METHOD OF HARMONIZATION OF THE LINE OF SIGHT OF OPTICAL DEVICE WITH A LONGITUDINAL AXLE OF LAND VEHICLE Russian patent published in 2018 - IPC G01C21/00 

Abstract RU 2657334 C1

FIELD: measurement.

SUBSTANCE: invention relates to measuring methods, namely to methods for correcting angular parameters determined by a topographical reference and navigation system of a land vehicle, for their consideration in the process of survey measurements. Method of aligning the axes of the line of sight of the optical device with the longitudinal axis of the land vehicle is that the vehicle is installed on the alignment section, the sighting device is leveled, its zero readings are set when it is placed on the crosshairs of the alignment target, the azimuth is determined, the initial corrections to the angular readings for their input into the software and hardware complex of the land vehicle are calculated. After the installation of the land vehicle on the alignment section, its centres are determined on the chassis of the vehicle and marked by risks, on which the plumb lines are placed so that the threads of loads are located in the same plane with the longitudinal axis of the land vehicle. If this condition is not met, the chassis is hung using lifting devices to align the plumb lines with the plane, the alignment target is set so that the vertical plane passing through the axis of symmetry of the land vehicle coincides with the axis of symmetry of the lines of guidance of its longitudinal axis on the alignment target, the vertical position of the alignment target is set according to a plumb, its installation height is determined by the specified size of the sighting device on the land vehicle, the target is set up using a periscopic artillery boot, further, the inertial navigation system is tied to the zero reference point as the determination of the initial correction of the azimuth angle determined by means of an optical sight for its recording in the special software of the hardware and software complex.

EFFECT: technical result consists in forming a method for coordinating the axes of the line of sight of the optical instrument with the longitudinal axis of the land vehicle, ensuring the parallelism of the zero line of sight of the optical device with zero setting of the angle scales with respect to the longitudinal axis of the land vehicle equipped with a topographic reference and navigation system.

1 cl, 6 dwg

Similar patents RU2657334C1

Title Year Author Number
METHOD FOR COORDINATING LINE OF SIGHT OF OPTICAL DEVICE WITH LONGITUDINAL AXIS OF BASIC CHASSIS OF ANTI-AIRCRAFT MEANS 2023
  • Gulshin Vladimir Aleksandrovich
  • Kamenev Andrej Viktorovich
  • Churov Aleksandr Mikhajlovich
  • Irbakhtin Aleksandr Semenovich
  • Cherneeva Marianna Vasilevna
RU2810238C1
METHOD FOR ALIGNMENT OF INERTIA NAVIGATION SYSTEM AXES WITH THAT OF LAND-BASED VEHICLE AND MEASUREMENT FACILITY FOR ITS IMPLEMENTATION 2010
  • Gromov Vladimir Vjacheslavovich
  • Lipsman David Lazorovich
  • Lopukhovskij Oleg Nikolaevich
  • Mosalev Sergej Mikhajlovich
  • Rybkin Igor' Semenovich
  • Khitrov Vladimir Anatol'Evich
RU2436043C1
METHOD OF FUNCTIONING OF SYSTEM OF TOPOGRAPHIC PRECISE POSITIONING AND NAVIGATION UNDER CONDITIONS OF MILITARY USE 2012
  • Gorbachev Aleksandr Evgen'Evich
  • Gromov Vladimir Vjacheslavovich
  • Lopukhovskij Oleg Nikolaevich
  • Mosalev Sergej Mikhajlovich
  • Rybkin Igor' Semenovich
  • Khitrov Vladimir Anatol'Evich
RU2498221C1
METHOD FOR CONTROLLING PRECISION CHARACTERISTICS OF SYSTEM OF GEO-LOCATION AND NAVIGATION 2016
  • Gromov Vladimir Vyacheslavovich
  • Kotukhov Aleksej Vladimirovich
  • Mosalev Sergej Mikhajlovich
  • Odintsov Anton Andreevich
  • Rybkin Igor Semenovich
  • Sinitsyn Denis Igorevich
  • Fufaev Dmitrij Alberovich
RU2659614C9
METHOD FOR INITIAL ORIENTING GYROSCOPIC NAVIGATION SYSTEM FOR LAND MOBILES 2016
  • Korop Vasilij Yakovlevich
  • Lebedev Vladimir Vyacheslavovich
  • Orlenko Vladimir Vasilevich
  • Ustinov Vladimir Vasilevich
RU2617147C1
METHOD OF ORIENTING MOBILE OBJECTS RELATIVE TO AN OBJECT WITH A KNOWN DIRECTIONAL ANGLE 2018
  • Gulshin Vladimir Aleksandrovich
  • Lapin Vyacheslav Viktorovich
  • Kamenev Andrej Viktorovich
  • Cheremshantsev Aleksej Anatolevich
  • Makarov Vyacheslav Anatolevich
  • Lipatnikov Igor Anatolevich
RU2692945C1
METHOD OF OPERATING TOPOGRAPHIC SURVEY VEHICLE 2011
  • Gromov Vladimir Vjacheslavovich
  • Egorov Viktor Jur'Evich
  • Lipsman David Lazorovich
  • Mosalev Sergej Mikhajlovich
  • Rybkin Igor' Semenovich
  • Khitrov Vladimir Anatol'Evich
RU2481204C1
METHOD FOR MOBILE NAVIGATION AND TOPOGRAPHIC SURVEY FACILITY FUNCTIONING UNDER COMBAT APPLICATION CONDITIONS 2010
  • Gorbachev Aleksandr Evgen'Evich
  • Gromov Vladimir Vjacheslavovich
  • Lopukhovskij Oleg Nikolaevich
  • Mosalev Sergej Mikhajlovich
  • Rybkin Igor' Semenovich
  • Khitrov Vladimir Anatol'Evich
RU2436042C1
MOBILE NAVIGATION AND TOPOGRAPHIC PRECISE POSITIONING SYSTEM 2010
  • Gromov Vladimir Vjacheslavovich
  • Guzhov Vitalij Borisovich
  • Lipsman David Lazorovich
  • Mosalev Sergej Mikhajlovich
  • Rybkin Igor' Semenovich
  • Khitrov Vladimir Anatol'Evich
RU2444451C2
CONTROL OVER TOPOGRAPHIC SURVEY VEHICLE 2014
  • Gromov Vladimir Vjacheslavovich
  • Lipsman David Lazorovich
  • Mosalev Sergej Mikhajlovich
  • Rybkin Igor' Semenovich
  • Sinitsyn Denis Igorevich
  • Khitrov Vladimir Anatol'Evich
RU2572407C1

RU 2 657 334 C1

Authors

Gromov Vladimir Vyacheslavovich

Kotukhov Aleksej Vladimirovich

Mosalev Sergej Mikhajlovich

Rybkin Igor Semenovich

Sinitsyn Denis Igorevich

Fufaev Dmitrij Alberovich

Dates

2018-06-13Published

2017-03-06Filed