Trumpf Maschinen Austria Gmbh & Co Kg

Helmut Theis

Klemens Freudenthaler

Gerhard Angerer

Matthias Hoerl

Florian Hausmann

Nenad Kovjenic

Florian Maier

Manfred Waldherr

Verena Steininger

Josef Gaggl

Hagen Strasser

Thomas Weiss

Michael Schernhammer

Thomas Denkmeier

Bernhard Schneider

Georg Wünsch

Thomas Bongardt

Otto Walter

Alois Austaller

Harald Boeck

Johann Mayrhofer

Matthias Hörl

Richard Edlbauer

Walter Keplinger

Matthias HÖRL

Verena Infanger

Harald BÖCK

A vacuum gripping element and device hold a component to be transported when subjected to a vacuum. The device includes a carrying device and at least one vacuum gripping element connected releasably to the carrying device as needed. The element includes a base body with at least one vacuum supply channel and an elastic, form-flexible sealing element. A locking coupling forms a first fastener for positively connecting and releasing the gripping element relative to the carrying device as required. Alternatively, the base body includes first and second base body parts, the first part positively connecting and releasing relative to the carrying device as required by the first fastener, and the second part being connected to the elastic, form-flexible sealing element. A locking coupling forms a second fastener for positively connecting and releasing the first base body part relative to the second base body part as required.

Vacuum gripping element and vacuum gripping device

A method transports and/or handles components, in particular sheet metal parts, and a production plant includes a manipulator arrangement having a first manipulator arm and at least one second manipulator, wherein the first manipulator and the at least one second manipulator are designed to pick up, transport, hold and/or deposit a component, at least one processing device for carrying out processing steps on the component, wherein the component is transferred from the first manipulator to the at least one second manipulator after a first processing cycle at a predetermined re-gripping time, the re-gripping time being between the first processing cycle and at least one second processing cycle, wherein the component at least in portions rests on the processing device during the re-gripping time and is supported in a load-dissipating manner solely by the processing device.

Method for the transport and/or handling of components

A press brake for bending workpieces includes: a fixed table beam with a lower tool holder, a displaceable press beam with an upper tool holder, wherein the press beam is formed so as to be displaceable relative to the table beam, and a graphic display for displaying information. In the displaceable press beam, a recess is formed, in which the graphic display is accommodated, wherein the graphic display has a display height and a display width.

Press brake for bending workpieces

A bending machine with a bending information display apparatus has a machine frame, a longitudinally extended, fixed machine table, and a longitudinally extended press beam. The longitudinal expanse and the press beam movement direction define a working plane. An insertion plane essentially normal to the working plane is defined by an upper machine table flat side or a lower tool disposed thereon. The working plane establishes a front working and manipulation space and a closed rear machine space. A projector disposed above the insertion plane in the rear machine space has a light beam path directed away from the insertion plane. A reflector disposed in the working and manipulation space has a first reflective surface pivotable by an angle to the horizontal so that a light beam incident from the projector beam path leaves the first reflective surface as a departing light beam toward the insertion plane.

Bending machine having a bending information display device

A back gauge for a back gauge positioning system of a bending machine includes a stop finger on which at least one stop surface is configured, and a base unit that is configured for coupling with the back gauge positioning system. The stop finger is coupled with the base unit by a linear guide, and the stop finger can be displaced relative to the base unit between a pushed-forward working position and a retracted position. The stop finger and the base unit are coupled with a first spring element, by which the stop finger is pre-loaded into its working position, and a locking device is configured, by which the stop finger can optionally be locked in the working position or is released into its retracted position for displacement counter to the spring force of the first spring element.

Backgauge for a bending machine and method for positioning a backgauge of this kind

The invention relates to a workpiece processing machine (), and to a method for operation of a workpiece processing machine (). The workpiece processing machine () comprises an automatically adjustable stop finger (), and has, for monitoring adjustment movements of the stop finger (), a monitoring device () that comprises an illuminating device () and at least one optical detection device (). In operation of the workpiece processing machine (), during an automatically controlled adjustment movement of the stop finger (), a light beam () is radiated into an area ahead of the stop finger () in the adjustment direction. Upon detection of a first light image () projected onto an object surface () by the first light beam (), a safety measure is triggered.

Workpiece processing machine and method for operating the workpiece processing machine

A bending machine with a work area image capture apparatus has a machine frame, a longitudinally extended, fixed machine table, and a longitudinally extended press beam moved by a drive relative to the frame and guided therein. The longitudinal expanse and the press beam movement direction define a working plane establishing a front working and manipulation space and a rear machine space. An image capture apparatus above the machine table in the machine space has a capture region oriented toward the machine space and is connected with a display configured to represent the captured image of the capture region. The capture apparatus is connected with the display by an image processing processor having a coordinate transformation module configured the captured image perspective. The coordinate transformation module is connected with a wireless position determination system configured to determine the machine operator position in the working and manipulation space.

Bending machine having a working area image capturing apparatus and method for improving the operational safety of a bending machine

A bending machine has a work area image capture apparatus. A longitudinal expanse and the movement direction of the press beam define a working plane, which establishes a front working and manipulation space and a rear machine space, which is distinguished from the former and, in particular, closed off. An image capture apparatus is disposed in the working and manipulation space above the machine table, in a center section of the longitudinal expanse of the press beam, which apparatus is connected with a display, which is configured for representation of the captured image of the capture region. The image capture apparatus is disposed in a press beam casing, and has two image capture devices, wherein each image capture device captures a partial section in the direction of the machine table.

