ELECTRIC OZONE GENERATOR Russian patent published in 2023 - IPC C01B13/11 

Abstract RU 2787881 C1

FIELD: gas generation.

SUBSTANCE: electric ozone generator relates to apparatus for generating ozone, to the field of electrical engineering, and can be used for disinfecting air in livestock buildings for the purpose of disease prevention and introduction of restrictive measures aimed at preventing the spread of infectious diseases in animals. The electric ozone generator includes rubberised legs, whereon an ozone-resistant body is installed, secured whereon are a protective mesh, a compressor, an electric engine with fastening feet and fan blades, and a vacuum weather vane on a mounting bracket. Installed on the vacuum weather vane are electric contacts configured to transmit a signal about the operation of the electric engine to the control unit, transmit a subsequent signal to the adjustable high voltage generator, and provide a corona discharge on the emitter made in the form of two ceramic bases with tungsten electrodes secured thereon on one base in the form of a grid with cellular cells and on the other base in the form of a needle, with a mounting bracket. The control unit and the adjustable high voltage generator are located on the external panel of the ozone-resistant body. An ozone sensor is installed at the outlet of the ozone-resistant body. An ozone monitoring sensor and an air temperature monitoring sensor are installed in the treated room. An on/off button and fuses are located on the front panel of the control unit.

EFFECT: electric ozone generator ensures the reliability of operation of the electrical apparatus, namely, emergency disconnection, protection from overheating and critical ozone concentration in the treated room, uniform disinfection of the room and air decontamination; electric ozone generator is highly productive.

1 cl, 2 dwg

Similar patents RU2787881C1

Title Year Author Number
ELECTROOZONISER 2009
  • Ovsjannikov Dmitrij Alekseevich
  • Nikolaenko Sergej Anatol'Evich
  • Voloshin Aleksandr Petrovich
  • Zubovich Stanislav Stanislavovich
  • Tsokur Dmitrij Sergeevich
RU2417159C2
PORTABLE SELF-CONTAINED OZONE GENERATION DEVICE 2019
  • Belyaev Valerij Anatolevich
  • Naumenko Igor Ivanovich
  • Korablev Vadim Nikolaevich
  • Orobets Vladimir Aleksandrovich
  • Ozheredova Nadezhda Arkadevna
  • Svetlakova Elena Valentinovna
  • Shakhova Valeriya Nikolaevna
  • Nikulin Vladimir Sergeevich
  • Kochkarov Ruslan Rashidovich
RU2699265C1
ELECTROOZONISER 2009
  • Ovsjannikov Dmitrij Alekseevich
  • Nikolaenko Sergej Anatol'Evich
  • Voloshin Aleksandr Petrovich
  • Zubovich Stanislav Stanislavovich
  • Tsokur Dmitrij Sergeevich
RU2429192C2
PORTABLE AIR OZONIZER 1997
  • Parfenov B.G.
  • Safronov A.Ja.
  • Semenov V.A.
  • Dul'Dier V.N.
  • Bukharov Ju.V.
RU2139239C1
PORTABLE AIR OZONATOR 2021
  • Khabibullin Rafail Yavitovich
  • Zakirov Fanis Fatykhovich
RU2760170C1
PORTABLE AIR OZONIZER 0
  • Kuznetsov Stanislav Dmitrievich
  • Khomenok Vladimir Fedorovich
  • Kalintsev Sergej Andreevich
SU1801192A3
METHOD FOR SUPPLY OF ELECTROOZONIZER 2005
  • Strebkov Dmitrij Semenovich
  • Nekrasov Aleksej Iosifovich
  • Nekrasov Anton Alekseevich
RU2310138C2
OZONIZER 2020
  • Saitgalin Rustam Zagidullovich
RU2735850C1
DEVICE FOR SANITATING AIR 1996
  • Zajtsev P.V.
  • Novikova G.V.
  • Akulova T.N.
  • Egorov G.I.
RU2103012C1
OZONISER 2013
  • Lebedev Dmitrij Vasil'Evich
  • Kuz'Menko Pavel Sergeevich
  • Jakimenko Miron Olegovich
  • Lebedev Ivan Dmitrievich
RU2523805C1

RU 2 787 881 C1

Authors

Manujlenko Aleksandr Nikolaevich

Vendin Sergej Vladimirovich

Dates

2023-01-13Published

2021-12-24Filed