to the terrestrial IMT base station; determining the uplink transmission power of the ATG airborne terminal corresponding to the interference parameters; and controlling the ATG airborne terminal to operate with the uplink transmission power. The present disclosure obtains the interference parameters of the uplink interference of the terrestrial IMT base station, determines the uplink transmission power of the ATG airborne terminal corresponding to the interference parameters, thereby reducing the interference caused by the ATG airborne terminal signal transmission to the same-frequency and adjacent-frequency terrestrial IMT base stations, and ensures the normal use of the public network.

Device comprising: a camera; a sensor arrangement comprising a gyroscope; a processor; and a memory (116, 316, 930-932) comprising instructions which, when executed by the processor, cause the processor to: receive a first signal from the camera, wherein the first signal comprises video data; receive a second signal from the gyroscope, wherein the second signal comprises gyroscope data associated with the video data; and transmit information to one or more drones (100-1, 100-a) via a fourth-generation Long-Term Evolution mobile telephone service based on the video data and the gyroscope data associated with the video data, for coordinating with the one or more drones (100-1, 100-a) for capturing content related to a target (200).

Emergency communication is established between a vehicle and a public safety answering point (PSAP). The vehicle is equipped with a wireless peer-to-peer (P2P) transceiver that exchanges two-way messages with remote transceivers in distant vehicles, a telematics unit for a mobile phone system, and an emergency call trigger. Query messages are exchanged with the remote vehicles via the wireless P2P transceiver. A group list of specific remote vehicles that remain contactable via the P2P transceiver is compiled, along with a connection status of remote vehicles with the mobile phone system. If the emergency call trigger is activated and the telematics unit is unable to communicate with the mobile phone system, a remote vehicle from the group list that has an active connection to the mobile phone system is selected.A sequence of messages via the P2P transceiver forwards an emergency call to the PSAP via the selected remote vehicle.