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Validation Environment for a New Cab Concept Using the Example of a Combine Harvester

Validation Environment for a New Cab Concept Using the Example of a Combine Harvester HMI D E V E L O P M EN T H M I © Budde Industrie Design Validation Environment for a New Cab Concept Using the Example of a Combine Harvester The Institute of Mobile Machines (Mobima) of KIT and the design ofc fi e Budde Industrie Design, together with the Institute of Human and Industrial Engineering of KIT, the University of Hohenheim as well as the companies Claas and InMach, are researching concepts and solutions for cabs of the future. The consortium Driver’s Cab 4.0 – OnField, which is part of the Agricultural Systems of the Future funding program, is developing an adap- tive human-machine interface with the help of an occupational psychology research approach. The aim is to enable the integration of the driver’s workplace of an agricultural machine into other everyday farm processes through digital networking. The interface adaptation is based on the user’s current stress level. If the weather and harvesting ity and reduces operator workload. On  minutes [1]. For an operator, these long conditions are good, farmers work as the other hand, combine harvesters periods without activity lead to bore- long as possible during harvest time. today can also be operated in a highly dom and http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png ATZheavy duty worldwide Springer Journals

Validation Environment for a New Cab Concept Using the Example of a Combine Harvester

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Publisher
Springer Journals
Copyright
Copyright © Springer Fachmedien Wiesbaden GmbH, part of Springer Nature 2023
eISSN
2524-8774
DOI
10.1007/s41321-023-1013-5
Publisher site
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Abstract

HMI D E V E L O P M EN T H M I © Budde Industrie Design Validation Environment for a New Cab Concept Using the Example of a Combine Harvester The Institute of Mobile Machines (Mobima) of KIT and the design ofc fi e Budde Industrie Design, together with the Institute of Human and Industrial Engineering of KIT, the University of Hohenheim as well as the companies Claas and InMach, are researching concepts and solutions for cabs of the future. The consortium Driver’s Cab 4.0 – OnField, which is part of the Agricultural Systems of the Future funding program, is developing an adap- tive human-machine interface with the help of an occupational psychology research approach. The aim is to enable the integration of the driver’s workplace of an agricultural machine into other everyday farm processes through digital networking. The interface adaptation is based on the user’s current stress level. If the weather and harvesting ity and reduces operator workload. On  minutes [1]. For an operator, these long conditions are good, farmers work as the other hand, combine harvesters periods without activity lead to bore- long as possible during harvest time. today can also be operated in a highly dom and

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ATZheavy duty worldwide – Springer Journals

Published: May 1, 2023

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