METHOD TO DETERMINE NAVIGATION PARAMETRES OF CARRIER ROCKET AND SPACECRAFT IT PLACES INTO ORBIT AND DEVICE FOR ITS REALISATION Russian patent published in 2011 - IPC G01C21/00 

Abstract RU 2415383 C1

FIELD: instrument making.

SUBSTANCE: on board of each spacecraft (SC) there is a gyroscopic inertial system (GIS) used as director instruments (DI), instrument sire (IS) of which, with accelerometres on it, is a biaxial indicator gyroscopic stabiliser. All complexes of director instruments (DIC) installed on board of SC are used as DI of carrier rocket (CR) to determine navigation parametres (NP) of CR. When getting ready for launching, including setting of DI, aiming, calibration of sensitive elements (SE), and during flight in stage of CR placement, signals of SE in SC DIC are processed in board computers of SC, and then processed in board computer of CR. After SC is separated from CR, SC DIC SE signals are processed in board computers of SC to determine SC NP.

EFFECT: accuracy improvement.

2 cl, 1 dwg

Similar patents RU2415383C1

Title Year Author Number
METHOD OF EVALUATION OF NAVIGATION PARAMETERS OF OPERATED MOBILE OBJECTS AND RELATED DEVICE FOR IMPLEMENTATION THEREOF 2007
  • Zajtsev Sergej Aleksandrovich
  • Mezhiritskij Efim Leonidovich
  • Rumjantsev Gennadij Nikolaevich
  • Shavrina Margarita Aleksandrovna
RU2339002C1
METHOD TO CALIBRATE SENSITIVE ELEMENTS OF PLATFORM-FREE INERTIAL NAVIGATION SYSTEM IN FLIGHT 2012
  • Makarchenko Fedor Ivanovich
  • Mezhiritskij Efim Leonidovich
  • Rumjantsev Gennadij Nikolaevich
  • Shkoda Valerija Arshakovna
RU2486472C1
METHOD OF INCREASING GUIDANCE ACCURACY OF DEVELOPMENT STEPS FOR VARIOUS PURPOSES 2010
  • Makarchenko Fedor Ivanovich
  • Rumjantsev Gennadij Nikolaevich
RU2440557C9
METHOD FOR PRE-LAUNCH SETTING OF HIGH- ACCURACY MISSILES 1995
  • Kolesnichenko S.V.
  • Romanov P.S.
  • Suvorin E.I.
  • Bejdin V.N.
  • Zhil'Tsov K.V.
  • Pervukhin D.A.
RU2150124C1
METHOD FOR DETERMINING PARAMETERS OF MODEL OF MEASUREMENT ERRORS OF ACCELEROMETERS OF DRIVEN INERTIAL NAVIGATION SYSTEM AS PER MEASUREMENTS OF REFERENCE INERTIAL NAVIGATION SYSTEM 2012
  • Dishel' Viktor Davidovich
  • Mezhiritskij Efim Leonidovich
  • Nemkevich Viktor Andreevich
  • Sapozhnikov Aleksandr Ilarievich
  • Zhigulevtseva Elena Jur'Evna
RU2505785C1
METHOD FOR DETERMINING AND COMPENSATING FOR DEVIATION OF GYRO-STABILIZED PLATFORM AND DEVICE FOR REALIZATION OF SAID METHOD 2005
  • Batargin Vadim Germanovich
  • Zajtsev Sergej Aleksandrovich
  • Rumjantsev Gennadij Nikolaevich
  • Shavrina Margarita Aleksandrovna
RU2285902C1
DEVICE FOR DETERMINATION OF SPATIAL ORIENTATION OF SOYUZ-2 SPACE ROCKET 2019
  • Zinovev Konstantin Gennadevich
  • Mikhajlov Mikhail Yurevich
  • Spiridonov Viktor Vladimirovich
RU2732520C1
COMBINED SYSTEM OF ORIENTATION AND NAVIGATION OF MOVING OBJECT 2020
  • Skripkin Aleksandr Aleksandrovich
RU2746236C1
METHOD FOR DETERMINING PARAMETERS OF MODEL OF MEASUREMENT ERRORS OF ACCELEROMETERS OF INERTIAL NAVIGATION SYSTEM AS PER SATELLITE NAVIGATION MEASUREMENTS 2012
  • Dishel' Viktor Davidovich
  • Mezhiritskij Efim Leonidovich
  • Nemkevich Viktor Andreevich
  • Sapozhnikov Aleksandr Ilarievich
  • Sokolova Natal'Ja Viktorovna
  • Bykov Andrej Konstantinovich
  • Sulimov Viktor Grigor'Evich
RU2504734C1
METHOD AND DEVICE FOR EVALUATING NAVIGATION PARAMETERS OF CONTROLLED MOBILE OBJECTS 2003
  • Zajtsev S.A.
  • Kalinin A.I.
  • Makarchenko F.I.
  • Mezhiritskij E.L.
  • Rumjantsev G.N.
RU2241959C1

RU 2 415 383 C1

Authors

Berkovich Sergej Borisovich

Volkov Mikhail Andreevich

Zajtsev Sergej Aleksandrovich

Sadekov Rinat Nailevich

Dates

2011-03-27Published

2009-12-16Filed