METHOD FOR TRANSFERRING HIGH-FREQUENCY SIGNALS ALONG LOW-VOLTAGE NETWORKS AND DEVICE FOR REALIZATION OF SAID METHOD Russian patent published in 2006 - IPC H04B3/54 H04B3/58 

Abstract RU 2269869 C2

FIELD: electrical communication equipment, in particular, information transfer systems, namely, systems for transferring high-frequency signals along low-voltage networks.

SUBSTANCE: in the method for transferring high-frequency signals along low voltage networks, in which electric energy is provided from central energy input 5 with assembly buses 1 and guided towards consumers along branch lines or, respectively, to distribution bus guides 2, 2', ..., with input points for powering signals within kilohertz and megahertz spectrum and branch points for selecting signals and energy transferred along wires system, for improving transfer characteristic signals are powered at opposite input of energy with frequency of network at the end of branch lines or, respectively, distributing bus guides 2, 2',..., while conductive high-frequency signals are connected by branch lines or, respectively, distributing bus guides 2,2',..., including measures necessary during certain known circumstances, for conditioning signals, on their end opposite to energy input by PLC communication line 10 also conducting high-frequency signals, due to which data exchange becomes possible between modems on different branch lines, or, respectively, distributing bus guides 2,2',.... Also provided is description of device with means for realization of aforementioned method, containing connection of conductive systems relatively to communication equipment, while, in accordance to invention, current connection relatively to communication equipment takes place through high frequency signals conductive PLC communication line 10, which uses PLC communication device 12,12',... to connect to branch lines or, respectively, aforementioned distributing bus guides 2,2',....

EFFECT: decreased fading of signals during their transmission.

2 cl, 4 dwg

Similar patents RU2269869C2

Title Year Author Number
HIGH-FREQUENCY SIGNAL SENSOR FOR SELECTIVE DETERMINATION OF DAMAGED CONNECTION AND DISTANCE FROM SUBSTATION TO PLACE OF SINGLE-PHASE GROUND FAULT IN 6-35 kV DISTRIBUTION NETWORKS 2023
  • Oshchepkov Vladimir Aleksandrovich
  • Boldyrev Igor Vladimirovich
  • Ded Aleksandr Viktorovich
  • Nikolaev Mikhail Yurevich
  • Kovalenko Dmitrij Valerevich
  • Shepelev Aleksandr Olegovich
RU2812783C1
SYSTEM FOR COMMUNICATION VIA DISTRIBUTION TRANSMISSION LINES 2008
  • Khenderiks Ljuk
RU2463705C2
DEVICE FOR SELECTIVE DETERMINATION OF DAMAGED CONNECTION AND DISTANCE FROM THE SUBSTATION TO THE PLACE OF A SINGLE-PHASE EARTH FAULT IN DISTRIBUTION NETWORKS OF 6-35 kV 2022
  • Oshchepkov Vladimir Aleksandrovich
  • Boldyrev Igor Vladimirovich
  • Ded Aleksandr Viktorovich
  • Nikolaev Mikhail Yurevich
  • Kovalenko Dmitrij Valerevich
  • Shepelev Aleksandr Olegovich
RU2799980C1
DEVICE FOR BROADBAND DATA TRANSMISSION AND RECEPTION OVER POWER MAINS 2001
  • Mkrtchjan G.M.
RU2216853C2
MODULAR SYSTEM FOR SWITCHING CABLE POWER LINES 6-10 kV 2023
  • Krasnoperov Roman Nikolaevich
  • Astashev Mikhail Georgievich
  • Rashitov Pavel Akhmatovich
  • Bukin Daniil Andreevich
  • Shuvalov Sergej Viktorovich
  • Gorozhankin Pavel Alekseevich
  • Kucheryavenkov Andrej Anatolevich
RU2817864C1
METHOD FOR CREATION OF MULTI-LEVEL INFORMATION NETWORK FROM SPECIALISED PLC ROUTERS 2007
  • Mustafin Ramil' Gamilovich
RU2352065C1
NODE CONTROL UNIT FOR SELECTIVE IDENTIFICATION OF DAMAGED CONNECTION AND DISTANCE FROM SUBSTATION TO PLACE OF SINGLE-PHASE EARTH FAULT IN 6-35 kV DISTRIBUTION NETWORKS 2022
  • Oshchepkov Vladimir Aleksandrovich
  • Boldyrev Igor Vladimirovich
  • Ded Aleksandr Viktorovich
  • Nikolaev Mikhail Yurevich
  • Kovalenko Dmitrij Valerevich
  • Shepelev Aleksandr Olegovich
RU2809032C1
METAL-CLAD TRANSFORMER SUBSTATION 1999
  • Simonova I.A.
RU2164049C1
METHOD AND DEVICE FOR DATA TRANSMISSION AND RECEPTION OVER POWER supply mains 2001
  • Mkrtchjan G.M.
RU2216854C2
SMART ELECTRIC ENERGY METER 2021
  • Anufriev Vladimir Nikolaevich
  • Pavlyuk Mikhail Ilich
RU2786977C2

RU 2 269 869 C2

Authors

Dostert Klaus

Gripentrog Gerd

Majer Rajnkhard

Shmidt Rikhard

Dates

2006-02-10Published

2001-08-13Filed