A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Corridor structure of elevator shaft and installation method thereof
The invention discloses a corridor structure of an elevator shaft and an installation method thereof. The corridor structure comprises corridor installation frames, corridor longitudinal beam frames,corridor transverse beam frames and inclined supporting columns, wherein the inclined supporting columns are installed between the lower sides of the corridor transverse beam frames and the corridor installation frames, and a plurality of corridor longitudinal beam frames which are evenly arranged are installed between the two corridor transverse beam frames; and anti-skid bottom plates are installed on the corridor transverse beam frames and the corridor longitudinal beam frames, a butt joint seam with a certain space is formed between the end of the corridor structure and an existing building corridor wall platform, and the well corridor and an existing building are flexibly connected through filling the butt joint seam with waterproof sealant. According to the corridor structure, a corridor stress point does not need to be arranged on an existing building, damage to the existing building due to elevator shaft settlement difference can be effectively avoided, secondary damage to theexisting building due to tension of the elevator shaft corridor when an earthquake occurs can be effectively avoided, and the corridor structure has the advantages of being simple and firm in structure, convenient to install, low in maintenance cost and the like.
本发明公开一种电梯井道的连廊结构及其安装方法，包括连廊安装架、连廊纵向梁架、连廊横向梁架和斜支撑柱，连廊横向梁架的下侧与连廊安装架之间安装有斜支撑柱，两根连廊横向梁架之间安装有均匀排列的若干根连廊纵向梁架，连廊横向梁架和连廊纵向梁架上安装有防滑底板，连廊结构端部与既有建筑楼道墙体平台间形成一定空间的对接缝，通过向对接缝中填入防水密封胶体使井道连廊与既有建筑物实现柔性连接。本发明无需将连廊受力点设置在既有建筑物上，可有效避免因电梯井道沉降差对既有建筑造成损伤、可有效避免在地震发生时因电梯井道连廊的拉力对既有建筑造成二次损伤，本发明具有结构简单牢靠、安装方便、维护成本低等特点。
Corridor structure of elevator shaft and installation method thereof
The invention discloses a corridor structure of an elevator shaft and an installation method thereof. The corridor structure comprises corridor installation frames, corridor longitudinal beam frames,corridor transverse beam frames and inclined supporting columns, wherein the inclined supporting columns are installed between the lower sides of the corridor transverse beam frames and the corridor installation frames, and a plurality of corridor longitudinal beam frames which are evenly arranged are installed between the two corridor transverse beam frames; and anti-skid bottom plates are installed on the corridor transverse beam frames and the corridor longitudinal beam frames, a butt joint seam with a certain space is formed between the end of the corridor structure and an existing building corridor wall platform, and the well corridor and an existing building are flexibly connected through filling the butt joint seam with waterproof sealant. According to the corridor structure, a corridor stress point does not need to be arranged on an existing building, damage to the existing building due to elevator shaft settlement difference can be effectively avoided, secondary damage to theexisting building due to tension of the elevator shaft corridor when an earthquake occurs can be effectively avoided, and the corridor structure has the advantages of being simple and firm in structure, convenient to install, low in maintenance cost and the like.
本发明公开一种电梯井道的连廊结构及其安装方法，包括连廊安装架、连廊纵向梁架、连廊横向梁架和斜支撑柱，连廊横向梁架的下侧与连廊安装架之间安装有斜支撑柱，两根连廊横向梁架之间安装有均匀排列的若干根连廊纵向梁架，连廊横向梁架和连廊纵向梁架上安装有防滑底板，连廊结构端部与既有建筑楼道墙体平台间形成一定空间的对接缝，通过向对接缝中填入防水密封胶体使井道连廊与既有建筑物实现柔性连接。本发明无需将连廊受力点设置在既有建筑物上，可有效避免因电梯井道沉降差对既有建筑造成损伤、可有效避免在地震发生时因电梯井道连廊的拉力对既有建筑造成二次损伤，本发明具有结构简单牢靠、安装方便、维护成本低等特点。
Corridor structure of elevator shaft and installation method thereof
一种电梯井道的连廊结构及其安装方法
YU ZHICHENG (author) / YU HUICHENG (author) / YU CHONG (author) / LUO LIYING (author)
2020-05-22
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
/
B66B
Aufzüge
,
ELEVATORS
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
/
E04H
Gebäude oder ähnliche Bauwerke für besondere Zwecke
,
BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES
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