AIR CONSUMPTION STABILISATION DEVICE Russian patent published in 2015 - IPC F24F13/00 

Abstract RU 2547602 C1

FIELD: ventilation.

SUBSTANCE: air consumption stabilisation device contains a housing 1, with a control valve designed as a fixed cylinder 2 with cuts in a lateral surface 3 and a plunger 4 with a limit stop 5 installed in the cylinder 2 with a possibility of reciprocating movement. The air flow pressure makes the plunger 4 move inside the cylinder 2. The cylinder is installed on the orifice 6 which is rigidly fixed on the housing 1. The elastic element 7 is fixed by one end on the plunger 4, by another one - on the tension adjustment screw 8 installed on the stand 9 fixed in the housing. The tension adjustment screw 8 adjusts the necessary tension of elastic element.

EFFECT: simplification of design and exception of spatial orientation of the air consumption stabilisation device, operation without external power source.

1 dwg

Similar patents RU2547602C1

Title Year Author Number
AIR FLOW STABILIZER 2021
  • Broida Vladimir Aronovich
RU2773592C1
AIR FLOW STABILIZER 2018
  • Brojda Vladimir Aronovich
  • Safiullin Fanis Fagimullovich
RU2689295C1
AIR FLOW STABILIZER 2022
  • Broida Vladimir Aronovich
RU2796726C1
AIR FLOW STABILIZER 2023
  • Broida Vladimir Aronovich
RU2808073C1
DEVICE OF STABILISATION OF AIR FLOW RATE 2013
  • Brojda Vladimir Aronovich
RU2541295C2
REGULATING IRIS VALVE WITH EPICYCLOID GEAR 2018
  • Burias Olivier
RU2771561C2
QUICK-ACTING SAFETY DEVICE; ASSEMBLY METHOD OF THAT DEVICE, AND VALVE 2008
  • Fajat Klod
  • Burzhua Arno
  • Furnel Gil'Om
RU2472052C2
SUPPLY VENTILATION DEVICE 2010
  • Krivoshein Aleksandr Dmitrievich
  • Krivoshein Dmitrij Aleksandrovich
RU2452904C2
AIR FLOW RATE CONTROL DEVICE 0
  • Pchelkin Yurij Nikolaevich
  • Fliger Naum Yakovlevich
SU1735676A2
QUICK-ACTING SAFETY VALVE, QUICK-ACTING SAFETY DEVICE AND METHOD OF ASSEMBLING OF SAID DEVICE 2012
  • Fajat Klod
  • Burzhua Arno
  • Furnel Gilom
RU2608846C2

RU 2 547 602 C1

Authors

Brojda Vladimir Aronovich

Dates

2015-04-10Published

2013-11-21Filed