3D wire models of hand motion paths (or chronocyclegraphs) created by Frank Gilbreth, a pioneer in the study of motion in the workplace. In his 1917 book, Gilbreth explains how he created these solid models from time-lapse photographs, and how useful they are to study and teach human motion. Left image: Wire model of foreman on drill press. This shows “positioning” in the midst of “transporting.” Right image: First photograph of wire models showing one man's progress of learning paths of least […]
3D wire models of hand motion paths (or chronocyclegraphs) created by Frank Gilbreth, a pioneer in the study of motion in the workplace. In his 1917 book, Gilbreth explains how he created these solid models from time-lapse photographs, and how useful they are to study and teach human motion. Left image: Wire model of foreman on drill press. This shows “positioning” in the midst of “transporting.” Right image: First photograph of wire models showing one man's progress of learning paths of least waste. These wires represent the paths of the left hand of a manager on a drill press, - a machine which he had not touched for twenty-five years. Sources: Régine Debatty (2012) The Chronocyclegraph. Everardo Reyes-Garcia (2014) Explorations in Media Visualization. Frank Bunker Gilbreth (1917) Applied motion study; a collection of papers on the efficient method to industrial preparedness. Left image from Régine Debatty, right image from archive.org.
Added by: Pierre Dragicevic.
Category:
Passive physical visualization
Tags:
factory, hand movement, pragmatic, temporal data, wire