본 연구는 레저스포츠 종목 중 사고 위험도가 높은 번지점프시설에 대해 분야별, 국·내외 사고사례 및 우리나라의 번지점프시설 안전점검 관련 자료를 중심으로 분석하였다. 번지점프시설의 심화과정에서 시설분야, 장비분야, 운영분야, 위생분야 내용에 대한 문제점을 도출하고 개선방향을 제시하였다. 그리고 안전사고의 근본적인 원인을 찾고, 운영자 및 종사자의 설문을 통하여 현장에 적합하고 필요한 사항, 운영자 측면의 합리적 운영, 운영요원의 교육 및 안전매뉴얼 숙지, 이용자 측면의 안전성 확보 등을 찾아 관련 법안인 ｢레저스포츠 진흥 및 안전에 관한 법률｣의 기초자료에 적용 및 도움을 줌으로써 안전사고 감소에 의한 재해를 사전에 예방할 수 있을 것으로 기대된다.

This study aims to provide a real-time information to the driver by effectively operating the advanced safety device attached to the freight vehicle, thereby minimizing insecure behavior of the driver such as speeding, rapid acceleration, sudden braking, And improve driving habits to prevent accidents and save energy. Advanced safety equipment is a device that warns the driver that the vehicle leaves the driving lane regardless of the intention of the driver and reduces the risk of traffic accidents by mitigating or avoiding collision by detecting a frontal collision during driving.The main contents of this report are as follows: In case of installing a warning device on a lane departing vehicle (excluding a light vehicle) and a lorry or special vehicle with a total weight exceeding 3.5 tonnes, the driver must continue to operate unless the driver releases the function.In addition, when the automatic emergency braking system is installed, the structure should be such that the braking device is operated automatically after warning the driver when the risk of collision with the running or stopped vehicle in the same direction is detected in front of the driving lane.

The objective of this study is to find a way to enhance winter traffic safety. This study has four main contents as follows. Firstly, the characteristic of winter traffic during the snowfall was examined in terms of traffic capacity, travel speed and standard deviation of travel speed. Next, the winter culture including prerequisites for driving and driving skills as well as the standard for snow removal were reviewed. Then, the cases of traffic management in UK, Germany and Japan were reviewed. Finally, the countermeasures to enhance the traffic safety were examined. After that, the variable sectional enforcement for speeding was proposed as a countermeasure to enhance traffic safety by reducing severe travel speed variation. The criteria for the operation of the variable sectional enforcement for speeding were set from 20% to 50% reduction of speed, depending on the amount of snowfall. The sections in which the accidents happened often during the snowfall were considered as the locations to implement the variable sectional enforcement for speeding.

This study aims to provide a real-time information to the driver by effectively operating the advanced safety device attached to the freight vehicle, thereby minimizing insecure behavior of the driver such as speeding, rapid acceleration, sudden braking, And improve driving habits to prevent accidents and save energy. Advanced safety equipment is a device that warns the driver that the vehicle leaves the driving lane regardless of the intention of the driver and reduces the risk of traffic accidents by mitigating or avoiding collision by detecting a frontal collision during driving.The main contents of this report are as follows: In case of installing a warning device on a lane departing vehicle (excluding a light vehicle) and a lorry or special vehicle with a total weight exceeding 3.5 tonnes, the driver must continue to operate unless the driver releases the function.In addition, when the automatic emergency braking system is installed, the structure should be such that the braking device is operated automatically after warning the driver when the risk of collision with the running or stopped vehicle in the same direction is detected in front of the driving lane.

This study is performed to analyze the actual conditions of safety monitoring teams operating at a construction sites with high industrial accidents to derive more efficient methods and operational effectiveness. A fundamental study to improve the problems of the safety monitor's existing management system to provide more reasonable solutions will help prevent safety accidents.

정부와 안전보건공단에서는 건설현장의 안전사고를 줄이기 위하여 감독․점검, 기술지도, 재정지원 등의 산업재해예방 활동을 지속적으로 수행하여 왔다. 하지만, 전체 산업의 사고사망만인율과 재해율이 전반적으로 감소 추세에 있는 반면에, 건설업의 사고사망만인율 및 재해율은 2014년 이후 오히려 증가 추세에 있다. 특히, 2016년 재해통계를 기준으로 전체 건설업 재해자의 약 70%가 공사금액 20억 미만의 소규모 건설현장에서 발생하였다. 이러한 소규모 건설현장의 재해를 줄이기 위해서는 현재의 산업안전보건법 상의 소규모 건설현장 산업안전보건관리체제와 고용노동부 및 안전보건공단에서 수행하고 있는 소규모 건설현장재해예방 사업에 대한 실효성을 파악하고 개선할 필요가 있다. 현 산업안전보건관리체제에서는 건축공사 기준으로 120억 이상인 공사인 경우 안전관리자를 의무 선임하도록 되어 있으며 3억에서 120억 미만 공사의 경우 재해예방지도기관의 기술지도를 받도록 되어 있다. 또한, 안전보건공단에서는 민간위탁기관을 지정하여 3억 미만 건설공사의 안전관리를 지원하고 있으며, 클린사업장 조성지원사업을 통해 20억 미만 소규모 건설현장의 추락재해예방을 위해 시스템 비계, 사다리형 작업발판 및 안전방망 등의 설치 비용을 지원하고 있다. 본 연구에서는 공사금액별 재해통계 및 안전관리자 선임관련 제도를 분석하여 안전관리자 선임 대상을 현행 건축공사 120억 이상인 공사에서 단계적으로 50억까지 확대할 것을 제안한다. 설문조사와 전문가 의견을 수렴하여 재해예방지도기관의 기술지도 영역을 조정하고 실효성을 강화하기 위한 방안을 수립하고, 클린사업장 조성지원사업의 사업 확대 요구 및 개선사항을 도출한다.

