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A platform for research: civil engineering, architecture and urbanism
Pavement repairing device based on environment-friendly fiber composite material
The invention relates to the technical field of environment-friendly fibers, in particular to a pavement repairing device based on an environment-friendly fiber composite material. The acquisition module is used for acquiring crack characteristic information in a plurality of regional road sections; the analysis module determines an initial weaving density according to the plurality of area values and determines a target weaving density according to the plurality of internal feature information; the fiber determination module determines a target processing quantity according to the target weaving density, determines a target processing sequence according to the target processing quantity, performs processing according to the target processing sequence to obtain a plurality of target fiber reinforced concrete and detects the actual weaving density; the fiber processing number corresponding to the weaving density closest to the target weaving density value in the actual weaving densities is selected as the final processing number; and the processing and repairing module performs processing according to the fibers and the concrete to obtain final fiber-reinforced concrete, and the to-be-repaired road section is repaired. The matching performance of road repairing and repairing materials is improved.
本发明涉及环保纤维技术领域，尤其涉及一种基于环保纤维复合材料的路面修复装置，该装置包括：划分模块将待修复路段进行区域划分；采集模块对若干区域路段中的裂纹特征信息进行采集；分析模块根据若干面积值确定初始织密度，根据若干内部特征信息确定目标织密度；纤维确定模块根据目标织密度确定目标加工数量，根据目标加工数量确定目标加工序列，根据目标加工序列进行加工获取若干目标纤维增强混凝土并检测实际织密度，选择若干实际织密度中与目标织密度数值最近的织密度对应的纤维加工数量作为最终加工数量；加工修复模块根据纤维与混凝土进行加工获取最终纤维增强混凝土，对待修复路段进行修复。本发明提高了道路修复与修复材料的匹配性。
Pavement repairing device based on environment-friendly fiber composite material
The invention relates to the technical field of environment-friendly fibers, in particular to a pavement repairing device based on an environment-friendly fiber composite material. The acquisition module is used for acquiring crack characteristic information in a plurality of regional road sections; the analysis module determines an initial weaving density according to the plurality of area values and determines a target weaving density according to the plurality of internal feature information; the fiber determination module determines a target processing quantity according to the target weaving density, determines a target processing sequence according to the target processing quantity, performs processing according to the target processing sequence to obtain a plurality of target fiber reinforced concrete and detects the actual weaving density; the fiber processing number corresponding to the weaving density closest to the target weaving density value in the actual weaving densities is selected as the final processing number; and the processing and repairing module performs processing according to the fibers and the concrete to obtain final fiber-reinforced concrete, and the to-be-repaired road section is repaired. The matching performance of road repairing and repairing materials is improved.
本发明涉及环保纤维技术领域，尤其涉及一种基于环保纤维复合材料的路面修复装置，该装置包括：划分模块将待修复路段进行区域划分；采集模块对若干区域路段中的裂纹特征信息进行采集；分析模块根据若干面积值确定初始织密度，根据若干内部特征信息确定目标织密度；纤维确定模块根据目标织密度确定目标加工数量，根据目标加工数量确定目标加工序列，根据目标加工序列进行加工获取若干目标纤维增强混凝土并检测实际织密度，选择若干实际织密度中与目标织密度数值最近的织密度对应的纤维加工数量作为最终加工数量；加工修复模块根据纤维与混凝土进行加工获取最终纤维增强混凝土，对待修复路段进行修复。本发明提高了道路修复与修复材料的匹配性。
Pavement repairing device based on environment-friendly fiber composite material
基于环保纤维复合材料的路面修复装置
WANG LIFENG (author) / CHEN XUELING (author)
2024-05-03
Patent
Electronic Resource
Chinese
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