METHOD OF AND DEVICE FOR TESTING ELECTRIC JET ENGINE TO DETERMINE THRUST AND THRUST VECTOR COMPONENTS Russian patent published in 2004 - IPC

Abstract RU 2243516 C2

FIELD: aerospace engineering; ground tests of spacecraft.

SUBSTANCE: invention can be used for testing different types of electric jet engines and engine plants at base. Proposed method includes mounting of electric jet engine and its balancing on thrust metering device. Device. This done, electric jet is started and testing is carried out with measuring thrust at working parameters of electric jet engine by rotating the engine about geometrical axis at two thrust modes. Thrust is measured at least in two positions of electric jet engine in plane of arrangement of rocker. Device contains rocker installed horizontally and suspended from flexible rod. Mechanism to rotate jet engine around its longitudinal horizontal axis and mounting unit are found on one end of rocker. Said mechanism consists of rotating unit including rotating drive and readout device to check angle of rotation of electric jet engine under testing. Electric jet engine is installed on mounting unit. Other end of rocker carries balancing mass and torque recording device. Turning mechanism of tested engine designed to provide rotation of engine in horizontal plane is arranged between rocker and rotating mechanism.

EFFECT: reduced labor input at testing owing to enlarged functional capabilities of thrust measuring device.

3 cl, 2 dwg

Similar patents RU2243516C2

Title Year Author Number
GEAR DETERMINING THRUST AND COMPONENTS OF THRUST VECTOR OF ELECTRIC JET ENGINE AND PROCESS OF ITS TESTING 2001
  • Gnizdor R.Ju.
  • Gopanchuk V.V.
  • Kozubskij K.N.
  • Linnik V.A.
  • Kudrjavtsev S.S.
RU2202773C2
METHOD OF DETERMINING THRUST VECTOR OF ROCKET ENGINE WITH TESTING AND DEVICE FOR DETERMINING LATERAL COMPONENTS OF THRUST VECTOR 2007
  • Belikov Mikhail Borisovich
  • Gankin Veniamin Igorevich
  • Il'In Al'Bert Alekseevich
  • Pashkov Sergej Stepanovich
  • Shagajda Andrej Aleksandrovich
RU2344387C1
METHOD AND DEVICE FOR MEASURING THRUST OF ELECTRIC JET ENGINES 2006
  • Nikipelov Aleksandr Vladimirovich
RU2312316C1
DEVICE FOR DETERMINING LATERIAL COMPONENTS OF THRUST VECTOR ELECTROJET ENGINES 2008
  • Zhukov Jurij Vasil'Evich
  • Parfirov Oleg Viktorovich
  • Pashkov Sergej Stepanovich
  • Shutov Vladimir Nikolaevich
RU2370740C1
DEVICE FOR DETERMINING LATERAL COMPONENTS OF THRUST VECTOR OF ELECTROJET ENGINE 2008
  • Baturin Andrej Vladimirovich
  • Muravlev Vjacheslav Anatol'Evich
  • Salin Vitalij L'Vovich
  • Shutov Vladimir Nikolaevich
RU2370739C1
METHOD FOR MEASUREMENT OF LATERAL COMPONENT OF ELECROJET ENGINE THRUST VECTOR AND DEVICE FOR ITS REALISATION 2008
  • Grachev Viktor Sergeevich
  • Salin Vitalij L'Vovich
  • Shpanov Igor' Gavriilovich
  • Shutov Vladimir Nikolaevich
RU2363932C1
TRACTION MEASURING DEVICE FOR TESTING LIQUID THRUST LOW-THRUST ENGINES IN STATIONARY MODE OF OPERATION 2018
  • Ryzhkov Vladimir Vasilevich
  • Galperin Rudolf Natanovich
  • Sulinov Aleksandr Vasilevich
RU2692591C1
DEVICE FOR MEASURING ENGINE TRACTION FORCE 0
  • Bykov Aleksandr Fedorovich
  • Zverev Mikhail Mikhajlovich
  • Skakun Ivan Fedorovich
SU1002856A1
PROCEDURE MEASURING THRUST FORCE OF JET ENGINE AND BED FOR ITS REALIZATION 2001
  • Orlov S.A.
  • Romashko A.V.
  • Nikipelov A.V.
RU2221995C2
METHOD AND DEVICE FOR REGULATING THRUST VECTOR OF ELECTRIC ROCKET ENGINE 2000
  • Petrosov V.A.
  • Bajdakov S.G.
  • Baranov V.I.
  • Vasin A.I.
  • Nazarenko Ju.S.
RU2196396C2

RU 2 243 516 C2

Authors

Gnizdor R.Ju.

Gopanchuk V.V.

Dates

2004-12-27Published

2002-11-12Filed