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A work method for loading an extrusion billet using a billet loader into the billet chamber of a metal extrusion press and a metal extrusion press for extruding sections through a die using an extrusion ram. Whereby the loading can be carried out regardless of the position of the billet chamber and

A work method for loading an extrusion billet using a billet loader into the billet chamber of a metal extrusion press and a metal extrusion press for extruding sections through a die using an extrusion ram. Whereby the loading can be carried out regardless of the position of the billet chamber and the movement upon the removal of the extrusion residue. The metal extrusion press has a billet loading device coupled to the billet chamber and movable jointly with it in and opposite to the extrusion direction. The extrusion ram can be positioned spaced from the billet chamber by at least the length of an extrusion billet.

대표청구항 ▼

A work method for loading an extrusion billet, using a single billet loader, into a single billet chamber of a metal extrusion press for extruding sectional shapes through a die with an extrusion ram, the method comprising the steps of: a) moving the billet chamber, upon completion of an extrusion,

A work method for loading an extrusion billet, using a single billet loader, into a single billet chamber of a metal extrusion press for extruding sectional shapes through a die with an extrusion ram, the method comprising the steps of: a) moving the billet chamber, upon completion of an extrusion, in a direction opposite an extrusion direction to a distance from the die; b) simultaneously moving the extrusion ram out of the billet chamber; c) shearing off extrusion residue in front of the die; d) simultaneously with steps a)-c), moving the billet loader, together with a new extrusion billet, in a direction opposite the extrusion direction and simultaneously therewith in a direction toward the extrusion ram; e) stopping movement of the extrusion ram and the billet chamber when a specific distance between them has been reached and moving the billet loader with the extrusion billet into a loading position radial to the extrusion ram axis; f) advancing the extrusion ram in the extrusion direction to push the new extrusion billet into the billet chamber; g) radially moving the billet loader back into a starting position as soon as a center of gravity of a longitudinal axis of the billet lies in the billet chamber; and h) moving the billet chamber, the billet loader, and the extrusion ram together in an extrusion position against the die, after the shearing step is completed.