Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Reusable embracing beam construction platform capable of being quickly built and disassembled and assembling and disassembling method
The invention provides a beam embracing construction platform capable of being quickly built, disassembled and recycled and an assembling and disassembling method. Firstly, the beam embracing construction platform capable of being quickly built, disassembled and recycled is hoisted to the position above a structural beam through hoisting equipment; in the process, the containing cavity of the frame body can be aligned with and move to the position over the structural beam, so that the structural beam smoothly enters the containing cavity. After the structural beam is located in the containing cavity, a constructor enables the first fixing end of the first fixing rope to surround the structural beam from the side close to the second fixing rope, and then the first fixing end is fixed to the fixing position of the frame body. Similarly, the second fixing end of the second fixing rope surrounds the structural beam from the side close to the first fixing rope, is finally fixed to the fixing position and is connected with the first fixing end. The beam embracing construction platform capable of being quickly built, disassembled and recycled is firmly fixed to the structural beam and cannot deviate or shake due to external force or wind power, and therefore constructors can conveniently conduct construction on the outer wall of a building through the frame body.
本申请提供了一种可快搭快拆和循环使用的抱梁施工平台及安拆方法，首先，通过起重设备将可快搭快拆和循环使用的抱梁施工平台吊至结构梁的上方。在这个过程中，架体的容置腔会对准并移动到结构梁的正上方，使结构梁顺利进入容置腔内。当结构梁位于容置腔内后，施工人员将第一固定绳的第一固定端从靠近第二固定绳的一侧开始，环绕结构梁，然后将第一固定端固定在架体的固定位上。同样，第二固定绳的第二固定端也会从靠近第一固定绳的一侧环绕结构梁，最后固定在固定位上，并与第一固定端连接在一起。可快搭快拆和循环使用的抱梁施工平台被牢固地固定在结构梁上，不会因外力或风力造成偏移或晃动，以便于施工人员通过架体对建筑外墙进行施工。
Reusable embracing beam construction platform capable of being quickly built and disassembled and assembling and disassembling method
The invention provides a beam embracing construction platform capable of being quickly built, disassembled and recycled and an assembling and disassembling method. Firstly, the beam embracing construction platform capable of being quickly built, disassembled and recycled is hoisted to the position above a structural beam through hoisting equipment; in the process, the containing cavity of the frame body can be aligned with and move to the position over the structural beam, so that the structural beam smoothly enters the containing cavity. After the structural beam is located in the containing cavity, a constructor enables the first fixing end of the first fixing rope to surround the structural beam from the side close to the second fixing rope, and then the first fixing end is fixed to the fixing position of the frame body. Similarly, the second fixing end of the second fixing rope surrounds the structural beam from the side close to the first fixing rope, is finally fixed to the fixing position and is connected with the first fixing end. The beam embracing construction platform capable of being quickly built, disassembled and recycled is firmly fixed to the structural beam and cannot deviate or shake due to external force or wind power, and therefore constructors can conveniently conduct construction on the outer wall of a building through the frame body.
本申请提供了一种可快搭快拆和循环使用的抱梁施工平台及安拆方法，首先，通过起重设备将可快搭快拆和循环使用的抱梁施工平台吊至结构梁的上方。在这个过程中，架体的容置腔会对准并移动到结构梁的正上方，使结构梁顺利进入容置腔内。当结构梁位于容置腔内后，施工人员将第一固定绳的第一固定端从靠近第二固定绳的一侧开始，环绕结构梁，然后将第一固定端固定在架体的固定位上。同样，第二固定绳的第二固定端也会从靠近第一固定绳的一侧环绕结构梁，最后固定在固定位上，并与第一固定端连接在一起。可快搭快拆和循环使用的抱梁施工平台被牢固地固定在结构梁上，不会因外力或风力造成偏移或晃动，以便于施工人员通过架体对建筑外墙进行施工。
Reusable embracing beam construction platform capable of being quickly built and disassembled and assembling and disassembling method
可快搭快拆和循环使用的抱梁施工平台及安拆方法
TANG WEI (Autor:in) / LIAO XIANDONG (Autor:in) / HAN JIANCONG (Autor:in) / LIN SHENG (Autor:in) / PAN XIAOMING (Autor:in) / YU NINGZHAO (Autor:in) / WANG QINYONG (Autor:in) / HU WEIBO (Autor:in) / GUO XIAOMIN (Autor:in) / CHU RUIBING (Autor:in)
15.10.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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