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OrganisationUniversity of Southern Queensland (USQ)
OrganisationNational Centre for Engineering In Agriculture
AuthorHarry, H
Date Accessioned2013-12-12
Date Available2013-12-12
Issued2001
Identifierhttp://hdl.handle.net/11079/13075
AbstractIn seeking to evaluate the performance of some advanced cleaning system concepts such as the NCEA Jet Clean System (NCA 006) and the NCEA Clean Flow Fan the NCEA became aware of the lack of objective automated harvester performance assessment systems. On this basis the research team set out to apply some greater level of automation and objectivity to the assessment of Extraneous Matter and Cane Loss during field experimentation. As a result of these investigations an automated billet sampler was built and trailed successfully, a trash sampling mechanism was commissioned but not adopted due to field difficulties, an improved acoustic cane loss monitor based on billet/fan-blade impact recognition was successfully commissioned and trailed and a multi purpose CANBUS based on board data management system developed in conjunction with a commercial yield monitoring product. All of these tools were used in the assessment of the NCEA Cleaning system research projects and the Cane Loss monitor will be subjected to extensive laboratory and field evaluation by the BSES in the 2002 season.
Languageen
Part of SeriesInternal Report; 2001 NCA001
SubjectCleaning cane system
SubjectHarvester
SubjectJet Clean System
SubjectClean Flow Fan
SubjectHarvester performance assessment systems
SubjectCane loss
SubjectAutomated billet sampler
SubjectTrash sampling mechanism
SubjectAcoustic cane loss monitor
SubjectMulti purpose CANBUS
SubjectCane Yield Monitor
SubjectAcoustic transducer
SubjectExtractor fan
SubjectFarming systems
SubjectProduction management
TitleDevelopment of an improved method of harvester performance testing - in association with the jet-clean system project : Final report NCA001


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  • Farming systems and production management [226]
    Research outcomes: Growers and harvesters benefit from the ongoing research in productivity improvement, production management and agronomical techniques. Developed technologies and management practices that enhance productivity and demonstrate a high rate of return on investment

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