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A platform for research: civil engineering, architecture and urbanism
Assembly type frame structure elevator shaft and installation method thereof
The invention provides an assembly type frame structure elevator shaft and a mounting method thereof. The assembly type frame structure elevator shaft comprises a connecting rope and two or more standard knots, and each standard knot comprises four or more stand columns; the at least four stand columns are used for being vertically arranged close to the four corners of the elevator shaft correspondingly. The tops of every two adjacent stand columns are connected through a top cross beam, and the bottoms of every two adjacent stand columns are connected through a bottom cross beam. A hole channel penetrating through the stand column is formed in the stand column in the axial direction. A first connecting piece is pre-embedded in the upper surface of the top cross beam, and a second connecting piece is pre-embedded in the lower surface of the bottom cross beam; the standard knots are connected in series and stacked to form a frame of the elevator shaft; for every two adjacent standard knots, the second connecting piece of the standard knot located on the upper layer is fixedly connected with the first connecting piece of the standard knot located on the lower layer; the connecting rope penetrates through the hole channels of all the standard knots stacked in series, and the two ends of the connecting rope are anchored.
本发明提供了一种装配式框架结构电梯井道及其安装方法，包括连接绳以及两个以上的标准节，所述标准节包括四根以上的立柱；至少四根所述立柱用于分别靠近所述电梯井道的四个角竖直设置；相邻两根立柱的顶部之间均通过一顶部横梁连接，底部之间均通过一底部横梁连接；所述立柱沿轴向有一个贯穿所述立柱的孔道；所述顶部横梁的上表面预埋有第一连接件，所述底部横梁的下表面预埋有第二连接件；所述标准节串联堆叠形成所述电梯井道的框架；对于相邻两所述标准节，位于上层的所述标准节的第二连接件与位于下层的所述标准节的第一连接件固定连接；所述连接绳贯穿串联堆叠后的所有标准节的孔道，两端分别锚固。
Assembly type frame structure elevator shaft and installation method thereof
The invention provides an assembly type frame structure elevator shaft and a mounting method thereof. The assembly type frame structure elevator shaft comprises a connecting rope and two or more standard knots, and each standard knot comprises four or more stand columns; the at least four stand columns are used for being vertically arranged close to the four corners of the elevator shaft correspondingly. The tops of every two adjacent stand columns are connected through a top cross beam, and the bottoms of every two adjacent stand columns are connected through a bottom cross beam. A hole channel penetrating through the stand column is formed in the stand column in the axial direction. A first connecting piece is pre-embedded in the upper surface of the top cross beam, and a second connecting piece is pre-embedded in the lower surface of the bottom cross beam; the standard knots are connected in series and stacked to form a frame of the elevator shaft; for every two adjacent standard knots, the second connecting piece of the standard knot located on the upper layer is fixedly connected with the first connecting piece of the standard knot located on the lower layer; the connecting rope penetrates through the hole channels of all the standard knots stacked in series, and the two ends of the connecting rope are anchored.
本发明提供了一种装配式框架结构电梯井道及其安装方法，包括连接绳以及两个以上的标准节，所述标准节包括四根以上的立柱；至少四根所述立柱用于分别靠近所述电梯井道的四个角竖直设置；相邻两根立柱的顶部之间均通过一顶部横梁连接，底部之间均通过一底部横梁连接；所述立柱沿轴向有一个贯穿所述立柱的孔道；所述顶部横梁的上表面预埋有第一连接件，所述底部横梁的下表面预埋有第二连接件；所述标准节串联堆叠形成所述电梯井道的框架；对于相邻两所述标准节，位于上层的所述标准节的第二连接件与位于下层的所述标准节的第一连接件固定连接；所述连接绳贯穿串联堆叠后的所有标准节的孔道，两端分别锚固。
Assembly type frame structure elevator shaft and installation method thereof
一种装配式框架结构电梯井道及其安装方法
MA ZEFENG (author) / JIN QIAN (author) / LI CHENGMING (author) / QU YAN (author)
2022-11-22
Patent
Electronic Resource
Chinese
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