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A platform for research: civil engineering, architecture and urbanism
Composite material inhaul cable and anchoring method
The invention discloses a composite material inhaul cable and an anchoring method, the composite material inhaul cable is formed by winding or weaving e bundles of cable bodies, and anchoring of the composite material inhaul cable is carried out by adopting a method that the split cable bodies are spirally wound on a fixing piece for k circles or the tail ends of the cable bodies are inserted into the cable bodies in a penetrating mode. The cable bodies which are mutually wound together at the split positions can form a constraint relation, a vertical fastening device for the main cable bodies at the split positions can be omitted, and meanwhile, the cable bodies are self-locked through the winding rods, and anchoring of the inhaul cable is achieved through friction force generated by mutual weaving of the tail ends of the cable bodies and the cable bodies. Tension in the composite material cable body is transmitted to the fixing piece, an anchorage device or a clamp structure needed by anchoring of a traditional inhaul cable can be eliminated, the transverse effect of fastening force of the anchorage device on the composite material cable body is eliminated, self-anchoring of the inhaul cable is achieved, the anchoring efficiency of the composite material inhaul cable is effectively improved, and the composite material inhaul cable has the advantages of being simple in structure, easy to machine in a factory mode and the like. Wide application prospects are realized in the field of civil engineering.
本发明公开了一种复合材料拉索及锚固方法，复合材料拉索由e束索体采用缠绕或编织的方式形成，通过采用分股索体在固定件上螺旋缠绕k圈或将索体尾端穿插于索体主体中的方法进行复合材料拉索的锚固。本发明分股位置处相互缠绕在一起的索体可以形成约束关系，可取消在分股位置处对索体主体的竖向紧固装置，同时索体通过绕杆自锁、索体尾端与索体相互编织产生的摩擦力来实现拉索的锚固，将复合材料索体中的拉力传递到固定件上，可消除传统拉索锚固需要的锚具或夹具结构，消除锚具的紧固力对复合材料索体的横向作用，实现拉索自锚，有效提高复合材料拉索的锚固效率，具有结构简单易于工厂化加工等特点，在土木工程领域有着广阔的应用前景。
Composite material inhaul cable and anchoring method
The invention discloses a composite material inhaul cable and an anchoring method, the composite material inhaul cable is formed by winding or weaving e bundles of cable bodies, and anchoring of the composite material inhaul cable is carried out by adopting a method that the split cable bodies are spirally wound on a fixing piece for k circles or the tail ends of the cable bodies are inserted into the cable bodies in a penetrating mode. The cable bodies which are mutually wound together at the split positions can form a constraint relation, a vertical fastening device for the main cable bodies at the split positions can be omitted, and meanwhile, the cable bodies are self-locked through the winding rods, and anchoring of the inhaul cable is achieved through friction force generated by mutual weaving of the tail ends of the cable bodies and the cable bodies. Tension in the composite material cable body is transmitted to the fixing piece, an anchorage device or a clamp structure needed by anchoring of a traditional inhaul cable can be eliminated, the transverse effect of fastening force of the anchorage device on the composite material cable body is eliminated, self-anchoring of the inhaul cable is achieved, the anchoring efficiency of the composite material inhaul cable is effectively improved, and the composite material inhaul cable has the advantages of being simple in structure, easy to machine in a factory mode and the like. Wide application prospects are realized in the field of civil engineering.
本发明公开了一种复合材料拉索及锚固方法，复合材料拉索由e束索体采用缠绕或编织的方式形成，通过采用分股索体在固定件上螺旋缠绕k圈或将索体尾端穿插于索体主体中的方法进行复合材料拉索的锚固。本发明分股位置处相互缠绕在一起的索体可以形成约束关系，可取消在分股位置处对索体主体的竖向紧固装置，同时索体通过绕杆自锁、索体尾端与索体相互编织产生的摩擦力来实现拉索的锚固，将复合材料索体中的拉力传递到固定件上，可消除传统拉索锚固需要的锚具或夹具结构，消除锚具的紧固力对复合材料索体的横向作用，实现拉索自锚，有效提高复合材料拉索的锚固效率，具有结构简单易于工厂化加工等特点，在土木工程领域有着广阔的应用前景。
Composite material inhaul cable and anchoring method
一种复合材料拉索及锚固方法
WAN SHUI (author) / YUE RU (author) / SHEN JIWEI (author) / CHEN JUN (author) / FU LIXIANG (author) / LI SHULI (author) / FU JUNDONG (author) / WANG XIAO (author) / ZHOU PENG (author)
2024-04-19
Patent
Electronic Resource
Chinese
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