초록

연구결과
□ 필요성 및 목표
화재, 전기안전사고, 기계안전사고, 폭발사고 등 법안전 분야의 계적 교육을 통한 전문 인력의 양성이 사회적으로 요구됨.

안전사고 분야의 교육에 대한 전문적인 시각화 시스템 및 교육프로그램의 개발하여 법안전 분야의 전문 인력의 양성에 기여함을 목적으로 함.

□ 방법 및 결과
5개 아이템에 대한 설계 및 특허 출원
5개 아이템에 대한 시제품 제작

□ 기대성과
법안전 분야 전문 교육의 교재 활용

(출처 : 연차실적·계획서 -요약 )

Abstract ▼

The purpose of this study is education of safety accident investigators and to raise awareness on the risk of the safety accident by implementing the mechanisms of occurrence on various safety accidents to show the process of occurrence of safety accidents. Therefore, the following five devices were

The purpose of this study is education of safety accident investigators and to raise awareness on the risk of the safety accident by implementing the mechanisms of occurrence on various safety accidents to show the process of occurrence of safety accidents. Therefore, the following five devices were developed and patent applications were made.

1. Overcurrent visualization device.
Overcurrent visualization device is a device in which a transforming unit and a current controlling unit are electrically connected to a target object. It can be improved an understanding about the danger of overcurrent by generates a thermal image of th target object and around the target object.

2. Device for visualizing breaker behavior characteristics.
Device for visualizing breaker behavior characteristics is a device that visually transmits breaker tripping characteristics by application of over current or leakage current. It can safety show to trainee how the breaker works.

3. Ignition system by concentrated dimming.
Ignition system by concentrated dimming expresses the situation what the solar light is concentrated and ignited through the output unit, the energy controlling unit and the focusing unit. It can easily demonstrate th firing process by concentrated dimming.

4. Fuse blowing system.
Fuse blowing system supplies power to the fuse through the current regulator and power supply, measure the voltage and current across the fuse, and expresses the image taken by the camera in the front parts. It can show the trainee the conditions under which the fuse is blown and the fusing situation.

5. Burning behavior visualization device according to oxygen concentration.
Burning behavior visualization device according to oxygen concentration consist of three chamber units that supply different oxygen concentrations, allowing each unit to be burnt at the same time, so that difference in combustion phenomenon can be confirmed according to the oxygen concentration. It can effectively educate the importance of the oxygen, one of the three elements of combustion on a fire.

Development of these five devices was completed, six patents were filed and five prototypes were completed.

( 출처 : SUMMARY )

목차 Contents

• 표지 ... 1자체연구과제 연차실적·계획서 ... 2요 약 문 ... 3Summary ... 4목차 ... 5제1장 연구과제의 개요 ... 6 제1절 연구과제의 목표 ... 6 제2절 연구과제의 필요성 ... 6제2장 총괄연구과제의 국내·외 연구 현황 ... 6제3장 연구과제의 연구수행 내용 및 결과 ... 7 제1절 총론 ... 7 제2절 개발 과정 및 개발 결과 ... 7제4장 연구과제의 연구결과 고찰 및 결론 ... 54제5장 연구과제의 목표달성도 및 관련분야에의 기여도 ... 56제6장 연구과제 연구 결과 활용계획 ... 57 제1절 활용성과 ... 57 제2절 활용계획 ... 58제7장 첨부서류(특허 출원 서류) ... 59끝페이지 ... 70