METHOD OF MAKING MOISTURE SENSOR Russian patent published in 2016 - IPC G01N27/00 B82B1/00 

Abstract RU 2579807 C1

FIELD: nanotechnology.

SUBSTANCE: invention relates to use of graphene (multi-graphene) and can be widely used for manufacturing of resistive type humidity sensors used in radio engineering, electronic industry, power engineering and agriculture. Method of producing moisture sensor comprises depositing a multi-graphene film on copper foil. Then cut from blank sensor required shape and size to places of location of contacts at blank is glued glass substrate and a protective layer is applied on top of required shape. Foil from unprotected areas is then stripped, washed and workpiece is dried, as well as protective layer is removed with electric contacts.

EFFECT: technical result is easy manufacturing of sensor, high accuracy and stability of operation, linear characteristic of sensor, as well as high reliability.

1 cl, 2 dwg

Similar patents RU2579807C1

Title Year Author Number
METHOD FOR MANUFACTURING A FLEXIBLE HUMIDITY SENSOR 2021
  • Smagulova Svetlana Afanasevna
  • Evseev Zakhar Ivanovich
  • Nikolaev Danil Valerievich
  • Sharin Petr Petrovich
RU2764380C1
METHOD OF MAKING THIN-FILM HUMIDITY SENSOR 2018
  • Vinokurov Pavel Vasilevich
  • Filippov Ivan Mikhajlovich
  • Alekseev Ajyyskhan Ivanovich
  • Kapitonov Albert Nikolaevich
  • Smagulova Svetlana Afanasevna
RU2682259C1
METHOD FOR FORMING ELECTRICALLY CONDUCTIVE LAYERS AND STRUCTURES OF VARIOUS CONFIGURATIONS FROM FLAKES OF REDUCED GRAPHENE OXIDE (MULTIGRAPHENE) 2022
  • Vasileva Fedora Dmitrievna
  • Smagulova Svetlana Afanasevna
  • Sharin Petr Petrovich
RU2794890C1
SORPTION PICKUP OF AIR HUMIDITY 0
  • Lazutin Valerij Nikolaevich
  • Verkhoglyadova Tatyana Yulevna
  • Kulkov Oleg Vladimirovich
  • Popova Olga Nikolaevna
  • Karkozov Valerij Gavrilovich
SU1140025A1
METHOD OF MANUFACTURING SORPTION-TYPE ELECTRIC GAS HUMIDITY SENSOR 0
  • Kovalenko Valerij Nikolaevich
  • Bondarenko Nikolaj Ivanovich
SU1772708A1
PRIMARY TRANSDUCER DEW POINT GYGROMETER 0
  • Nebosenko Anatolij Nikolaevich
  • Nebosenko Yurij Anatolevich
  • Repa Fedor Mikhajlovich
  • Mironenko Viktor Pavlovich
  • Kharchenko Ivan Ivanovich
SU1711057A1
MOISTURE SENSOR 2003
  • Volkov V.L.
  • Zakharova G.S.
  • Ivanov V.Eh.
RU2242752C1
GASEOUS MEDIUM CAPACITIVE MOISTURE CONTENT SENSOR 2015
  • Zabello Arkadij Gavrilovich
  • Kuzmov Mikhail Vladimirovich
  • Rudaja Ljudmila Ivanovna
  • Shamanin Valerij Vladimirovich
  • Lebedeva Galina Konstantinovna
  • Bolshakov Maksim Nikolaevich
RU2602489C1
METHOD OF OBTAINING INSTRUMENT GRAPHENE STRUCTURES 2013
  • Soots Regina Al'Fredovna
  • Antonova Irina Veniaminovna
  • Golod Sergej Vjacheslavovich
  • Seleznev Vladimir Aleksandrovich
  • Komonov Aleksandr Ivanovich
  • Prints Viktor Jakovlevich
RU2538040C2
HUMIDITY SENSOR 2016
  • Kochakov Valerij Danilovich
  • Vasilev Aleksej Ivanovich
  • Smirnov Aleksandr Vyacheslavovich
RU2647168C2

RU 2 579 807 C1

Authors

Fedorov Vjacheslav Nikolaevich

Popov Vasilij Ivanovich

Smagulova Svetlana Afanasevna

Dates

2016-04-10Published

2014-11-13Filed