CAJ | 학술논문

为了解决道路压实度传统检测方法的滞后性、局限性等问题，提高道路质量和压实效率，通过传感技术采集振动压路机的振动信号，结合压路机加速度与道路压实度的理论关系，判断道路压实度情况。利用DGPS技术对压路机进行定位，获取压路机的地理位置；利用无线网络技术及时将压实度及其位置坐标捆绑式反馈给驾驶室或者质量监控中心。经过分析论证可知，提出的压实度检测方法能够迅速地检测道路压实度，避免了传统检测方法的盲目性和局限性。
위료해결도로압실도전통검측방법적체후성、국한성등문제，제고도로질량화압실효솔，통과전감기술채집진동압로궤적진동신호，결합압로궤가속도여도로압실도적이론관계，판단도로압실도정황。이용DGPS기술대압로궤진행정위，획취압로궤적지리위치；이용무선망락기술급시장압실도급기위치좌표곤방식반궤급가사실혹자질량감공중심。경과분석론증가지，제출적압실도검측방법능구신속지검측도로압실도，피면료전통검측방법적맹목성화국한성。
In order to improve the quality of compaction efficiency and avoid the delay and limit of the traditional methods of road compaction detection, sensing technology was applied to pick up the vibration signal of roller and the roller’s position was located by using the DGPS technology. Finally, by using the wireless network technology, the compaction and location coordinated is transmitted to the control center or a cab. The new detection method can not only detect the road compaction quickly, but also avoid the blind and limited operation of the traditional methods.