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A platform for research: civil engineering, architecture and urbanism
Road surveying and mapping marking vehicle and method
The invention discloses a road surveying and mapping marking vehicle and method. The device comprises a marking road and a marking vehicle body running on the road, a telescopic device is arranged onthe marking vehicle, telescopic shafts are arranged on the two sides of the telescopic device, marking supports are installed on the telescopic shafts, adjusting guide rails are arranged in the marking supports, and marking devices are installed in the adjusting guide rails. The bottom of the marking device is right opposite to a marked road, and the marked road needs to be evenly provided with fast routes and compaction lines on the sides. A distance L2 between the fast routes is equal to (L0-L1)/n. The road surveying and mapping marking vehicle and method have the beneficial effects that a mathematical calculation method of a preprocessing stage is set on the marking vehicle, before work is started, related data such as a total width of roads, emergency channels and the number n of the fast routes are input, the distance L2 between the fast routes is calculated through a controller and is equal to (L0-L1)/n, and then a work content of a telescopic device is adjusted; and finally, under the condition that a single vehicle travels independently, the fast routes and the compaction lines on the road are completely covered, and marking is completed.
本发明公开了一种道路测绘划线车辆及方法，包括划线道路以及在道路行驶的划线车辆，划线车辆上设置有伸缩装置，伸缩装置两侧设置有伸缩轴，伸缩轴上安装有划线支架，划线支架内设置有调节导轨，调节导轨内安装有划线装置，划线装置底部正对划线道路，划线道路上需要均匀设置有快速路线和边侧的压实线；快速路线之间间距L2＝(L0‑L1)/n。有益之处：一种道路测绘划线车辆及方法，通过在划线车辆上设置预处理阶段的数学计算方法，开始工作之前，输入相关的道路总宽、应急通道、快速路数n等数据，通过控制器计算出，所述快速路线之间间距L2＝(L0‑L1)/n，进而调节伸缩装置的工作内容，最终使得单车单行驶情况下，将划线道路上的快速路线、压实线全覆盖划线完毕。
Road surveying and mapping marking vehicle and method
The invention discloses a road surveying and mapping marking vehicle and method. The device comprises a marking road and a marking vehicle body running on the road, a telescopic device is arranged onthe marking vehicle, telescopic shafts are arranged on the two sides of the telescopic device, marking supports are installed on the telescopic shafts, adjusting guide rails are arranged in the marking supports, and marking devices are installed in the adjusting guide rails. The bottom of the marking device is right opposite to a marked road, and the marked road needs to be evenly provided with fast routes and compaction lines on the sides. A distance L2 between the fast routes is equal to (L0-L1)/n. The road surveying and mapping marking vehicle and method have the beneficial effects that a mathematical calculation method of a preprocessing stage is set on the marking vehicle, before work is started, related data such as a total width of roads, emergency channels and the number n of the fast routes are input, the distance L2 between the fast routes is calculated through a controller and is equal to (L0-L1)/n, and then a work content of a telescopic device is adjusted; and finally, under the condition that a single vehicle travels independently, the fast routes and the compaction lines on the road are completely covered, and marking is completed.
本发明公开了一种道路测绘划线车辆及方法，包括划线道路以及在道路行驶的划线车辆，划线车辆上设置有伸缩装置，伸缩装置两侧设置有伸缩轴，伸缩轴上安装有划线支架，划线支架内设置有调节导轨，调节导轨内安装有划线装置，划线装置底部正对划线道路，划线道路上需要均匀设置有快速路线和边侧的压实线；快速路线之间间距L2＝(L0‑L1)/n。有益之处：一种道路测绘划线车辆及方法，通过在划线车辆上设置预处理阶段的数学计算方法，开始工作之前，输入相关的道路总宽、应急通道、快速路数n等数据，通过控制器计算出，所述快速路线之间间距L2＝(L0‑L1)/n，进而调节伸缩装置的工作内容，最终使得单车单行驶情况下，将划线道路上的快速路线、压实线全覆盖划线完毕。
Road surveying and mapping marking vehicle and method
一种道路测绘划线车辆及方法
DENG ZHUOMING (author)
2020-12-04
Patent
Electronic Resource
Chinese
IPC:
E01C
Bau von Straßen, Sportplätzen oder dgl., Decken dafür
,
CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE
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