A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Open caisson for house dense area and construction method of open caisson
The invention relates to the technical field of civil construction, in particular to an open caisson for a house dense district and a construction method thereof.The open caisson comprises a well body and a deviation rectifying device, the deviation rectifying device comprises a connecting rod and a plurality of measuring assemblies, the multiple measuring assemblies are connected to the outer wall of the connecting rod at intervals along the axis of the connecting rod, and each measuring assembly comprises a measuring rod and a bearing block; the measuring rod is connected to the outer wall of the connecting rod, the bearing block is slidably connected to the surface of the measuring rod, and a plurality of measuring cavities allowing the ends of the measuring rod to be embedded are formed in the inner wall of the well body at intervals. Through the arrangement of the measuring rod and the bearing block, a worker can directly observe the deviation angle of the well body and rapidly rectify the deviation of the well body, the well body is not prone to deviating to extrude a foundation, the stability of walls of nearby houses is guaranteed, and therefore the life of nearby residents is guaranteed; the multiple measuring assemblies are distributed around the axis of the connecting rod at intervals, all angles of the inner wall of the well body are detected at the same time, the installation period of the well body is shortened, and therefore the sinking efficiency of the open caisson is improved.
本申请涉及土木建筑技术的领域，尤其是一种用于房屋密集区的沉井及其施工方法，包括井体和纠偏装置，纠偏装置包括连接杆和多个测量组件，多个测量组件沿连接杆轴线间隔连接在连接杆外壁，测量组件包括测量杆和承重块，测量杆连接在连接杆外壁，承重块滑动连接在测量杆表面，井体内壁间隔开设有多个供测量杆端部嵌入的测量腔。本申请中测量杆和承重块的设置，使工作人员能够直接观察到井体的偏移角度并快速对井体进行纠偏，使井体不易发生偏移而挤压地基，保证附近房屋的墙体的稳定性，从而保障附近居民的生活；多个测量组件绕连接杆轴线间隔分布，实现对井体内壁各个角度的同时检测，缩短井体的安装周期，从而提高对沉井的下沉效率。
Open caisson for house dense area and construction method of open caisson
The invention relates to the technical field of civil construction, in particular to an open caisson for a house dense district and a construction method thereof.The open caisson comprises a well body and a deviation rectifying device, the deviation rectifying device comprises a connecting rod and a plurality of measuring assemblies, the multiple measuring assemblies are connected to the outer wall of the connecting rod at intervals along the axis of the connecting rod, and each measuring assembly comprises a measuring rod and a bearing block; the measuring rod is connected to the outer wall of the connecting rod, the bearing block is slidably connected to the surface of the measuring rod, and a plurality of measuring cavities allowing the ends of the measuring rod to be embedded are formed in the inner wall of the well body at intervals. Through the arrangement of the measuring rod and the bearing block, a worker can directly observe the deviation angle of the well body and rapidly rectify the deviation of the well body, the well body is not prone to deviating to extrude a foundation, the stability of walls of nearby houses is guaranteed, and therefore the life of nearby residents is guaranteed; the multiple measuring assemblies are distributed around the axis of the connecting rod at intervals, all angles of the inner wall of the well body are detected at the same time, the installation period of the well body is shortened, and therefore the sinking efficiency of the open caisson is improved.
本申请涉及土木建筑技术的领域，尤其是一种用于房屋密集区的沉井及其施工方法，包括井体和纠偏装置，纠偏装置包括连接杆和多个测量组件，多个测量组件沿连接杆轴线间隔连接在连接杆外壁，测量组件包括测量杆和承重块，测量杆连接在连接杆外壁，承重块滑动连接在测量杆表面，井体内壁间隔开设有多个供测量杆端部嵌入的测量腔。本申请中测量杆和承重块的设置，使工作人员能够直接观察到井体的偏移角度并快速对井体进行纠偏，使井体不易发生偏移而挤压地基，保证附近房屋的墙体的稳定性，从而保障附近居民的生活；多个测量组件绕连接杆轴线间隔分布，实现对井体内壁各个角度的同时检测，缩短井体的安装周期，从而提高对沉井的下沉效率。
Open caisson for house dense area and construction method of open caisson
一种用于房屋密集区的沉井及其施工方法
SHEN LONGHUA (author) / ZHUO XIN (author) / CEN CHUNFU (author) / WANG TAO (author)
2024-11-22
Patent
Electronic Resource
Chinese
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