A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an assembly type steel structure capable of reducing energy consumption, and belongs to the technical field of steel structures, the assembly type steel structure comprises a steel column, a column sleeve, a cross beam and a locking bolt, the column sleeve is fixedly mounted on the steel column, the cross beam is mounted on the side edge of the column sleeve, and the cross beam is connected with the side edge of the column sleeve through the locking bolt; the reinforcing steel is fixedly installed on the side edge of the cross beam, and a connecting steel plate is connected between the column sleeve and the steel column in a welded mode; the leakage hole is formed in the side edge of the steel column, a containing block is installed in the steel column, and a side opening hole is formed in the side edge of the containing block; the vertical rod is located on the side edge of the upper end of the abutting rod, and the vertical rod is fixedly installed at the lower end of a horizontal pressing block. According to the fabricated steel structure capable of reducing the energy consumption, the heat preservation effect of the steel structure can be improved in the using process, meanwhile, when sand is used for heat preservation, the fluidity of sand in the steel structure is improved, and the situation that the heat absorption effect of the sand on the inner side is reduced due to the fact that the sand is static is prevented.
本发明公开了一种可降低能耗的装配式钢结构，属于钢结构技术领域，包括钢柱、柱套、横梁和锁定螺栓，所述钢柱上固定安装有柱套，且柱套的侧边安装有横梁，所述横梁通过锁定螺栓与柱套的侧边相互连接；还包括：固定安装在所述横梁侧边的加固钢，所述柱套和钢柱之间焊接连接有衔接钢板；泄漏孔，开设在所述钢柱的侧边，所述钢柱的内部安装有盛装块，且盛装块的边侧开设有侧开孔；竖杆，位于所述抵触杆的上端侧边，所述竖杆固定安装在水平压块的下端。该可降低能耗的装配式钢结构，能够在使用的过程中提高钢结构的保温效果，同时在利用沙子保温时，提高沙子在钢结构内部的流动性，防止因沙子静止导致内侧的沙子吸热效果降低。
The invention discloses an assembly type steel structure capable of reducing energy consumption, and belongs to the technical field of steel structures, the assembly type steel structure comprises a steel column, a column sleeve, a cross beam and a locking bolt, the column sleeve is fixedly mounted on the steel column, the cross beam is mounted on the side edge of the column sleeve, and the cross beam is connected with the side edge of the column sleeve through the locking bolt; the reinforcing steel is fixedly installed on the side edge of the cross beam, and a connecting steel plate is connected between the column sleeve and the steel column in a welded mode; the leakage hole is formed in the side edge of the steel column, a containing block is installed in the steel column, and a side opening hole is formed in the side edge of the containing block; the vertical rod is located on the side edge of the upper end of the abutting rod, and the vertical rod is fixedly installed at the lower end of a horizontal pressing block. According to the fabricated steel structure capable of reducing the energy consumption, the heat preservation effect of the steel structure can be improved in the using process, meanwhile, when sand is used for heat preservation, the fluidity of sand in the steel structure is improved, and the situation that the heat absorption effect of the sand on the inner side is reduced due to the fact that the sand is static is prevented.
本发明公开了一种可降低能耗的装配式钢结构，属于钢结构技术领域，包括钢柱、柱套、横梁和锁定螺栓，所述钢柱上固定安装有柱套，且柱套的侧边安装有横梁，所述横梁通过锁定螺栓与柱套的侧边相互连接；还包括：固定安装在所述横梁侧边的加固钢，所述柱套和钢柱之间焊接连接有衔接钢板；泄漏孔，开设在所述钢柱的侧边，所述钢柱的内部安装有盛装块，且盛装块的边侧开设有侧开孔；竖杆，位于所述抵触杆的上端侧边，所述竖杆固定安装在水平压块的下端。该可降低能耗的装配式钢结构，能够在使用的过程中提高钢结构的保温效果，同时在利用沙子保温时，提高沙子在钢结构内部的流动性，防止因沙子静止导致内侧的沙子吸热效果降低。
Fabricated steel structure capable of reducing energy consumption
一种可降低能耗的装配式钢结构
PAN PAN (author)
2023-03-07
Patent
Electronic Resource
Chinese
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