A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Roof photovoltaic existing building rechecking and reinforcing method
The invention discloses a rechecking and reinforcing method for a roof photovoltaic existing building. The rechecking and reinforcing method comprises the following steps that S1, whether the service life of the existing building exceeds the service life or not is determined; s2, on-site survey is conducted on the existing building which does not exceed the service life, whether defects exist or not is found out through on-site measurement, and the existing building which has the defects does not need to be rechecked and is directly reinforced through a building reinforcing device; and S3, carrying out field experiment to measure the information of the existing building for the building without defects, carrying out rechecking and calculating the roof load by adopting the standard during the design of the existing building, and if the bearing capacity exceeds the bearing capacity of the original structure, carrying out reinforcement by adopting a building reinforcement device. According to the scheme, comprehensive and accurate rechecking is guaranteed, effective reinforcing means can be adopted in time according to the rechecking result, potential safety hazards in the rechecking process are avoided, major potential safety hazards still existing after rechecking are eliminated, the reinforcing process is safe and reliable, construction is convenient and fast, and cost is low.
本发明公开了一种屋顶光伏既有建筑的复核加固方法，包括以下步骤：S1、确定既有建筑是否超使用年限；S2、对未超使用年限既有建筑则进行现场踏勘：现场测量查明是否存在缺陷，对于存在缺陷的无需复核，直接采用建筑加固装置进行加固；S3、对于不存在缺陷的，进行现场实验测量既有建筑的信息，采用既有建筑设计时的标准进行复核计算屋面荷载，若超出原有结构的承载能力，则采用建筑加固装置进行加固。该方案既保证了复核的全面准确，又能够根据复核结果及时采取有效的加固手段，避免了复核过程中面临的安全隐患，以及消除了复核后仍存在重大的安全隐患，加固过程安全可靠，施工便捷，费用较低。
Roof photovoltaic existing building rechecking and reinforcing method
The invention discloses a rechecking and reinforcing method for a roof photovoltaic existing building. The rechecking and reinforcing method comprises the following steps that S1, whether the service life of the existing building exceeds the service life or not is determined; s2, on-site survey is conducted on the existing building which does not exceed the service life, whether defects exist or not is found out through on-site measurement, and the existing building which has the defects does not need to be rechecked and is directly reinforced through a building reinforcing device; and S3, carrying out field experiment to measure the information of the existing building for the building without defects, carrying out rechecking and calculating the roof load by adopting the standard during the design of the existing building, and if the bearing capacity exceeds the bearing capacity of the original structure, carrying out reinforcement by adopting a building reinforcement device. According to the scheme, comprehensive and accurate rechecking is guaranteed, effective reinforcing means can be adopted in time according to the rechecking result, potential safety hazards in the rechecking process are avoided, major potential safety hazards still existing after rechecking are eliminated, the reinforcing process is safe and reliable, construction is convenient and fast, and cost is low.
本发明公开了一种屋顶光伏既有建筑的复核加固方法，包括以下步骤：S1、确定既有建筑是否超使用年限；S2、对未超使用年限既有建筑则进行现场踏勘：现场测量查明是否存在缺陷，对于存在缺陷的无需复核，直接采用建筑加固装置进行加固；S3、对于不存在缺陷的，进行现场实验测量既有建筑的信息，采用既有建筑设计时的标准进行复核计算屋面荷载，若超出原有结构的承载能力，则采用建筑加固装置进行加固。该方案既保证了复核的全面准确，又能够根据复核结果及时采取有效的加固手段，避免了复核过程中面临的安全隐患，以及消除了复核后仍存在重大的安全隐患，加固过程安全可靠，施工便捷，费用较低。
Roof photovoltaic existing building rechecking and reinforcing method
一种屋顶光伏既有建筑的复核加固方法
YAN JUN (author) / XU RONG (author) / QIAN CHENG (author) / NIU MENG (author) / CAO XU (author) / LIU PING (author) / CHEN JING (author) / WANG BOWEI (author) / XU XINTONG (author) / ZHANG XUANGE (author)
2024-03-05
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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