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    • 1. 发明申请
    • TUBBING WORKS HAVING AN INTEGRATED FLEXIBLE ELEMENT
    • 具有集成SAG元单体支架拆除
    • WO2011069480A3
    • 2012-06-28
    • PCT/DE2010001389
    • 2010-12-01
    • BOCHUMER EISEN HEINTZMANNPODJADTKE RUDI
    • PODJADTKE RUDI
    • E21D11/05E21D11/08
    • E21D11/05E21D11/08
    • The invention relates to tubbing works embodied as a tubular inner shell of a tunnel or shaft, which comprises tube sections arranged one behind the other in the longitudinal direction, respectively formed by a tubbing ring (2) and aligned in relation to each other with the front annular surfaces (7) thereof in an annular joint (3). Each tubbing ring (2) comprises tubbings (4) which are adjacent to each other in the direction of the periphery and form a butt joint (9) between two of the front sides thereof (10) and a deformable flexible element (6a, 6b, 6c, 6d) is arranged in at least one butt joint (9) between two tubbings (4). According to the invention, at least one of the tubbings (4) forms a common prefabricated element with the flexible element (6a, 6b, 6c, 6d), said prefabricated element consisting of a steel reinforcing framework surrounded by concrete to which the flexible element (6a, 6b, 6c, 6d) is connected in a force-fitting manner. The outer traverse contour of the flexible element (6a, 6b, 6c, 6d) is parallel to the butt joint (9) of the outer contour of the front sides (10), and the flexible element (6a, 6b, 6c, 6d) completely covers at least one of two front sides (10) of the tubbings (4).
    • 单体支架延伸在一个环形槽(3)彼此作为隧道或轴的筒状的内壳被对准,具有在连续地布置,它们分别由一单体支架环形成的管段的长度方向(2),并用其端侧环形表面(7),其特征在于 每个单体支架环(2)在(4)布置在两个它们的端面(10)之间的单体支架各自形成对接接头(9)和在至少一个接头(9),两者之间的隧道衬砌的段(4)的可变形的柔性元件的圆周方向上排列( ,6D)被布置6A,6B,6C。 根据本发明的单体支架中的至少一个(4)与柔性元件(6A,6B,6C,6D)的形式具有共同的预制元件,其是从与钢的混凝土增强网围成的空间,形成与所述柔性元件(6A,6B,6C,6D) 是非配合地连接。 这里,遵守元件对应(6A,6B,6C,6D)平行于对接接头(9)的端面的外轮廓(10)的外横截面轮廓,由此所述柔性元件(6A,6B,6C,6D)的两个端面中的至少一个(10 )的单体支架(4)的覆盖整个表面。
    • 2. 发明申请
    • TUBBING WORKS WITH A FRONT-SIDED PERIPHERAL ANNULAR SEAL
    • 与前侧电流精加工的环形密封单体支架拆除
    • WO2011069483A3
    • 2012-06-21
    • PCT/DE2010001395
    • 2010-12-01
    • BOCHUMER EISEN HEINTZMANNPODJADTKE RUDI
    • PODJADTKE RUDI
    • E21D11/38
    • E21D11/385E21D11/386
    • The invention relates to tubbing works embodied as a tubular inner shell of a tunnel or shaft, comprising tubbing rings (2) which are arranged successively in the longitudinal direction, aligned in relation to each other with the front annular surfaces thereof (7) in an annular joint (3). Said tubbing rings (2) are respectively made from adjacent tubbings (4) in the direction of the periphery, respectively forming a butt joint (9) between the front sides thereof (13). According to the invention, a peripheral annular seal (8) which can be filled with a medium and which can be modified in the cross-section is arranged in at least one annular joint (3).
    • 单体支架扩展作为隧道或轴的管状内壳,的连续排列在长度方向单体支架环(2),其与它的前环形表面(7)在一个环形槽(3)彼此对准,其中,所述单体支架环(2) (4)位于其端部之间被沿周向单体支架行,每行形成面(13)分别形成一个对接接头(9)。 可变的横截面环绕并可以填充有介质环形密封件(8)根据设置在至少一个环形接头(3)本发明。
    • 3. 发明申请
    • TUBBING WORKS WITH INTEGRATED ADJUSTING ELEMENT
    • 具有集成调整单体支架拆除
    • WO2011069481A3
    • 2012-06-28
    • PCT/DE2010001392
    • 2010-12-01
    • BOCHUMER EISEN HEINTZMANNPODJADTKE RUDI
    • PODJADTKE RUDI
    • E21D11/08
    • E21D11/083
    • The invention relates to tubbing works embodied as a tubular inner shell of a tunnel or shaft, comprising tubular sections which are arranged successively in the longitudinal direction, respectively formed by a tubbing ring (2) and aligned in relation to each other with the front annular surfaces thereof (6) in an annular joint (3). Each tubbing ring (2) comprises tubbings (4) which are adjacent to each other in the circumferential direction and which respectively form a butt joint (8) between two of the front sides thereof (9), in which an adjustable element (5a, 5b) which can modify the circumference of the tubbing ring (2) is arranged.
    • 单体支架延伸在一个环形槽(3)彼此作为隧道或轴的筒状的内壳被对准,具有在连续地布置,它们分别由一单体支架环形成的管段的长度方向(2),并用其端部侧的环形表面(6),其特征在于 每个单体支架环(2)在(4)布置在两个它们的端面之间的单体支架的圆周方向上排列(9)分别形成对接接头(8),其中的调节元件(5A,5B)被配置在所述圆周 单体支架环(2)是可变的。