Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Road crack detection device based on remote sensing technology
The invention belongs to the field of road crack detection, and discloses a road crack detection device outer frame based on a remote sensing technology, a sliding mechanism is arranged in the middle of the road crack detection device outer frame, and a detection mechanism is arranged in the sliding mechanism; the distance measuring sensor is located below the detection mechanism, and the lower portion of the distance measuring sensor is connected with a sensing probe; and the marking mechanism is located below the left side of the sliding mechanism, and a spraying mechanism is arranged below the marking mechanism. According to the road crack detection device based on the remote sensing technology, a distance measuring sensor is arranged below a device host, the depth of a crack is detected through a pressure-sensitive sensor at the bottom of a detection rod, and infrared distance measuring instruments are further arranged on the four sides below the detection rod and used for detecting the length and width of the crack; and the paint box is arranged in the device main machine, so that a spray head sprays paint downwards, a circle mark is drawn at the crack, and the crack can be conveniently repaired and filled according to the marked position during road maintenance.
本发明属于道路裂缝检测领域，公开了一种基于遥感技术的道路裂缝检测装置装置外架，其中部设置有滑动机构，所述滑动机构内部设置有探测机构；测距传感器，其位于所述探测机构下方，所述测距传感器下方连接有传感探头；标记机构，其位于所述滑动机构左侧下方，所述标记机构下方设置有喷涂机构。该基于遥感技术的道路裂缝检测装置通过在装置主机下方设置测距传感器，通过探测杆底部的压敏传感器检测裂缝的深度，探测杆下方四侧还设置有红外线测距仪，用以检测裂缝的长宽；在装置主机内设置有颜料箱，使喷头将颜料向下喷涂，在裂缝处画圆标记，便于道路维护时针对标记处对裂缝进行维修填补。
Road crack detection device based on remote sensing technology
The invention belongs to the field of road crack detection, and discloses a road crack detection device outer frame based on a remote sensing technology, a sliding mechanism is arranged in the middle of the road crack detection device outer frame, and a detection mechanism is arranged in the sliding mechanism; the distance measuring sensor is located below the detection mechanism, and the lower portion of the distance measuring sensor is connected with a sensing probe; and the marking mechanism is located below the left side of the sliding mechanism, and a spraying mechanism is arranged below the marking mechanism. According to the road crack detection device based on the remote sensing technology, a distance measuring sensor is arranged below a device host, the depth of a crack is detected through a pressure-sensitive sensor at the bottom of a detection rod, and infrared distance measuring instruments are further arranged on the four sides below the detection rod and used for detecting the length and width of the crack; and the paint box is arranged in the device main machine, so that a spray head sprays paint downwards, a circle mark is drawn at the crack, and the crack can be conveniently repaired and filled according to the marked position during road maintenance.
本发明属于道路裂缝检测领域，公开了一种基于遥感技术的道路裂缝检测装置装置外架，其中部设置有滑动机构，所述滑动机构内部设置有探测机构；测距传感器，其位于所述探测机构下方，所述测距传感器下方连接有传感探头；标记机构，其位于所述滑动机构左侧下方，所述标记机构下方设置有喷涂机构。该基于遥感技术的道路裂缝检测装置通过在装置主机下方设置测距传感器，通过探测杆底部的压敏传感器检测裂缝的深度，探测杆下方四侧还设置有红外线测距仪，用以检测裂缝的长宽；在装置主机内设置有颜料箱，使喷头将颜料向下喷涂，在裂缝处画圆标记，便于道路维护时针对标记处对裂缝进行维修填补。
Road crack detection device based on remote sensing technology
一种基于遥感技术的道路裂缝检测装置
CHEN YUQIANG (Autor:in) / LIANG JIXUE (Autor:in)
23.06.2023
Patent
Elektronische Ressource
Chinesisch
Road watering device based on remote sensing technology
| Europäisches Patentamt | 2020