ClassID:

71462

B63H9/02 - CPC Classification

Classification description:

Marine propulsion provided directly by wind power using Magnus effect

Recent Application in this class:
#1
20250178708
2025-06-05

WATERCRAFT COMPONENTS THAT INCLUDE A FLUID SYSTEM

#2
20250121921
2025-04-17

Structure for a Flettner-type rotary rigging

#3
20240317359
2024-09-26

VESSEL AND SYSTEM ADAPTED FOR COLLECTION OF DISTANT WINDPOWER

#4
20240300630
2024-09-12

Lightweight rotary sail and application of such a sail

#5
20230378848
2023-11-23

Magnetic levitation rotor sail

#6
20230373604
2023-11-23

UPRIGHT TANK-BASED PROPULSION ASSISTANCE ROTOR SAIL SYSTEM AND VESSEL EQUIPPED WITH SAME

#7
20230339585
2023-10-26

A CONTROL METHOD FOR A WIND PROPULSION DEVICE ON A VESSEL

#8
20230174209
2023-06-08

BOAT PROPULSION SYSTEM

#9
20210163109
2021-06-03

VERTICAL AXIS FLUID ENERGY CONVERSION DEVICE

#10
20200115019
2020-04-16

Propulsion apparatus

#11
20170088245
2017-03-30

Method of manufacturing a rotor body of a Magnus-type rotor

#12
20160332712
2016-11-17

VERTICALLY-VARIABLE OCEAN SAIL SYSTEM

#13
20160280347
2016-09-29

Propulsion system for aquatic vessels

#14
20160257388
2016-09-08

Methods and systems for a vertically variable ocean sail system

#15
20160147228
2016-05-26

User-operable control for propulsion systems

#16
20160121986
2016-05-05

Propulsion system for aquatic vessels

#17
20150274272
2015-10-01

Vessel comprising a rotor having a flap arranged near the rotor

#18
20150027125
2015-01-29

PROCESS FOR HARVESTING, STORING, AND USING RENEWABLE ENERGY TO PROPEL AND POWER BOATS AND SHIPS, AND MAXIMIZE THEIR AVERAGE SPEED

#19
20140261126
2014-09-18

Autonomous sailing vessel

#20
20140196648
2014-07-17

Vertically-variable ocean sail system

#21
20140137781
2014-05-22

SHIP

#22
20140102344
2014-04-17

METHOD FOR OPERATING A SHIP, IN PARTICULAR A CARGO SHIP, WITH AT LEAST ONE MAGNUS ROTOR

#23
20130302164
2013-11-14

Magnus rotor with balancing weights and method for balancing a body of revolution

#24
20130291775
2013-11-07

METHOD FOR OPERATING A SHIP, IN PARTICULAR A CARGO SHIP, WITH AT LEAST ONE MAGNUS ROTOR

#25
20130260620
2013-10-03

Ship having an opening for removing a power supply system

#26
20130243593
2013-09-19

Magnus rotor

#27
20130243592
2013-09-19

Magnus rotor

#28
20130239859
2013-09-19

Magnus rotor comprising a guide roller cover

#29
20130236313
2013-09-12

Magnus rotor

#30
20130233230
2013-09-12

Electric motor exchange

#31
20130233223
2013-09-12

Ship comprising a Magnus rotor and force-measuring device

#32
20130230399
2013-09-05

Magnus-rotor

#33
20130228110
2013-09-05

Ship and gangway for the same

#34
20130220191
2013-08-29

Ship, in particular freight ship, with a magnus rotor

#35
20130213286
2013-08-22

Ship with at least one sail rotor and adjustable panel at the bow

#36
20130055944
2013-03-07

Magnus rotor ship propulsion system

#37
20130042798
2013-02-21

Vertically-variable ocean sail system

#38
20130032070
2013-02-07

Vessel comprising a stowable magnus-effect rotor

#39
20130008363
2013-01-10

Vessel comprising a stowable magnus-effect rotor

#40
20120142235
2012-06-07

Ship

#41
20120000408
2012-01-05

Marine vessel

#42
20110232555
2011-09-29

Marine vessel provided with vertically arranged revolving cylinders

#43
20100233919
2010-09-16

Check valve turbine

#44
20090311924
2009-12-17

Ship

#45
20090241820
2009-10-01

Magnus rotor

#46
20090217851
2009-09-03

ROTOR SAIL AND SHIP WITH A ROTOR SAIL

#47
20080008588
2008-01-10

Systems for distributed energy resources

#48
20070160472
2007-07-12

Additional drive system by diverting a fluid flow

#49
20070048137
2007-03-01

Wind turbine and energy distribution system