DEVICE FORMING ULTRAFINE BUBBLES Russian patent published in 2021 - IPC B01F3/04 H05B1/02 C02F1/02 

Abstract RU 2752684 C1

FIELD: mechanical engineering.

SUBSTANCE: present invention relates to a device forming ultrafine bubbles for forming ultrafine bubbles with a diameter of less than 1.0 mcm. The device forms ultrafine bubbles by forcing the heating element to form film boiling in a liquid, and includes at least one element substrate including a heating portion provided with said heating elements. There is a constant energy setting unit that sets the energy applied to each of the set of heating elements or to each of a predetermined number of heating elements to be constant in the heating portion. In this case, the element substrate is configured to suppress the variation of the energies introduced into the heating elements in the heating part. In this case, the module for setting the energy constant maintains the voltage or current constant at both ends of each of the heating elements.

EFFECT: formation of a liquid containing ultrafine bubbles that do not disappear during long-term storage.

20 cl, 74 dwg, 4 tbl

Similar patents RU2752684C1

Title Year Author Number
EQUIPMENT FOR FORMING ULTRAFINE BUBBLES AND METHOD FOR CONTROL THEREOF 2020
  • Imanaka, Yoshiyuki
  • Nakayama, Takahiro
  • Kubota, Masahiko
  • Yamamoto, Akira
  • Yamada, Akitoshi
  • Yanai, Yumi
  • Ishinaga, Hiroyuki
  • Ozaki, Teruo
  • Kashino, Toshio
  • Arai, Hiroki
  • Hirobe, Kazuki
  • Nishikawa, Yukinori
  • Okita, Hisao
  • Komano, Yusuke
RU2763364C1
EQUIPMENT FOR FORMATION OF LIQUID CONTAINING SUPERFINE BUBBLES AND METHOD FOR FORMATION OF LIQUID CONTAINING ULTRAFINE BUBBLES 2020
  • Yamamoto Akira
  • Kubota Masahiko
  • Yamada Akitoshi
  • Imanaka, Yoshiyuki
  • Yanai, Yumi
  • Ishinaga, Hiroyuki
  • Ozaki, Teruo
  • Kashino, Toshio
  • Nakazawa Ikuo
  • Mihara, Hiroaki
  • Shimoyama, Hiroyuki
RU2768657C1
METHOD FOR GENERATING ULTRA-SMALL BUBBLES, DEVICE FOR GENERATING ULTRA-SMALL BUBBLES AND LIQUID CONTAINING ULTRA-SMALL BUBBLES 2020
  • Kubota, Masahiko
  • Yamada, Akitoshi
  • Imanaka, Yoshiyuki
  • Yanai, Yumi
  • Arimizu, Hiroshi
  • Ishinaga, Hiroyuki
  • Ozaki, Teruo
RU2763546C2
ULTRAFINE BUBBLE GENERATION METHOD, ULTRAFINE BUBBLE GENERATION DEVICE, AND ULTRAFINE BUBBLE-CONTAINING LIQUID 2020
  • Kubota, Masahiko
  • Yamada, Akitoshi
  • Imanaka, Yoshiyuki
  • Yanai, Yumi
  • Arimizu, Hiroshi
  • Ishinaga, Hiroyuki
  • Ozaki, Teruo
RU2748485C1
METHOD FOR GENERATING ULTRAFINE BUBBLES, DEVICE FOR PRODUCING AND METHOD FOR PRODUCING LIQUID CONTAINING ULTRAFINE BUBBLES, AND LIQUID CONTAINING ULTRAFINE BUBBLES 2018
  • Kubota Masahiko
  • Takahashi Kenji
  • Nakazawa Ikuo
  • Yamada Akitoshi
  • Tanahashi Nobuhisa
  • Kinoshita Yoshio
RU2759202C2
ELEMENT SUBSTRATE AND HEAD FOR LIQUID EJECTION 2016
  • Kasai, Rio
  • Khirayama, Nobuyuki
  • Sakurai, Masataka
  • Umeda, Kengo
  • Yamato, Khidenori
  • Takagi, Makoto
  • Goden, Tatsukhito
  • Sakuma, Sadajosi
  • Sudzuki, Nobuyuki
  • Eto, Toru
RU2645565C2
METHOD TO IGNITE SOLID CHEMICALLY ACTIVE FUEL IN LIQUID MEDIUM 2015
  • Zima Vladislav Pavlovich
RU2594935C1
METHOD TO IGNITE SOLID CHEMICALLY ACTIVE FUEL IN LIQUID MEDIUM 2013
  • Zima Vladislav Pavlovich
RU2537644C1
EVAPORATOR FEED SYSTEM 2019
  • Hatton, Nicholas, J.
  • Valentine, Val
RU2818311C2
FLUID EJECTION HEAD, FLUID EJECTION DEVICE AND FLUID EJECTION MODULE 2019
  • Nakagawa, Yoshiyuki
  • Hammura, Akiko
RU2726311C1

RU 2 752 684 C1

Authors

Imanaka, Yoshiyuki

Kubota, Masahiko

Yamada, Akitoshi

Yanai, Yumi

Arimizu, Hiroshi

Ishinaga, Hiroyuki

Ozaki, Teruo

Dates

2021-07-29Published

2020-02-27Filed