Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Underwater pile body glass fiber sleeve reinforcing device
The invention relates to an underwater pile body glass fiber sleeve reinforcing device, and belongs to the technical field of bridge construction equipment. The tightening device comprises a tightening assembly and a limiting assembly, the periphery of the glass fiber sleeve is sleeved with the tightening assembly, and the tightening assembly is flexible; the limiting assembly comprises an inserting block, the section of the inserting block is in a right triangle shape, the first face where one right-angle side of the inserting block is located is connected with the periphery of the supporting column, the second face where the other right-angle side of the inserting block is located is perpendicular to the periphery of the supporting column, and the end, opposite to the second face, of the inserting block is inserted between the tightening assembly and the supporting column. The second face of the insertion block is located below the glass fiber sleeve in the vertical direction. When the glass fiber sleeve vertically moves downwards along the supporting column, the horizontal gap between the glass fiber sleeve and the supporting column is increased through the insertion block, the tightening degree of the tightening assembly is increased, the friction force between the glass fiber sleeve and the supporting column is increased, and downward movement of the glass fiber sleeve is limited. The underwater pile has the effect that the problem that the peripheral sleeve of the underwater pile is prone to sliding down is solved.
本申请涉及一种水下桩体玻纤套筒加固装置，属于桥梁施工设备技术领域。其包括紧箍组件和限位组件，紧箍组件套设于玻纤套筒外周，紧箍组件具有柔性；限位组件包括插入块，插入块的截面呈直角三角形，插入块的一个直角边所在的第一面连接支撑柱的外周，插入块的另一个直角边所在的第二面垂直于支撑柱外周，插入块的第二面所对的一端插入紧箍组件与支撑柱之间，插入块的第二面在竖直方向位于玻纤套筒的下方；玻纤套筒沿支撑柱竖直下移时，插入块使玻纤套筒与支撑柱之间的水平间隙增大，使紧箍组件的紧箍程度增加，玻纤套筒与支撑柱之间的摩擦力增加，限制玻纤套筒的下移。本申请具有改善水下桩体外周套筒易发生下滑问题的效果。
Underwater pile body glass fiber sleeve reinforcing device
The invention relates to an underwater pile body glass fiber sleeve reinforcing device, and belongs to the technical field of bridge construction equipment. The tightening device comprises a tightening assembly and a limiting assembly, the periphery of the glass fiber sleeve is sleeved with the tightening assembly, and the tightening assembly is flexible; the limiting assembly comprises an inserting block, the section of the inserting block is in a right triangle shape, the first face where one right-angle side of the inserting block is located is connected with the periphery of the supporting column, the second face where the other right-angle side of the inserting block is located is perpendicular to the periphery of the supporting column, and the end, opposite to the second face, of the inserting block is inserted between the tightening assembly and the supporting column. The second face of the insertion block is located below the glass fiber sleeve in the vertical direction. When the glass fiber sleeve vertically moves downwards along the supporting column, the horizontal gap between the glass fiber sleeve and the supporting column is increased through the insertion block, the tightening degree of the tightening assembly is increased, the friction force between the glass fiber sleeve and the supporting column is increased, and downward movement of the glass fiber sleeve is limited. The underwater pile has the effect that the problem that the peripheral sleeve of the underwater pile is prone to sliding down is solved.
本申请涉及一种水下桩体玻纤套筒加固装置，属于桥梁施工设备技术领域。其包括紧箍组件和限位组件，紧箍组件套设于玻纤套筒外周，紧箍组件具有柔性；限位组件包括插入块，插入块的截面呈直角三角形，插入块的一个直角边所在的第一面连接支撑柱的外周，插入块的另一个直角边所在的第二面垂直于支撑柱外周，插入块的第二面所对的一端插入紧箍组件与支撑柱之间，插入块的第二面在竖直方向位于玻纤套筒的下方；玻纤套筒沿支撑柱竖直下移时，插入块使玻纤套筒与支撑柱之间的水平间隙增大，使紧箍组件的紧箍程度增加，玻纤套筒与支撑柱之间的摩擦力增加，限制玻纤套筒的下移。本申请具有改善水下桩体外周套筒易发生下滑问题的效果。
Underwater pile body glass fiber sleeve reinforcing device
一种水下桩体玻纤套筒加固装置
LUO CHUNLAI (Autor:in) / WANG ZHONGBING (Autor:in) / ZHOU SINAN (Autor:in) / WANG JIALIANG (Autor:in)
12.11.2024
Patent
Elektronische Ressource
Chinesisch
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