A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel automatic roadbed detection vehicle
The invention discloses a novel automatic roadbed detection vehicle, and relates to the technical field of roadbed detection. The novel automatic roadbed detection vehicle comprises a detection vehicle body, wherein a mounting cavity is formed in the detection vehicle body, and a mounting opening is formed in the bottom of the detection vehicle body. A hydraulic cylinder is started to enable a cutting ring to be sunken into soil, the soil is attached to the inner wall of the cutting ring, then a servo motor C is started to enable two gears to rotate, a rack horizontally moves in the direction of a guide rod, and therefore the cutting ring moves to the top of a conveying belt; and when the rack collides with one side of a buffer plate and a touch piece touches an inductor, a servo motor D is started to enable a push plate to vertically move downwards to push out the soil in the cutting ring, a servo motor B is started to enable the conveying belt to vibrate and disperse the soil, the soil is conveyed to the bottom of a detection tank to be detected, and finally the servo motor B is started to enable the conveying belt to discharge the detected soil out of a soil outlet. The detection device can efficiently and fully automatically detect the soil on the road surface, and operation is easy.
本发明公开了新型自动化路基检测车，包括检测车主体，所述检测车主体的内部设置有安装腔，所述检测车主体的底部开设有安装口。本发明涉及路基检测技术领域，开启液压缸使环刀陷进土中，使泥土沾附在环刀的内壁，然后开启伺服电机C使两个齿轮转动，将齿条沿着导向杆的方向水平移动，从而使环刀移动到传送带的顶部，当齿条撞在缓冲板一侧并使触碰件触碰到感应器时，开启伺服电机D使推压板竖直向下移动将环刀内的土推出，开启伺服电机B使传送带将泥土震动分散，并将泥土传送到检测灌的底部进行检测，最后开启伺服电机B使传送带将检测完成的泥土从出土口内排出，该检测装置可高效且全自动的对路面泥土进行检测，且操作简单。
Novel automatic roadbed detection vehicle
The invention discloses a novel automatic roadbed detection vehicle, and relates to the technical field of roadbed detection. The novel automatic roadbed detection vehicle comprises a detection vehicle body, wherein a mounting cavity is formed in the detection vehicle body, and a mounting opening is formed in the bottom of the detection vehicle body. A hydraulic cylinder is started to enable a cutting ring to be sunken into soil, the soil is attached to the inner wall of the cutting ring, then a servo motor C is started to enable two gears to rotate, a rack horizontally moves in the direction of a guide rod, and therefore the cutting ring moves to the top of a conveying belt; and when the rack collides with one side of a buffer plate and a touch piece touches an inductor, a servo motor D is started to enable a push plate to vertically move downwards to push out the soil in the cutting ring, a servo motor B is started to enable the conveying belt to vibrate and disperse the soil, the soil is conveyed to the bottom of a detection tank to be detected, and finally the servo motor B is started to enable the conveying belt to discharge the detected soil out of a soil outlet. The detection device can efficiently and fully automatically detect the soil on the road surface, and operation is easy.
本发明公开了新型自动化路基检测车，包括检测车主体，所述检测车主体的内部设置有安装腔，所述检测车主体的底部开设有安装口。本发明涉及路基检测技术领域，开启液压缸使环刀陷进土中，使泥土沾附在环刀的内壁，然后开启伺服电机C使两个齿轮转动，将齿条沿着导向杆的方向水平移动，从而使环刀移动到传送带的顶部，当齿条撞在缓冲板一侧并使触碰件触碰到感应器时，开启伺服电机D使推压板竖直向下移动将环刀内的土推出，开启伺服电机B使传送带将泥土震动分散，并将泥土传送到检测灌的底部进行检测，最后开启伺服电机B使传送带将检测完成的泥土从出土口内排出，该检测装置可高效且全自动的对路面泥土进行检测，且操作简单。
Novel automatic roadbed detection vehicle
新型自动化路基检测车
CHEN QILONG (author) / QIN FENG (author) / TANG YINQING (author) / LIANG GAORONG (author) / WANG DEREN (author)
2021-06-29
Patent
Electronic Resource
Chinese
Overhead roadbed structure, roadbed assembly, roadbed system and construction method
| European Patent Office | 2020