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Underground diaphragm wall inclinometer protection device, inclinometer and protection method
The invention provides an underground diaphragm wall inclinometer pipe protection device, an inclinometer pipe and a protection method.The protection device comprises an outermost layer concrete isolation structure used for reducing the bonding force between an outer layer buffering protection structure and concrete, surrounding concrete is easier to fall off when the protection device is broken, and the protection device is not prone to falling off when the protection device is broken; the protection device or the inclinometer body cannot be damaged due to concrete bonding; the outer buffer protection structure is used for providing buffer protection between the inclinometer body and concrete and protecting the inner inclinometer body from being damaged or broken when the concrete is broken; and the anti-blocking structure is used for preventing the inner part of the inclinometer pipe body from being blocked even if the inclinometer pipe body is accidentally damaged. The device is simple in structure and convenient to operate, meanwhile, multiple layers of protective barriers, a structure for preventing blockage after damage and a hydrolysis mechanism are arranged, and the inclinometer body can be prevented from being damaged or blocked during damage to the maximum extent when concrete is broken.
本发明提供了一种地下连续墙测斜管保护装置、测斜管及保护方法,所述保护装置包括:最外层混凝土隔离结构,用于减少外层缓冲保护结构与混凝土之间的粘结力,破碎时周围混凝土更易脱落,不会因混凝土粘结导致保护装置或测斜管本体破坏;外层缓冲保护结构,用于提供测斜管本体与混凝土之间的缓冲保护,保护内部测斜管本体在混凝土破碎时被破坏或折断;防堵塞结构,用于防止测斜管本体即使因意外破坏导致的内部堵塞。本发明装置结构简单,操作方便,同时设有多层保护屏障及被破坏后防堵塞的结构和水解机制,能够最大限度的在破碎混凝土时防止测斜管本体被破坏或破坏时被堵塞。
Underground diaphragm wall inclinometer protection device, inclinometer and protection method
The invention provides an underground diaphragm wall inclinometer pipe protection device, an inclinometer pipe and a protection method.The protection device comprises an outermost layer concrete isolation structure used for reducing the bonding force between an outer layer buffering protection structure and concrete, surrounding concrete is easier to fall off when the protection device is broken, and the protection device is not prone to falling off when the protection device is broken; the protection device or the inclinometer body cannot be damaged due to concrete bonding; the outer buffer protection structure is used for providing buffer protection between the inclinometer body and concrete and protecting the inner inclinometer body from being damaged or broken when the concrete is broken; and the anti-blocking structure is used for preventing the inner part of the inclinometer pipe body from being blocked even if the inclinometer pipe body is accidentally damaged. The device is simple in structure and convenient to operate, meanwhile, multiple layers of protective barriers, a structure for preventing blockage after damage and a hydrolysis mechanism are arranged, and the inclinometer body can be prevented from being damaged or blocked during damage to the maximum extent when concrete is broken.
本发明提供了一种地下连续墙测斜管保护装置、测斜管及保护方法,所述保护装置包括:最外层混凝土隔离结构,用于减少外层缓冲保护结构与混凝土之间的粘结力,破碎时周围混凝土更易脱落,不会因混凝土粘结导致保护装置或测斜管本体破坏;外层缓冲保护结构,用于提供测斜管本体与混凝土之间的缓冲保护,保护内部测斜管本体在混凝土破碎时被破坏或折断;防堵塞结构,用于防止测斜管本体即使因意外破坏导致的内部堵塞。本发明装置结构简单,操作方便,同时设有多层保护屏障及被破坏后防堵塞的结构和水解机制,能够最大限度的在破碎混凝土时防止测斜管本体被破坏或破坏时被堵塞。
Underground diaphragm wall inclinometer protection device, inclinometer and protection method
一种地下连续墙测斜管保护装置、测斜管及保护方法
WANG WENTING (author) / CHEN YINGHUI (author) / CHU HANWEN (author) / CHEN ZHANGTAO (author) / LIU YANG (author) / ZHAO DEBIN (author)
2024-05-24
Patent
Electronic Resource
Chinese
European Patent Office | 2023
|European Patent Office | 2023
European Patent Office | 2023
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