2024
|
Invention
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System and method and arrangement for damping vibratory motion of rotor sail. A damping system (1... |
2023
|
P/S
|
Motors and parts therefore, for use in relation to the following goods: ships and other vehicles ... |
|
P/S
|
Motors and parts therefore, for use in relation to the
following goods: ships and other vehicles... |
|
P/S
|
Motors and engines, and parts thereof, for ships; rotor sails, and parts thereof, for ships; mach... |
|
P/S
|
Motors and engines, and parts thereof, except for land vehicles, for ships and other vehicles for... |
|
P/S
|
motors and parts therefore, for use in relation to the following goods: Ships and Other vehicles ... |
2021
|
Invention
|
A control method for a wind propulsion device on a vessel.
A method for controlling a wind propu... |
|
Invention
|
A control method for a wind propulsion device on a vessel. Disclosed is a method for controlling ... |
2018
|
Invention
|
Prevention of ice formation on a magnus-rotor. Disclosed is a system comprising a Magnus-rotor (1... |
2016
|
P/S
|
Motors and engines, and parts thereof, for ships; rotor
sails, and parts thereof, for ships; mac... |
2015
|
Invention
|
Method of manufacturing a rotor body of a magnus-type rotor. A method is provided for manufacturi... |
2014
|
Invention
|
Propulsion system for aquatic vessels. A propulsion system (102) for an aquatic vessel (100) is p... |
|
Invention
|
Propulsion systems for aquatic vessels. A propulsion system (102) for an aquatic vessel(100)is pr... |
|
Invention
|
User-operable control for propulsion systems with magnus-type rotors. A propulsion system for an ... |
|
Invention
|
Propulsion system for aquatic vessels. A propulsion system for an aquatic vessel is provided. The... |
2013
|
P/S
|
Motors and engines, and parts thereof, for ships; Rotor sails, and parts thereof, for ships; Mach... |