FLIGHT INTERPRETER FOR DEMONSTRATION OF UNMANNED AIRCRAFT SYSTEMS WITH EXTERNAL LOAD Russian patent published in 2016 - IPC B64C19/00 G05D1/00 

Abstract RU 2605801 C2

FIELD: aircraft engineering.

SUBSTANCE: group of inventions relates to unmanned aircraft system (UAS) testing method and system, as well as to UAS with external load testing system. UAS testing system comprises UAS flight control system, optionally piloted vehicle (OPV) with its own control system, flight control interpreter. To conduct UAS testing UAS fuselage is attached to OPV, UAS flight control system is connected to flight control interpreter, latter is connected to OPV flight control system, UAS mission profile is initiated, sending control parameters from UAS flight control system to flight control interpreter for their interpretation, determining mission profile completeness, otherwise sending current state commands from flight control system interpreter to OPV control system, determining presence of pilot intervention, controlling OPV based on current state commands. UAS with external load testing system comprises UAS flight control system, OPV with own control system, OPV ground-based tracking system. OPV carries UAS fuselage flight control interpreter.

EFFECT: enabling UAS testing in accordance with certain mission profile.

12 cl, 8 dwg

Similar patents RU2605801C2

Title Year Author Number
MULTIPURPOSE BACKUP "PILOT-PLANE" INTERACTION LOOP FOR FLIGHT TESTS OF HIGHLY AUTOMATED AND UNMANNED AIRCRAFT SYSTEMS 2020
  • Melikova Mariya Benediktovna
  • Arbuzova Natalya Viktorovna
  • Pogorelov Aleksej Konstantinovich
RU2743236C1
METHOD OF CONTROL OVER DRONE 2013
  • Volodin Evgenij Aleksandrovich
  • Nevzorov Jurij Vital'Evich
  • Myrova Ljudmila Osherovna
  • Fomina Irina Andreevna
  • Gribanov Aleksandr Sergeevich
RU2562890C2
STRATEGIC AVIATION TRANS-ARCTIC SYSTEM 2020
  • Durov Dmitrij Sergeevich
RU2736530C1
STEALTHY ROCKET AND AIRCRAFT COMPLEX 2019
  • Durov Dmitrij Sergeevich
RU2722609C1
METHOD OF MULTI-POSITION OBSERVATION, CONTROL AND MANAGEMENT OVER FLIGHTS OF MANNED AND UNMANNED AERIAL SYSTEMS IN COMMON AIR SPACE 2019
  • Ilin Aleksandr Ivanovich
RU2710983C1
TRANSFORMABLE UNDERWATER RECONNAISSANCE-STRIKE SYSTEM 2019
  • Durov Dmitrij Sergeevich
RU2725567C1
UNMANNED AVIATION SYSTEMS COMPLEX AUTOMATED MONITORING AND CONTROL SYSTEM LOGICAL ARCHITECTURE, PROVIDING THEIR SAFE INTEGRATION IN PUBLIC AIR SPACE 2018
  • Ilin Aleksandr Ivanovich
RU2683703C1
METHOD FOR ORGANIZING AIR TRAFFIC WITH FORMATION OF ARTIFICIAL INTELLIGENCE PRINCIPLES FOR IMPLEMENTATION OF SAFE JOINT FLIGHTS OF MANNED AND UNMANNED AIRCRAFTS IN COMMON AIRSPACE 2020
  • Ilin Aleksandr Ivanovich
RU2750509C1
FLYING LABORATORY WITH A RECONFIGURABLE TEST-PILOT WORKPLACE FOR ADVANCED FLIGHT STUDIES OF THE “CREW-AUTOMATIC” AND “CREW-UAV” INTERACTION 2022
  • Melikova Mariya Benediktovna
  • Arbuzova Natalya Viktorovna
  • Pogorelov Aleksej Konstantinovich
  • Zhigarev Oleg Igorevich
RU2795529C1
UNOBTRUSIVE AIRCRAFT-MISSILE SYSTEM 2019
  • Durov Dmitrij Sergeevich
RU2725372C1

RU 2 605 801 C2

Authors

Spinelli Charlz B.

Dates

2016-12-27Published

2012-07-27Filed