CORROSION-RESISTANT CONDUCTIVE CONNECTION OF ELECTROCHEMICAL CELL Russian patent published in 2023 - IPC H01M4/00 H01M50/50 H01M50/533 

Abstract RU 2809836 C1

FIELD: electrical engineering.

SUBSTANCE: invention relates namely to the design of an electrically conductive connection in an electrolytic cell, namely to an external electrically conductive connection associated with the current-carrying part and the electroactive part of the electrochemical cell. The result is achieved by the fact that the external electrically conductive connection contains a current-carrying part, made in the form of an outward-facing branch, combined through an L-shaped transition with an electroactive part, made in the form of a ring-shaped plate, the ribs of which have a serrated surface, while on the side of the outer and inner serrated surface there are curved L-shaped clamps and locking end parts that provide mating at the connection areas. The electrically conductive connection has improved gas removal and virtually eliminates direct contact with the electrolytic medium, which creates conditions of high corrosion resistance.

EFFECT: increasing the reliability of the electrically conductive connection and the service life of the electrochemical cell.

5 cl, 3 dwg

Similar patents RU2809836C1

Title Year Author Number
CATHODE CURRENT COLLECTOR/CONNECTOR FOR HALL-HÉROULT ELECTROLYZER 2017
  • Pfeffer, Markus
  • Fon Kanel, Rene
RU2723867C1
CATHODE UNIT FOR ALUMINUM MANUFACTURE 2017
  • Sum, Elaine
  • Pfeffer, Markus
  • Pfefferer, Florian
  • Vera-Garcia, Oscar
  • Minkina, Mariusz
  • Mielnik, Seweryn
RU2744131C2
APPARATUS TO RESTORE AND STRENGTHEN SHAFTS 0
  • Shajdulin Vladislav Mikhajlovich
  • Grigorev Aleksandr Stepanovich
  • Michukov Yurij Timofeevich
SU1673647A1
ELECTRODE OF LEAD-ACID ACCUMULATOR (VERSIONS) 2011
  • Sokolov Vladislav Orestovich
  • Sokolov Dmitrij Vladislavovich
  • Belozerov Viktor Grigor'Evich
RU2571823C2
PROCEDURE TO PREPARE SPECIMENS OF CURRENT-CONDUCTING MATERIALS FOR TRANSMISSION ELECTRON MICROSCOPY AND FACILITY FOR ITS REALIZATION 2001
  • Reutov V.F.
  • Reutov I.V.
RU2216720C2
ELECTRODE DEVICE 2016
  • Shelkovnikov Evgenij Yurevich
  • Gulyaev Pavel Valentinovich
  • Tyurikov Aleksandr Valerevich
  • Lipanov Svyatoslav Ivanovich
  • Zhujkov Bogdan Leonidovich
  • Makletsov Viktor Gelievich
  • Avdeeva Diana Konstantinovna
RU2637195C1
METHOD OF MANUFACTURE OF CELL DIAPHRAGM COMPONENT FOR ELECTROLYTIC EXTRACTION OF METALS FROM AQUEOUS SOLUTIONS AND DIAPHRAGM COMPONENT MADE BY THIS METHOD 2003
  • Ershov S.F.
  • Rjabushkin I.A.
  • Jur'Ev A.I.
  • Solonin A.V.
  • Volkov S.V.
  • Pogrebenko D.M.
  • Kotukhov S.B.
  • Glukhov I.F.
  • Kozhukhov V.V.
  • Litvinenko Eh.S.
  • Osmanova S.R.
  • Servo Matti
RU2256729C1
BIOMETRIC POWER SUPPLY ELEMENTS WITH POLYMER ELECTROLYTES 2017
  • Toner, Adam
  • Pugh, Randall, B.
  • Muthu, Millburn Ebenezer
RU2682795C1
ELECTROLYSER FOR ALUMINIUM PRODUCTION PROVIDED WITH VOLTAGE DROP DECREASING MEANS 2007
  • Allano Bertran
  • Bonnafu Del'Fin
  • Bushar Serzh
  • Kamir Zhan
  • Dezile Marten
  • Fio Loran
  • Furn'E P'Er
  • Got'E Ivon
  • Larosh Deni
  • Marten Oliv'E
  • Tibo Paskal'
RU2449058C2
DEVICE FOR SPECIMEN ELECTROLYTIC CUTTING 0
  • Spivakovskij Vladimir Borisovich
  • Boyar Galina Grigorevna
  • Petrunin Georgij Aleksandrovich
  • Sakharov Vladimir Nikolaevich
  • Spivakovskij Aleksandr Vladimirovich
SU953493A1

RU 2 809 836 C1

Authors

Vakurov Aleksandr Vladimirovich

Savin Ivan

Gladilin Aleksandr Kirillovich

Gladilin Andrej Aleksandrovich

Dates

2023-12-19Published

2023-08-09Filed