A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bearing platform machining method, bearing platform structure, pier structure and bridge structure
The embodiment of the invention provides a bearing platform machining method, a bearing platform structure, a bridge pier structure and a bridge structure. The bearing platform machining method comprises the steps that at least two bearing platform sub-blocks are prefabricated, and the bearing platform sub-blocks are provided with meshing parts; and the at least two bearing platform blocks are connected to the pile foundation, and the meshing parts of every two adjacent bearing platform blocks are meshed with each other. Therefore, the bearing platform is divided into the at least two bearing platform blocks, each bearing platform block can be prefabricated in a factory and is not affected by severe weather such as rain, snow, sand and wind and the environment, the construction quality and the construction period can be well controlled, industrialization standard operation can be conveniently achieved, and the production efficiency can be greatly improved. And each bearing platform can be transported to a construction site in a blocking manner for installation, so that the weight required to be hoisted and transported is reduced, and the transportation difficulty is greatly reduced. The meshing parts of every two adjacent bearing platform sub-blocks are meshed with each other, so that the multiple bearing platform sub-blocks have high installation accuracy, and good connection reliability is achieved.
本申请实施例提供了一种承台加工方法、承台结构、桥墩结构及桥梁结构，所述承台加工方法包括：预制至少两个承台分块，承台分块设有啮合部；将至少两个承台分块分别连接于桩基，并将相邻两个承台分块的啮合部互相啮合。这样，将承台分解为至少两个承台分块，可以在工厂中对各个承台分块进行预制作，不受雨雪风沙等恶劣天气及环境的影响，能够较好地控制施工质量以及工期，也便于实现产业化标准操作，能够大大提高生产效率。可以将各个承台分块运输至施工现场进行安装，降低了需要进行起吊运输的重量，大大降低了其运输难度。通过将相邻两个承台分块的啮合部互相啮合，使得多个承台分块之间具有较高的安装精准度，并且具有较好的连接可靠性。
Bearing platform machining method, bearing platform structure, pier structure and bridge structure
The embodiment of the invention provides a bearing platform machining method, a bearing platform structure, a bridge pier structure and a bridge structure. The bearing platform machining method comprises the steps that at least two bearing platform sub-blocks are prefabricated, and the bearing platform sub-blocks are provided with meshing parts; and the at least two bearing platform blocks are connected to the pile foundation, and the meshing parts of every two adjacent bearing platform blocks are meshed with each other. Therefore, the bearing platform is divided into the at least two bearing platform blocks, each bearing platform block can be prefabricated in a factory and is not affected by severe weather such as rain, snow, sand and wind and the environment, the construction quality and the construction period can be well controlled, industrialization standard operation can be conveniently achieved, and the production efficiency can be greatly improved. And each bearing platform can be transported to a construction site in a blocking manner for installation, so that the weight required to be hoisted and transported is reduced, and the transportation difficulty is greatly reduced. The meshing parts of every two adjacent bearing platform sub-blocks are meshed with each other, so that the multiple bearing platform sub-blocks have high installation accuracy, and good connection reliability is achieved.
本申请实施例提供了一种承台加工方法、承台结构、桥墩结构及桥梁结构，所述承台加工方法包括：预制至少两个承台分块，承台分块设有啮合部；将至少两个承台分块分别连接于桩基，并将相邻两个承台分块的啮合部互相啮合。这样，将承台分解为至少两个承台分块，可以在工厂中对各个承台分块进行预制作，不受雨雪风沙等恶劣天气及环境的影响，能够较好地控制施工质量以及工期，也便于实现产业化标准操作，能够大大提高生产效率。可以将各个承台分块运输至施工现场进行安装，降低了需要进行起吊运输的重量，大大降低了其运输难度。通过将相邻两个承台分块的啮合部互相啮合，使得多个承台分块之间具有较高的安装精准度，并且具有较好的连接可靠性。
Bearing platform machining method, bearing platform structure, pier structure and bridge structure
一种承台加工方法、承台结构、桥墩结构及桥梁结构
MA PANHUI (author) / LIU JIE (author) / RUAN HUIQIANG (author)
2024-06-25
Patent
Electronic Resource
Chinese
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