METHOD TO ASSEMBLE THERMAL CHEMICAL SOURCE OF CURRENT Russian patent published in 2012 - IPC H01M6/36 

Abstract RU 2470416 C1

FIELD: electricity.

SUBSTANCE: invention relates to electrical engineering and can be used in production of thermal chemical sources. According to the invention, the unit of electrochemical elements is pressurised on the cover with pressure in the range of (30-40) MPa, afterwards in the pressed condition height of the unit is measured, and based on the difference between the depth of the body and the height of the unit a gap is identified, which is filled with a set of asbestos gaskets pressed by the same pressure as the unit, at the same time the actual thickness of the set exceeds the rated one by (0.4±0.1)mm.).

EFFECT: stabilisation of electrical characteristics of current sources under conditions of mechanical loads impact.

1 tbl

Similar patents RU2470416C1

Title Year Author Number
METHOD FOR ASSEMBLY OF ELECTROCHEMICAL ELEMENTS UNIT OF THERMAL CHEMICAL CURRENT SOURCE AND DEVICE FOR ITS IMPLEMENTATION 2022
  • Arkhipenko Vladimir Aleksandrovich
  • Kostovarov Evgenij Dmitrievich
  • Polyanskaya Tatyana Aleksandrovna
RU2798869C1
THERMAL CHEMICAL CURRENT SOURCE 2016
  • Arkhipenko Vladimir Aleksandrovich
  • Kartsev Aleksandr Ivanovich
  • Martynov Sergej Aleksandrovich
  • Kondratenkov Valentin Ivanovich
  • Luppov Aleksandr Sergeevich
RU2623101C1
METHOD OF MANUFACTURING OF PYROTECHNICAL HEATER FOR THERMAL CHEMICAL CURRENT SOURCE 2011
  • Arkhipenko Vladimir Aleksandrovich
  • Kamentsev Mikhail Veniaminovich
  • Kondratenkov Valentin Ivanovich
  • Nakhshin Mark Jur'Evich
  • Deniskin Anatolij Grigor'Evich
  • Ivanishina Galina Valentinovna
RU2450390C1
THERMAL CHEMICAL CURRENT SOURCE ELECTRODE MANUFACTURE METHOD 2011
  • Nakhshin Mark Jur'Evich
  • Kondratenkov Valentin Ivanovich
  • Ivanov Boris Valentinovich
  • Deniskin Anatolij Grigor'Evich
  • Kuriljuk Svetlana Grigor'Evna
RU2456716C1
THERMAL CHEMICAL CURRENT SOURCE 2009
  • Kondratenkov Valentin Ivanovich
  • Nakhshin Mark Jur'Evich
  • Ivanov Boris Valentinovich
  • Sivkova Galina Ivanovna
  • Deniskin Anatolij Grigor'Evich
  • Grishin Sergej Viktorovich
  • Jakusheva Aleksandra Glebovna
RU2393591C1
HEAT CURRENT SOURCE 2018
  • Filkovskij Mikhail Iosifovich
  • Lokhov Konstantin Alekseevich
RU2686661C1
CHEMICAL CELL 2016
  • Vereshchagin Aleksandr Ivanovich
  • Koroleva Irina Viktorovna
  • Radetskaya Elena Valentinovna
  • Prikazchikov Aleksandr Evgenevich
RU2628567C1
ENERGY-INTENSIVE THERMAL CHEMICAL CURRENT SOURCE 2020
  • Radetskaya Elena Valentinovna
  • Khakimov Asan Gafurovich
  • Prikazchikova Inga Valerevna
  • Danilova Marina Vladimirovna
  • Zavadskij Maksim Viktorovich
  • Kazakov Vladimir Nikolaevich
  • Sergeenko Aleksej Evgenevich
RU2751538C1
COMPOSITION FOR PYROTECHNIC STRING-TYPE IGNITER (PSI), AND ITS MANUFACTURING METHOD 2010
  • Nakhshin Mark Jur'Evich
  • Kondratenkov Valentin Ivanovich
  • Ivanov Boris Valentinovich
  • Deniskin Anatolij Grigor'Evich
  • Grishin Sergej Viktorovich
  • Kuriljuk Svetlana Grigor'Evna
RU2461099C2
THERMAL LITHIUM CURRENT SOURCE 2011
  • Arkhipenko Vladimir Aleksandrovich
  • Kamentsev Mikhail Veniaminovich
  • Kondratenkov Valentin Ivanovich
  • Nakhshin Mark Jur'Evich
  • Ivanov Boris Valentinovich
  • Deniskin Anatolij Grigor'Evich
  • Ivanishina Galina Valentinovna
RU2475898C1

RU 2 470 416 C1

Authors

Arkhipenko Vladimir Aleksandrovich

Kamentsev Mikhail Veniaminovich

Kondratenkov Valentin Ivanovich

Nakhshin Mark Jur'Evich

Deniskin Anatolij Grigor'Evich

Ivanov Boris Valentinovich

Ivanishina Galina Valentinovna

Dates

2012-12-20Published

2011-06-07Filed