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Prestressed concrete lining in a pressure tunnel

机译:压力隧道中的预应力混凝土衬砌

摘要

The prestressed concrete lining has several reinforcement elements (32) distributed around the circumference and along the length of the pressure tunnel. There are prestressing elements (38, 39, 40, 41) which encompass at least a part of the circumference of the pressure tunnel. A bottom part (35) is disposed within the pressure tunnel, formed of several elongated anchorage bodies (15) in series. Each of the anchorage bodies (15) has an essentially U-shaped cross section. In each of the arms (2, 3) of the anchorage bodies turned towards the inside of the tunnel there are first means (5) for passing through at least one of each of the prestressing elements (38, 39, 40, 41). An bearing plate (8) is disposed on each of the facing inner surfaces of the arms in the region of each of the first pass-through means (5). Second means (10) for passing through at least one of each of the prestressing elements (38, 39, 40, 41) are foreseen in the base arm of the anchorage body 15. Each of the prestressing elements (38, 39, 40, 41) is, starting from a dead end anchor (43, 44), led through one of the second pass-through means (10) of one of the anchorage bodies (15) and, after crossing through one of the first pass-through means (5) of one of the anchorage bodies, ends in an anchor head of a stressing anchorage (42) bordering on one of the bearing plates (8). By use of the anchorage bodies a prestressed concrete lining can be simplified with respect to the state of the art. In particular, it guarantees speedy advancement in the progress of the construction. The construction time is therefore reduced.
机译:预应力混凝土衬砌具有多个加强元件(32),这些加强元件围绕圆周并沿压力通道的长度分布。有预应力元件(38、39、40、41),它们包围压力通道圆周的至少一部分。底部(35)布置在压力通道内,由多个串联的细长锚固体(15)形成。每个锚固体(15)具有基本上U形的横截面。在朝向隧道内部转向的锚固体的每个臂(2、3)中,有第一装置(5)用于穿过每个预应力元件(38、39、40、41)的至少一个。在每个第一穿过装置(5)的区域中,在臂的每个面对的内表面上设置有支承板(8)。在锚固体15的基臂中预见了用于穿过每个预应力元件(38、39、40、41)中的至少一个的第二装置(10)。 41)从一个死端锚(43、44)开始,穿过其中一个锚定体(15)的一个第二穿通装置(10),并穿过第一穿通中的一个锚固体之一的装置(5)终止于受应力锚固(42)的锚固头,该锚固锚固在毗邻一个支承板(8)上。通过使用锚固体,可以相对于现有技术简化预应力混凝土衬里。特别是,它保证了施工进度的迅速推进。因此,减少了施工时间。

著录项

  • 公开/公告号US5066167A

    专利类型

  • 公开/公告日1991-11-19

    原文格式PDF

  • 申请/专利权人 VSL INTERNATIONAL AG;

    申请/专利号US19910640234

  • 发明设计人 ERWIN SIEGFRIED;PETER MARTI;

    申请日1991-01-11

  • 分类号E21D11/10;

  • 国家 US

  • 入库时间 2022-08-22 05:23:43

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