TH29973A - Two-way radio telecommunication systems and methods during flight - Google Patents

Abstract

DC60 (21/01/47) Systems and Methods for Arrangement of Radio Telecommunications during Two-Way Flight in Aircraft. The radio telecommunication system consists of a Mobile Gateway Switching Center (G-MSC), an Aircraft Inter-Flight System Controller (AISC) located in a tenant's aircraft. The system controls during Ground Flight (GISC) satellites to broadcast the Messages and calls from GISC and AISC and registers at Establish a Caller Exchange (HLR), which provides route and location information for use by GISC and G-MSC in an optional manner of this invention, systems and methods. The use of a cell phone on board an aircraft was disclosed, a cell phone connected to the device. Destination at the seat in the aircraft with a radio frequency coaxial (RF) coaxial cable produced The cell phone goes through a cable. A common axis to A-RBS mother-to-air radio station (A-RBS). The A-RBS converts the RF signal into a signal that does not interfere with the pilot equipment. Aircraft communication equipment and is compatible with GISC and multiple cellular networks. Then the signal has been These converters will then be transmitted through the Satellite to chain Cellular network A system and methodology for the provision of a two-way in-flight radio telecommunication system has been revealed. The radio telecommunication system consists of a Gateway Mobile Switching Center (G-MSC), an Aircraft In-flight System Controller (AISC) located in Tenant's plane System controller During ground flight (GISC) satellites to broadcast Messages and calls from GISC and AISC and registers at Establish a caller interchange (HLR) which provides assignment information. Route and location information for use by GISC and G-MSC in an optional manner of this invention. Systems and methods The use of a cell phone on board an aircraft was disclosed, a cell phone connected to the device. Destination at the seat in the aircraft with a radio frequency coaxial (RF) coaxial cable produced The mobile phone will go through a common core cable to A-RBS mother-to-air radio station (A-RBS). The A-RBS converts the RF signal into a signal that does not interfere with the pilot equipment. Aircraft communication equipment and is compatible with GISC and multiple cellular networks. Then the signal has been These converters will then be transmitted via satellite to the affiliate. Cellular network

Claims (1)

1. In a radio telecommunication system that provides a Gateway Mobile Switching Center (G-MSC), a Ground Flight Controller (GISC) with a Visitor Location Register (VLR), an In-flight Controller. Of aircraft (AISC) in aircraft and caller location register (HLR) method of delivering a call from one party to tenants in Air in a plane The above steps include updating the airborne location and tenant information in the aforementioned HLR and the aforementioned VLR.