A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Water-stable large-thickness single-unit single-layer synchronous paving and rolling integral forming construction method
The invention relates to a water-stable large-thickness single-unit single-layer synchronous paving and rolling integral forming construction method, which comprises the following steps: in an initial setting period, paving and rolling at one time by adopting a single unit, and keeping the rolling distance to be 45-55m; wherein each unit comprises a high-power paver, a vibratory roller and a rubbing tire type roller, in the paving process, the high-power paver, the vibratory roller and the rubbing tire type roller sequentially construct, the high-power paver adjusts the height in real time in the paving process, and paving is carried out while charging is carried out. According to the method, manpower cost and mechanical demand can be reduced, construction cost is reduced, benefits are increased, large-thickness one-time paving is convenient to form an up-and-down integrated plate, layered maintenance is not needed, the problem that water resources are deficient in a depopulated area can be solved, meanwhile, the impact strength can be remarkably improved, and the construction period is shortened. And the occurrence of diseases such as sinking, sinking, cracking and falling, pits and the like of an early-stage pavement can be effectively avoided and delayed, and the construction quality of the road is ensured.
本发明涉及水稳大厚度单机组单层同步摊铺碾压整体成型施工方法，在初凝期内，采用单机组一次铺筑、碾压，碾压距离为45‑55m；其中，单机组包括大功率摊铺机、振动压路机以及揉搓轮胎式压路机，在摊铺过程中，大功率摊铺机、振动压路机以及揉搓轮胎式压路机机依次施工，大功率摊铺机在铺筑的过程中实时调整高度，进行边上料边摊铺。该方法可减少人工人本以及机械的需求量，降低施工成本，增加效益，且大厚度一次性摊铺便于形成上下一体的整体板块，不需要分层养生，可解决无人区水资源匮乏的问题同时抗冲击强度可以显著提高，并可有效地避免和推迟早期路面的下沉、凹陷、龟裂脱落、坑洞等病害的产生，保证道路的施工质量。
Water-stable large-thickness single-unit single-layer synchronous paving and rolling integral forming construction method
The invention relates to a water-stable large-thickness single-unit single-layer synchronous paving and rolling integral forming construction method, which comprises the following steps: in an initial setting period, paving and rolling at one time by adopting a single unit, and keeping the rolling distance to be 45-55m; wherein each unit comprises a high-power paver, a vibratory roller and a rubbing tire type roller, in the paving process, the high-power paver, the vibratory roller and the rubbing tire type roller sequentially construct, the high-power paver adjusts the height in real time in the paving process, and paving is carried out while charging is carried out. According to the method, manpower cost and mechanical demand can be reduced, construction cost is reduced, benefits are increased, large-thickness one-time paving is convenient to form an up-and-down integrated plate, layered maintenance is not needed, the problem that water resources are deficient in a depopulated area can be solved, meanwhile, the impact strength can be remarkably improved, and the construction period is shortened. And the occurrence of diseases such as sinking, sinking, cracking and falling, pits and the like of an early-stage pavement can be effectively avoided and delayed, and the construction quality of the road is ensured.
本发明涉及水稳大厚度单机组单层同步摊铺碾压整体成型施工方法，在初凝期内，采用单机组一次铺筑、碾压，碾压距离为45‑55m；其中，单机组包括大功率摊铺机、振动压路机以及揉搓轮胎式压路机，在摊铺过程中，大功率摊铺机、振动压路机以及揉搓轮胎式压路机机依次施工，大功率摊铺机在铺筑的过程中实时调整高度，进行边上料边摊铺。该方法可减少人工人本以及机械的需求量，降低施工成本，增加效益，且大厚度一次性摊铺便于形成上下一体的整体板块，不需要分层养生，可解决无人区水资源匮乏的问题同时抗冲击强度可以显著提高，并可有效地避免和推迟早期路面的下沉、凹陷、龟裂脱落、坑洞等病害的产生，保证道路的施工质量。
Water-stable large-thickness single-unit single-layer synchronous paving and rolling integral forming construction method
水稳大厚度单机组单层同步摊铺碾压整体成型施工方法
KANG HONG-GI (author) / ZHANG YUFEI (author) / LEI CHAOWEN (author) / WANG HAIFENG (author) / YAO JISONG (author) / XIE XIANG (author) / ZHAO LIPENG (author) / CHEN JIAWEI (author) / FANG BAICHENG (author) / ZHU YUN (author)
2024-03-08
Patent
Electronic Resource
Chinese
IPC:
E01C
Bau von Straßen, Sportplätzen oder dgl., Decken dafür
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