Melting furnace with simultaneously rotatable and movable electrode rod
AssigneeSMS Mevac GmbH
InventorsCihangir DEMIRCI, Ros EL-RABATI, David ROBINSON
Life of this patent
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Abstract
Melting furnace (1), in particular for the production of metal alloys by melting alloying constituents, with a melting crucible (10), a cylindrical electrode rod (40) with a consumable electrode (41) attached thereto and a power supply (50) that is configured to supply the electrode (41) with power via the electrode rod (40), wherein the electrode rod (40) can be rotated about its own axis and moved along its own axis during the melting process.
Claims20
1-15. (canceled)
A melting furnace (1), in particular for producing metal alloys and non-ferrous alloys by melting alloying constituents, comprising:
- a melting crucible (10);
- an electrode rod (40) with a consumable electrode (41) attached thereto;
- and
- a power supply (50) that is configured to supply the electrode (41) with power via the electrode rod (40),
- wherein the electrode rod (40) is rotatable about a longitudinal axis and can be moved along the longitudinal axis during a melting process.
A melting furnace (1), for producing metal alloys and non-ferrous alloys by melting alloying constituents, comprising:
- a furnace column (62);
- a melting crucible (10);
- a furnace hood (20) which is configured to close the melting crucible (10), the furnace hood (20) being held on movably guided by the furnace column (62);
- an electrode carriage (30) held on and movably guided by the furnace column (62);
- an electrode receptacle (31) attached to the electrode carriage (30);
- an electrode rod (40) with a consumable electrode (41) attached to the electrode receptacle (31);
- and
- a power supply (50) that is configured to supply the consumable electrode (41) with power via the electrode rod (40),
- wherein the electrode rod (40) is rotatable about a longitudinal axis and can be moved along the longitudinal axis during a melting process, and
- wherein the electrode rod (40) and/or the electrode (41) is immersed in the melting crucible (10) through a bushing (21) in the furnace hood (20), and
- wherein the furnace hood (20) is attached to the electrode carriage (30) by a hydraulic cylinder (23), the hydraulic cylinder (23) being configured to adjust a relative distance between the furnace hood (20) and the electrode carriage (30).
Dependencies are inferred from the claim text.