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A platform for research: civil engineering, architecture and urbanism
Cable saddle and lifting type overwater cable-supported arresting system
The invention provides a cable saddle and a lifting type overwater cable-supported arresting system. The cable saddle comprises a saddle body, the surface of the top of the saddle body is provided with a plane section and a cambered surface section, the end, in the X direction of the saddle body, of the cambered surface section is connected with the plane section, the cambered surface section is bent downwards from the plane section, the two ends, in the Y direction, of the saddle body are provided with check blocks, a saddle groove is formed between the check blocks at the two ends, and the saddle body is connected with the saddle body. The stop block is installed on the top surface of the saddle so that the saddle groove can form a trapezoid extending in the X direction. The device can adapt to free sliding of the arresting cable in the horizontal direction so as to achieve automatic adjustment of the form of the arresting cable; meanwhile, stress concentration of the arresting cable caused by large relative bending deformation of the arresting cable and the cable saddle is avoided, operation management is facilitated, and operation safety of the arresting cable structure is guaranteed.
本发明提供一种索鞍及升降式水上索承式拦阻系统。所述索鞍包括鞍座，所述鞍座的顶部表面设有平面段和弧面段，所述弧面段在鞍座的X方向的一端与所述平面段连接，且所述弧面段自所述平面段向下弯曲，所述鞍座的Y方向的两端设有挡块，两端的所述挡块之间形成鞍槽，所述挡块安装在鞍座的顶部表面使鞍槽形成在X方向上延伸的梯形。本发明能适应拦阻索水平方向的自由滑动而实现拦阻索形态的自动调整；同时避免拦阻索与索鞍产生较大相对弯折变形而导致拦阻索应力集中，方便运行管理，保证拦阻索结构运行安全。
Cable saddle and lifting type overwater cable-supported arresting system
The invention provides a cable saddle and a lifting type overwater cable-supported arresting system. The cable saddle comprises a saddle body, the surface of the top of the saddle body is provided with a plane section and a cambered surface section, the end, in the X direction of the saddle body, of the cambered surface section is connected with the plane section, the cambered surface section is bent downwards from the plane section, the two ends, in the Y direction, of the saddle body are provided with check blocks, a saddle groove is formed between the check blocks at the two ends, and the saddle body is connected with the saddle body. The stop block is installed on the top surface of the saddle so that the saddle groove can form a trapezoid extending in the X direction. The device can adapt to free sliding of the arresting cable in the horizontal direction so as to achieve automatic adjustment of the form of the arresting cable; meanwhile, stress concentration of the arresting cable caused by large relative bending deformation of the arresting cable and the cable saddle is avoided, operation management is facilitated, and operation safety of the arresting cable structure is guaranteed.
本发明提供一种索鞍及升降式水上索承式拦阻系统。所述索鞍包括鞍座，所述鞍座的顶部表面设有平面段和弧面段，所述弧面段在鞍座的X方向的一端与所述平面段连接，且所述弧面段自所述平面段向下弯曲，所述鞍座的Y方向的两端设有挡块，两端的所述挡块之间形成鞍槽，所述挡块安装在鞍座的顶部表面使鞍槽形成在X方向上延伸的梯形。本发明能适应拦阻索水平方向的自由滑动而实现拦阻索形态的自动调整；同时避免拦阻索与索鞍产生较大相对弯折变形而导致拦阻索应力集中，方便运行管理，保证拦阻索结构运行安全。
Cable saddle and lifting type overwater cable-supported arresting system
一种索鞍及升降式水上索承式拦阻系统
HUANG LIEFU (author) / LIU XUESONG (author) / ZENG YAN (author) / WANG HONGGUI (author) / LIU CHAOHUI (author) / YE JIAN (author)
2024-03-19
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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