Airborne WIFI system architecture

A configuration, airborne network technology, applied in aircraft parts, crew accommodation, network planning, etc., can solve the problems of high cost of Ku satellite mode, unsuitable for large-scale deployment, insufficient satellites in the air, etc. Simple configuration and less equipment

Inactive Publication Date: 2017-05-10
XIAN AIRCRAFT BRANCH OF XIAN AIRCRAFT INT
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AI Technical Summary

Problems solved by technology

Some domestic airlines have trial-installed airborne WIFI systems with only LAN functions and airborne WIFI systems using WIFI+ATG technology and WIFI+maritime satellites, but they are all small-scale installations and trial operations
The main reason why the airborne WIFI system is not popular in China is that the

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  • Airborne WIFI system architecture

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[0012] See attached picture. This example is an airborne WIFI system configuration, including an airborne router, an airborne network server, a cabin access point, two switches, two relays, WIFI antennas and 3G / 4G antennas. Passenger terminals also It is a mobile terminal, mobile phone or computer used by airplane passengers, and the airborne router is connected to the 3G / 4G antenna through a radio frequency cable, which can automatically access the 3G / 4G network of the nearby operator's base station, communicate with the ground operator's base station, download, Upload and update the entertainment information content on the on-board server to provide Internet services for the mobile terminals of users in the cabin; the on-board network server is used to store entertainment content, and the on-board router is connected to update the relevant entertainment information content through Ethernet, and the cabin access The point provides in-cabin network service through Ethernet con...

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Abstract

The present invention relates to an airborne WIFI system architecture. The airborne WIFI system architecture is designed to allow users in an aircraft cabin to access a WIFI network on the aircraft by using a mobile terminal to enjoy services such as audio and video, games, news and internet. The airborne WIFI system architecture comprises an airborne router, an airborne network server, a cabin access point, a WIFI antenna and a 3G/4G antenna. The airborne router is connected with the 3G/4G antenna by using a radio frequency cable and can access a 3G/4G network of a base station of a nearby operator so as to communicate with a ground operation center. The airborne network server is connected with the airborne router by using the Ethernet and is connected with the cabin access point by using the Ethernet. The cabin access point is connected with the WIFI antenna by using the radio frequency cable. A first control switch and two relays are arranged between the airborne router and a power supply system. One relay receives a turn-on signal of an aircraft anti-collision lamp, and the other relay receives a turn-off signal of an aircraft cabin door. A second control switch is arranged between the cabin access point and the power supply system and is used for controlling on and off of power supply of the cabin access point.

Description

technical field [0001] The present invention relates to aircraft design technology, further to an entertainment information system on a civil airliner, and specifically to an airborne WIFI system configuration. Background technique [0002] The competition in the air transportation market is intensifying day by day. Airlines want to establish their own brand image by improving the interior facilities of the cabin and improving the service level on the plane, improve passenger satisfaction, and then establish a competitive advantage. The in-flight entertainment system plays an important role in this respect. play a vital role. [0003] At present, the in-flight entertainment and information network system is mainly based on the traditional in-flight entertainment system (IFE) of the cabin hanging TV and the AVOD display screen installed on the back of the seat. Content update costs are high and the cycle is long. In recent years, with the rapid development of Internet techn...

Claims

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Application Information

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IPC IPC(8): H04W16/20H04W84/12B64D11/00
Inventor 李建峰胡颖琼董刚刚
Owner XIAN AIRCRAFT BRANCH OF XIAN AIRCRAFT INT
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