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A platform for research: civil engineering, architecture and urbanism
Structure construction deformation joint node reinforcing process
The invention discloses a structure construction deformation joint node reinforcement process, and particularly relates to the technical field of deformation joint reinforcement, S1, structure deformation reason collection: the deformation joints can be divided into three types according to different generation reasons, S2, structure deformation reason data backup, S3, on-site picture upshooting search, construction personnel uploads the pictures to a cloud server through on-site photographing, and S4, construction personnel uploads the pictures to the cloud server. S5, construction reinforcement is continued, the rigid fulcrum method can utilize a plurality of vertical steel columns to be distributed outside the reinforced structure, and S6, reinforcement checking is carried out, and a picture obtained after reinforcement is completed in the S5 and reinforcement data are uploaded to a main database. According to the method, on-site picture upshooting searching is adopted, the cloud server and the structure picture in the database are compared, the specific reasons of the structure construction deformation joint nodes are given within the specified time, construction and reinforcement can be rapidly carried out according to the main reasons of the deformation joints, the efficiency is higher, and the reinforcement stability is better.
本发明公开了结构施工变形缝节点加固工艺，具体涉及变形缝加固技术领域，S1、结构变形原因汇集，按照变形缝产生原因的不同可以划分为三类，S2、结构变形原因数据备份，S3、现场图片上拍搜索，施工人员经过现场拍照上传到云服务器上，S5、继续施工加固，刚性支点法可以利用多个竖向钢柱分布在加固结构外部，S6、加固核对，将S5中加固完成的图片以及加固数据上传到主数据库中。本发明采用现场图片上拍搜索，通过云服务器与数据库中的结构图片进行对比，在指定时间内给出结构施工变形缝节点具体原因，可以针对变形缝的主要原因快速针对施工，加固不仅效率更高，而且加固稳定性更好。
Structure construction deformation joint node reinforcing process
The invention discloses a structure construction deformation joint node reinforcement process, and particularly relates to the technical field of deformation joint reinforcement, S1, structure deformation reason collection: the deformation joints can be divided into three types according to different generation reasons, S2, structure deformation reason data backup, S3, on-site picture upshooting search, construction personnel uploads the pictures to a cloud server through on-site photographing, and S4, construction personnel uploads the pictures to the cloud server. S5, construction reinforcement is continued, the rigid fulcrum method can utilize a plurality of vertical steel columns to be distributed outside the reinforced structure, and S6, reinforcement checking is carried out, and a picture obtained after reinforcement is completed in the S5 and reinforcement data are uploaded to a main database. According to the method, on-site picture upshooting searching is adopted, the cloud server and the structure picture in the database are compared, the specific reasons of the structure construction deformation joint nodes are given within the specified time, construction and reinforcement can be rapidly carried out according to the main reasons of the deformation joints, the efficiency is higher, and the reinforcement stability is better.
本发明公开了结构施工变形缝节点加固工艺，具体涉及变形缝加固技术领域，S1、结构变形原因汇集，按照变形缝产生原因的不同可以划分为三类，S2、结构变形原因数据备份，S3、现场图片上拍搜索，施工人员经过现场拍照上传到云服务器上，S5、继续施工加固，刚性支点法可以利用多个竖向钢柱分布在加固结构外部，S6、加固核对，将S5中加固完成的图片以及加固数据上传到主数据库中。本发明采用现场图片上拍搜索，通过云服务器与数据库中的结构图片进行对比，在指定时间内给出结构施工变形缝节点具体原因，可以针对变形缝的主要原因快速针对施工，加固不仅效率更高，而且加固稳定性更好。
Structure construction deformation joint node reinforcing process
结构施工变形缝节点加固工艺
SHI YONGHENG (author) / HOU HAIYING (author) / PENG ZHIWEI (author) / LIU YONGQING (author) / ZHANG LEI (author) / BI YONGQIANG (author) / SHI JIA (author) / FAN WENBIN (author)
2023-10-10
Patent
Electronic Resource
Chinese
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