Optimal Design of Operating Interface in Slidform Paver’s Remote Controller

Abstract

The slidform paver’s remote controller enables the operator to move around the machine at any time in a manual control mode, thus making the opera-tor acquire a more ideal paving operation vision. Taking GOMACO G+ re-mote as the research object, this research not only systematically analyzes the structure of human-machine interface in G+ remote from the perspective of ergonomics, but also puts forward the corresponding optimization design scheme based on the operation logic and human habits of HCI theory, so as to realize the optimization design concerning the human-computer interface of the slidform paver’s remote controller. Additionally, the subjective evaluation of experts represented by the evaluation of information readability and communication correctness is adopted to evaluate the efficiency of the operation panel before and after optimization. In accordance with the experimental results, it is indicated that the remote control interface have been optimized to a certain extent.

Keywords: Slidform Paver, Interface, Ergonomics

DOI: 10.54941/ahfe1001064