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Please use this identifier to cite or link to this item: https://dspace.lboro.ac.uk/2134/11887

Title: The development of a microprocessor based metal detection system
Authors: Monon, Harkamal
Issue Date: 1984
Publisher: © H. Monon
Abstract: This M.Sc research project is inherently concerned with the interactive development of software and hardware for the purposes of constructing a microprocessor-based event monitoring and analysis system. This system is intended to enhance the level of certainty associated with metal detection at Pedigree Petfoods Limited. The greater the levels of certainty and confidence, then the lower the cost, in terms of taking action on incorrect managerial decisions, based upon a system which generates a low level· of confidence. Additionally, an increased level of confidence in the metal detection instruments will eventually lead to fewer 'unwanted' metallic contaminants passing to the final canning stage. Thus resulting in fewer customer complaints, and therefore, assisting in the building up of the company's image, and ensuring customer satisfaction. The author also feels that this particular project may also provide the initial impetus for future enhancements to Pedigree Petfoods methods of monitoring process variables. The microprocessor-based metal detection system, designed and produced within this project, could be utilised to a much further extent, for instance, by: (i) Monitoring more than one production line and one metal detector. (ii) Providing detailed reports and summaries, not only on metal detection, but additionally, on production and stock levels. Thus acting as an effective managerial tool which is freely accessible . . The system may also be employed as a statistical tool, as 1 the microprocessor is not only capable of acting as a monitoring and data storage instrument, but is capable of analysis and report generation. Thus scope does exist for furhter work in this field, which would be beneficial in many respects. The microprocessor-based metal detection system produced could also be used to enhance the capabilities of the Rank Cintel metal detector, which is an instrument prefered by Pedigree Petfoods. Such enhancements could widen the general application of computer based metal detection.
Description: A Master's Thesis. Submitted in partial fulfilment of the requirements for the award of Master of Philosophy of Loughborough University.
URI: https://dspace.lboro.ac.uk/2134/11887
Appears in Collections:MPhil Theses (Mechanical, Electrical and Manufacturing Engineering)

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