A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of clay-bound macadam pavement
The invention discloses a mud-bound macadam pavement construction method which comprises the following steps: mixing and paving mud and macadam through a pavement mixing and paving structure, preliminarily compacting the mixed and paved mixture by adopting a rolling structure, rolling on a construction pavement by virtue of a rolling wheel, and driving side-by-side mixing rods to rotate in opposite directions through a transmission mechanism, the construction device is characterized in that a spiral blade is arranged on the construction device, the spiral blade is used for mixing gravel and pug, meanwhile, a rolling structure on the construction device is used for synchronously rolling the mixed and paved part, a watering structure and an air drying structure are started after preliminary rolling, and the compaction coefficient of the pavement reaches 1.1-1.5 through repeated rolling; according to the clay-bound macadam pavement construction method, the road construction device integrating mixing, paving and rolling is adopted, and optimized construction process steps are combined, so that the construction procedures are reduced, the construction efficiency is improved, the problems of low efficiency and complexity of an independent step-by-step construction mode in the prior art are solved, and the construction quality of the clay-bound macadam pavement is ensured.
本发明公开了一种泥结碎石路面施工方法，通过路面拌合摊铺结构对泥料和碎石料拌合并铺平，并采用滚压结构对拌合铺平后的混合料初步压实，依靠滚动轮在施工路面滚动，通过所述传动机构带动并排的拌合杆做相向转动，使得螺旋片对碎石料和泥料进行拌合，同时施工装置上的滚压结构同步对拌合铺平的部位进行碾压，初步碾压后，开启洒水结构和风干结构，反复碾压使路面压实系数达到1.1～1.5之间，该泥结碎石路面施工方法采用集成了拌合、铺摊和碾压的道路施工装置，并结合优化的施工工艺步骤，既减少了施工工序，还提高了施工效率，解决了现有技术中单独分步施工方式所存在的低效、繁复的问题，保证泥结碎石路面的施工质量。
Construction method of clay-bound macadam pavement
The invention discloses a mud-bound macadam pavement construction method which comprises the following steps: mixing and paving mud and macadam through a pavement mixing and paving structure, preliminarily compacting the mixed and paved mixture by adopting a rolling structure, rolling on a construction pavement by virtue of a rolling wheel, and driving side-by-side mixing rods to rotate in opposite directions through a transmission mechanism, the construction device is characterized in that a spiral blade is arranged on the construction device, the spiral blade is used for mixing gravel and pug, meanwhile, a rolling structure on the construction device is used for synchronously rolling the mixed and paved part, a watering structure and an air drying structure are started after preliminary rolling, and the compaction coefficient of the pavement reaches 1.1-1.5 through repeated rolling; according to the clay-bound macadam pavement construction method, the road construction device integrating mixing, paving and rolling is adopted, and optimized construction process steps are combined, so that the construction procedures are reduced, the construction efficiency is improved, the problems of low efficiency and complexity of an independent step-by-step construction mode in the prior art are solved, and the construction quality of the clay-bound macadam pavement is ensured.
本发明公开了一种泥结碎石路面施工方法，通过路面拌合摊铺结构对泥料和碎石料拌合并铺平，并采用滚压结构对拌合铺平后的混合料初步压实，依靠滚动轮在施工路面滚动，通过所述传动机构带动并排的拌合杆做相向转动，使得螺旋片对碎石料和泥料进行拌合，同时施工装置上的滚压结构同步对拌合铺平的部位进行碾压，初步碾压后，开启洒水结构和风干结构，反复碾压使路面压实系数达到1.1～1.5之间，该泥结碎石路面施工方法采用集成了拌合、铺摊和碾压的道路施工装置，并结合优化的施工工艺步骤，既减少了施工工序，还提高了施工效率，解决了现有技术中单独分步施工方式所存在的低效、繁复的问题，保证泥结碎石路面的施工质量。
Construction method of clay-bound macadam pavement
一种泥结碎石路面施工方法
KANG DI (author) / HUANG ZHAOLONG (author) / ZHOU LIN (author) / PENG LUYE (author) / JIANG SHULIN (author) / LI KAI (author) / ZHANG YUFENG (author) / LI WEI (author)
2024-06-28
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
Engineering Index Backfile | 1902
| British Library Conference Proceedings | 1998
| Engineering Index Backfile | 1948
| Engineering Index Backfile | 1903