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A platform for research: civil engineering, architecture and urbanism
Annular vertical spiral soil sampling device based on BIM design and construction method thereof
The invention discloses an annular vertical spiral soil sampling device based on BIM (Building Information Modeling) design, which comprises a soil sampling device body, the soil sampling device body comprises a spiral soil sampling component and a middle shaft sleeve, the spiral soil sampling component is rotatably mounted, the middle shaft sleeve is fixedly welded on the spiral soil sampling component and is used for mounting a circular prefabricated pipe pile, and the soil sampling device body is deeply designed by a BIM parameterization system; the BIM parameterization system comprises a soil sampling device parameterization design module, a soil sampling device one-key drawing output module and a soil sampling device processing data extraction module, the soil sampling device body is deeply designed according to the BIM parameterization system, a processing drawing of the device is automatically generated through a created virtual module, and corresponding processing parameters are extracted; the device is simple in structure and convenient to use, is used for machining a solid component of a soil taking device body, can be used for completing vertical annular soil cutting in a narrow space with high efficiency and high quality on a construction site, does not generate extra work compared with manual soil cutting adopting mechanical operation, is not influenced by soil taking width and depth, and has high popularization value.
本发明公开了一种基于BIM设计的环状垂直螺旋取土装置，包括取土装置本体，取土装置本体包括转动安装的螺旋取土构件以及固定焊接在螺旋取土构件上用于供安装圆形预制管桩的中轴套筒，该取土装置本体由BIM参数化系统深化设计，BIM参数化系统包括取土装置参数化设计模块、取土装置一键出图模块以及取土装置加工数据提取模块，本发明依据BIM参数化系统深化设计取土装置本体，通过创建的虚拟模块自动生成装置的加工图并提取相应的加工参数，用于取土装置本体实体构件的加工，施工现场可用于高效、高质量的完成狭小空间垂直环形挖土，相较于人工挖土采用机械作业不产生额外的工作，不受取土宽度和深度影响，具有较高的推广价值。
Annular vertical spiral soil sampling device based on BIM design and construction method thereof
The invention discloses an annular vertical spiral soil sampling device based on BIM (Building Information Modeling) design, which comprises a soil sampling device body, the soil sampling device body comprises a spiral soil sampling component and a middle shaft sleeve, the spiral soil sampling component is rotatably mounted, the middle shaft sleeve is fixedly welded on the spiral soil sampling component and is used for mounting a circular prefabricated pipe pile, and the soil sampling device body is deeply designed by a BIM parameterization system; the BIM parameterization system comprises a soil sampling device parameterization design module, a soil sampling device one-key drawing output module and a soil sampling device processing data extraction module, the soil sampling device body is deeply designed according to the BIM parameterization system, a processing drawing of the device is automatically generated through a created virtual module, and corresponding processing parameters are extracted; the device is simple in structure and convenient to use, is used for machining a solid component of a soil taking device body, can be used for completing vertical annular soil cutting in a narrow space with high efficiency and high quality on a construction site, does not generate extra work compared with manual soil cutting adopting mechanical operation, is not influenced by soil taking width and depth, and has high popularization value.
本发明公开了一种基于BIM设计的环状垂直螺旋取土装置，包括取土装置本体，取土装置本体包括转动安装的螺旋取土构件以及固定焊接在螺旋取土构件上用于供安装圆形预制管桩的中轴套筒，该取土装置本体由BIM参数化系统深化设计，BIM参数化系统包括取土装置参数化设计模块、取土装置一键出图模块以及取土装置加工数据提取模块，本发明依据BIM参数化系统深化设计取土装置本体，通过创建的虚拟模块自动生成装置的加工图并提取相应的加工参数，用于取土装置本体实体构件的加工，施工现场可用于高效、高质量的完成狭小空间垂直环形挖土，相较于人工挖土采用机械作业不产生额外的工作，不受取土宽度和深度影响，具有较高的推广价值。
Annular vertical spiral soil sampling device based on BIM design and construction method thereof
基于BIM设计的环状垂直螺旋取土装置及其施工方法
SU QIU (author) / HUO RULI (author) / GUO ZHIXIN (author) / GUO CHUN (author) / LI WEINING (author) / MENG JIE (author) / WANG JIE (author) / REN ZHONG (author) / ZHOU CHENGHANG (author) / JI JIAN (author)
2023-03-21
Patent
Electronic Resource
Chinese
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