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process for obtaining a flexible duct tensile reinforcement configuration and the flexible duct tensile reinforcement configuration thus obtained

机译:获得挠性管道拉伸加强构型的方法和由此获得的挠性管道拉伸加强构型

摘要

process for obtaining a flexible duct tensile reinforcement configuration and the flexible duct tensile reinforcement configuration thus obtained. The present invention proposes a method of obtaining the tensile reinforcement configuration (54, 55) of a flexible conduit (50) comprising a lag step in which the end region (551a) of each reinforcement wire (551) is cut off. (55) of the flexible duct (50) and the end region (541a) of each wire (541) of the internal duct reinforcement (54) of the flexible duct (50), assigning a lag between a post-cut end region ( 551b) of each wire (551) of the external tensile reinforcement (55) and a post-cut end region (541b) of each wire (541) of the internal tensile reinforcement (54) of sufficient length (1) to permit realization. of a forming step, in which the post-cut end region (541b) of at least one wire (541) of the internal tensile reinforcement (54) is formed by obtaining a shaped end region (541c) in an anchor profile. The present invention also proposes a tensile reinforcement configuration (54, 55) of a flexible conduit (50) obtained by the process described above. according to the proposed solution, from the wire cut (551) of the external tensile reinforcement (55) out of phase with the wire cut (541) of the internal tensile reinforcement (54), the wires (541) of said Internal tensile reinforcement (54) are exposed and easily accessible for forming their post-cut end regions (541 b), without the need to bend the wires (551) of the external tensile reinforcement (55)
机译:用于获得挠性管道拉伸加强构型的方法以及由此获得的挠性管道拉伸加强构型。本发明提出一种获得挠性导管(50)的拉伸加强构型(54、55)的方法,该方法包括滞后步骤,在该滞后步骤中,每根加强线(551)的端部区域(551a)被切除。柔性导管(50)的(55)和柔性导管(50)的内部导管加强件(54)的每根导线(541)的端部区域(541a),在切割后的端部区域(外部拉伸增强件(55)的每根线(551)的551b)和内部拉伸增强件(54)的每根线(541)的切割后的端部区域(541b)具有足够的长度(1)以允许实现。在成形步骤中,通过在锚固轮廓中获得成形的端部区域(541c)来形成内部抗拉加强件(54)的至少一根线材(541)的切割后的端部区域(541b)。本发明还提出了一种通过上述方法获得的挠性导管(50)的拉伸加强结构(54、55)。根据提出的解决方案,从外部拉伸增强件(55)的线切割(551)与内部拉伸增强件(54)的线切割(541)异相,所述内部拉伸增强件的线(541) (54)是暴露的,并且易于形成其切割后的端部区域(541b),而无需弯曲外部拉伸增强件(55)的线材(551)

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