Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Inhaul cable and manufacturing method thereof
The invention relates to an inhaul cable and a manufacturing method thereof. The inhaul cable comprises a cable body and an anchorage device, the cable body comprises an inner metal wire layer and an outer metal wire layer, the cable body is divided into a main body section and an anchoring section, and the outer metal wire layer of the anchoring section is shorter than the inner metal wire layer; a cable passing hole is formed in the first end of the anchorage device, and a connecting hole is formed in the second end of the anchorage device. The main body section of the cable body is located outside the anchorage device, the anchoring section of the cable body is located in the connecting hole, and the space between the anchoring section and the connecting hole is filled with filler. According to the inhaul cable, the outer metal wire layer of the anchoring section is shorter than the inner metal wire layer, so that the bond stress of the outer metal wire layer is smaller than that of the inner metal wire layer after the outer metal wire layer is anchored, the outer metal wire layer is not loosened when the inhaul cable is integrally stressed, and the outer metal wire layer bears less axial tension when the inhaul cable is axially stressed; therefore, the probability of fracture and tensile transition deformation of the outer metal wire layer can be reduced, the decorativeness, durability and stability of the outer metal wire layer are guaranteed, and then the use scene and the use range of the inhaul cable can be expanded.
本申请涉及一种拉索及其制作方法。该拉索包括索体和锚具，索体包括内金属丝层和外金属丝层，索体分为主体段和锚固段，锚固段的外金属丝层短于内金属丝层；锚具的第一端形成有过索孔，锚具的第二端形成有连接孔；索体的主体段位于锚具的外部，索体的锚固段位于连接孔内，锚固段和连接孔之间的空间填充有填料。本申请的拉索通过使锚固段的外金属丝层短于内金属丝层，这样，可使得外金属丝层锚固后握裹力相对于内金属丝层较少，在拉索整体受力时，外金属丝层不松散，在轴向受力时，外金属丝层受较少的轴向拉力，从而可降低外金属丝层发生断裂、拉伸过渡变形的概率，保证外金属丝层的装饰性、耐久性和稳定性，进而可扩展拉索的使用场景和使用范围。
Inhaul cable and manufacturing method thereof
The invention relates to an inhaul cable and a manufacturing method thereof. The inhaul cable comprises a cable body and an anchorage device, the cable body comprises an inner metal wire layer and an outer metal wire layer, the cable body is divided into a main body section and an anchoring section, and the outer metal wire layer of the anchoring section is shorter than the inner metal wire layer; a cable passing hole is formed in the first end of the anchorage device, and a connecting hole is formed in the second end of the anchorage device. The main body section of the cable body is located outside the anchorage device, the anchoring section of the cable body is located in the connecting hole, and the space between the anchoring section and the connecting hole is filled with filler. According to the inhaul cable, the outer metal wire layer of the anchoring section is shorter than the inner metal wire layer, so that the bond stress of the outer metal wire layer is smaller than that of the inner metal wire layer after the outer metal wire layer is anchored, the outer metal wire layer is not loosened when the inhaul cable is integrally stressed, and the outer metal wire layer bears less axial tension when the inhaul cable is axially stressed; therefore, the probability of fracture and tensile transition deformation of the outer metal wire layer can be reduced, the decorativeness, durability and stability of the outer metal wire layer are guaranteed, and then the use scene and the use range of the inhaul cable can be expanded.
本申请涉及一种拉索及其制作方法。该拉索包括索体和锚具，索体包括内金属丝层和外金属丝层，索体分为主体段和锚固段，锚固段的外金属丝层短于内金属丝层；锚具的第一端形成有过索孔，锚具的第二端形成有连接孔；索体的主体段位于锚具的外部，索体的锚固段位于连接孔内，锚固段和连接孔之间的空间填充有填料。本申请的拉索通过使锚固段的外金属丝层短于内金属丝层，这样，可使得外金属丝层锚固后握裹力相对于内金属丝层较少，在拉索整体受力时，外金属丝层不松散，在轴向受力时，外金属丝层受较少的轴向拉力，从而可降低外金属丝层发生断裂、拉伸过渡变形的概率，保证外金属丝层的装饰性、耐久性和稳定性，进而可扩展拉索的使用场景和使用范围。
Inhaul cable and manufacturing method thereof
拉索及其制作方法
BAI BAOKUN (Autor:in)
12.05.2023
Patent
Elektronische Ressource
Chinesisch
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