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Rod piece reinforcing structure of power transmission iron tower in coal mine goaf
The invention discloses a coal mine goaf power transmission iron tower rod piece reinforcing structure, and relates to the technical field of power transmission iron tower rod piece reinforcing, the structure comprises a plurality of rod pieces, and the plurality of rod pieces are configured to form an iron tower through bolts and a welding mode; the multiple reinforcing assemblies are arranged at the connecting positions of the multiple rod pieces in a sleeving mode; the reinforcing assemblies comprise the first reinforcing assembly, the bending assemblies and the second reinforcing assembly, the first reinforcing assembly and the second reinforcing assembly are the same in structure, and the first reinforcing assembly and the second reinforcing assembly are connected through the multiple bending assemblies. The first reinforcing assembly and the second reinforcing assembly installed at the connecting position of the rod pieces can improve the supporting strength of the rod pieces at the connecting position, the reinforcing assemblies can reinforce the rod pieces at the bending position through the bending assemblies, the reinforcing diversity is improved, the bending assemblies can apply pulling force to the reinforcing assemblies, and the reinforcing effect is improved. Therefore, opposite pulling force is applied to the connecting positions of the rod pieces, and the strength of the connecting positions of the rod pieces is enhanced.
本发明公开了一种煤矿采空区输电铁塔杆件加固结构，涉及输电铁塔杆件加固技术领域，本结构包括杆件，被配置为多个，多个所述杆件通过螺栓和焊接方式架构成铁塔；加固组件，被配置为多个，套设在多个所述杆件连接处；所述加固组件包括第一加固组件、弯折组件和第二加固组件，所述第一加固组件和第二加固组件结构相同，所述第一加固组件和第二加固组件之间采用多个弯折组件进行连接。本发明在杆件连接处安装的第一加固组件和第二加固组件能够提高连接处杆件的支撑强度，通过弯折组件能够使加固组件对弯折位置的杆件进行加固，提高了加固的多样性，通过弯折组件能够对加固组件施加拉力，从而对杆件连接处施加相向的拉力，增强对杆件连接处的强度。
Rod piece reinforcing structure of power transmission iron tower in coal mine goaf
The invention discloses a coal mine goaf power transmission iron tower rod piece reinforcing structure, and relates to the technical field of power transmission iron tower rod piece reinforcing, the structure comprises a plurality of rod pieces, and the plurality of rod pieces are configured to form an iron tower through bolts and a welding mode; the multiple reinforcing assemblies are arranged at the connecting positions of the multiple rod pieces in a sleeving mode; the reinforcing assemblies comprise the first reinforcing assembly, the bending assemblies and the second reinforcing assembly, the first reinforcing assembly and the second reinforcing assembly are the same in structure, and the first reinforcing assembly and the second reinforcing assembly are connected through the multiple bending assemblies. The first reinforcing assembly and the second reinforcing assembly installed at the connecting position of the rod pieces can improve the supporting strength of the rod pieces at the connecting position, the reinforcing assemblies can reinforce the rod pieces at the bending position through the bending assemblies, the reinforcing diversity is improved, the bending assemblies can apply pulling force to the reinforcing assemblies, and the reinforcing effect is improved. Therefore, opposite pulling force is applied to the connecting positions of the rod pieces, and the strength of the connecting positions of the rod pieces is enhanced.
本发明公开了一种煤矿采空区输电铁塔杆件加固结构，涉及输电铁塔杆件加固技术领域，本结构包括杆件，被配置为多个，多个所述杆件通过螺栓和焊接方式架构成铁塔；加固组件，被配置为多个，套设在多个所述杆件连接处；所述加固组件包括第一加固组件、弯折组件和第二加固组件，所述第一加固组件和第二加固组件结构相同，所述第一加固组件和第二加固组件之间采用多个弯折组件进行连接。本发明在杆件连接处安装的第一加固组件和第二加固组件能够提高连接处杆件的支撑强度，通过弯折组件能够使加固组件对弯折位置的杆件进行加固，提高了加固的多样性，通过弯折组件能够对加固组件施加拉力，从而对杆件连接处施加相向的拉力，增强对杆件连接处的强度。
Rod piece reinforcing structure of power transmission iron tower in coal mine goaf
一种煤矿采空区输电铁塔杆件加固结构
ASHITAKE SHIGERU (author) / XU SIQING (author) / WANG SHUAI (author) / MENG XIAOKAI (author) / BAI YANG (author) / YU HUA (author) / HU FAN (author) / SONG SHUTING (author) / NIU BIAO (author) / YANG HONG (author)
2024-10-01
Patent
Electronic Resource
Chinese
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