Safety accidents, which are called industrial accidents in construction work, are often caused by unstable physical and personal conditions combined during preparation and execution of work. It is difficult to manage all the construction works, but especially in the field of apartment construction work, complex and many kinds of works are being carried out at the same time. In the current construction, safety regulations such as safety management guidelines are generally well maintained, but the execution of manpower resources that can fulfill them is limited, and it is difficult to reduce the accident rate and loss cost. Therefore, in this study, it is a reality that most of the types of construction work are under contruction by subcontracting contract, so they are limit by methods of manual maintenance and safety education. Currently, the subcontractor is also allowed to perform safety management through the composition of the safety management review body, but it is operated formally. So alternatives to this were studied. As a result, safety accidents occur in the subcontractor's worker due to vertical integration, which is characteristic of the construction industry, together to the contractor, the safety management system is based on a safety construction system in which a worker who has a certain qualification condition such as career experience of the work type, work understanding of the work type, and management experience of the work type among the subcontractor, when we manage based on mutual personality which is the personality of interpersonal relationship that can communicate with each other by work type, process and grouping, it is concluded that effective and practical safety management can be achieved to reduce the accident rate and loss cost.

This study analyzed the condition of marine accident and disaster rate of crew of Korean fishing vessels by vessel type, and checked the Australian safety management system and relevant regulation in Korea to suggest measures to build coastal/offshore fishing vessel safety management system in Korean coastal/offshore fishery. As a result, the power and production amount of Korean coastal/offshore fishing vessel is consistently decreasing while marine accident is increasing. Disaster rate of crew was higher than land industry, especially, the disaster rate of coastal/offshore fishing vessel was very high (100.0‰). Australia applies safety management system differed by vessel type and operation waters which fully considers the characteristics of pertinent vessel. The average accident rate of fishing vessels with gross tonnage over 20 tons among the Korean coastal/offshore fishing vessel was 13.6%, which was significantly higher than fishing vessels with gross tonnage below 20 tons (1.4%). Such result indicates it is urgent to implement safety management system to fishing vessel with gross tonnage over 20 tons and introduce fishing vessel safety supervisor. Establishing safety management system of coastal/offshore fishing vessel will contribute to consistent industrial development by achieving the general goal of reducing marine accident and spreading safety culture.

The purpose of this study is to provide basic data to help ensure the safety and enhance industrial competitiveness of plant construction projects by analyzing the safety management status of, mainly, chemical engineering plant construction projects, and proposing specific measures and models to reduce human/educational, technical/systemic, institutional disasters. This study was done using literature research and case study/empirical study methods. The results of this study are summarized as follows. First, we classified the major disasters from the quarterly released ‘major diaster cases in construction business’from Korea Occupational Safety and Health Agency according to the type of construction and presented the causes and prevention measures.

액체위험물 취급 부두에 대한 국민적인 관심이 대두된 것은 “원유운반선 우이산호 부두접촉사고”로 기인하였다고 해도 과언이 아니다. 2014년 1월 31일 여수 GS-Caltex 원유부두로 진입하던 싱가포르 국적 초대형 유조선(VLCC) “우이산호(WU YI SAN)”가 원유부두와 원유이송 송유관과 충돌하여 송유관 내부에 있던 유류가 해상으로 유출된 사고이다. 또한 2015년 6월 12일 중국 텐진항에서 루이하이 물류회사 위험물 창고에 적재된 질산섬유에서 발화한 불이 질산암모늄 등 화학물에 옮겨 붙어 대규모 폭발을 일으킨 텐진항 폭발사고도 있다. 이 사고로 중국 공안 및 검찰은 관련자 49명을 형사입건하고 장관급 공직자 5명을 포함한 74명에 대해 징계 처분을 건의했다. 텐진항 폭발사고의 발생이 비단 중국에만 한정된 사항은 아니다. 우리나라의 경우도 액체위험물(화학물질)의 수출은 제조공장에서 완성되어 도로 또는 철도를 통해 위험물 취급 저장시설이 있는 인근 항만의 위험물 보관업체에 이동·보관되었다가 선박을 통해 이루어지고 있다. 액체위험물의 수입도 수출의 역순으로 행해진다. 그런데 위험물에 대한 정의가 개별법 마다 다르게 규정되어 있어 위험물 안전관리의 허점이 발생되는 것이다. 즉, 선박안전법, 위험물안전관리법, 철도안전법, 교통안전법, 화학물질관리안전법, 산업안전보건법 등의 각 개별법의 위험물 정의 및 적용이 상이하다. 이 연구의 목적은 액체위험물의 안전관리 규정에 대한 문제점을 파악하고 개선방안을 제시하는 것이다. 특히 액체위험물 공용부두의 개념과 운영에 관해 항만법, 항만운송사업법 및 선박의 입항과 출항 등에 관한 법률의 비교분석을 통해 자체안전관리계획서상의 작성주체를 명확히 하고, 공용부두의 안전관리방안을 제시하였다.

It is a system that supports efficient sharing of information by real-time communication through application and web-based collaborative work space. IOT / ICT technology into the construction site to manage the entire process in real time. It is possible to predict and prevent accidents by using real time accumulated big data information, and it is necessary to diversify research using data.