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The invention discloses a telegraph pole for coping with frost heaving and thaw collapse of a frozen soil layer. The telegraph pole comprises a telegraph pole body; the telegraph pole body is fixedly installed on the ground; a foundation of the telegraph pole body only needs to be arranged in a shallow soil layer; two crawling supports are fixedly arranged on the outer side wall of each crawling support in a bilateral symmetry mode; a plurality of crawling barrels are fixedly arranged between the front part and the rear part of each crawling support from top to bottom at equal intervals; only a thin cylindrical object needs to be deeply inserted into the ground and penetrates through the frozen soil layer, so that position fixing is achieved; and the up-down moving distance of the telegraph pole body is monitored through an infrared device, and the vertical moving distance of a wiring rack on the telegraph pole body is controlled, so that the situation that wires are damaged due to excessive force is avoided, the difficulty of inserting the thin cylindrical object into the deep layer of the ground is smaller than the difficulty of building a deep foundation, and the cost is lower.
本发明公开了一种应对冻土层冻胀和融沉的电线杆,包括电线杆,所述电线杆固定安装在地面上,其地基仅需要设置在浅土层即可,所述爬行支架的外侧壁上左右对称固定设有两个爬行支架,每个所述爬行支架的前后两部分之间从上至下等距固定设有多个爬行筒,能够只需要将一个较细的柱状体深度插入土地,使之穿过冻土层,从而实现位置固定,利用红外装置监测电线杆的上下移动距离,从而控制电线杆上的接线架上下移动的距离,以避免电线受到过度的力而损坏,将细的柱状体插入土地深层相较修建深层地基难度更小,成本更低。
The invention discloses a telegraph pole for coping with frost heaving and thaw collapse of a frozen soil layer. The telegraph pole comprises a telegraph pole body; the telegraph pole body is fixedly installed on the ground; a foundation of the telegraph pole body only needs to be arranged in a shallow soil layer; two crawling supports are fixedly arranged on the outer side wall of each crawling support in a bilateral symmetry mode; a plurality of crawling barrels are fixedly arranged between the front part and the rear part of each crawling support from top to bottom at equal intervals; only a thin cylindrical object needs to be deeply inserted into the ground and penetrates through the frozen soil layer, so that position fixing is achieved; and the up-down moving distance of the telegraph pole body is monitored through an infrared device, and the vertical moving distance of a wiring rack on the telegraph pole body is controlled, so that the situation that wires are damaged due to excessive force is avoided, the difficulty of inserting the thin cylindrical object into the deep layer of the ground is smaller than the difficulty of building a deep foundation, and the cost is lower.
本发明公开了一种应对冻土层冻胀和融沉的电线杆,包括电线杆,所述电线杆固定安装在地面上,其地基仅需要设置在浅土层即可,所述爬行支架的外侧壁上左右对称固定设有两个爬行支架,每个所述爬行支架的前后两部分之间从上至下等距固定设有多个爬行筒,能够只需要将一个较细的柱状体深度插入土地,使之穿过冻土层,从而实现位置固定,利用红外装置监测电线杆的上下移动距离,从而控制电线杆上的接线架上下移动的距离,以避免电线受到过度的力而损坏,将细的柱状体插入土地深层相较修建深层地基难度更小,成本更低。
Telegraph pole for coping with frost heaving and thaw collapse of frozen soil layer
一种应对冻土层冻胀和融沉的电线杆
LU YUEXIN (Autor:in)
28.05.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04H
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