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A platform for research: civil engineering, architecture and urbanism
Anchoring construction method of photovoltaic inhaul cable
The invention discloses an anchoring construction method of a photovoltaic inhaul cable, belongs to the technical field of inhaul cable anchoring, and solves the technical problem that the cable force loss in the middle of the inhaul cable is large when the photovoltaic inhaul cable is anchored through an integral extrusion sleeve at present. The method comprises the step of anchoring the combined extrusion sleeve in the middle of the photovoltaic inhaul cable or on the two sides of at least one piece of middle pile I-shaped steel close to the middle of the photovoltaic inhaul cable in a radial extrusion mode. The method specifically comprises the following steps that 1, the number and the position of middle pile I-shaped steel needing to be anchored with the combined extrusion sleeve are determined; step 2, anchoring a photovoltaic inhaul cable on the end pile I-shaped steel on one side by adopting an integral extrusion sleeve; 3, starting from the side close to the anchored end pile I-shaped steel, combined extrusion sleeves are anchored on the two sides of the middle pile I-shaped steel determined in the step 1 in sequence; and 4, the photovoltaic inhaul cable is anchored on the end pile I-shaped steel on the other side through an integral extrusion sleeve. The problem that the cable force loss is large due to the fact that the assembly cable is too long can be solved.
本发明公开了一种光伏拉索的锚固施工方法，属于拉索锚固技术领域，解决目前光伏拉索通过整体式的挤压套锚固时，拉索中部的索力损失大的技术问题，所述方法为：采用径向挤压的方式将组合式挤压套锚固在光伏拉索中部或靠近中部的至少一个中桩工字钢的两侧。具体过程如下：步骤1.确定需要锚固组合式挤压套的中桩工字钢的数量和位置；步骤2.在一边的端桩工字钢采用整体式挤压套进行锚固光伏拉索；步骤3.从靠近已经锚固的端桩工字钢的一侧开始，依次在步骤1中确定的中桩工字钢的两侧锚固组合式挤压套；步骤4.在另一边的端桩工字钢采用整体式挤压套进行锚固光伏拉索。本发明可以解决组件索因索长太长造成索力损失大的问题。
Anchoring construction method of photovoltaic inhaul cable
The invention discloses an anchoring construction method of a photovoltaic inhaul cable, belongs to the technical field of inhaul cable anchoring, and solves the technical problem that the cable force loss in the middle of the inhaul cable is large when the photovoltaic inhaul cable is anchored through an integral extrusion sleeve at present. The method comprises the step of anchoring the combined extrusion sleeve in the middle of the photovoltaic inhaul cable or on the two sides of at least one piece of middle pile I-shaped steel close to the middle of the photovoltaic inhaul cable in a radial extrusion mode. The method specifically comprises the following steps that 1, the number and the position of middle pile I-shaped steel needing to be anchored with the combined extrusion sleeve are determined; step 2, anchoring a photovoltaic inhaul cable on the end pile I-shaped steel on one side by adopting an integral extrusion sleeve; 3, starting from the side close to the anchored end pile I-shaped steel, combined extrusion sleeves are anchored on the two sides of the middle pile I-shaped steel determined in the step 1 in sequence; and 4, the photovoltaic inhaul cable is anchored on the end pile I-shaped steel on the other side through an integral extrusion sleeve. The problem that the cable force loss is large due to the fact that the assembly cable is too long can be solved.
本发明公开了一种光伏拉索的锚固施工方法，属于拉索锚固技术领域，解决目前光伏拉索通过整体式的挤压套锚固时，拉索中部的索力损失大的技术问题，所述方法为：采用径向挤压的方式将组合式挤压套锚固在光伏拉索中部或靠近中部的至少一个中桩工字钢的两侧。具体过程如下：步骤1.确定需要锚固组合式挤压套的中桩工字钢的数量和位置；步骤2.在一边的端桩工字钢采用整体式挤压套进行锚固光伏拉索；步骤3.从靠近已经锚固的端桩工字钢的一侧开始，依次在步骤1中确定的中桩工字钢的两侧锚固组合式挤压套；步骤4.在另一边的端桩工字钢采用整体式挤压套进行锚固光伏拉索。本发明可以解决组件索因索长太长造成索力损失大的问题。
Anchoring construction method of photovoltaic inhaul cable
一种光伏拉索的锚固施工方法
XIE ZHENGYUAN (author) / LEI HUAN (author) / YANG XIONGWEN (author) / SU HAN (author) / PU YONGGUAN (author)
2024-04-02
Patent
Electronic Resource
Chinese
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