Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Slope supporting structure suitable for transformer substation iron tower
The invention discloses a side slope supporting structure suitable for a transformer substation iron tower, which comprises an iron tower platform used for placing an iron tower, and further comprises a first slope surface, a second slope surface, a third slope surface and a fourth slope surface which are arranged on a side slope and are sequentially connected from top to bottom, and the first slope surface, the second slope surface, the third slope surface and the fourth slope surface are arranged on the side slope. An iron tower platform is connected to the top of the first sloping surface, the slope ratio of the first sloping surface is 1: 1, and the slope ratios of the second sloping surface, the third sloping surface and the fourth sloping surface are all 1: 0.5. A first slope surface with the slope ratio being 1: 1, a second slope surface with the slope ratio being 1: 05, a third slope surface with the slope ratio being 1: 05 and a fourth slope surface with the slope ratio being 1: 05 are arranged on the side slope, and the first slope surface, the second slope surface, the third slope surface and the fourth slope surface which are sequentially connected from top to bottom can obviously enhance the strength of the side slope by setting the specific slope ratios. The iron tower platform is provided with a stable safety system, the necessary safety level is achieved, and stable support is provided for an iron tower through a firm structure.
本发明公开了一种适用于变电站铁搭的边坡支护结构，包括用于放置铁塔的铁塔平台，还包括设置在边坡上的第一放坡面、第二放坡面、第三放坡面和第四放坡面，所述第一放坡面、第二放坡面、第三放坡面和第四放坡面由上至下依次相连，第一放坡面上的顶部连接有铁塔平台，第一放坡面的坡率为1:1，第二放坡面、第三放坡面和第四放坡面的坡率均为1:0.5。在边坡上设置坡率为1:1的第一放坡面、坡率为1：05的第二放坡面、第三放坡面和第四放坡面，由上至下依次相连的第一放坡面、第二放坡面、第三放坡面和第四放坡面通过设置特定的坡率能够明显地增强边坡的强度，使得铁塔平台具有稳定的安全系统，达到必要的安全等级，以牢靠的结构为铁搭提供稳定支撑。
Slope supporting structure suitable for transformer substation iron tower
The invention discloses a side slope supporting structure suitable for a transformer substation iron tower, which comprises an iron tower platform used for placing an iron tower, and further comprises a first slope surface, a second slope surface, a third slope surface and a fourth slope surface which are arranged on a side slope and are sequentially connected from top to bottom, and the first slope surface, the second slope surface, the third slope surface and the fourth slope surface are arranged on the side slope. An iron tower platform is connected to the top of the first sloping surface, the slope ratio of the first sloping surface is 1: 1, and the slope ratios of the second sloping surface, the third sloping surface and the fourth sloping surface are all 1: 0.5. A first slope surface with the slope ratio being 1: 1, a second slope surface with the slope ratio being 1: 05, a third slope surface with the slope ratio being 1: 05 and a fourth slope surface with the slope ratio being 1: 05 are arranged on the side slope, and the first slope surface, the second slope surface, the third slope surface and the fourth slope surface which are sequentially connected from top to bottom can obviously enhance the strength of the side slope by setting the specific slope ratios. The iron tower platform is provided with a stable safety system, the necessary safety level is achieved, and stable support is provided for an iron tower through a firm structure.
本发明公开了一种适用于变电站铁搭的边坡支护结构，包括用于放置铁塔的铁塔平台，还包括设置在边坡上的第一放坡面、第二放坡面、第三放坡面和第四放坡面，所述第一放坡面、第二放坡面、第三放坡面和第四放坡面由上至下依次相连，第一放坡面上的顶部连接有铁塔平台，第一放坡面的坡率为1:1，第二放坡面、第三放坡面和第四放坡面的坡率均为1:0.5。在边坡上设置坡率为1:1的第一放坡面、坡率为1：05的第二放坡面、第三放坡面和第四放坡面，由上至下依次相连的第一放坡面、第二放坡面、第三放坡面和第四放坡面通过设置特定的坡率能够明显地增强边坡的强度，使得铁塔平台具有稳定的安全系统，达到必要的安全等级，以牢靠的结构为铁搭提供稳定支撑。
Slope supporting structure suitable for transformer substation iron tower
一种适用于变电站铁搭的边坡支护结构
ZHANG WENCHAO (Autor:in) / CHEN XUEHUI (Autor:in) / DENG XUJIAN (Autor:in) / XIE JIEGUANG (Autor:in) / ZHANG WEIQIANG (Autor:in) / JI YUANJING (Autor:in) / DAI SHU (Autor:in) / LIANG XUCHANG (Autor:in) / DU ZHIYANG (Autor:in) / LU XIAOLAN (Autor:in)
08.09.2023
Patent
Elektronische Ressource
Chinesisch
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