FIELD: power industry.
SUBSTANCE: group of inventions relates to a device (1) and a production method of end parts workpieces (101) for the wind-driven power plants (versions) rotor blades and the wind-driven power plant. The device contains the winding mandrel (3a), which is made with ability to rotate for winding of preferably band-shaped fiber composite material. The device (1) contains also mounted with ability to move along the winding mandrel the impregnating device (5) for the fiber composite material impregnation before being wound into the winding mandrel, and the loading mechanism (7) with the storage device to supply the fiber composite material, mounted with ability to move along the winding mandrel, preferably simultaneously with the impregnating device. The method contains the feeding operation of the fiber composite material by means of the loading mechanism. The material is fed through the impregnating device to the winding mandrel and the winding of the fiber composite material into the winding mandrel is performed by rotating it.
EFFECT: manufacture of the end parts for the rotor blades with the minor variations in resistance.
15 cl, 6 dwg
Title |
Year |
Author |
Number |
WINDING CORE AND A METHOD FOR MAKING ENDS OF BLADES, A MOLD AND METHOD FOR MANUFACTURING SEGMENTS OF REAR EDGES, A WIND-DRIVEN POWER PLANT, A SET OF ROTOR BLADES, A ROTOR BLADE AND A METHOD FOR PRODUCTION THEREOF |
2017 |
|
RU2710561C1 |
ROTOR BLADE OF WIND-DRIVEN POWER PLANT AND WIND-DRIVEN POWER PLANTS WITH SUCH ROTARY BLADE |
2017 |
- Knoop, Frank
- Gudewer, Wilko
- Hoffmann, Alexander
- Mtauweg, Samer
|
RU2716950C1 |
ROTARY BLADE FOR WIND POWER PLANT AND WIND POWER PLANT |
2018 |
|
RU2747816C1 |
ROTOR BLADE, WIND-DRIVEN POWER PLANT, AS WELL AS METHODS OF MOUNTING AND MANUFACTURING OF ROTOR BLADE |
2017 |
|
RU2716798C1 |
ROTOR BLADE OF WIND-DRIVEN POWER PLANT |
2014 |
- Pavis, Torsten
- Middelshtedt, Falk
- Shultse, Tomas
- Rubner, Florian
|
RU2632317C2 |
ROTARY JOINT OF WIND-DRIVEN POWER PLANT, ROTOR BLADE AND WIND-DRIVEN POWER PLANT |
2017 |
|
RU2711858C1 |
ROTOR BLADE OF WIND-DRIVEN POWER PLANT |
2017 |
|
RU2716944C1 |
METHOD OF MANUFACTURING ROTOR BLADES OF WIND-DRIVEN POWER PLANT, AS WELL AS PRODUCING MOLDING ROD FOR THIS PURPOSE |
2013 |
- Kamke Ingo
- Zanftleben Riko
|
RU2611502C2 |
ROTARY BLADE FOR A WIND POWER PLANT AND WIND POWER PLANT |
2019 |
- Messing, Ralf
- Stemberg, Jochen
|
RU2766498C1 |
ADJUSTMENT UNIT FOR ADJUSTING BY AZIMUTH AND/OR FOR ADJUSTING ANGLE OF ATTACK OF WIND-DRIVEN POWER PLANT, CORRESPONDING ADJUSTMENT APPARATUS WITH SUCH ADJUSTMENT UNIT, WIND-DRIVEN POWER PLANT, METHOD OF ADJUSTING ROTOR BLADE, METHOD OF TRACKING WIND DIRECTION, AS WELL AS USE OF ADJUSTMENT UNIT |
2018 |
- Gudewer, Wilko
- Jepsen, Torsten
|
RU2732083C1 |