ROTARY WIND WHEEL Russian patent published in 2018 - IPC F03D3/06 F03D7/06 

Abstract RU 2659680 C2

FIELD: wind engines.

SUBSTANCE: invention relates to wind power engineering. Rotary wind wheel contains blades and dampers located between two planes on which the blades are secured with the ability to rotate about the axis. Blades and dampers are directly fixed in sets on the chords of the upper and lower disks used as planes. Each set of the blades and dampers at any point in the circular motion path has blades working in the operating mode and blades in the feathering mode, and the distance between the axes of the adjacent blades of the set and the dimensions of the blades are such that in the operating mode there are no gaps between adjacent blades. Gaps between the edges of the blades that are parallel to the disks and the disks themselves are minimal. Each blade has a rectangular window above which the top side of the flat insert is fixed to it on the blade side, adjacent to the damper in the operating mode, the dimensions of the flat insert and the loading strip ensure the absence of gaps between the flat insert and the blade while an airflow speed is not exceeding the nominal one.

EFFECT: invention is aimed at increasing the rigidity of the wind wheel design.

1 cl, 4 dwg

Similar patents RU2659680C2

Title Year Author Number
CAROUSEL WIND WHEEL 2018
  • Sokolovskij Yulij Borisovich
RU2690306C1
METHOD FOR CONVERTING THE KINETIC ENERGY OF A AIR FLOW TO A ROTARY MOVEMENT OF A BLADE 2016
  • Gurevich Vladislav Aleksandrovich
  • Sokolovskij Yulij Borisovich
  • Sokolovskij Aleksandr Yulevich
RU2664639C2
METHOD FOR CONVERSION OF KINETIC FLOW ENERGY INTO ROTATION OF WING AND APPARATUS FOR REALISING SAID METHOD 2014
  • Gurevich Vladislav Aleksandrovich
  • Sokolovskij Yulij Borisovich
  • Sokolovskij Dmitrij Yulevich
  • Frolov Evgenij Aleksandrovich
RU2589569C2
CAROUSEL WINDWHEEL 2011
  • Gurevich Vladislav Aleksandrovich
  • Sokolovskij Julij Borisovich
RU2498109C2
WIND-DRIVEN POWER PLANT 2017
  • Sokolovskij Yulij Borisovich
  • Frolov Evgenij Aleksandrovich
  • Ivanova Olga Yulevna
RU2697245C2
ENVIRONMENTAL-FRIENDLY AND ENERGY-EFFICIENT WIND TURBINE ON HORIZONTAL SHAFT 2016
  • Sokolovskij Yulij Borisovich
  • Sokolovskij Dmitrij Yulevich
  • Sokolovskij Aleksandr Yulevich
  • Ivanova Olga Yulevna
RU2692602C2
CYLINDRICAL WIND TURBINE 2014
  • Gurevich Vladislav Aleksandrovich
  • Sokolovskij Julij Borisovich
  • Sokolovskij Aleksandr Jul'Evich
  • Frolov Evgenij Aleksandrovich
RU2563558C2
METHOD OF CONVERTING ENERGY OF AIR FLOW INTO ROTARY MOTION OF WIND-DRIVEN POWER PLANT 2016
  • Sokolovskij Yulij Borisovich
  • Sokolovskij Dmitrij Yulevich
  • Sokolovskij Aleksandr Yulevich
  • Ivanova Olga Yulevna
RU2702814C2
METHOD OF ORIENTING WINDMILLS WITH HORIZONTAL AXIAL PROPELLER-TYPE TURBINES 2014
  • Gurevich Vladislav Aleksandrovich
  • Sokolovskij Yulij Borisovich
  • Sokolovskij Aleksandr Yulevich
  • Khejfets Aleksandr Borisovich
RU2588914C2
METHOD OF ELECTRIC POWER SUPPLY FOR AUTONOMOUS CONSUMERS BY WIND POWER DEVICES 2019
  • Sokolovskij Yulij Borisovich
RU2742889C1

RU 2 659 680 C2

Authors

Sokolovskij Yulij Borisovich

Frolov Evgenij Aleksandrovich

Sokolovskij Aleksandr Yulevich

Dates

2018-07-03Published

2016-03-09Filed