Human-Centered Safe Design of Mining Equipment

Horberry, Tim; Burgess-Limerick, Robin; Cooke, Tristan; Steiner, Lisa

doi:10.1177/1541931213601910

Cited by 4 publications

(6 citation statements)

References 10 publications

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“…In most researchers' system designs, the Human-Centered Design (HCD) method is used. To make the designed HMI system more in line with the requirements and expectations of drivers and stakeholders, the HCD method will focus on the technical Design of the final user, consider driving task organization and environment; HCD process requires end users and stakeholders to participate in the whole system design process [12]. As shown in Figure 1, in the people-centered design process, Three things will happen first before designing, They are, respectively, literature review, context of use description, and Initial truck driver interviews; the analysis and review of the last literature, Find out the similarities and differences with previous system designs, based on the original study, to improve your system design views and learn what other designers think, Then give access to the driver, The access to the driver's ideas and preferences as the end user, And can draw the professional opinion as a driver.…”

Section: System Designmentioning

confidence: 99%

Fatigue and distraction warning system for autonomous vehicle drivers in the process of three-level autonomous driving

Sun

2024

ACE

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Driver fatigue and distraction is the mainest cause of indirect driving accident;with the development of automatic driving technology, self-driving car is more applications; in the process of level 3 automatic driving driver if fatigue and distraction,in time of emergency, can lead to take over not accident in time. Therefore, some researchers have designed a detection and warning system for driver fatigue and distraction in three-level autonomous driving to promote the taking-over process and thus avoid accidents. To better analyze the feasibility and disadvantages of this system, this paper reviews the designs of several current researchers. This paper first examines the System design ideas, design process , and design results in the studied literature, through the literature system design, system evaluation through the comparison of multiple literature system designs, and then combined with the above analysis process. The results of the study show that, In the studied literature,after making a take-over request (TOR) to the driver, the driver is given a tactile, auditory ,and visual multimodal warning; after the system design, the subjects were given feedback according to the people-centered idea, but there are also false alarms and failure to wake up drivers who are too deeply distracted. The multimodal warning system to wake up the tertiary fatigue and distraction in the process of automatic driving, can wake up the driver and promote the takeover process.However, there are detection errors and alarm subsequent insurance measures loopholes, still need subsequent in-depth research and improvement.

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Section: System Designmentioning

confidence: 99%

Fatigue and distraction warning system for autonomous vehicle drivers in the process of three-level autonomous driving

Sun

2024

ACE

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“…Stakeholder (including employee) inclusion in equipment design and development can result in improved product quality and increased buy-in and ownership (Pelders et al, 2019). Human-centred design approaches are recommended (Horberry, Burgess-Limerick, and Steiner, 2015;ISO 9241-210, 2010).…”

Section: Introductionmentioning

confidence: 99%

Stakeholder inclusion in the design and development of equipment for the modernizing mining sector in South Africa

Ngobese,

Pelders,

Botha

et al. 2023

J. S. Afr. Inst. Min. Metall.

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A people-centric, systematic approach that involves different stakeholders is considered necessary to successfully address changes associated with modernizing the South African mining industry. In this paper we discuss the inclusion of various South African mining industry stakeholders, particularly the employees, in equipment design and development processes. Data was acquired through a literature review and inputs from South African mining industry stakeholders through focus group discussions, interviews, and an online survey. It was suggested that some of the areas that could be improved by the inclusion of employees in the process are design quality, ergonomics, equipment acceptance by the workforce, safety, efficiency, skills, insight into context of use, and early design iterations and identification of problems. Among the issues considered to be barriers to inclusion were lack of buy-in, lack of resources, difficulty in manufacturers accessing the mines, difficulties in involving too many people, intellectual property concerns, and unavailability of mine employees due to their key responsibilities. Identified critical factors in the equipment design and development process include iterative design, stakeholder participation throughout the process, needs analysis through consultation, and change management. A guideline was developed for worker inclusion in equipment design and development that could be used by the South African mining industry. The study identified several economic and social benefits of including stakeholders in the early stages of design and development. It is recommended that the South African mining industry considers using the developed guideline.

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“…Compared to legacy systems, predictive maintenance facilitated by the internet of things (IoT) provides a comprehensive overview of mining plants and machinery working conditions even in the most rugged landscapes. Human operators are at the heart of implementing an interoperable digital solutions, protecting each worker from potential incidents through real-time monitoring and comprehensive reporting of every single corner of the mining ecosystem (Horberry et al 2018). Investment in technology and innovation sounds expensive and is considered a barrier but smart mining solutions will eventually overlay any legacy system.…”

Section: Introductionmentioning

confidence: 99%

Mining Process Systems in the Industry 4.0 Mandate Towards the Plant of Future

Yaqot¹,

Menezes²

2022

Proceedings of the International Conference on Industrial Engineering and Operations Management

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The interplaying of advanced technologies of the Industry 4.0 (I4) mandate towards the mines of the future creates a smart connected mining industry that transforms vast amounts of data into predictive and fully integrated intelligent systems. Thus, additional safety, stability, and predictability can be achieved to maximize efficiency while minimizing operating and capital costs. In addition, the road to overcoming mining challenges is fundamentally human-centered and has inclusive socio-economic development or what is known as sustainable development (SD) at its core. Throughout the production value chain, the mining sector faces various economic, geopolitical, social, and technological hurdles. Innovative manufacturing methods are required to introduce the next digital generation into the raw material area all the way to the tailings area. In the realm of increasing process automation, I4 applications are currently trending in the mining industry. This paper explores and debates process systems and automation outlook focusing on future automation systems in the context of minerals engineering, where mines can be categorized into human-governed, semi-self-governed, self-governed, and virtual mines. The paper discusses mining field challenges and opportunities and concludes with a discussion and future research paths in process system engineering prompted by I4 innovative system architecture.

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Human-Centered Safe Design of Mining Equipment

Cited by 4 publications

References 10 publications

Fatigue and distraction warning system for autonomous vehicle drivers in the process of three-level autonomous driving

Fatigue and distraction warning system for autonomous vehicle drivers in the process of three-level autonomous driving

Stakeholder inclusion in the design and development of equipment for the modernizing mining sector in South Africa

Mining Process Systems in the Industry 4.0 Mandate Towards the Plant of Future

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