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Underwater sinking pipe system and construction method thereof
The underwater sinking pipe system comprises an assembled sinking pipe, adjusting pipe bases, a water taking head, a cross beam, a vertical pile and a half, a base of the water taking head is fixed by pouring underwater concrete through a steel mold frame, the cross beam is arranged on the vertical pile through a pile cap, the cross beam is provided with a pair of adjusting pipe bases, the top faces of the adjusting pipe bases are arc-shaped faces, and the half is arranged on the adjusting pipe bases. The immersed tubes are placed on a pair of adjusting tube seats, the immersed tubes are sleeved with hoops, the two ends of the hoops are connected to the cross beam to fix the immersed tubes, the immersed tubes are connected through a half, the middle of the half hunches upwards to form a drum type half, and the half is divided into an upper half and a lower half. According to the underwater sinking pipe system, an integral pile cap and cross beam structure is changed into an assembled component, so that the labor intensity of underwater operation of divers is reduced, the butt joint precision is improved, and the mounting quality of the pile caps and the cross beams is ensured.
本发明公开了一种水下沉管系统,包括组装式的沉管、调节管座、取水头、横梁、立桩、哈夫,所述取水头的基座采用钢模框浇注水下砼固定,所述横梁通过桩帽设置在立桩上,所述横梁上设置有一对调节管座,所述调节管座顶面为弧形面,所述沉管放置在一对调节管座上,所述沉管上套设有抱箍,所述抱箍的两端连接在横梁上对沉管进行固定,所述沉管之间通过哈夫连接,所述哈夫中部向上拱起形成鼓式哈夫,所述哈夫分为上哈夫和下哈夫。本发明中的水下沉管系统将整体式的桩帽与横梁结构改成组装式部件,降低了潜水员水下作业的劳动强度,提高对接精度,保证了桩帽和横梁的安装质量。
Underwater sinking pipe system and construction method thereof
The underwater sinking pipe system comprises an assembled sinking pipe, adjusting pipe bases, a water taking head, a cross beam, a vertical pile and a half, a base of the water taking head is fixed by pouring underwater concrete through a steel mold frame, the cross beam is arranged on the vertical pile through a pile cap, the cross beam is provided with a pair of adjusting pipe bases, the top faces of the adjusting pipe bases are arc-shaped faces, and the half is arranged on the adjusting pipe bases. The immersed tubes are placed on a pair of adjusting tube seats, the immersed tubes are sleeved with hoops, the two ends of the hoops are connected to the cross beam to fix the immersed tubes, the immersed tubes are connected through a half, the middle of the half hunches upwards to form a drum type half, and the half is divided into an upper half and a lower half. According to the underwater sinking pipe system, an integral pile cap and cross beam structure is changed into an assembled component, so that the labor intensity of underwater operation of divers is reduced, the butt joint precision is improved, and the mounting quality of the pile caps and the cross beams is ensured.
本发明公开了一种水下沉管系统,包括组装式的沉管、调节管座、取水头、横梁、立桩、哈夫,所述取水头的基座采用钢模框浇注水下砼固定,所述横梁通过桩帽设置在立桩上,所述横梁上设置有一对调节管座,所述调节管座顶面为弧形面,所述沉管放置在一对调节管座上,所述沉管上套设有抱箍,所述抱箍的两端连接在横梁上对沉管进行固定,所述沉管之间通过哈夫连接,所述哈夫中部向上拱起形成鼓式哈夫,所述哈夫分为上哈夫和下哈夫。本发明中的水下沉管系统将整体式的桩帽与横梁结构改成组装式部件,降低了潜水员水下作业的劳动强度,提高对接精度,保证了桩帽和横梁的安装质量。
Underwater sinking pipe system and construction method thereof
一种水下沉管系统及其施工方法
XIA GUOCHUN (Autor:in) / LI FENGGAO (Autor:in) / XU YUANLONG (Autor:in) / XU HONGLIANG (Autor:in) / LI ZHUANGZHUANG (Autor:in) / CHEN YUEQI (Autor:in)
23.06.2023
Patent
Elektronische Ressource
Chinesisch
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