DETECTION OF SPACE DEBRIS Russian patent published in 2014 - IPC G06T7/20 B64G3/00

Abstract RU 2536349 C2

FIELD: aircraft engineering.

SUBSTANCE: proposed method comprises generation of virtual fragment of space debris in compliance with mass preservation law with application of the model of failure to debris to object resulted from said failure. Orbit of every virtual space debris fragment is computed during observation at stationary point with application of the model of debris path to said virtual fragment. Proceeding from the results of orbit computation, distribution of frequency of debris every virtual fragment vector of motion in coelosphere is generated. Proceeding from said vector search range vector is set with upper level of distribution of motion vector frequency. Used the method of overlay to areas in images fixed at time intervals during observation in stationary point.

EFFECT: detection of space debris in geocentric orbit.

5 cl, 12 dwg

Similar patents RU2536349C2

Title	Year	Author	Number
MONITORING OF ASTEROID-COMET DANGER	2014	Kozlov Viktor Grigor'Evich Lavrent'Ev Viktor Grigor'Evich Olejnikov Igor' Igorevich Seredin Sergej Vadimovich	RU2573509C1
METHOD OF COELOSPHERE COVERAGE FROM SPACE CRAFT FOR SURVEILLANCE OF CELESTIAL BODIES AND COELOSPHERE COVERAGE SPACE SYSTEM FOR SURVEILLANCE OF CELESTIAL BODIES AND DETECTION OF SOLAR SYSTEM BODIES TO THIS END	2012	Bogachev Aleksej Viktorovich Egorov Vladimir Leonidovich Zakharov Andrej Igorevich Kuleshov Jurij Pavlovich Misnik Viktor Porfir'Evich Nikolaev Sergej L'Vovich Orlovskij Igor' Vladimirovich Platonov Valerij Nikolaevich Prokhorov Mikhail Evgen'Evich Rykhlova Lidija Vasil'Evna Shugarov Andrej Sergeevich Shustov Boris Mikhajlovich Jakovenko Jurij Pavlovich	RU2517800C1
METHOD OF DETECTING MOVING OBJECT	2013	Banno Khadzime	RU2589736C1
SPACE DEBRIS NEAR THE GEOSTATIONARY ORBIT DETECTION AND MONITORING METHOD	2018	Emelyanov Vladimir Alekseevich Elkin Konstantin Sergeevich Maslov Valerij Vladimirovich Merkushev Yurij Konstantinovich Usovik Igor Vyacheslavovich Bodrova Yuliya Sergeevna Ramaldanov Roman Petrovich	RU2684253C1
APPROACHING EARTH FROM THE DAYTIME SKY DANGEROUS CELESTIAL BODIES DETECTION METHOD AND THE SODA-2 SPACE SYSTEM FOR ITS IMPLEMENTATION	2017	Shustov Boris Mikhajlovich Shugarov Andrej Sergeevich Naroenkov Sergej Aleksandrovich	RU2675205C1
METHOD FOR DETECTING MOVING OBJECTS	2013	Banno Khadzime	RU2618927C2
METHOD OF THE CELESTIAL SPHERE SPACE SURVEILLANCE SYSTEM FOR APPROACHING FROM THE SUN CELESTIAL BODIES DETECTION AND THREATENING COLLISION WITH THE EARTH	2017	Emelyanov Vladimir Alekseevich Elkin Konstantin Sergeevich Loginov Sergej Stepanovich Maslov Valerij Vladimirovich Merkushev Yurij Konstantinovich Bodrova Yuliya Sergeevna Ramaldanov Roman Petrovich	RU2660090C1
WARNING OF DANGER IN NEAR-EARTH SPACE AND ON EARTH AND ACS TO THIS END	2014	Kozlov Viktor Grigor'Evich Lavrent'Ev Viktor Grigor'Evich Olejnikov Igor' Igorevich Seredin Sergej Vadimovich	RU2570009C1
METHOD FOR INDEPENDENT DETERMINATION OF SPACECRAFT ORBIT PARAMETERS	2017	Prokhorov Mikhail Evgenevich Zakharov Andrej Igorevich Zhukov Aleksandr Olegovich Gladyshev Anatolij Ivanovich Kuznetsova Irina Vitalevna	RU2696399C2
SPACE CELESTIAL VAULT SURVEILLANCE SYSTEM FOR CELESTIAL BODIES DETECTION	2015	Alybin Vyacheslav Georgievich Belyj Aleksej Mikhajlovich Bulgakov Nikolaj Nikolaevich Elkin Konstantin Sergeevich Emelyanov Vladimir Alekseevich Ermakov Petr Nikolaevich Zakharov Andrej Igorevich Ivasik Vladimir Aleksandrovich Kuleshov Yurij Pavlovich Misnik Viktor Porfirevich Nosatenko Petr Yakovlevich Poluyan Aleksandr Petrovich Prokhorov Mikhail Evgenevich Rykhlova Lidiya Vasilevna Shustov Boris Mikhajlovich Yakovenko Yurij Pavlovich	RU2621464C1

RU 2 536 349 C2

Authors

Khanada Tosija

Kitadzava Jukikhito

Kavabe Aritsune

Dates

2014-12-20—Published

2011-09-08—Filed