Page 41 - XaraDocument
P. 41

remotely  written  to  the  remote  data  center  (25)  or  database,  which  can  be  maintained


                anywhere in the world or interstellar airspace within the reach of the network.   This data

                center can be located in the ground away from the aircraft, and may be distributed in more

                than one physical location for even more redundancy.


                        Figure 6 is a conceptual view of the deployable flight recorder (4) ejecting from the

                aircraft  when  the  aircraft  crashes  into  the  Atlantic  ocean.  the  system  is  automatically


                deployed by the ejection sensors (6) which may be comprised of one or more sensors, and

                which signals the apparatus to eject away from the aircraft, thereby decreasing the shock


                from the crash . Notably is the emergency locator transmitter (12) (ELT) which transmits a

                beacon signal and allows the device to be located by emergency investigators.

                        Figure 7 is a conceptual view of the deployable flight recorder (4) floating on the


                Atlantic ocean after the aircraft crashes. In the even of a crash, the flotation system (10)

                allows the deployable flight data recorder to float to the surface, which is designed to make


                it easer for the apparatus to be located, and save time and resources required to locate the

                physical black boxes.


                       Figure 8 is a conceptual view of a solar powered system (11)   floating on the ocean.

                The  batteries  are  charged  by  sunlight  (35)  and  the  solar  panel  or  other  suitable  solar

                material can be included in the design wherein this solar panel is used to extend the life of


                the batteries in the flight data recorder above the normal thirty (30) days and would allow


                the  fdr  systems  to  remain  stay  afloat  and  online  for  much  longer  periods  provided  the

                apparatus is exposed to the sun light.

                      Figure 9 is a flow chart and logical view  of the data collection processor (17) which is


                shown in figure 1.   As shown here the logical flow of the program should read the entire

                contents of the quick access recorder (2) compacting data and encrypting data, to be later


                transmitted via satellite link to the remote data location.

                     Docket No. : Ticket  2180/215        36
   36   37   38   39   40   41   42   43   44   45   46