• Journal of the Korean Society of Safety
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• v.24 no.2
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• pp.13-16
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• 2009

A ski lifter for winter sports is one of the necessary and familiar facilities. But recently safety concern about ski lifter has been built. The ski lifter crash in Pocheon happened recently showed an example of safety concern and frigidity for safety awareness. In this report, the cause of the ski lifter crash in Pocheon was reviewed, and some suggestions were made to prevent a similar accident base on this review.

• Journal of the Korea Academia-Industrial cooperation Society
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• v.16 no.9
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• pp.5865-5874
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• 2015

Large accidents such as the recent to the ringing years Pat disaster they become apparent in the human resources, the cause of the accident is also the site corresponding manual member and management blind spots, are aggregated such as safety frigidity. Big problem is safe frigidity of workplace than accident. It is also a reason to introduce a punitive damages system in offices and business owners that caused the direct safety accident from this point. Punitive damages agent and compensation for mental damage, by so as to compensate for far more money than the actual damages, which carry a punishment nature to prevent a situation where the tort is repeated. Currently, it admits "compensatory damages system" corresponding to the damage that gave basically damage by law, but are subject to criticism that not properly relief victims. However, there is a need for the introduction of punitive damages system for safety accident prevention. This is, this system, while to prevent the recurrence of the reverse safety accident, strive to investment and management for safety, healthy companies can operate in the direction of giving more opportunities, national companies that are ignoring and threatening the safety, but to leave because the match also to social justice.

• Proceedings of the Korea Contents Association Conference
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• 2015.05a
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• pp.439-440
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• 2015

There has been a big need of Safety Education for the power plants with a high risk due to the Fukushima Daiichi nuclear disaster and the tragic accident of Sewol Ferry. The object of this research is for studying ways of developing contents for customized Power Plants Safety Education applied with 'Story Viewing' technology in order to improve the present format of Power Plant Safety Education based on hard copied documents so as to prevent human mistakes because of lack of system and ability of initial response which come from safety frigidity shown in the case of Sewol Accident. 'Story-viewing' applied to Power Plant Safety Education is the methodology to enhance information communicability utilizing IT/Visualization technology combined with Story Telling that is an effective propagation way.

• Journal of the Korean Society of Safety
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• v.33 no.1
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• pp.118-127
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• 2018

The study aims present data collection on the current state of safety and safety consciousness in universities' laboratories to verify the relation between investigation factors and further draw implications. The first finding is that laboratories with high risk level do not have better safety management performance than those with lower risk level. Secondly, labs that experienced accidents has a higher level of control than those without any. Regarding to the university's acceptance of safety requirements, the group with a high level of risk awareness or accidents were concerned that their universities did not provide sufficient support in safety management. It means that safety is low on the list of priorities in Universities' overall agenda and individual labs are responsible of their own safety. Most of the causes of accidents in the labs are man-made than physical errors. It requires that continuous safety educations and measures through safe research activities are means to eliminate and reduce the individual's safety frigidity. Through the survey, it is known that current education's system and contents are too generalized to reflect the characteristics of each laboratory. Thus, it is difficult to recognize various risk situations and to actually prevent safety accidents. Therefore, it is necessary to shift to customized curriculum and system for various major fields.

• Fire Science and Engineering
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• v.20 no.1 s.61
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• pp.23-27
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• 2006

With the development of the today's advanced industry civilization, We are always inhering a safety frigidity about disasters of various kinds when and where we may happen. The fires and disasters to be enlarged day by day are reported everyday through the mass communication. Therefore, a prevention countermeasure about the every kind fire and disaster is above all important along the social and the days requirement. As a kind of such countermeasure, this paper is proposed about automatic transmission system of disasters alarm by using wire and wireless communication network. The automatic transmission system prevents the unexpected fire or disaster from a sudden occurrence at the house, industrial field or at the place without the human. The proposed system has the characteristic of high precision and high response speed comparing with conventional system. Also, as the proposed system is small size and lightweight, the users have economic advantage and simply install the system.