PARAMETRIZABLE SYSTEM FOR CENTRALIZED MAINTENANCE SERVICE, INTENDED FOR FLYING APPARATUS Russian patent published in 2017 - IPC B64D45/00 G06F11/00 G05B23/02 

Abstract RU 2633015 C2

FIELD: aviation.

SUBSTANCE: group of inventions refers to a system and method for centralized servicing of a flying apparatus (FA) and a method for developing such a system. The system contains devices capable of issuing fault messages or alarm messages, the software kernel parameterized with the help of a binary database (DB) database containing at least four elementary cells, each of which contains a parameterizable database engine. For the implementation of the centralized maintenance method, the messages about faults and alarm messages are collected, their diagnosis and report is displayed on the graphical interface, the communication is established between the maintenance operator and the set of aircraft devices. For the development of the system by parameterization, the configuration area is defined for the operational requirements of the system for centralized maintenance, programming and certifying several common software engines.

EFFECT: provides a centralized service of the aircraft with the ability to regularly update the software during the development and operation of the aircraft.

9 cl, 3 dwg

Similar patents RU2633015C2

Title Year Author Number
FULLY PARAMETERIZABLE E-MAIL WARNINGS AND PROCEDURES CONTROL SYSTEM DESIGNED FOR AN AIRCRAFT 2013
  • Shazott Ksave
  • Berto Stefan
  • Mazenu Mishel
RU2623281C2
PARAMETRABLE AUTOMATIC PILOTING SYSTEM, DESIGNED FOR FLYING APPARATUS 2013
  • Devore Rodolf
  • Bonnafu Arno
  • Birr Zherom
RU2632241C2
METHOD AND DEVICE FOR DETERMINING NEED FOR CENTRALIZED MAINTENANCE SYSTEM FOR FLYING APPARATUS 2013
  • Maresten Paskal
  • Laval Loran
  • Albuj Kristian
RU2633459C2
DEVICE AND METHOD FOR FACILITATING AIRCRAFT RECONFIGURATION, AIRCRAFT INCLUDING SAID DEVICE 2014
  • Sannino Kristian
  • Shazott Ksave
  • Kulmo Fransua
RU2673321C2
CENTRALISED MAINTENANCE DEVICE FOR AIRCRAFT 2011
  • Albuj Kristian
  • Shazott Ksave
RU2597489C2
SYSTEM AND METHOD FOR CONTEXT-DEPENDENT NETWORK FILTERING 2017
  • Bush Dzhon E.
  • Arnold Stiven L.
  • Ajyagari Arun
RU2722366C2
SYSTEM FOR AUTOMATED CONTROL OF WORKS AT WELLS AND OILFIELD EQUIPMENT, WHICH ARE NOT EQUIPPED OR PARTIALLY EQUIPPED APCS 2018
  • Tretyakov Oleg Vladimirovich
  • Mazein Igor Ivanovich
  • Merkushev Sergej Vladimirovich
  • Altunin Nikita Anatolevich
  • Kozlov Aleksej Vyacheslavovich
  • Mazein Nikita Igorevich
RU2699101C1
SYSTEM FOR COMMUNICATION BETWEEN AIRCRAFT-BASED COMPUTER NETWORK AND GROUND-BASED COMPUTER NETWORK 2008
  • Son'Jak Frederik
RU2497296C2
METHOD FOR AUTOMATICALLY DETERMINING THE CAUSE OF MALFUNCTION OF THE DEEP-PUMPING EQUIPMENT OF A PRODUCING WELL BASED ON MACHINE LEARNING 2021
  • Safuanov Rinat Iolduzovich
  • Zaikin Artem Aleksandrovich
  • Nurgaliev Danis Karlovich
  • Sudakov Vladislav Anatolevich
  • Usmanov Sergej Anatolevich
  • Takhauv Ajdar Asgatovich
RU2763102C1
METHOD AND SYSTEM FOR MONITORING RADAR LOCATION STATION 2016
  • Chekushkin Vsevolod Viktorovich
  • Ivushkin Mikhail Yurevich
  • Zhiganov Sergej Nikolaevich
RU2648585C1

RU 2 633 015 C2

Authors

Laval Loran

Maresten Paskal

Syubele Mishel

Dates

2017-10-11Published

2013-05-08Filed