TWO-MODE WING Russian patent published in 2017 - IPC F03D5/00 

Abstract RU 2637606 C2

FIELD: machine engineering.

SUBSTANCE: wing for transition from arch shape to non-curved flat shape and back consisting of three or more parts (1-1, 1-2, 1-3) with aerodynamic profile of the wing connected in series and articulated with each other by means of at least one hinged joint (2, 3) set between at least one pair of such adjacent parts (1-1, 1-2, 1-3) with the aerodynamic profile of the wing.

EFFECT: preservation of unchanged shape of wing profile.

9 cl, 13 dwg

Similar patents RU2637606C2

Title Year Author Number
SAFETY HALYARD FOR TROPOSPHERIC WIND GENERATOR 2010
  • Ippolito Massimo
RU2530423C2
WIND ENERGY CONVERSION SYSTEM BY MOVING ON RAIL MODULES TOWED BY KITES AND ELECTRICAL ENERGY GENERATION PROCESS BY MEANS OF SUCH SYSTEM 2012
  • Ippolito Massimo
RU2615549C2
WIND SYSTEM FOR CONVERSION OF ENERGY BY MEANS OF POWER WING SECTIONS, METHOD OF ELECTRIC ENERGY GENERATION BY MEANS OF SUCH SYSTEM AND ITS USE FOR SHIP TOWING 2006
  • Ippolito Massimo
  • Taddei Franko
RU2407915C2
UNMANNED CONVERTIPLANE WITH AN ARCHED WING 2017
  • Durov Dmitrij Sergeevich
RU2648503C1
INFRASTRUCTURE FOR DRIVE AND ACCELERATED TAKEOFF OF AERODYNAMIC SURFACES FOR TROPOSPHERE EOLIAN GENERATOR 2009
  • Ippolito Massimo
RU2468250C2
SYSTEM AND PROCESS FOR STARTING FLIGHT OF POWER WING AIRFOILS, IN PARTICULAR FOR WIND GENERATOR 2014
  • Ippolito Massimo
RU2655432C2
SYSTEM FOR CONVERTING WIND ENERGY INTO ELECTRIC ENERGY DUE TO FLIGHT PROFILES OF POWER WING ATTACHED TO GROUND BY MEANS OF CABLES OF FIXED LENGTH, WITHOUT PASSIVE PHASES AND WITH AUTOMATIC ADAPTATION TO WIND MODE 2012
  • Fagiano Lorenzo
  • Milanese Mario
RU2593318C2
AIRCRAFT WITH PERFECTED AERODYNAMIC CHARACTERISTICS 2011
  • Lucchesini Massimo
  • Merlo Emanuele
RU2575738C2
WIND-DRIVEN SYSTEM TO CONVERT ENERGY BY RECIPROCAL DISPLACEMENT OF MODULES TOWED BY KITES ALONG GUIDE AND METHOD OF POWER GENERATION 2008
  • Ippolito Massimo
  • Taddei Franko
RU2451826C2
SYSTEM AND PROCESS FOR AUTOMATIC CONTROL OF BEARING WING AERODYNAMIC SURFACES FLIGHT 2006
  • Massimo Ippolito
RU2405716C2

RU 2 637 606 C2

Authors

Ippolito Massimo

Dates

2017-12-05Published

2014-06-05Filed