Bending machine comprising a work area image detecting device and method for representing a work area

A bending angle measuring device has an illumination device with at least one light source and an optical detector with a light-detecting surface. On the bending angle measuring device is arranged at least one axisymmetric body with a reflecting surface. A central axis of the axisymmetric body is arranged such that it is aligned parallel to the bending edge. A first light beam transmitted by the illumination device is reflected from the sheet metal part and as a second light beam is directed onto the axisymmetric body. The second light beam is reflected on the axisymmetric body, and as a third light beam is directed onto the optical detector, in particular onto its light-detecting surface.

Bending angle measuring apparatus and method for measuring a bending angle by means of the bending angle measuring apparatus

The invention relates to a lower tool () having a longitudinal-offset measuring device (), which lower tool () is part of a bending tool arrangement for use in a bending press. The lower tool () has a tool body () having a longitudinal extension (), in which longitudinal extension () a bending recess () is provided. The bending recess () extends from an upper flat side () of the tool body () into the latter and is formed at least by two contact surfaces (). The transition from the upper flat side () into the bending recess () forms a contact edge (), which contact edge () forms a contact line () in the longitudinal extension (). A sensor () for determining a longitudinal offset () is arranged in the region of the contact line (), wherein a sensing portion () of the sensor () is oriented in the direction of a metal sheet () to be bent.

Bending tool having a longitudinal-offset measuring device

The invention relates to a production plant (), in particular for folding workpieces () to be produced from sheet metal, comprising a bending press (), in particular a press brake, having a press beam (), at least one bending tool (), such as a bending punch () and bending die (), which is connected to the press beam (), and at least one angle-measuring device () for determining an angular position of at least one limb () of the workpiece () formed by a bending operation relative to a reference plane (). The angle-measuring device () comprises at least one inclination sensor () having a reference surface () and the inclination sensor () is mounted by the angle-measuring device () so that it can be placed with the reference surface () lying in contact with a surface portion of at least one of the limbs () of the workpiece ().

Bending press having an angle-measuring device and method for determining the bending angle

The invention relates to a rear stop unit () with a stop and/or gripping and/or measuring element () for positioning a sheet () to be machined on a bending press. The stop and/or gripping and/or measuring element () is arranged on an adjustable bearing arm () by means of a pivot joint (). The bearing arm () is connected to a guide rail () by means of an additional pivot joint () via a guide element (). The rear stop unit () further comprises a support arm () which is connected to the bearing arm () via a joint () and to an additional guide element () via a rigid connection, and the support arm is connected to the guide rail () via the additional guide element. Furthermore, the joint () is designed as a rotational/prismatic joint. The position of the bearing arm () can thereby be adjusted by moving the support arm () in a linear manner along a guide direction () specified by the guide rail ().

Rear stop device for a bending machine

The invention relates to a machine controller comprising a sensor module (), an evaluation module () and a control module (), and the sensor module () has a convertor which converts a mechanical variable acting on the sensor module () into a proportional electric characteristic variable, and the evaluation module () is connected via a first signal connection () to the sensor module () and via a second signal connection () to the control module (). The evaluation module () generates a signal profile from the detected electric signal by means of an analysis of potential and/or change, which is compared with at least one reference signal profile stored in a memory means of the evaluation module () by means of a comparison module of the evaluation module (), from which the control signal is generated. Furthermore, at least one of the two signal connections () is based on a wireless design.

Control device for a machine tool and method for controlling the machine tool with evaluation module having memory storing reference signal profile

The invention describes a manufacturing device () and a method for bending blanks () or workpieces (), having a bending press () and having a manipulator (), which can be displaced in a raceway parallel to a longitudinal extent of a table and bending beam (), for workpiece transfer between a feeding or removal apparatus for the blanks () or the workpieces () and a forming region between bending tools (). The manipulator () has an articulated-arm arrangement () having preferably three arms () which can be pivoted via pivoting bearing arrangements () about pivot axes () which are oriented parallel to the raceway, and said manipulator has a rotary unit (), having a rotational axis () which extends perpendicularly with respect to the pivot axes (), at one distal end of the articulated-arm arrangement (). At least one detection device () which has a communications link to the control and monitoring device () is arranged on the articulated-arm arrangement (), for a physical value which brings about a state change of an arm () of the articulated-arm arrangement () upon loading.

Bending press with a loading device and method for its operation

A manufacturing system for folding sheet bars, particularly sheet metal bars, comprising a folding press with two press beams, which are adjustable in relation to each other and provided with folding dies, whereby the folding press is fed by means of an automated manipulating system. The manipulating system has three hinged arms connected via pivoting devices to form an arrangement of hinged arms. A first hinged arm is swivel-mounted on a swivel axle extending in a swivel device parallel to a guide track of a linearly displaceable chassis. A second and a third swivel axles supporting the hinged arms are arranged extending parallel to the swivel axle of the swivel device. A gripping system and a seizing device for picking up the sheet bars are arranged in another end area of the hinged-arm arrangement. A positioning device assures that the sheet bar is correctly positioned for the folding process.

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Pfarrkirchen, Austria

Helmut Theis