METHOD OF DETERMINING COORDINATES OF MOVING OBJECT Russian patent published in 2019 - IPC G01S5/10 

Abstract RU 2686068 C1

FIELD: physics.

SUBSTANCE: invention relates to radio navigation and can be used to determine spatial coordinates of a moving object and control its movement in navigation areas. Method is characterized in that a station of a transmitting system comprising a predetermined number of groups of stations with given and known on object coordinates of phase centres of antennae (PCA) of stations, including four stations in each group, PCA of which are located in vertices of the specified quadrangle lying in the plane specified for this group, transmitting radio signals with individual characteristics for each station. At the object, radio signals are received, identified and measured, projections of speed of object, accelerations, derivatives of these accelerations and second derivatives of acceleration in time on direct lines, connecting object PCA to corresponding PCA stations, and based on said projections for each of the four ordered stations of each of the groups determine the range from the PCA stations to the PCA of the object, for example, according to the measurement equations proposed in the method. Coordinates of the object of the object in the given Cartesian coordinate system are determined from these ranges.

EFFECT: technical result is absence of requirements for synchronized transmission of radio signals by stations and availability of a single system of time transmitting radio signals of system and object.

3 cl

Similar patents RU2686068C1

Title Year Author Number
METHOD OF DETERMINING COORDINATES OF MOVING OBJECT 2018
  • Panov Vladimir Petrovich
RU2686070C1
PERMANENT STORAGE 1990
  • Andreas Antonius Jokhannes Marija Van Den Ehl'Skhaut[Nl]
  • Khenrikus Jozefius Marija Vendrik[Nl]
  • Dirk Villem Kharberts[Nl]
RU2089943C1
METHOD FOR TRANSFERRING DATA VIA WIRELESS LOCAL NETWORK IN ACCORDANCE TO IEEE 802.11b STANDARD 2005
  • Garmonov Aleksandr Vasil'Evich
  • Seok Kho Cheon
  • Do Kh'On Im
  • Ki Tae Khan
  • Savinkov Andrej Jur'Evich
  • Filin Stanislav Anatol'Evich
  • Manelis Vladimir Borisovich
  • Moiseev Sergej Nikolaevich
  • Kondakov Mikhail Sergeevich
  • Jun San Pak
RU2298285C2
MULTICONTACT SWITCHING SYSTEM HAVING INDEPENDENT CONTROL OF EIGHT POWER CONTACT GROUPS CONNECTED IN A MIXED CIRCUIT 2020
  • Vinogradov Aleksandr Vladimirovich
  • Lansberg Aleksandr Aleksandrovich
  • Vinogradova Alina Vasilevna
RU2726644C1
MULTI-CONTACT SWITCHING SYSTEM WITH EIGHT POWER CONTACT GROUPS CONNECTED IN A MIXED CIRCUIT 2021
  • Vinogradova Alina Vasilevna
  • Lansberg Aleksandr Aleksandrovich
  • Vinogradov Aleksandr Vladimirovich
RU2755528C1
METHOD OF NOISE-IMMUNE GRADIENT DETECTION OF CONTOURS OF OBJECTS ON DIGITAL IMAGES 2008
  • Samojlin Evgenij Aleksandrovich
RU2360289C1
SYSTEM TO MOOR SURFACE OBJECTS 1995
  • Grigor'Eva N.N.
  • Okhonskij A.G.
RU2121698C1
METHOD AND DEVICE FOR READING AND CONTROLLING SOLID-BODY WAVE GYROSCOPE 2001
  • Machekhin P.K.
  • Kuz'Min S.V.
RU2194249C1
SOLID-BODY WAVE GYROSCOPE 2001
  • Kardapolov A.A.
  • Machekhin P.K.
  • Kuz'Min S.V.
RU2207510C2
DEVICE OF SPATIAL SELECTION OF SIGNALS WITH COMPENSATION OF INTENTIONAL INTERFERENCE 2018
  • Zhuravlev Aleksandr Viktorovich
  • Markin Viktor Grigorevich
  • Shuvaev Vladimir Andreevich
  • Krasov Evgenij Mikhajlovich
  • Ivanov Aleksandr Fedorovich
RU2677931C1

RU 2 686 068 C1

Authors

Panov Vladimir Petrovich

Dates

2019-04-24Published

2018-09-18Filed