POSITIVE-DISPLACEMENT PUMP Russian patent published in 2004 - IPC

Abstract RU 2232291 C1

FIELD: machine-building hydraulics.

SUBSTANCE: proposed device is designed for use is different branches of industry and as household devices. Pump has housing, cylinder block, both made of nonmagnetic material. Cylinder block is installed on shaft in housing for rotation. Pump has also end distributing disks connected to housing and made in form of rings provided with suction and delivery distributing ports and ring grooves in end faces of disks from cylinder block side. Permanent magnets are fitted in grooves with unlike poles arranged axially on end faces parallel to end faces f block and diametrically reversible polarity on each end face. Pistons are made in form of permanent magnets with axial magnetization whose like poles are orientated in one side. Pistons are installed in axially cylinders of block forming with cylinders working chambers at both sides of pistons communicating periodically with distributing ports. Ring groove of each disk is provided with opposite bridges connecting opposite sides of grooves and made in form of ring sectors with equal angles of sector. Distance between end faces of bridge sectors exceeds diameter of piston. Permanent magnets are also made in form of ring sectors, each provided with distributing port. Each groove accommodates at least two sectors of permanent magnets differing in cohesive force increasing in direction of cylinder block rotation.

EFFECT: increased volumetric efficiency of pump, decreased non-uniformity of delivery.

2 dwg

Similar patents RU2232291C1

Title Year Author Number
POSITIVE DISPLACEMENT PUMP 0
  • Pyatin Oleg Yurevich
  • Rekus Nina Grigorevna
  • Rekus Irina Grigorevna
SU977851A2
POSITIVE DISPLACEMENT PUMP 0
  • Yagodin Gennadij Alekseevich
  • Vlasov Dmitrij Aleksandrovich
  • Rekus Grigorij Gavrilovich
  • Tarasov Valerij Vasilevich
  • Pyatin Oleg Yurevich
  • Volkov Imert Nikolaevich
SU866262A1
CONTROLLED MAGNETIC BEARING ON PERMANENT MAGNETS AND THEIR CONTROL METHOD 2013
  • Vavilov Vjacheslav Evgen'Evich
RU2563884C2
TRUNNION DISTRIBUTOR FOR SINGLE-ACTION HYDRAULIC MACHINE 0
  • Avrunin G.A.
  • Finkel A.A.
  • Moroz I.I.
SU593523A1
MAGNETIC GEARBOX 2019
  • Afanasev Anatolij Yurevich
  • Berezov Nikolaj Alekseevich
  • Rybushkin Nikolaj Anatolevich
  • Petrov Aleksej Andreevich
RU2705219C1
AXIAL PISTON MACHINE 2011
  • Bogdanovich Dmitrij Pavlovich
RU2487268C1
DISTRIBUTION ASSEMBLY OF AXIAL-PISTON MACHINE 0
  • Zolotarevskij Leonid Gennadievich
  • Saltan Sergej Semenovich
  • Tkachenko Valentin Aleksandrovich
  • Lysenko Sergej Vladimirovich
  • Nagornyj Aleksandr Grigorevich
  • Grigorev Vladimir Pavlovich
  • Kachanov Yurij Fedorovich
  • Lychakov Vitalij Anatolevich
SU1560788A1
DEVICE FOR CREATING LOAD 2013
  • Listkov Leonid Borisovich
RU2525806C1
AXIAL PISTON HYDRAULIC MACHINE 0
  • Grechanyuk Fedor Teodorovich
  • Lychakov Vitalij Anatolevich
  • Tkachenko Valentin Aleksandrovich
  • Lysenko Sergej Vladimirovich
  • Zolotarevskij Leonid Gennadievich
  • Nagornyj Aleksandr Grigorevich
SU1631196A1
FLEXIBLE ROTOR WITH CONSTANT MAGNETS 2017
  • Mikhajlov Valerij Mikhajlovich
  • Klintsevich Vyachkslav Yurevich
  • Shilovskaya Svetlana Viktorovna
  • Seogeev Nikolaj Evgenevich
  • Anufriev Aleksandr Fedorovich
RU2659796C1

RU 2 232 291 C1

Authors

Pavlov A.I.

Bojarskij A.B.

Stesin S.P.

Lysenko T.M.

Shpak L.S.

Berezovich L.S.

Dates

2004-07-10Published

2002-12-30Filed