A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the field of road marking, and provides a full-automatic pit hole detecting, material supplementing and marking process which comprises the following steps of cleaning, marking, reflective material spraying and material supplementing, specifically, the material supplementing step comprises the steps of detection, discharging and material supplementing, a pit hole in the ground is detected through a probe assembly, and after the pit hole is detected, a material supplementing assembly is started accordingly; the pit detected by the probe assembly is subjected to rapid material supplementing and filling, the situation that the pit is lack of materials after marking is completed and rapid peeling happens in the follow-up use process is avoided, and the technical problem that the coating at the pit is prone to peeling off due to marking is solved.
本发明涉及道路划线领域，提供一种全自动坑洞探测补料划线工艺，包括以下步骤：清扫→划线→反光材料喷洒→补料，其中补料步骤包括：探测→放料→补料，通过探针组件对地面上的坑洞进行探测，待探测到坑洞后，补料组件随之启动，对探针组件探测到的坑洞进行快速的补料填充，避免坑洞处出现划线后缺料的情况，使得该处在后续使用过程中，快速剥落的情况发生，解决坑洞处划线涂料易剥离的技术问题。
The invention relates to the field of road marking, and provides a full-automatic pit hole detecting, material supplementing and marking process which comprises the following steps of cleaning, marking, reflective material spraying and material supplementing, specifically, the material supplementing step comprises the steps of detection, discharging and material supplementing, a pit hole in the ground is detected through a probe assembly, and after the pit hole is detected, a material supplementing assembly is started accordingly; the pit detected by the probe assembly is subjected to rapid material supplementing and filling, the situation that the pit is lack of materials after marking is completed and rapid peeling happens in the follow-up use process is avoided, and the technical problem that the coating at the pit is prone to peeling off due to marking is solved.
本发明涉及道路划线领域，提供一种全自动坑洞探测补料划线工艺，包括以下步骤：清扫→划线→反光材料喷洒→补料，其中补料步骤包括：探测→放料→补料，通过探针组件对地面上的坑洞进行探测，待探测到坑洞后，补料组件随之启动，对探针组件探测到的坑洞进行快速的补料填充，避免坑洞处出现划线后缺料的情况，使得该处在后续使用过程中，快速剥落的情况发生，解决坑洞处划线涂料易剥离的技术问题。
Full-automatic pit hole detecting, material supplementing and marking process
一种全自动坑洞探测补料划线工艺
ZHU YUAN (author)
2020-12-04
Patent
Electronic Resource
Chinese
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