Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction method for adjusting lifting height of construction hoist for variable-cross-section variable-floor-height building
The invention provides a construction method for adjusting the lifting height of a construction elevator for a variable-section variable-floor-height building. The construction method comprises the steps that the arrangement positions of the construction elevator and an adjusting support are determined; determining the height of an adjusting support steel frame; the mounting positions of the main supporting leg embedded steel plate and the auxiliary supporting leg track embedded steel plate are determined and fixed through chemical bolts; the main supporting leg is hinged to the embedded steel plate, and the auxiliary supporting leg is installed on the auxiliary supporting leg track; assembling a left supporting leg and a right supporting leg between the main supporting leg and the auxiliary supporting leg; according to the application condition that the construction elevator needs to be lifted to the top face of the main body structure, supporting legs are additionally arranged in the stand columns to enhance the earthquake resistance of the structure. The purpose that the use height of the construction elevator is increased to the highest elevation of a building is achieved, the construction elevator can be suitable for various floor structural forms by adjusting the structural form of the frame, mechanical vertical transportation full coverage of people, machines and materials is achieved, the hoisting times of a tower crane and the labor cost are reduced, and the construction efficiency is improved. The problem of lifting of the lifter under the variable cross-section condition in a complex building structure is solved.
本发明提供一种用于变截面变层高建筑调节施工升降机提升高度的施工方法，包括：确定施工电梯、调节支架布置位置；确定调节支架钢框架高度；确定主支腿预埋钢板及副支腿轨道预埋钢板的安装位置，并采用化学螺栓固定；将主支腿与预埋钢板铰接，副支腿安装在副支腿轨道上；拼装主支腿及副支腿之间的左支腿、右支腿；针对需要将施工电梯升至主体结构顶面的应用情况，在立柱中增设支撑支腿以增强结构抗震性。本发明实现了将施工电梯的使用高度提升至建筑最高标高的目标，可通过调整框架结构形式使之适用于多种楼层结构形式，实现人、机、料的机械垂直运输全覆盖，减少了塔吊的吊次及人工费用，解决了复杂建筑结构中变截面条件下的升降机提升问题。
Construction method for adjusting lifting height of construction hoist for variable-cross-section variable-floor-height building
The invention provides a construction method for adjusting the lifting height of a construction elevator for a variable-section variable-floor-height building. The construction method comprises the steps that the arrangement positions of the construction elevator and an adjusting support are determined; determining the height of an adjusting support steel frame; the mounting positions of the main supporting leg embedded steel plate and the auxiliary supporting leg track embedded steel plate are determined and fixed through chemical bolts; the main supporting leg is hinged to the embedded steel plate, and the auxiliary supporting leg is installed on the auxiliary supporting leg track; assembling a left supporting leg and a right supporting leg between the main supporting leg and the auxiliary supporting leg; according to the application condition that the construction elevator needs to be lifted to the top face of the main body structure, supporting legs are additionally arranged in the stand columns to enhance the earthquake resistance of the structure. The purpose that the use height of the construction elevator is increased to the highest elevation of a building is achieved, the construction elevator can be suitable for various floor structural forms by adjusting the structural form of the frame, mechanical vertical transportation full coverage of people, machines and materials is achieved, the hoisting times of a tower crane and the labor cost are reduced, and the construction efficiency is improved. The problem of lifting of the lifter under the variable cross-section condition in a complex building structure is solved.
本发明提供一种用于变截面变层高建筑调节施工升降机提升高度的施工方法，包括：确定施工电梯、调节支架布置位置；确定调节支架钢框架高度；确定主支腿预埋钢板及副支腿轨道预埋钢板的安装位置，并采用化学螺栓固定；将主支腿与预埋钢板铰接，副支腿安装在副支腿轨道上；拼装主支腿及副支腿之间的左支腿、右支腿；针对需要将施工电梯升至主体结构顶面的应用情况，在立柱中增设支撑支腿以增强结构抗震性。本发明实现了将施工电梯的使用高度提升至建筑最高标高的目标，可通过调整框架结构形式使之适用于多种楼层结构形式，实现人、机、料的机械垂直运输全覆盖，减少了塔吊的吊次及人工费用，解决了复杂建筑结构中变截面条件下的升降机提升问题。
Construction method for adjusting lifting height of construction hoist for variable-cross-section variable-floor-height building
一种用于变截面变层高建筑调节施工升降机提升高度的施工方法
ZHANG RUOHAO (Autor:in) / WANG XINQIU (Autor:in) / CHEN GANG (Autor:in) / GUO HONGXUE (Autor:in) / LIU YUCHEN (Autor:in) / ZENG JINGWEI (Autor:in)
08.11.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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