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A platform for research: civil engineering, architecture and urbanism
Punching-free and welding-free adjustable reinforced concrete wall column template positioning method
The invention relates to the field of building construction, in particular to a punching-free and welding-free adjustable reinforced concrete wall column formwork positioning method which comprises the steps that a formwork positioning device is manufactured, the formwork positioning device comprises a positioning nut, C-shaped clamping plates are oppositely arranged on the positioning nut, and a positioning bolt is connected into the positioning nut in a screwed mode; a positioning ejector rod is movably arranged on the outer side face of the C-shaped clamping plate on one side. Measuring and setting out; mounting a template positioning device; a laser gradienter is placed, laser emitted by the laser gradienter and the edge line of the wall column are located on the same vertical plane, the vertical plane where the laser is located is the positioning position of the inner side face of the wall column formwork, and the positioning ejector rods are adjusted to enable the end faces of the positioning ejector rods to be located on the vertical plane where the laser is located; and closing the wall column template. Compared with welding of top formwork steel bars, damage to the safety of a main reinforcement structure and welding fume pollution to the environment are avoided; compared with punching and positioning steel bar insertion, the problems that the embedded wire pipe is damaged, and dredging is difficult during threading are avoided.
本发明涉及建筑施工领域，具体为一种免打孔和焊接的可调钢筋混凝土墙柱模板定位方法，包括制作模板定位装置，模板定位装置包括定位螺母，定位螺母上相对设置有C形卡板，定位螺母中螺接有定位螺栓，一侧C形卡板的外侧面上活动设置定位顶杆；测量放线；模板定位装置安装；放置激光水平仪并使得激光水平仪发射的激光与墙柱边缘线处于同一竖直面，激光所处的竖直面即为墙柱模板内侧面定位位置，调整定位顶杆使得各个定位顶杆的端面处于激光所在的竖直面；墙柱模板合模。与焊接顶模钢筋相比，避免损伤主筋结构安全，产生焊烟污染环境；与打孔插入定位钢筋相比，避免破坏预埋线管，穿线时疏通困难。
Punching-free and welding-free adjustable reinforced concrete wall column template positioning method
The invention relates to the field of building construction, in particular to a punching-free and welding-free adjustable reinforced concrete wall column formwork positioning method which comprises the steps that a formwork positioning device is manufactured, the formwork positioning device comprises a positioning nut, C-shaped clamping plates are oppositely arranged on the positioning nut, and a positioning bolt is connected into the positioning nut in a screwed mode; a positioning ejector rod is movably arranged on the outer side face of the C-shaped clamping plate on one side. Measuring and setting out; mounting a template positioning device; a laser gradienter is placed, laser emitted by the laser gradienter and the edge line of the wall column are located on the same vertical plane, the vertical plane where the laser is located is the positioning position of the inner side face of the wall column formwork, and the positioning ejector rods are adjusted to enable the end faces of the positioning ejector rods to be located on the vertical plane where the laser is located; and closing the wall column template. Compared with welding of top formwork steel bars, damage to the safety of a main reinforcement structure and welding fume pollution to the environment are avoided; compared with punching and positioning steel bar insertion, the problems that the embedded wire pipe is damaged, and dredging is difficult during threading are avoided.
本发明涉及建筑施工领域，具体为一种免打孔和焊接的可调钢筋混凝土墙柱模板定位方法，包括制作模板定位装置，模板定位装置包括定位螺母，定位螺母上相对设置有C形卡板，定位螺母中螺接有定位螺栓，一侧C形卡板的外侧面上活动设置定位顶杆；测量放线；模板定位装置安装；放置激光水平仪并使得激光水平仪发射的激光与墙柱边缘线处于同一竖直面，激光所处的竖直面即为墙柱模板内侧面定位位置，调整定位顶杆使得各个定位顶杆的端面处于激光所在的竖直面；墙柱模板合模。与焊接顶模钢筋相比，避免损伤主筋结构安全，产生焊烟污染环境；与打孔插入定位钢筋相比，避免破坏预埋线管，穿线时疏通困难。
Punching-free and welding-free adjustable reinforced concrete wall column template positioning method
免打孔和焊接的可调钢筋混凝土墙柱模板定位方法
GUO ZHAO (author) / ZHANG CHANGWEN (author) / LI YANG (author) / DING SHIWEI (author) / HOU QUANNING (author) / WU HAITAO (author) / YUAN ZONGSHUANG (author) / WANG GANG (author) / ZHAO RUIFENG (author) / YANG YUANFENG (author)
2024-09-06
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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