A packaging robot for complex cartons

Author:

Dubey Venketesh N.,Dai Jian S.

Abstract

PurposeTo demonstrate the feasibility of designing a versatile packaging machine for folding cartons of complex geometry and shapes.Design/methodology/approachThe research conducts study of cartons of different geometry and shapes classifying them in suitable types and operations that a machine can understand, conceptualizing a machine that can handle such cartons, modeling and simulation of the machine, and finally design and development of the packaging machine.FindingsIt has been shown that such a versatile machine is a possibility; it just needs miniaturization and investment on its development when such machines could be a reality.Research limitations/implicationsThis research was aimed at proving the principle, but for practical implementation considerations need to be given for a compact, portable system incorporating sensors.Originality/valueThe design is unique in existence and has been shown to fold cartons of different complexity.

Publisher

Emerald

Subject

Industrial and Manufacturing Engineering,Computer Science Applications,Control and Systems Engineering

Reference14 articles.

1. Dai, J.S. (1996a), “Survey and business case study of the dexterous reconfigurable assembly and packaging system (D‐RAPS)”, Science and Technology Report, No. PS960321, Unilever Research, Bedford.

2. Dai, J.S. (1996b), “Conceptual design of the dexterous reconfigurable assembly and packaging system (D‐RAPS)”, Science and Technology Report, No. PS960326, Unilever Research, Bedford.

3. Dai, J.S. and Rees Jones, J. (1997a), “New models for identification of distinct configurations of cartons during erection and assembly”, Science and Technology Report, No. PS970066, Unilever Research, Bedford.

4. Dai, J.S. and Rees Jones, J. (1997b), “Structure and mobility of cartons through screw theory”, Science and Technology Report, No. PS970067, Unilever Research, Bedford.

5. Dai, J.S. and Rees Jones, J. (1997c), “Theory on kinematic synthesis and motion analysis of cartons”, Science and Technology Report, No. PS970184, Unilever Research, Bedford.

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