Ergonomic rationalization of lighting in the working environment. Part I.: Proposal of rationalization algorithm for lighting redesign

Dupláková, Darina; Flimel, Marián; Duplák, Ján; Hatala, Michal; Radchenko, Svetlana; Botko, František

doi:10.1016/j.ergon.2019.02.012

Cited by 18 publications

(10 citation statements)

References 4 publications

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“…7) In some cases, the DT is used for the "Design" of a machine [68,72], of a laboratory environment [71], of a product or production environment [69,73] or for the redesign of the working environment [70].…”

Section: Review Of Digital Twin Applications In Literaturementioning

confidence: 99%

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Review of digital twin applications in manufacturing

Cimino

Negri

Fumagalli

2019

Computers in Industry

518

169

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Section: Review Of Digital Twin Applications In Literaturementioning

confidence: 99%

“…Also, there are papers that mainly belong to the first group but also offer services of the second group ( [39,40,50,70]), and vice versa ( [56,61,62]).…”

Section: Digital Twin Servicesmentioning

confidence: 99%

Review of digital twin applications in manufacturing

Cimino

Negri

Fumagalli

2019

Computers in Industry

518

169

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“…Our method adds a nonvisual parameter within the same software. The same holds true for a publication of Dupláková et al [38] in the context of an aluminum piece production facility. In addition to the prior publication [37], the authors provide a rationalization algorithm for the redesign of the working environment light.…”

Section: Nonvisual Lighting Simulationmentioning

confidence: 54%

Designing Light for Night Shift Workers: Application of Nonvisual Lighting Design Principles in an Industrial Production Line

Zauner

Plischke

2021

Applied Sciences

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Chronodisruption deteriorates the health and wellbeing of shift workers. Artificial light at night and the lack of light during the day are major contributors to chronodisruption and need to be optimized in shift work scenarios. Here, we present one solution for a lighting and automation system in an industrial production workplace. The setting is a rapidly rotating shift work environment with morning, evening, and night shifts. We describe a procedure to specify the new lighting through a software-agnostic nonvisual lighting simulation for artificial and daylighting scenarios. Through this process, a new luminaire is created, called Drosa, that allows for a large melanopic stimulus range between 412 and 73 lx melanopic equivalent daylight (D65) illuminance vertically at eye level, while maintaining a neutral white illuminance at task level between 1250 and 900 lx, respectively. This is possible through a combination of glare-free spotlights with adjustable areal wing lights. An individually programmed automation system controls the light dosage and timing during the day and night. The work is relevant for other shift work scenarios, where the presented example and the discussed rationale behind the automation might provide insights. The work is further relevant for other lighting scenarios beyond industrial shift work, as the nonvisual lighting simulation process can be adapted to any context.

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“…Individual software was compared in terms of several criteria—availability, price, compliance with the standard, complexity of the working environment, interpretation, export of achieved results, etc. An overall comparison is also given in a previous article [ 41 ]. The objective of this article is the presentation and description of an ergonomic rationalization sequence that uses the principles of digital lighting design, with verification of its functionality on a practical model example.…”

Section: Introductionmentioning

confidence: 99%

Ergonomic Rationalization Sequence of Digital Lighting Design in the Working Environment

Dupláková

Duplák

Kascak

2022

IJERPH

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This paper describes the creation of a rationalization sequence for working with simulation models, and its subsequent verification in the redesigning of lighting in cooperation with digital enterprise tools. The rationalization sequence consists of 11 sequences, whose accuracy is subsequently verified on a practical example of the redesign of an assembly room of a production hall in the simulation tool Dialux Evo. In conjunction with the proposed procedure, a redesign of the assembly workplace located in the production hall for daylighting, artificial, and mixed lighting was created. The conclusion of the paper provides an overview of the benefits gained from the application of the work environment rationalization procedure.

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Ergonomic rationalization of lighting in the working environment. Part I.: Proposal of rationalization algorithm for lighting redesign

Cited by 18 publications

References 4 publications

Review of digital twin applications in manufacturing

Review of digital twin applications in manufacturing

Designing Light for Night Shift Workers: Application of Nonvisual Lighting Design Principles in an Industrial Production Line

Ergonomic Rationalization Sequence of Digital Lighting Design in the Working Environment

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