A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Extra-high voltage direct current transmission line iron tower
The invention relates to the technical field of ultra-high-voltage transmission towers, and discloses an ultra-high-voltage direct-current transmission line tower which comprises a tower body, tower legs, a ground wire support and a wire cross arm, and the tower legs are arranged on the lower portion of the tower body and fixed to a concrete foundation. The ground wire support comprises an uphill side ground wire support and a downhill side ground wire support, the uphill side ground wire support and the downhill side ground wire support are arranged on the two sides of the top of the tower body respectively, and the uphill side ground wire support is used for supporting jumpers corresponding to uphill side wires; the wire cross arm is located below the ground wire support and comprises an uphill side wire cross arm and a downhill side wire cross arm, the uphill side wire cross arm and the downhill side wire cross arm are arranged in the middle of the tower body, and the downhill side wire cross arm is used for supporting a jumper wire corresponding to a downhill side wire. The method has the effects of reducing the consumption of iron tower steel and foundation concrete and saving the construction work amount of the iron tower steel and the foundation concrete.
本申请涉及特高压输电铁塔技术领域，公开了一种特高压直流输电线路铁塔，包括塔身本体和塔腿，塔腿设置于塔身本体的下部位置，塔腿固定在混凝土基础上，还包括地线支架和导线横担；地线支架包括上坡侧地线支架和下坡侧地线支架，上坡侧地线支架和下坡侧地线支架分别布置于塔身本体的顶部的两侧位置，上坡侧地线支架用于支撑上坡侧导线对应的跳线；导线横担位于地线支架的下方，导线横担包括上坡侧导线横担和下坡侧导线横担，上坡侧导线横担和下坡侧导线横担分别设置在塔身本体的中部的位置，下坡侧导线横担用于支撑下坡侧导线对应的跳线。本申请具有减少铁塔钢材和基础混凝土的耗费，节约铁塔钢材和基础混凝土施工工程量的效果。
Extra-high voltage direct current transmission line iron tower
The invention relates to the technical field of ultra-high-voltage transmission towers, and discloses an ultra-high-voltage direct-current transmission line tower which comprises a tower body, tower legs, a ground wire support and a wire cross arm, and the tower legs are arranged on the lower portion of the tower body and fixed to a concrete foundation. The ground wire support comprises an uphill side ground wire support and a downhill side ground wire support, the uphill side ground wire support and the downhill side ground wire support are arranged on the two sides of the top of the tower body respectively, and the uphill side ground wire support is used for supporting jumpers corresponding to uphill side wires; the wire cross arm is located below the ground wire support and comprises an uphill side wire cross arm and a downhill side wire cross arm, the uphill side wire cross arm and the downhill side wire cross arm are arranged in the middle of the tower body, and the downhill side wire cross arm is used for supporting a jumper wire corresponding to a downhill side wire. The method has the effects of reducing the consumption of iron tower steel and foundation concrete and saving the construction work amount of the iron tower steel and the foundation concrete.
本申请涉及特高压输电铁塔技术领域，公开了一种特高压直流输电线路铁塔，包括塔身本体和塔腿，塔腿设置于塔身本体的下部位置，塔腿固定在混凝土基础上，还包括地线支架和导线横担；地线支架包括上坡侧地线支架和下坡侧地线支架，上坡侧地线支架和下坡侧地线支架分别布置于塔身本体的顶部的两侧位置，上坡侧地线支架用于支撑上坡侧导线对应的跳线；导线横担位于地线支架的下方，导线横担包括上坡侧导线横担和下坡侧导线横担，上坡侧导线横担和下坡侧导线横担分别设置在塔身本体的中部的位置，下坡侧导线横担用于支撑下坡侧导线对应的跳线。本申请具有减少铁塔钢材和基础混凝土的耗费，节约铁塔钢材和基础混凝土施工工程量的效果。
Extra-high voltage direct current transmission line iron tower
一种特高压直流输电线路铁塔
LIU QUAN (author) / LIU FUHAI (author) / TANG YANG (author) / CHEN SHUANG (author) / GENG JICHUAN (author) / TIAN LEI (author) / WANG CHAO (author) / GAO YIRAN (author)
2024-09-17
Patent
Electronic Resource
Chinese
IPC:
E04H
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