Machine tool with feed system
AssigneeTrumpf GmbH & Co.
InventorChristoph Schmidt
Life of this patent
Estimating the term…
Abstract
A machine tool having a C-shaped frame has a workpiece processing station adjacent the open end of the throat, and an elongated guide rail extends in a first axis perpendicularly to the throat. A carrier extends along the guide rail, and a multiplicity of guide units are spaced along and movable on the carrier in the first axis. Workpiece clamping units are carried by the guide units, and drive means moves the guide units on the carrier. The guide rail is movable in the throat along a second axis perpendicular to the first axis, and a second carrier supported on the frame extends in a second axis parallel to the throat. A multiplicity of guide elements is spaced along and movable on the second carrier and supports the guide rail for movement in the second axis of the second guide rail.
Claims18
A machine tool having:
- (a) a frame vertically spaced upper and lower arms with a web at one end and providing a throat therebetween open at its end spaced from said web, said throat having a workpiece processing station adjacent the open end thereof;
- (b) an elongated guide rail extending in a first axis perpendicularly to said throat;
- (c) a work support table;
- (d) a first carrier extending along said guide rail;
- (e) a multiplicity of guide units spaced along and movable on said carrier in said first axis;
- (f) a connecting element connecting said guide units for concurrent movement with said carrier, said connecting elements including a gear rack extending along said first carrier in the direction of said first axis, said gear rack meshing with a least one drive pinion of a linear drive for moving the guide units on the first carrier in the direction of the first axis;
- (g) a multiplicity of workpiece clamping units carried by said guide units;
- and
- (h) drive means for moving said guide units with said clamping units on said carrier along said first axis whereby a workpiece clamped thereby may be moved in said first axis relative to said work support table.
A machine tool having:
- (a) a frame having vertically spaced upper and lower arms with a web at one end and providing a throat therebetween open at its end spaced from said web, said throat having a workpiece processing station adjacent the open end thereof;
- (b) an elongated guide rail extending in a first axis perpendicularly to said throat movable in said throat along a second axis perpendicular to said first axis;
- (c) a work support table;
- (d) a first carrier extending along said guide rail;
- (e) a multiplicity of guide units spaced along and movable on said carrier in said first axis;
- (f) a multiplicity of workpiece clamping units carried by said guide units;
- and
- (g) drive means for moving said guide units with said clamping units on said first carrier along said first axis whereby a workpiece clamped thereby may be moved in said first axis relative to said work support table;
- (h) a second carrier supported on said frame and extending in a second axis parallel to said throat;
- and
- (i) a multiplicity of guide elements spaced along and movable on said second carrier and supporting said guide rail for movement in said second axis, the weight of said first carrier and of said work support being distributed over a multiplicity of guide units.
A machine tool with at least one processing station and having at least one feed mechanism (5) for driving at least one workpiece (12) and/or at least one processing tool (14) which can be power-driven in the direction of at least one axis of travel (X-axis) relative to the processing station, said feed mechanism including at least one directional guide (6) with a carrier structure (8) along which at least one holder (11) for a workpiece (12) and/or at least one holder (13) for a processing tool (14) can be driven in the direction of said one axis of travel (X-axis), said directional guide (6) comprising a multiplicity of individually supported guide units (10) which can be power-driven along the carrier structure (8) in the direction of said one axis of travel (X-axis) and with the holders (11, 13) arranged in distributed fashion on the guide units (10), the guide units (10) on the carrier structure (8) being connected to one another by at least one of the group consisting of (a) at least one toothed rack section and (b) at least one toothed rack section being mounted on guide units (10) on the carrier structure (8) and attached to at least one connecting element (18) mutually connecting cooperating guide units (10), said toothed rack section extending in the direction of said on axis of travel (X-axis) and constituting a part of the drive mechanism (15) for moving the guide units (10) along the carrier structure (8) in the direction of said one axis of travel (X-axis), said drive mechanism including at least one drive pinion (16) that meshes with the toothed rack section.
A machine tool with at least one processing station and having at least one feed mechanism (5) for driving at least one workpiece (12) and/or at least one processing tool (14) in a plane defined by first (X-) and second (Y-) axes of travel relative to the processing station and which includes two directional guides (6, 7), the first directional guide (6) having a first carrier structure (8) along which at least one holder (11) for a workpiece (12) and/or at least one holder (13) for a processing tool (14) is power-driven in the direction of the first axis of travel (X-axis), the second directional guide (7) having a second carrier structure (3) along which the first carrier structure (8) and at least one work support (25) supporting a workpiece (12) in the direction of gravity is power-guided in the direction of the second axis of travel (Y-axis), said first carrier structure including a multiplicity of guide units (24) that can be power-driven along the second carrier structure (3) in the direction of the second axis of travel (Y-axis), and a least in part associated with either the first carrier structure (8) or with the work support (25), whereby the weight of the first carrier structure (8) and the weight of the work support (25) are distributed over several different guide units (24).
Dependencies are inferred from the claim text.