飞行记录仪相关的专利数据

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
61	Flight recording instrument	US40054541	1941-06-30	US2414976A	1947-01-28	REDHED WILLIAM S

62	FLIGHT RECORDER	US13702850	2011-05-26	US20130208111A1	2013-08-15	Nicholas Kidd; Paul Chamberlain
The present invention describes a flight recorder for an aircraft with an instrument display panel for displaying aircraft status data to a pilot. The flight recorder comprises one or more sensors that monitor one or more flight conditions of the aircraft, a camera unit for providing image data and a data storage unit for storing the aircraft status data and image data from the camera. The flight recorder additionally comprises a control unit for monitoring the flight condition data supplied by the sensors.
63	Flight data recorder	US14132202	2013-12-18	US09321540B2	2016-04-26	Laurent Barizza; Frederic Aubespin
The invention relates to a flight data recorder. It is equipped with capsules designed to break at determined depths. The capsules release hydraulic tracing elements, generating a luminous streak in the water, when they are broken, so that the searches for the flight data recorders, or black boxes, are made easier.
64	FLIGHT DATA RECORDER	US14132202	2013-12-18	US20140177146A1	2014-06-26	Laurent BARIZZA; Frederic AUBESPIN
The invention relates to a flight data recorder. It is equipped with capsules designed to break at determined depths. The capsules release hydraulic tracing elements, generating a luminous streak in the water, when they are broken, so that the searches for the flight data recorders, or black boxes, are made easier.
65	Ejectable flight recorder	US11012561	1961-05-15	US3140847A	1964-07-14	AMES JR HENRY P

66	EINRICHTUNG ZUR BERGUNG EINES FLUGSCHREIBERS	PCT/DE2014/100220	2014-07-01	WO2016000670A1	2016-01-07	BERNECKER, Hermann
Die vorliegende Erfindung betrifft eine Einrichtung (1) zur Bergung eines Flugschreibers (3), beinhaltend zumindest ein an Bord eines Fugzeugs mitgeführtes Aufzeichnungsgerät in Form eines Flugdatenschreibers und/oder eines Stimmenrecorders, welches relevante Flug- und Flugzeugparameter während eines Fluges mit einer Zeitachse speichert. Die erfindungsgemäße Einrichtung (1) ist dadurch gekennzeichnet, dass sie eine schwimmfähige Kapsel (2) umfasst, von welcher der Flugschreiber (3) umschlossen ist, wobei mindestens ein Mittel (4) zur Abtrennung der Kapsel (2) vom Flugzeug vorgesehen ist und die Einrichtung (1) eine Sensorik zur Steuerung des mindestens einen Mittels (4) zur Abtrennung der Kapsel (2) aufweist, die zur Auswertung eine so der mehrerer durch den Flugunfall erzeugter Parameter bestimmt ist.
67	Removable flight recording apparatus	US61046245	1945-08-13	US2510575A	1950-06-06	HATHAWAY CLAUDE M

68	Deployable flight recorder	US13830147	2013-03-14	US08880283B2	2014-11-04	Ari Kaufmann; Blake van den Heuvel; Mark Woozley
A deployable airfoil unit is disclosed. It has a housing comprising a front surface and a rear surface joined by a top surface, two opposing side surfaces, and a bottom surface. The top surface and the front surface form an acute angle, and the top surface is larger than the bottom surface. A memory is configured to store flight data or cockpit voice data. A center of mass in the unit is configurable.
69	Flight recorder calibrator	US3459031D	1968-01-11	US3459031A	1969-08-05	DAVIS RONALD C

