Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Fake tower foot of power transmission tower and welding method thereof
The invention discloses a false tower foot of a power transmission tower and a welding method thereof, the false tower foot comprises a tower foot plate and shoe plates vertically arranged on two sides of the tower foot plate in the thickness direction, the same side of the tower foot plate is provided with at least two mutually crossed shoe plates, and connecting holes are distributed in the shoe plates. According to the welding method, the welding robot, the welding positioner and the false tower foot fixing clamp are mainly adopted, and the false tower foot can be rapidly fixed to the welding positioner through the false tower foot fixing clamp during welding. By the adoption of the scheme, main line angle steel connection of the double-main-material structure can be rapidly achieved through the false tower foot structure, the field construction operation efficiency is improved, good structural stability is achieved, and application and popularization of the double-main-material power transmission tower are facilitated. According to the false tower foot welding method synchronously provided by the invention, the welding efficiency of the false tower foot can be improved, and the labor intensity, the operation risk and the like of welding personnel are reduced.
本发明公开了一种输电塔假塔脚及其焊接方法，其中假塔脚包括塔脚板，以及垂直设置于塔脚板厚度方向两侧的靴板，且所述塔脚板的同一侧具有至少两块相互交叉的靴板，所述靴板分布有连接孔。焊接方法主要采用焊接机器人、焊接变位机和假塔脚固定夹具，焊接时利用假塔脚固定夹具可以快速将假塔脚固定到焊接变位机上。采用以上方案，假塔脚结构可以快速实现双主材结构的主线角钢连接，提高现场施工作业效率，并具有较好的结构稳定性，有利于双主材输电铁塔的推广应用。本申请同步提出的假塔脚焊接方法可以提高假塔脚的焊接效率，降低焊接人员的劳动强度和作业风险等。
Fake tower foot of power transmission tower and welding method thereof
The invention discloses a false tower foot of a power transmission tower and a welding method thereof, the false tower foot comprises a tower foot plate and shoe plates vertically arranged on two sides of the tower foot plate in the thickness direction, the same side of the tower foot plate is provided with at least two mutually crossed shoe plates, and connecting holes are distributed in the shoe plates. According to the welding method, the welding robot, the welding positioner and the false tower foot fixing clamp are mainly adopted, and the false tower foot can be rapidly fixed to the welding positioner through the false tower foot fixing clamp during welding. By the adoption of the scheme, main line angle steel connection of the double-main-material structure can be rapidly achieved through the false tower foot structure, the field construction operation efficiency is improved, good structural stability is achieved, and application and popularization of the double-main-material power transmission tower are facilitated. According to the false tower foot welding method synchronously provided by the invention, the welding efficiency of the false tower foot can be improved, and the labor intensity, the operation risk and the like of welding personnel are reduced.
本发明公开了一种输电塔假塔脚及其焊接方法，其中假塔脚包括塔脚板，以及垂直设置于塔脚板厚度方向两侧的靴板，且所述塔脚板的同一侧具有至少两块相互交叉的靴板，所述靴板分布有连接孔。焊接方法主要采用焊接机器人、焊接变位机和假塔脚固定夹具，焊接时利用假塔脚固定夹具可以快速将假塔脚固定到焊接变位机上。采用以上方案，假塔脚结构可以快速实现双主材结构的主线角钢连接，提高现场施工作业效率，并具有较好的结构稳定性，有利于双主材输电铁塔的推广应用。本申请同步提出的假塔脚焊接方法可以提高假塔脚的焊接效率，降低焊接人员的劳动强度和作业风险等。
Fake tower foot of power transmission tower and welding method thereof
输电塔假塔脚及其焊接方法
YAN QI (Autor:in) / HUANG MINGHE (Autor:in) / TAO JUN (Autor:in) / LIU WEI (Autor:in)
22.03.2024
Patent
Elektronische Ressource
Chinesisch
Supporting device for reinforcing tower foot of power transmission tower
| Europäisches Patentamt | 2023
Tower foot anchoring structure for assembling tower and tower building method
| Europäisches Patentamt | 2022
Power transmission line tower foot protection device and use method
| Europäisches Patentamt | 2024