Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
BIM (Building Information Modeling)-based concrete rear steel bar mounting structure
The invention relates to the technical field of reinforcing steel bar installation, in particular to a BIM-based concrete rear reinforcing steel bar installation structure which comprises a formwork, reinforcing steel bars are detachably inserted into the formwork, or ring beams, straining beams or constructional column upper reinforcing steel bars with the pre-embedded level not smaller than 12 mm are embedded into the formwork. A steel bar sleeve is detachably connected to the steel bar or the steel bar on the upper portion of the ring beam, the tie beam or the constructional column in a sleeved mode, wherein the pre-buried level of the steel bar is not smaller than 12 mm. A fixing piece is arranged on the outer wall of the steel bar sleeve. According to the BIM-based concrete rear steel bar mounting structure, fabricated construction is conducted, the site construction difficulty is reduced, and compared with traditional chemical steel bar planting, the effects that labor is saved, construction is convenient, noise generated during steel bar planting punching is reduced, electricity for punching construction is saved, a large amount of flying dust can be generated during traditional steel bar planting, steel bar planting glue can emit strong peculiar smell, and the construction efficiency is improved are achieved. The existing steel bar planting hole punching technology has the defects of large influence on occupational health of workers, unfavorable environment protection, high-altitude operation of climbing steel bar planting and punching, large potential safety hazard, and influence on steel bar planting quality possibly caused by the conditions of incomplete cleaning of steel bar planting holes, insufficient gluing and the like in steel bar planting.
本发明涉及钢筋安装技术领域，具体为一种基于BIM的混凝土后置钢筋安装结构，包括模板，所述模板上可拆卸的插接有钢筋或预埋水平不小于12mm的圈梁、系梁或构造柱上部钢筋，所述钢筋或预埋水平不小于12mm的圈梁、系梁或构造柱上部钢筋上可拆卸的套接有钢筋套筒，所述钢筋套筒的外壁设置有固定片。该基于BIM的混凝土后置钢筋安装结构装配化施工，减少现场施工难度，相比传统的化学植筋来说，做到了节约劳动力，施工方便，减少植筋打孔时产生的噪音，节约了是打孔施工用电，传统植筋时，会产生大量扬尘、植筋胶会散发浓烈的异味，对工人职业健康影响较大，且不利于保护环境，登高植筋打孔属于高处作业，安全隐患较大，植筋可能存在植筋孔清理不干净，打胶不充分等情况影响植筋质量。
BIM (Building Information Modeling)-based concrete rear steel bar mounting structure
The invention relates to the technical field of reinforcing steel bar installation, in particular to a BIM-based concrete rear reinforcing steel bar installation structure which comprises a formwork, reinforcing steel bars are detachably inserted into the formwork, or ring beams, straining beams or constructional column upper reinforcing steel bars with the pre-embedded level not smaller than 12 mm are embedded into the formwork. A steel bar sleeve is detachably connected to the steel bar or the steel bar on the upper portion of the ring beam, the tie beam or the constructional column in a sleeved mode, wherein the pre-buried level of the steel bar is not smaller than 12 mm. A fixing piece is arranged on the outer wall of the steel bar sleeve. According to the BIM-based concrete rear steel bar mounting structure, fabricated construction is conducted, the site construction difficulty is reduced, and compared with traditional chemical steel bar planting, the effects that labor is saved, construction is convenient, noise generated during steel bar planting punching is reduced, electricity for punching construction is saved, a large amount of flying dust can be generated during traditional steel bar planting, steel bar planting glue can emit strong peculiar smell, and the construction efficiency is improved are achieved. The existing steel bar planting hole punching technology has the defects of large influence on occupational health of workers, unfavorable environment protection, high-altitude operation of climbing steel bar planting and punching, large potential safety hazard, and influence on steel bar planting quality possibly caused by the conditions of incomplete cleaning of steel bar planting holes, insufficient gluing and the like in steel bar planting.
本发明涉及钢筋安装技术领域，具体为一种基于BIM的混凝土后置钢筋安装结构，包括模板，所述模板上可拆卸的插接有钢筋或预埋水平不小于12mm的圈梁、系梁或构造柱上部钢筋，所述钢筋或预埋水平不小于12mm的圈梁、系梁或构造柱上部钢筋上可拆卸的套接有钢筋套筒，所述钢筋套筒的外壁设置有固定片。该基于BIM的混凝土后置钢筋安装结构装配化施工，减少现场施工难度，相比传统的化学植筋来说，做到了节约劳动力，施工方便，减少植筋打孔时产生的噪音，节约了是打孔施工用电，传统植筋时，会产生大量扬尘、植筋胶会散发浓烈的异味，对工人职业健康影响较大，且不利于保护环境，登高植筋打孔属于高处作业，安全隐患较大，植筋可能存在植筋孔清理不干净，打胶不充分等情况影响植筋质量。
BIM (Building Information Modeling)-based concrete rear steel bar mounting structure
一种基于BIM的混凝土后置钢筋安装结构
XU BENDONG (Autor:in) / LUO XINGYU (Autor:in) / YANG LUN (Autor:in) / XU MINGKUN (Autor:in) / LEE JI-JUN (Autor:in)
01.11.2024
Patent
Elektronische Ressource
Chinesisch
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