Revolverdrehmaschine

Research output: Patent

Inventors

  • Berend Denkena (Inventor)
  • Reinhard Langermann (Inventor)
  • Erhard Schalles (Inventor)

Research Organisations

External Research Organisations

  • GILDEMEISTER AG
View graph of relations

Details

Translated title of the contributionCapstan lathe with numerical control
Original languageGerman
Patent numberDE19723428
IPCB23Q 39/ 02 A I
Priority date4 Jun 1997
Publication statusPublished - 29 Oct 1998

Abstract

The capstan-head shaft is turned by a numerically-controlled drive mechanism also controlling tool-changing and workpiece feed. A motor is coupled by a transmission mechanism allowing no free movement to the capstan-head shaft. The workpiece-spindle (2) slides in the axial direction at least, while a brake (28) acts on the capstan-head shaft (15). Its braking force is variable, dependent on the fluctuations in the driving torque of the motor (18) and/or the oscillation of the tool (11,12). The shaft (15) can be driven by the driving motor and a loading motor, the torque of the latter being dependent on the fluctuations in the driving torque.

Cite this

Revolverdrehmaschine. / Denkena, Berend (Inventor); Langermann, Reinhard (Inventor); Schalles, Erhard (Inventor).
Patent No.: DE19723428. Oct 29, 1998.

Research output: Patent

Denkena, B, Langermann, R & Schalles, E Oct. 29 1998, Revolverdrehmaschine, Patent No. DE19723428.
Denkena, B., Langermann, R., & Schalles, E. (1998). Revolverdrehmaschine. (Patent No. DE19723428).
Denkena B, Langermann R, Schalles E, inventors. Revolverdrehmaschine. DE19723428. 1998 Oct 29.
Denkena, Berend (Inventor) ; Langermann, Reinhard (Inventor) ; Schalles, Erhard (Inventor). / Revolverdrehmaschine. Patent No.: DE19723428. Oct 29, 1998.
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Download

TY - PAT

T1 - Revolverdrehmaschine

AU - Denkena, Berend

AU - Langermann, Reinhard

AU - Schalles, Erhard

PY - 1998/10/29

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N2 - The capstan-head shaft is turned by a numerically-controlled drive mechanism also controlling tool-changing and workpiece feed. A motor is coupled by a transmission mechanism allowing no free movement to the capstan-head shaft. The workpiece-spindle (2) slides in the axial direction at least, while a brake (28) acts on the capstan-head shaft (15). Its braking force is variable, dependent on the fluctuations in the driving torque of the motor (18) and/or the oscillation of the tool (11,12). The shaft (15) can be driven by the driving motor and a loading motor, the torque of the latter being dependent on the fluctuations in the driving torque.

AB - The capstan-head shaft is turned by a numerically-controlled drive mechanism also controlling tool-changing and workpiece feed. A motor is coupled by a transmission mechanism allowing no free movement to the capstan-head shaft. The workpiece-spindle (2) slides in the axial direction at least, while a brake (28) acts on the capstan-head shaft (15). Its braking force is variable, dependent on the fluctuations in the driving torque of the motor (18) and/or the oscillation of the tool (11,12). The shaft (15) can be driven by the driving motor and a loading motor, the torque of the latter being dependent on the fluctuations in the driving torque.

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