Schneidzerkleinerung von Weich-PVC - Einzelschnitt

zweidimensionales bewegtes Bild

Einflußgrößen wie Spandicke und -höhe, messergeometrische Winkel, Schneidenabstand und Schnittgeschwindigkeit werden variiert. Ein aufgebrachtes Raster veranschaulicht die auftretende Verformung. Mit Zeitdehnung.
The film shows the cutting of soft polyvinylchloride (PVC) by means of a cutting apparatus operating in principle along the line of a cutter of the type used to cut continuous lengths of material into pieces of substantially uniform size. The parameters affecting the cutting operation are varied and include, along others, chip thickness and chip height, cutting angle and lip angle and the clearance angle reuslting from these two, the gap between the blade and counterblade, and the cutting speed. The deformation present in the material during the cutting operation is rendered visible by a grid pattern (raster) applied to the material prior to cutting. It is apparent from the shots that the cut shown is a knife-type cut within the range of the parameters investigated. Close-ups show the entry and severance processes.

Object Details

• Alternative title: Cutting of Soft PVC - Single Cut
• Location: Hannover TIB
• Extent: 67MB, 00:05:30:00 (unknown)
• Notes: Audiovisuelles Material ; Stummfilm ; Silent movie

References and Relationships

• Bibliographic citation: Schneidzerkleinerung von Weich-PVC - Einzelschnitt ; (Jan. 1975)

Classification and Topics

• Keyword: PVC / soft PVC ; Fertigungstechnik ; Encyclopaedia Cinematographica ; Schneidzerkleinerung / Weich-PVC ; Verfahrenstechnik ; technology ; soft PVC / cutting ; spanende Bearbeitung ; Polyvinylchlorid ; mechanical procedures ; Weich-PVC / Schneidzerkleinerung ; PVC / Weich-PVC ; polyvinyl chloride ; production engineering ; process engineering ; Technik ; swarf machining ; cutting / soft PVC ; Mechanische Verfahren

Contributors, Places and Time

• Event: Veröffentlichung
• (who): IWF (Göttingen)
• (when): 1975-01-01
• Contributor: Redeker, D.

Further information

• DOI: 10.3203/IWF/E-2019
• Last update: 04.12.2024, 8:09 AM CET