JP2019531193A5

JP2019531193A5 -

Info

Publication number: JP2019531193A5
Application number: JP2019515989A
Authority: JP
Filing date: 2017-09-26
Publication date: 2020-01-23
Anticipated expiration: 2037-09-26

Claims

The at least one motor drive (17) is movable along a stroke axis (14) by a stroke drive (13) in the direction of the workpiece (10) to be machined by the upper tool (11) and vice versa. ) Having said upper tool (11) positionable along an upper locating axis (16) extending perpendicular to said stroke axis (14);
Oriented by the upper tool (11) and positionable by at least one motor drive (26) along a lower positioning axis (25) oriented perpendicular to the stroke axis (14) of the upper tool (11). Having a lower tool (9);
The motor drive (17, 26) thereby having at least one control (15) controllable for movement of the upper and lower tools (11, 9);
Movement of the upper tool (11) along the upper positioning axis (16) and movement of the lower tool (9) along the lower positioning axis (25) are each controllable independently of each other;
The upper drive (17) has a measuring device (601 ) oriented to at least one of the lower drives (26) or the lower drive (26) has at least one oriented to the upper drive (17). Provided measuring device (604) or at least one measuring device (601 , 604) is provided on both ;
A tool machine for machining a plate- like workpiece (10) , characterized in that :

Said measuring device (601, 604) is the upper tool (11) or a characterized in that it is positioned in the drive device in proximity to receiving the lower tool (9) or the tool both (17, 26) The tool machine according to claim 1, wherein

At least one of the measuring device provided in the top drive (17) (609) is oriented to the lower tool (9) Rukoto, was or the at least one measurement device (604) is the lower drive unit ( wherein it is oriented to the upper tool (11), or the tool machine according to claim 1, wherein both at 26).

The measuring device (601, 604) comprises a measuring axis (602, 605) oriented in the same direction as the position axis (35, 48) of the facing upper tool (11) or lower tool (9). The tool machine according to claim 1 , wherein

Tool machine according to claim 1, characterized in that the measuring device (601, 604) is formed as a non-contact sensor or distance sensor.

Tool machine according to claim 5, wherein said non-contact sensor is formed as an optical distance sensor.

7. The tooling machine according to claim 6, wherein the non-contact sensor is formed as a line laser or a camera device.

Tool machine according to claim 1, characterized in that the measuring device (604) is provided in the bracket carriage (606) of the lower drive unit (26).

Tool machine according to claim 1, characterized in that the measuring device (601) is provided on the double wedge (126) of the upper drive (17).

Claim 1, wherein said measuring device (601, 604) be removable cover for the outlet side to the measurement process of either comprises a cover on the outlet side, or the measuring device (601, 604) are positioned A tool machine according to claim 1.

The upper tool (11), which is movable along a stroke axis (14) by a stroke drive (13) in the direction of the workpiece (10) to be machined by the upper tool (11) and in the opposite direction, comprises at least one Positioned along a top positioning axis (16) extending perpendicular to said stroke axis (14) by a motor drive (17);
A lower locating axis (25) having a lower tool (9) oriented to the upper tool (11) oriented perpendicular to the stroke axis (14) of the upper tool (11) by at least one motor drive (26). ) Is located along;
Control (15) controls the motor drive (17, 26) for movement of the upper and lower tools (11, 9);
A measuring device (601) oriented in the direction of the lower drive (26) provided on at least one of the upper drives (17) is arranged along the upper positioning axis (16) and / or at least one Measuring devices (604) oriented in the direction of the upper drive (17) arranged in the lower drive (26) are movably controlled along the lower positioning axis (25) independently of each other. Done;
The method for machining by machine tools (1) plate-like workpieces you characterized (10) that.

By moving the upper tool (11) or said lower tool (9) or both at least along the positioning axis (16, 25), or is around the stroke axis (14, 30) times by moving, or the method of claim 11, characterized in that it is controlled in duplicate by the stroke motion along the stroke axis (14, 30).

The upper tool (11) or the lower tool (9) lower positioned shaft height was or the upper part of (16, 25) or the upper tool along both (11) or the lower tool (9) 12. Method according to claim 11 , characterized in that it is detected by the intersection of the measuring axes (602, 605) of the facing measuring devices (601, 604) due to movement of the measuring device.

The measuring axis (602) of the measuring device (601, 604) with which the upper tool (11) or the lower tool (9) is facing to perform the measurement with the upper tool (11) or the lower tool (9). 12. The method according to claim 11 , characterized in that it is positioned proximate to or oriented on the measuring axis (602, 605), following which the measuring strategy is controlled.

The method according to claim 11 , characterized in that the data detected by the measuring device (601, 604) is processed in an evaluation device and compared with tool data in a control data memory and evaluated.

After the upper tool and the lower tool (11, 9) perform measurement on the tool body (39) of the upper tool (11 ) and / or the counter tool body of the lower tool (9), the next machining step 12. The method according to claim 11 , wherein the working positions are moved relative to each other.