Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hanging basket cantilever construction internal mold automation process
The invention discloses a hanging basket cantilever construction internal mold automation process which comprises the following specific steps: 1) internal mold installation: measuring and calculating the required number of supporting mechanisms according to design regulations, and arranging the supporting mechanisms according to measurement and calculation; firstly, bottom beams are installed; (2) manufacturing a beam frame: firstly manufacturing a bracket I and a bracket II according to design requirements, secondly, aiming at the angles of the bevel edges on the two sides of the beam frame, rotating a bidirectional lead screw to drive an inclined rod I to rotate so as to realize ascending or descending of the inclined rod I, and further finishing adjustment of the angles of the bevel edges at the two ends; (3) the hoisting mechanism is installed on the beam frame, and then the beam frame is installed on the bottom support and fixed; the method comprises the steps of (1) assembling a beam frame, (2) assembling the beam frame, (3) assembling the beam frame, (4) gradually hoisting the cross arm through a hoisting mechanism, (5) sequentially installing square timber and an inner formwork at the two ends of the cross arm, (6) disassembling the inner formwork, (7) recycling the beam frame and (8) recycling the supporting mechanism.
本发明公开了一种挂篮悬臂施工内模自动化工艺，具体步骤为：1）内模安装：按照设计规定测算支撑机构所需数量，根据测算布置支撑机构；首先安装底梁；2）梁架的制作：根据设计要求，首先制作支架Ⅰ、支架Ⅱ，其次，针对梁架两侧斜边的角度，通过转动双向丝杠带动斜杆Ⅰ转动实现斜杆Ⅰ的上升或下降，进而完成两端斜边角度的调整；3）将起吊机构安装在梁架上，再将梁架安装在底托上并进行固定；4）通过起吊机构逐次起吊横撑；5）依次安装横撑两端的方木和内模板；6）内模拆除：7）梁架回收：8）支撑机构回收。本发明通过梁架结构的制作和使用配合支撑机构实现了内模顶部支撑的自动化。
Hanging basket cantilever construction internal mold automation process
The invention discloses a hanging basket cantilever construction internal mold automation process which comprises the following specific steps: 1) internal mold installation: measuring and calculating the required number of supporting mechanisms according to design regulations, and arranging the supporting mechanisms according to measurement and calculation; firstly, bottom beams are installed; (2) manufacturing a beam frame: firstly manufacturing a bracket I and a bracket II according to design requirements, secondly, aiming at the angles of the bevel edges on the two sides of the beam frame, rotating a bidirectional lead screw to drive an inclined rod I to rotate so as to realize ascending or descending of the inclined rod I, and further finishing adjustment of the angles of the bevel edges at the two ends; (3) the hoisting mechanism is installed on the beam frame, and then the beam frame is installed on the bottom support and fixed; the method comprises the steps of (1) assembling a beam frame, (2) assembling the beam frame, (3) assembling the beam frame, (4) gradually hoisting the cross arm through a hoisting mechanism, (5) sequentially installing square timber and an inner formwork at the two ends of the cross arm, (6) disassembling the inner formwork, (7) recycling the beam frame and (8) recycling the supporting mechanism.
本发明公开了一种挂篮悬臂施工内模自动化工艺，具体步骤为：1）内模安装：按照设计规定测算支撑机构所需数量，根据测算布置支撑机构；首先安装底梁；2）梁架的制作：根据设计要求，首先制作支架Ⅰ、支架Ⅱ，其次，针对梁架两侧斜边的角度，通过转动双向丝杠带动斜杆Ⅰ转动实现斜杆Ⅰ的上升或下降，进而完成两端斜边角度的调整；3）将起吊机构安装在梁架上，再将梁架安装在底托上并进行固定；4）通过起吊机构逐次起吊横撑；5）依次安装横撑两端的方木和内模板；6）内模拆除：7）梁架回收：8）支撑机构回收。本发明通过梁架结构的制作和使用配合支撑机构实现了内模顶部支撑的自动化。
Hanging basket cantilever construction internal mold automation process
一种挂篮悬臂施工内模自动化工艺
SUN QUAN (Autor:in) / LIU HAICHEN (Autor:in) / LUO WENYING (Autor:in) / CUI YONGZHENG (Autor:in) / WANG JIANXU (Autor:in) / LIU JIE (Autor:in) / ZHU GUANGYUAN (Autor:in) / GUO CHUNQIANG (Autor:in) / MO ZONGQIN (Autor:in) / GAO PENGFEI (Autor:in)
23.06.2023
Patent
Elektronische Ressource
Chinesisch
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