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A platform for research: civil engineering, architecture and urbanism
Rapid construction method of stay wire type anemometer tower under non-rock geological condition
The invention discloses a rapid construction method of a stay wire type anemometer tower under a non-rock geological condition. The rapid construction method comprises the following steps that A, before tower frame members are transported in place, a main tower foundation is poured in advance, meanwhile, stay wire pits are dug, and stay wire pit block concrete is prefabricated; B, after the main tower is mounted, each stay wire is constructed, connecting pieces connected with the stay wires are pre-embedded into the stay wire pits, the multiple stay wire pit block concrete is stacked in the stay wire pits in an overlapping mode, and one ends of the stay wires are connected with the connecting pieces exposed to the tops of the stay wire pits; and C, after the stay wires are mounted, wind measuring equipment is mounted and debugged. According to the construction method of the stay wire type anemometer tower under the non-rock geological condition, before the tower frame is transported inplace, the stay wire foundation is prefabricated and formed in a blocked mode, after the tower frame is transported in place, the stay wire connecting pieces and the stay wire pit blocked concrete are directly placed in the stay wire pits together, and then subsequent construction can be carried out. The construction period is shortened, and the construction risk is reduced.
本发明公开了一种非岩石地质条件下的拉线型测风塔快速施工方法，包括有以下步骤：A.塔架构件运输到位前，提前浇筑好主塔基础，同时开挖拉线坑，并预制拉线坑分块混凝土；B.主塔架安装后，施作每一条拉线，将与拉线连接的连接件预埋至拉线坑后，在拉线坑中重叠堆放多块拉线坑分块混凝土，将拉线一端与外露至拉线坑顶部的连接件进行连接；C.拉线安装完成后，进行测风设备的安装以及调试即可。该施工方法中，在塔架运输到位前，将拉线基础分块预制成型，塔架到位后，直接将拉线连接件连同拉线坑分块混凝土一起放置在拉线坑中，然后即可进行后续施工。缩短了施工周期，降低了施工风险。
Rapid construction method of stay wire type anemometer tower under non-rock geological condition
The invention discloses a rapid construction method of a stay wire type anemometer tower under a non-rock geological condition. The rapid construction method comprises the following steps that A, before tower frame members are transported in place, a main tower foundation is poured in advance, meanwhile, stay wire pits are dug, and stay wire pit block concrete is prefabricated; B, after the main tower is mounted, each stay wire is constructed, connecting pieces connected with the stay wires are pre-embedded into the stay wire pits, the multiple stay wire pit block concrete is stacked in the stay wire pits in an overlapping mode, and one ends of the stay wires are connected with the connecting pieces exposed to the tops of the stay wire pits; and C, after the stay wires are mounted, wind measuring equipment is mounted and debugged. According to the construction method of the stay wire type anemometer tower under the non-rock geological condition, before the tower frame is transported inplace, the stay wire foundation is prefabricated and formed in a blocked mode, after the tower frame is transported in place, the stay wire connecting pieces and the stay wire pit blocked concrete are directly placed in the stay wire pits together, and then subsequent construction can be carried out. The construction period is shortened, and the construction risk is reduced.
本发明公开了一种非岩石地质条件下的拉线型测风塔快速施工方法，包括有以下步骤：A.塔架构件运输到位前，提前浇筑好主塔基础，同时开挖拉线坑，并预制拉线坑分块混凝土；B.主塔架安装后，施作每一条拉线，将与拉线连接的连接件预埋至拉线坑后，在拉线坑中重叠堆放多块拉线坑分块混凝土，将拉线一端与外露至拉线坑顶部的连接件进行连接；C.拉线安装完成后，进行测风设备的安装以及调试即可。该施工方法中，在塔架运输到位前，将拉线基础分块预制成型，塔架到位后，直接将拉线连接件连同拉线坑分块混凝土一起放置在拉线坑中，然后即可进行后续施工。缩短了施工周期，降低了施工风险。
Rapid construction method of stay wire type anemometer tower under non-rock geological condition
一种非岩石地质条件下的拉线型测风塔快速施工方法
LI XIN (author) / LI FAGUI (author) / HU RONG (author) / LYU YANJUN (author)
2021-03-26
Patent
Electronic Resource
Chinese
IPC:
E04H
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