Operating method for a mine-sweeping system, and mine-sweeping system for detonating sea mines
AssigneeSiemens Energy Global GmbH & Co. KG
InventorsMichael Frank, Jörn Grundmann, Peter van Hasselt
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Abstract
A method for operating a mine-sweeping system and corresponding mine-sweeping system, wherein the mine-sweeping system includes at least one drone for detonating sea mines. The drone has at least one magnet element for magnetically detonating the sea mines. The method includes a) translationally moving the at least one drone in the water and b) carrying out a first rotational movement of the drone with respect to a first degree of rotational freedom.
Claims15
-15. (canceled)
A method for operating a mine-sweeping system, wherein the mine-sweeping system comprises at least one drone for detonating sea mines, wherein the drone comprises at least one magnet element for magnetically detonating the sea mines, wherein the method comprises:
- a) translationally moving the at least one drone in the water, and
- b) carrying out a first rotational movement of the drone with respect to a first degree of rotational freedom, characterized in that the drone has a longitudinal axis,
- wherein the first degree of rotational freedom corresponds to a rotational movement about the longitudinal axis.
A mine-sweeping system, comprising:
- at least one drone for detonating sea mines,
- wherein the drone comprises at least one magnet element for magnetically detonating the sea mines,
- wherein the drone comprises at least one control element for bringing about a first rotational movement of the drone with respect to a first degree of rotational freedom,
- wherein the drone has a longitudinal axis,
- wherein the first degree of rotational freedom corresponds to a rotational movement about the longitudinal axis.
Dependencies are inferred from the claim text.