This study develops a new device system for measuring a slope of object with non-adhesive, non-contact and non-face-to-face, namely Inclinometer Slope Laser Measuring (ISLM), that is applicable in the field. This system includes cradle, laser, camera, and computer and the filming and is performed after laser projection at programmed intervals. After measuring the amount of displacement converted to numerical values, these values can then be transferred to the office using the selected data transmission method. The obtained results from the test carried out to verify the reliability of the ISLM system indicated that the ISLM system can measure with accurately level of 0.1mm/Pixel at 1m distance and when increasing the camera resolution, the precision might increase proportionally. Therefore, the proposed measure system may widely apply on-site for various constructions, especially, in the case of object with very high surface temperature where exhibits difficulty to directly measure the adjacent structures. However, due to the sensitive reaction to the illuminance, this method can be applied with caution at times of large changes in illuminance, such as at dawn and at dusk.

Abstract
1. 서론
2. 계측 기술의 연구와 활용
    2.1 계측 기술의 선행 연구
    2.2 비접촉 계측 기술의 발전과 본 연구의 의미
3. 계측 장치의 원리
    3.1 기존 계측기의 특징
    3.2 본 연구의 비부착 계측 기기
    3.3 계측기의 신뢰도 검증
    3.4 개발된 레이저 측정 장치의 현장 적용 시험
4. 결론
References

• 김재현(시설물안전연구원(주)) | Kim Jae-Hyun (Infrastructure Safety Research Institute) 교신저자
• 이성민((재)한국건설품질연구원) | Lee Seong-Min (Korea Construction Quality Research Center)
• 이기학(세종대학교 건축공학과) | Kihak Lee (College of Architecture, Sejong University)
• 최우석(시설물안전연구원(주)) | Choi Woo-Suk (Infrastructure Safety Research Institute)
• 백승훈(시설물안전연구원(주)) | Baek Seung-hoon (Infrastructure Safety Research Institute)