METHOD OF MISSILE CONTROL AND DEVICE FOR ITS REALIZATION Russian patent published in 1998 - IPC

Abstract RU 2114373 C1

FIELD: controllable armament. SUBSTANCE: at missile control presence of thermal noise in the field of the second strobe of the direction finder is being constantly identified, and from the moment of appearance of thermal noise in the field of the second strobe up to its exit from the field of the second strobe of the direction finder missile coordinates are determined according to the coordinates obtained from the missile model, the rate of noise movement on the field of the direction finder is determined, and additional signals leading away the missile in the direction opposite the movement of thermal noise on the field of the direction finder are added to the control command signals; and after determination of distinctions of the values of missile coordinates from the coordinates of the field of the second strobe control of the second strobe is transferred to the initial control mode according to the coordinates of the missile model with subsequent determination of missile coordinates according to the second strobe of the direction finder. For realization of the described method the missile control system additionally uses a noise detector, first switch second switch, whose control input is connected to the detector of thermal noise in the field of the second strobe, the second input of the missile model is connected to the command transmitter input; the input of the second strobe tracking system via the break contacts of the second switch is connected to the direction finder output, and via the make contacts - to the missile model output; the inputs of the missile coordinates transducer via the break contacts of the first switch are connected to the output of the second strobe tracking system, and via the make contacts of the first switch - to the output of the missile model. EFFECT: enhanced reliability and efficiency of complex at action of thermal noise. 8 cl, 5 dwg

Similar patents RU2114373C1

Title Year Author Number
INTEGRATED AUTOMATIC TRACKING SYSTEM 2012
  • Stepanichev Igor' Veniaminovich
  • Slugin Valerij Georgievich
  • Zhukov Aleksandr Viktorovich
  • Aleksandrov Evgenij Vasil'Evich
  • Dronov Evgenij Anatol'Evich
  • Cherkasov Aleksandr Nikolaevich
RU2498345C1
ANTIAIRCRAFT ROCKET AND GUN COMPLEX 1998
  • Shipunov A.G.
  • Vnukov V.G.
  • Obrazumov V.I.
  • Komonov P.S.
  • Slugin V.G.
  • Kuz'Mich Ja.L.
RU2131577C1
METHOD OF GUIDANCE OF TELECONTROLLED MISSILE AND GUIDANCE SYSTEM FOR ITS REALIZATION 1996
  • Shipunov A.G.
  • Petrushin V.V.
  • Morozov V.I.
  • Kuznetsov V.M.
RU2106597C1
OPTIC-ELECTRON TRACKING SYSTEM 2000
  • Petrov N.V.
  • Gorchakov I.M.
  • Zhemerov V.I.
  • Baranov N.P.
RU2191407C2
OPTICAL-ELECTRON SYSTEM FOR SEARCH AND TRACKING 2001
  • Petrov N.V.
  • Gorchakov I.M.
  • Zhemerov V.I.
  • Baranov N.P.
RU2212687C2
ANTIAIRCRAFT MISSILE-GUN SYSTEM 2006
  • Shipunov Arkadij Georgievich
  • Roshal' Leonid Borisovich
  • Slugin Valerij Georgievich
  • Zubarev Aleksandr Anatol'Evich
  • Kuz'Mich Janina Leont'Evna
RU2321818C1
OPTO-ELECTRONIC CONTROL SYSTEM 2000
  • Petrov N.V.
  • Gorchakov I.M.
  • Zhemerov V.I.
  • Baranov N.P.
RU2172010C1
GUIDANCE SYSTEM OF TELECONTROLLED MISSILE 2000
  • Petrushin V.V.
  • Koptsov A.P.
  • Obrazumov V.I.
  • Slugin V.G.
RU2191345C2
LOCATION-OPTICAL SYSTEM FOR TRACKING MOVING OBJECTS 2006
  • Rybas Aleksandr Leonidovich
  • Zhukov Aleksandr Viktorovich
  • Aleksandrov Evgenij Vasil'Evich
  • Bessonov Anatolij Nikolaevich
  • Cherkasov Aleksandr Nikolaevich
  • Bajbakov Vladimir Nikolaevich
  • Pazushko Sergej Levanovich
  • Starodubtsev Viktor Alekseevich
  • Zalukaev Vjacheslav Pavlovich
  • Beljaev Aleksandr Andreevich
RU2325671C1
METHOD FOR MISSILE CONTROL 2001
  • Petrushin V.V.
  • Komissarenko A.I.
  • Kuznetsov V.M.
RU2205360C2

RU 2 114 373 C1

Authors

Shipunov A.G.

Tkachenko Ju.N.

Podchufarov Ju.B.

Kozlov S.V.

Dates

1998-06-27Published

1997-04-10Filed