70	High performance flight recorder	US373631	1989-06-29	US4970648A	1990-11-13	Larry H. Capots
A recorder for recording and playing back information. The recorder is particularly useful in vehicles such as aircraft and space vehicles. The recorder has no moving parts and has a plurality of power levels. The recorder has the capability of detecting errors in its memory and to avoid using portions of the memory that have errors. The recorder has multiple channels that can be programmed for input or output use. On demand memory assignment capability permits maximum use of the memory array.
71	Fault-tolerant solid-state flight recorder	EP92305494.4	1992-06-16	EP0528518A3	1993-09-08	Yokote, Timothy Alan; Upton, Eric Lawrence; Enyedy, Arthur Gustav; Stockton, Grant Joseph
A fault-tolerant solid-state flight data recorder providing reliable, high-speed storage of flight data. The flight data recorder employs a distributed, modular architecture in which an array of controller/memory modules is arranged in parallel controller/memory chains and the memory in the individual controller/memory modules is partitioned into submodules. This distributed architecture allows failed controller/memory modules or failed memory submodules to be bypassed, thus providing fault tolerance for both controller and memory functions. The modular architecture allows the number of controller/memory modules to be easily configured to accommodate any required storage size, while the number of parallel controller/memory chains can be configured to accommodate any required data rate.
72	FLIGHT DATA RECORDER WIRELESS INTERFACE	PCT/US2006/037428	2006-09-26	WO2007041091A1	2007-04-12	FROST, Wendell, A.; DUNCAN, Schofield
Methods and systems for wirelessly offloading data recorded on a flight recorder. In one embodiment, a method of offloading data recorded on a flight recorder includes determining whether to enable a wireless transmitter and wirelessly transmitting previously stored data on the flight recorder via the wireless transmitter according to the determination. In one aspect, wireless transmission is determined by wireless parameters, such as weight on wheels, air speed, ground speed, engine speed, open compartments and sensed forces. Wireless transmission may be performed either manually or automatically.
73	DEPLOYABLE FLIGHT RECORDER	US13830147	2013-03-14	US20140277923A1	2014-09-18	Ari Kaufmann; Blake Vandenheuel; Mark Woozley
A deployable airfoil unit is disclosed. It has a housing comprising a front surface and a rear surface joined by a top surface, two opposing side surfaces, and a bottom surface. The top surface and the front surface form an acute angle, and the top surface is larger than the bottom surface. A memory is configured to store flight data or cockpit voice data. A center of mass in the unit is configurable.
74	Service model flight recorder	US12123779	2008-05-20	US08082275B2	2011-12-20	Geert De Peuter; David Bonnell; Eric J S Pieters
A method, system and medium for recording events in a system management environment is described. As system events are detected in an enterprise computing environment they are stored in a manner allowing them to be “replayed” either forward or reverse to assist a system administrator or other user to determine the chain of events that affected the enterprise. The system engineer and business process owner are therefore presented with pertinent information for monitoring, administrating and diagnosing system activities and their correlation to business services.
75	Fault tolerant flight data recorder	US633730	1984-07-23	US4682292A	1987-07-21	Richard L. Bue; Ratchford Michael
Signal units of information stored in electronic memory are arranged in frames which are separated in memory by configurable end of data pointers, each frame stored with a first configuration pointer indicating a present frame, the storing of each present frame changing the preceding frame pointer to a second configuration, whereby loss of frame data due to power interruption during storage is limited to the identifiable present frame.
76	Service Model Flight Recorder	US12123779	2008-05-20	US20090292720A1	2009-11-26	Geert De Peuter; David Bonnell; Eric JS Pieters
A method, system and medium for recording events in a system management environment is described. As system events are detected in an enterprise computing environment they are stored in a manner allowing them to be “replayed” either forward or reverse to assist a system administrator or other user to determine the chain of events that affected the enterprise. The system engineer and business process owner are therefore presented with pertinent information for monitoring, administrating and diagnosing system activities and their correlation to business services.
77	FLIGHT RECORDER WIRELESS INTERFACE	US11162976	2005-09-29	US20070072639A1	2007-03-29	Wendell Frost; Duncan Schofield
Methods and systems for wirelessly offloading data recorded on a flight recorder. In one embodiment, a method of offloading data recorded on a flight recorder includes determining whether to enable a wireless transmitter and wirelessly transmitting previously stored data on the flight recorder via the wireless transmitter according to the determination. In one aspect, wireless transmission is determined by wireless parameters, such as weight on wheels, air speed, ground speed, engine speed, open compartments and sensed forces or other airplane parameters made available to the flight recorder. Wireless transmission may be initiated either manually or automatically.
78	CRASH SURVIVABLE ENCLOSURE FOR FLIGHT RECORDER	PCT/US1990004511	1990-08-10	WO1991004921A1	1991-04-18	SUNDSTRAND DATA CONTROL, INC.; GROENEWEGE, Johannes, B.
A crash survivable enclosure (10) includes a flight data recorder or memory device (14) physically supported and protected by a solid synthetic wax filler (46) contained in an inner metal shell (24). A second filler (60) of high efficiency heat insulating material is contained in an outer shell (50) for physically supporting the inner shell (24) and its contents.
79	TRANSIENT RECORDER IN TIME-OF-FLIGHT MASS SPECTROMETER	PCT/US1994006892	1994-06-17	WO1995000236A1	1995-01-05	MERIDIAN INSTRUMENTS, INC.; HOLLAND, John, F.; ENKE, Christie, G.; DAVENPORT, Michael, R.; JANOW, Lawrence, W.
An integrating transient recorder (10, 78, 106, 120) for time array detection of ions within an ion source extraction. The arrival times of all ions having various mass-to-charge ratios are calculated and integrating or peak detecting circuitry is activated just prior to the calculated time of arrival of each ion, and then only for a time duration in accordance with a predetermined data collection time window sufficient to enable each ion mass value to be completely measured. An analog-to-digital converter (18, 84, 90, 128) converts the area or peak analog signal for each ion into a corresponding digital signal and outputs the digital signals to a plurality of FIFO buffers (22, 24, 86, 92, 130). The FIFO buffers (22, 24, 86, 92, 130) are read out for each successive transient by a digital signal processor (26, 88, 94) and summed over a predetermined number of sequential transients in a mass locked registry creating a file of ion intensities versus mass-to-charge ratio of all ions detected. In a preferred embodiment the apparatus includes a mass defect detector (16, 100) which compares the actual arrival time of the ions with the calculated anticipated time of arrival and applies appropriate time delays from a selected one of a plurality of delta-mass tables.
80	항공용 기록장치를 위한 인터페이스 장치	KR1020100095207	2010-09-30	KR1020120033604A	2012-04-09	김지웅
PURPOSE: An interface device for a flight recorder is provided to transmit and receive messages such as video data, audio data, and time stamps through a serial line from a video board, an audio board, and a control board. CONSTITUTION: A video board(200) stores compacted video data in an FIFO(First Input First Output). The video board transmits the video data to a control board(100). An audio board(300) stores compacted audio data in the FIFO. The audio board transmits the audio data to the control board. The control board receives the video data and the audio data.

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