Pull rope for landscape bridge and manufacturing method of pull rope
A production method and landscape technology, applied to bridges, bridge parts, bridge materials, etc., can solve problems such as sharp increase in wind vibration, PE cracking, and small force on cables, and achieve good anti-corrosion and sealing performance, prolong service life, and facilitate The effect of changing the rope
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Embodiment 1
[0063] A stay cable for a landscape bridge, comprising a cable body I and two anchoring sealing assemblies II located at both ends of the cable body I, the cable body I including a PE prestressed tendon composed of n single PE prestressed tendons 11 and Outer casing 12 located outside n single PE prestressed tendons 11; each anchor sealing assembly includes anchor clamping section Ⅱ01 and sealing anticorrosion section Ⅱ02; (see figure 1 );
[0064] The anchor clamping section II01 includes an anchor cup 1, an end cover 2, an anchor plate 3 and a restraint ring 5; There are n thread holes 301 for installing and clamping a single PE prestressed tendon on the wire anchor plate 3, and n single PE prestressed tendons 11 pass through the divided wire anchor plate 3, and each single prestressed tendon penetrates into it respectively. In the threading hole 301 of the split anchor plate 3, n PE prestressed tendons 11 are arranged in parallel and regularly and are anchored on the spli...
Embodiment 2
[0075] A method for making a drag cable for a landscape bridge, which is a method for manufacturing a drag cable for a landscape bridge described in Embodiment 1, comprising the following steps:
[0076] A. First, make a single prestressed tendon into PE prestressed tendon 11. According to the specifications of the cable and the requirements of the cable manufacturing process, the PE layer of the PE prestressed tendon at both ends of the anchorage is stripped, and the prestressed tendon is cleaned with a cleaning agent. Stress tendons are cleaned;
[0077] B. Penetrate the PE prestressed tendons 11 according to the order of the structural parts of the anchor sealing assembly, and then thread the prestressed tendons stripped of the PE layer from the inside to the outside in parallel with the split wire holes arranged on the split wire anchor plate 3 In, each prestressed tendon is pierced by a piercer, and finally the piers are stuck in the 3-thread hole of the thread-splitting ...
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