Design and Development of a Vision Based Leather Trimming Machine

Author:

Lanzetta M.,Tantussi G.

Publisher

Springer Vienna

Reference13 articles.

1. Aranda Penaranda, J.D., Ramos Alcazar, J.A., Tomas Balibrea, L.M., Munoz Lozano, J.L., Torres Sanchez, R., (1994), Inspection and measurement of leather system based on artificial vision techniques applied to the automation and waterjet cut direct application. IEEE Int. Conf. on Systems, Man, and Cybernetics, Humans, Information and Technology, San Antonio, TX, USA, 2–5 Oct. 1994, Vol 1, 863–867, ISBN: 0–7803-2129–4.

2. Clot, R, Redarce, H.T., Betemps, M., Jutard, A., (1989), Sucker set configured by vision in real time: applicated grabbing flat and thin pieces. Proc. IASTED Int. Symp. Applied Informatics–AI ‘89, ACTA Press, Anaheim, CA, USA, 76–79, ISBN: 0–8898-6117-X.

3. Neri, F., (2001), Development of an automatic leather manipulation system for the tannery industry. Master Thesis (in Italian), University of Pisa, Italy.

4. Smith, D.L., Taylor, P.M., Taylor, G.E., Jolliffe, I., Reedman, D.C., (1991), Decorative stitching of randomly fed shoe parts. 91 ICAR, 5th Int. Conf on Advanced Robotics, ‘Robots in Unstructured Environments’, Pisa, Italy 19–22 June 1991, Vol 1, 765–768, ISBN: 0–7803-0078–5.

5. Preece, C., Reedman, D.C., Simmons, J.E.L., Topis, S., (1994), Assembling non-rigid products in the shoe industry. IEE Computing and Control Division Colloquium on Intelligent Automation for Processing — Non-rigid Products, London, UK, 19 Oct. 1994, 9/1–3, ISSN: 0963–3308.

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