INDIRECT EFFECT MULTI-FUNCTION GAS PRESSURE ADJUSTER Russian patent published in 2005 - IPC

Abstract RU 2252445 C2

FIELD: hydraulic and pneumatic engineering.

SUBSTANCE: device has body with coaxially placed two serially opened locking organs. Coaxially to body guiding cylinder perforated with through apertures is fixed to first locking organ, placed with possible displacement relatively to guiding cylinder and interaction with saddle and stationary support. Second locking organ is made in form of decreased cope of the first one, provided with guiding cylinder, fixed to analogical cylinder of first locking organ on the side of flow output. First locking organ is made in form of hollow barrel moved along outer surface of guiding cylinder with unloading apertures in its bottom. Hollow barrel I loaded with back action spring. The latter is placed between its bottom and body. Second locking organ is loaded with back action spring, placed between its bottom and bottom of first locking organ. Saddle for first locking organ is placed on the side of flow output. Bottom of second locking organ is placed on the side of flow output. Bottom of first locking organ is connected to servo through rod. On each saddle of guiding cylinders of locking organs on the side of flow outputs protective element is placed. Protective element is in contact with front edge of barrel and is made in form of for example moveable ring spring-loaded relatively to saddle. This ring envelopes saddle and covers stationary compaction of locking couple in its open position on the side of the flow. Ring is provided with unloading apertures and limiter of movement in form of for example removable brackets. Brackets are evenly placed along circle in amount no less than three and fixed at the end of saddle. Servo is made in form of pneumatic cylinder adjuster coaxial to the body. Said cylinder is mounted outside gas flow and contains moving piston. Piston separates hollows of controlling and output pressures. In hollow of said pressure said rod connected to piston is placed. On the opposite side piston is supported by pusher. Pusher is mounted coaxially with its possible contact to sensor of position of locking organs ad coaxial to pusher of limiter of their movement, moved manually or automatically.

EFFECT: higher durability, broader functional capabilities.

1 dwg

Similar patents RU2252445C2

Title Year Author Number
SHUTOFF-CONTROL DEVICE 1999
  • Dobrjanskij V.L.
  • Zaretskij Ja.V.
  • Krivosheev A.I.
  • Nikulin A.F.
  • Serazetdinov F.Sh.
  • Serazitdinov R.Sh.
  • Timonin V.A.
RU2162178C1
SHUT-OFF AND REGULATING UNIT 2000
  • Gromov V.S.
  • Dobrjanskij V.L.
  • Zaretskij Ja.V.
  • Korotkov L.V.
  • Krivosheev A.I.
  • Rysev V.V.
  • Serazitdinov R.Sh.
  • Serazetdinov F.Sh.
  • Timonin V.A.
RU2184897C2
INDIRECT-ACTION GAS PRESSURE REGULATOR WITH SELF-HEATING 2003
  • Dobrjanskij V.L.
  • Krivosheev A.I.
  • Serazitdinov R.Sh.
  • Gromov V.S.
  • Zaretskij Ja.V.
  • Serazetdinov F.Sh.
  • Khaziev Sh.Kh.
RU2248603C2
GAS PRESSURE ADJUSTER WITH STRAIGHT ACTION AND SELF-HEATING 2003
  • Dobrjanskij V.L.
  • Khaziev Sh.Kh.
RU2239863C1
MAINLINE ISOLATION VALVE OF MODULAR DESIGN FOR INTERNAL INSTALLATION, HIGH PRESSURES AND TEMPERATURES 2007
  • Volkova Ol'Ga Aleksandrovna
  • Volkov Aleksandr Vasil'Evich
  • Chugunov Adol'F Sergeevich
  • Nakhamkes Konstantin Viktorovich
  • Krjachkov Jurij Vasil'Evich
RU2355934C2
ELECTROMAGNETIC SHUTOFF VALVE 2010
  • Kulinich Mikhail Jur'Evich
RU2477408C2
DEVICE FOR DISCHARGE OF GAS OR LIQUID 1994
  • Khaziev N.N.
  • Gazizov M.G.
  • Zajnashev R.A.
  • Kolesnikov A.N.
  • Khafizov R.Z.
  • Mitrofanov V.N.
RU2089774C1
GAUGE-PRESSURE VALVE 1999
  • Zotov D.E.
  • Karpenko G.Ja.
RU2164634C2
PRESSURE REGULATOR-FLOW RATE LIMITER 2001
  • Dobrjanskij V.L.
  • Serazetdinov B.F.
  • Serazetdinov F.Sh.
  • Serazitdinov R.Sh.
RU2189627C1
AUTOMATIC VALVE 2011
  • Dudarenko Aleksandr Pavlovich
RU2478857C2

RU 2 252 445 C2

Authors

Dobrjanskij V.L.

Khaziev Sh.Kh.

Dates

2005-05-20Published

2003-07-21Filed