FIRE MONITOR WITH ANGLE OF HINGED JOINTS INCLINATION DIFFERENT FROM 90 DEGREES Russian patent published in 2013 - IPC A62C31/00 

Abstract RU 2483772 C2

FIELD: fire-prevention facilities.

SUBSTANCE: invention relates to fire-fighting equipment, in particular, to controlled fire monitors. The fire monitor comprises an inlet nozzle installed on the support structure, intermediate and output nozzles and two rotary units (hinged joints). Hinged joints are arranged oppositely to each other at the angle different from 90° and are made as capable of rotation. The monitor is made as capable of changing the angle of output nozzle axis with an attachment along the vertical line by means of simultaneous rotation of two hinged joints. Displacement of the angle of the output nozzle axis is compensated by horizontal displacement of the bent output nozzle with the attachment. It may be compensated due to rotation of the hinged joint, the axis of which is inclined towards the vertical line, by rotation of the hinged joint with the vertical axis of rotation to the opposite side.

EFFECT: makes it possible to reduce resistance and occurrence of turbulence of a fire extinguishing substance flow, and accordingly to increase jet distance, reduced quantity and value of bends also results in lower labour intensiveness and metal intensity when manufacturing the proposed fire monitor and increases its compactness.

1 dwg

Similar patents RU2483772C2

Title Year Author Number
FIRE MONITOR 2007
  • Denisov Jurij Gennad'Evich
  • Sokolov Andrej Dmitrievich
RU2356592C2
ROTARY NOZZLE APPARATUS 2022
  • Usmanov Eduard Faridovich
  • Zhelezchikov Kirill Valerievich
  • Zykov Ilya Aleksandrovich
RU2782790C1
NOZZLES FOR AUTO-MECHANICAL FIRE ESCAPES WITH ROTATING MEDIUM EXPANSION FOAM GENERATORS 2020
  • Kuprin Gennadii Nikolaevich
  • Kolykhalov Dmitrii Gennadevich
  • Otrokusha Aleksandr Fedorovich
  • Morozov Dmitrii Nikolaevich
  • Olenin Petr Valerevich
RU2751296C1
NOZZLE WITH FOAM GENERATORS FOR AUTOMOTIVE FIRE ESCAPE 2020
  • Kuprin Gennadii Nikolaevich
  • Kolykhalov Dmitrii Gennadevich
  • Otrokusha Aleksandr Fedorovich
  • Morozov Dmitrii Nikolaevich
  • Olenin Petr Valerevich
RU2751894C1
HEAD PIECE FOR AUTO-MECHANICAL FIRE ESCAPE WITH FOAM GENERATORS OF MEDIUM MULTIPLICITY AND REMOTE CONTROL 2020
  • Kuprin Gennadii Nikolaevich
  • Kolykhalov Dmitrii Gennadevich
  • Otrokusha Aleksandr Fedorovich
  • Morozov Dmitrii Nikolaevich
  • Olenin Petr Valerevich
RU2751892C1
FIRE EXTINGUISHING MINI-ROBOT WITH BALL CHANNEL WITH MOVABLE INPUT ORIENTED ACCORDING TO JET FLOW VECTOR 2023
  • Gorban Iurii Ivanovich
RU2808264C1
AUTOMATIC FIRE-EXTINGUISHING DEVICE WITH THE OSCILLATING GUN BARRELS 2017
  • Gorban Yurij Ivanovich
RU2661325C1
FIRE WATER-PENETRATING SHAFT GENERATING FOAM OF AVERAGE MULTIPLICITY 2018
  • Gorban Yurij Ivanovich
  • Abduragimov Iosif Mikaelevich
RU2700581C1
DEVICE TO EXTINGUISH FIRE IN HIGH-RISE BUILDINGS 2015
  • Mamedov Nazim Magomed Ogly
  • Chugunov Valerij Ivanovich
RU2605986C2
METHOD OF AUTOMATIC FIRE EXTINGUISHING AND AUTOMATIC SYSTEM FOR ITS REALISATION 2010
  • Antonov Leonid Jur'Evich
  • Aleksandrov Aleksandr Mikhajlovich
RU2411974C1

RU 2 483 772 C2

Authors

Denisov Jurij Gennad'Evich

Sokolov Andrej Dmitrievich

Dates

2013-06-10Published

2011-06-07Filed