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A platform for research: civil engineering, architecture and urbanism
Lifting method for special-shaped air corridor between high-rise buildings
The invention discloses a lifting method for a special-shaped air corridor between high-rise buildings, which is used for lifting a Z-shaped special-shaped air corridor to a preset height and fixing the Z-shaped special-shaped air corridor among a first building body, a second building body, a third building body and a fourth building body which are arranged in a staggered manner. Comprising the following steps that a Z-shaped special-shaped coupling beam main body structure is connected to a lifting device, the lifting device is controlled to conduct graded loading according to lifting loads, the states of the lifting device and the Z-shaped special-shaped coupling beam main body structure are detected in the loading process, the Z-shaped special-shaped coupling beam main body structure is lifted to the preset height through the lifting device, and the Z-shaped special-shaped coupling beam main body structure is lifted to the preset height through the lifting device. The lifting device is used for lifting the Z-shaped special-shaped aerial corridor to the preset height, pausing is conducted once every 5 m in the lifting process, height measurement is conducted on all the connecting parts, and when it is detected that the connecting parts have the asynchronous height difference, the connecting parts with the asynchronous height difference are adjusted through the lifting device, so that the lifting device can synchronously lift the Z-shaped special-shaped aerial corridor to the preset height.
本发明公开了一种用于高层建筑间异型空中连廊的提升方法，用于将“Z”字形异形空中连廊提升至预定高度，并将“Z”字形异形空中连廊固定在交错摆放的第一楼体、第二楼体、第三楼体和第四楼体之间，包括以下步骤：将“Z”字形异形连梁主体结构连接在提升装置上，控制提升装置按照起吊载荷分级加载，并在加载过程中检测提升装置和“Z”字形异形连梁主体结构的状态，通过提升装置将“Z”字形异形连梁主体结构提升至预定高度，并且在提升过程中每提升5m暂停一次，并对各个连接部进行高度测量，当检测连接部出现不同步高差时，通过提升装置对出现不同步高差的连接部进行调整，进而使得提升装置能够将“Z”字形异形空中连廊同步提升至预定高度。
Lifting method for special-shaped air corridor between high-rise buildings
The invention discloses a lifting method for a special-shaped air corridor between high-rise buildings, which is used for lifting a Z-shaped special-shaped air corridor to a preset height and fixing the Z-shaped special-shaped air corridor among a first building body, a second building body, a third building body and a fourth building body which are arranged in a staggered manner. Comprising the following steps that a Z-shaped special-shaped coupling beam main body structure is connected to a lifting device, the lifting device is controlled to conduct graded loading according to lifting loads, the states of the lifting device and the Z-shaped special-shaped coupling beam main body structure are detected in the loading process, the Z-shaped special-shaped coupling beam main body structure is lifted to the preset height through the lifting device, and the Z-shaped special-shaped coupling beam main body structure is lifted to the preset height through the lifting device. The lifting device is used for lifting the Z-shaped special-shaped aerial corridor to the preset height, pausing is conducted once every 5 m in the lifting process, height measurement is conducted on all the connecting parts, and when it is detected that the connecting parts have the asynchronous height difference, the connecting parts with the asynchronous height difference are adjusted through the lifting device, so that the lifting device can synchronously lift the Z-shaped special-shaped aerial corridor to the preset height.
本发明公开了一种用于高层建筑间异型空中连廊的提升方法，用于将“Z”字形异形空中连廊提升至预定高度，并将“Z”字形异形空中连廊固定在交错摆放的第一楼体、第二楼体、第三楼体和第四楼体之间，包括以下步骤：将“Z”字形异形连梁主体结构连接在提升装置上，控制提升装置按照起吊载荷分级加载，并在加载过程中检测提升装置和“Z”字形异形连梁主体结构的状态，通过提升装置将“Z”字形异形连梁主体结构提升至预定高度，并且在提升过程中每提升5m暂停一次，并对各个连接部进行高度测量，当检测连接部出现不同步高差时，通过提升装置对出现不同步高差的连接部进行调整，进而使得提升装置能够将“Z”字形异形空中连廊同步提升至预定高度。
Lifting method for special-shaped air corridor between high-rise buildings
一种用于高层建筑间异型空中连廊的提升方法
WEI PENGCHENG (author) / LIU JINQIAO (author) / XU ZHONGWANG (author) / WANG HENG (author) / XU SHENG (author)
2024-10-22
Patent
Electronic Resource
Chinese
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