METHOD OF DISTINGUISHING OF DISTANCES BETWEEN SPACESHIP AND DETERMINATION STATIONS Russian patent published in 2008 - IPC B64G3/00 B64G1/10 

Abstract RU 2323860 C1

FIELD: production methods.

SUBSTANCE: suggested method includes emission and retranslation of primary and final radio signals between spaceship, basic and additional land determinations stations. At the same it is additionally retranslated the final radio signal from spaceship to the basic land station and it is admitted at this station. The radio connection with the radio signal of the spaceship with one or more additional stations, admission of the primary signal to the additional station, its transformation to the final signal and admitting of it to the spaceship. About the distance between spaceship and main determination station is judged by the interval between the moment of emission and moment of admitting the primary signal at this station. About the distance between spaceship and additional determination station is judged by the interval between the moment of emission and moment of admitting the primary signal at the main station. It is measured additionally the moving of the frequency of the final signal, admitted on the main determination station, regarding the frequency of the primary movement, emissed from the same station. The distance between spaceship and additional station is determined with measuring of the Doppler drift.

EFFECT: it is reduced the time and increased the accuracy of distance determination between spaceship and determination stations.

5 cl, 4 dwg

Similar patents RU2323860C1

Title Year Author Number
METHOD OF DETERMINING DISTANCE BETWEEN SPACECRAFT AND STATIONS 2008
RU2401437C2
EXPEDIENT OF CHECKING OF TIME SCALES OF STATIONS 2007
RU2347255C1
METHOD FOR DETERMINING THE ORTHOGONAL COMPONENTS OF THE VELOCITY VECTOR OF A SPACECRAFT USING AN EARTH STATION AND A RADIATING REFERENCE REFERENCE STATION 2023
  • Sevidov Vladimir Vitalevich
RU2801257C1
METHOD FOR DETERMINING COORDINATES OF SPACECRAFT USING EARTH STATIONS AND EMITTING BENCHMARK STATION 2023
  • Bogdanovskii Sergei Valerevich
  • Sevidov Vladimir Vitalevich
  • Sevidova Luiza Mukhsinovna
  • Fokin Grigorii Alekseevich
  • Ziuzin Aleksei Vladimirovich
RU2803662C1
METHOD FOR DETERMINING THE ORTHOGONAL COMPONENTS OF THE VELOCITY VECTOR OF A SPACECRAFT USING EARTH STATIONS AND A RADIATING KEY REFERENCE STATION 2021
  • Agievich Sergej Nikolaevich
  • Androsov Vladislav Viktorovich
  • Zhbanov Igor Leonidovich
  • Zhuravlev Dmitrij Anatolevich
  • Kalutskij Roman Petrovich
  • Sevidov Vladimir Vitalevich
  • Fokin Grigorij Aleksandrovich
  • Kharchenko Vladislav Evgenevich
RU2788518C1
METHOD OF DETERMINING ORTHOGONAL COMPONENTS OF VELOCITY VECTORS OF TWO SPACECRAFT USING EARTH STATIONS AND EMITTING SUPPORTING REFERENCE STATION 2023
  • Sevidov Vladimir Vitalevich
RU2822690C1
METHOD FOR DETERMINING ORTHOGONAL COMPONENTS OF VELOCITY VECTOR AND METHOD FOR DETERMINING SPACE VEHICLE COORDINATES USING EARTH STATIONS 2020
  • Agievich Sergej Nikolaevich
  • Androsov Vladislav Viktorovich
  • Kalutskij Roman Petrovich
  • Konovalov Vladimir Evgenevich
  • Lutsenko Sergej Aleksandrovich
  • Sevidov Vladimir Vitalevich
  • Kharchenko Vladislav Evgenevich
RU2750753C1
METHOD FOR DETERMINING COORDINATES OF SPACECRAFT USING EARTH STATIONS AND EMITTING BENCHMARK STATION 2023
  • Androsov Vladislav Viktorovich
  • Anufriev Aleksej Aleksandrovich
  • Zhuravlev Dmitrij Anatolevich
  • Kalutskij Roman Petrovich
  • Naaso Dzhavan
  • Sevidov Vladimir Vitalevich
  • Sinitsyn Pavel Sergeevich
  • Fokin Grigorij Alekseevich
RU2805667C1
METHOD FOR DETERMINING THE ORTHOGONAL COMPONENTS OF THE VELOCITY VECTORS OF TWO SPACECRAFT USING EARTH STATIONS AND A RADIATING REFERENCE STATION 2022
  • Agievich Sergej Nikolaevich
  • Androsov Vladislav Viktorovich
  • Zhbanov Igor Leonidovich
  • Zhuravlev Dmitrij Anatolevich
  • Kalutskij Roman Petrovich
  • Sevidov Vladimir Vitalevich
  • Fokin Grigorij Aleksandrovich
  • Kharchenko Vladislav Evgenevich
RU2791153C1
DIFFERENTIAL-RANGE METHOD AND GROUND-SPACE SYSTEM FOR MEASURING SPATIAL COORDINATES OF AIRCRAFT BASED ON RADIO SIGNALS OF RADIO RADIATION OF ON-BOARD RADIOELECTRONIC EQUIPMENT THEREOF 2015
  • Boev Sergej Fedotovich
  • Guzenko Oleg Borisovich
  • Ostapenko Oleg Nikolaevich
  • Talalaev Aleksandr Borisovich
  • Timakov Dmitrij Arkadevich
  • Khramichev Aleksandr Anatolevich
  • Yagolnikov Sergej Vasilevich
RU2599984C1

RU 2 323 860 C1

Authors

Dates

2008-05-10Published

2006-09-20Filed