Artis Gmbh

Artis Gesellschaft Fur Angewandte Messtechnik Mbh

Artis Grs. Fur Angewandte Messtechnik Mbh

Marposs Monitoring Solutions Gmbh

Dirk Lange

Volker Redecker

Ulrich Mohr

Jan-Wilm Brinkhaus

Dirk Euhus

Heribert Josef Messing

Frank August Joachim Bonas

System and method for automated provision of a monitoring function for a machining process which is to be executed by a machine tool. A computer-aided manufacturing (CAM) program of the machining process is automatically analyzed by means of a postprocessor in order to determine processing steps to be monitored. At least one monitoring instruction may be automatically inserted into a control program of the machine tool by the postprocessor, wherein the control program is executed during the machining process.

Method and apparatus for automated configuration of a monitoring function of a machine tool

The invention refers to an apparatus for monitoring the operation of an electrically conductive tool () of a machine tool () having at least one electrically conductive spindle () for holding the tool () and a detector () which determines an electrical resistance () between the spindle () and the electrically conductive work piece () to be processed, and wherein the spindle () is electrically isolated from the machine tool () and/or the apparatus is adapted to electrically isolate the work piece () to be processed from the machine tool ().

Apparatus and method for monitoring a tool machine

Apparatus for thread testing, comprising at least one plug gauge () for testing a thread (), the plug gauge being adapted for connecting with a machine axis () of a machine tool () and a displacement sensor () connectable with the at least one plug gauge () and the machine axis () for determining a maximum path () which the plug gauge () may be screwed into thread ().

Method and apparatus for thread testing by distance measurement

A sensor system for a machine tool with at least one sensor with at least one measurement instrument, which measures a physical quantity occurring within the machine tool, which is related to a machining process performed by the machine tool; with a first energy supply for supply of the at least one measurement instrument of the sensor, wherein the first energy supply receives electric energy from a surrounding electromagnetic field in a wireless way; and with a second energy supply for supplying the at least one measurement instrument of the sensor, wherein the second energy supply comprises at least one battery.

Sensor system for machine tools

The invention relates to an apparatus () for testing threads comprising a thread plug gauge () which can be screwed into a thread () tapped by a machine tool, and a connecting member () with which the apparatus () can be exchangeably arranged at a tool spindle () of the tool machine, and wherein a sliding clutch () is arranged between the thread plug gauge () and the connecting member (). The invention relates furthermore to a method in which signals () from one or more signals transmitters which are related to screwing-in the thread plug gauge are acquired, in which a reference curve () of signals related to screwing the thread plug gauge into a reference thread is stored, and in which the reference curve () and/or a curve or magnitude derived therefrom is compared with the signals () and/or a curve or magnitude derived therefrom.

Apparatus and method for testing threads

The present invention relates to a sensor system for a cutting machine tool () with an energy supply unit (), which inductively provides energy for the supply of at least one sensor arrangement () of the cutting machine tool () out of a magnetic alternating field (B), at least one sensor arrangement which measures a force, appearing within the cutting machine tool () and/or a torque and/or the body sound within the cutting machine tool, and a data transmitting unit (), which wirelessly transmits data, which relate to a value, which is measured by the at least one sensor arrangement () of the cutting machine tool ().

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Lüneburg, Germany

Dirk Lange