A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Method for manufacturing pre-stressed anchor bolt cage of wind driven generator
The invention relates to the technical field of building foundation construction, in particular to a wind driven generator pre-stressed anchor bolt cage manufacturing method which comprises the steps that a plurality of pre-embedded plates are positioned and arranged, and all the pre-embedded plates are sequentially connected into an annular overall structure; supporting adjusting columns are arranged on the lower anchor plate at intervals and correspond to the embedded plates one to one, the lower anchor plate is hoisted to the embedded plates, and concentricity and levelness adjustment is conducted; the upper anchor plate is hoisted and matched with the positioning anchor bolt to achieve temporary fixing of the upper anchor plate, and an adjusting anchor bolt is arranged between the upper anchor plate and the lower anchor plate; a positioning anchor rod and an adjusting anchor bolt are adjusted; and a plurality of anchoring points are symmetrically arranged and tensioned to adjust the positions of the upper anchor plate and the lower anchor plate and reinforce the upper anchor plate and the lower anchor plate at the same time. According to the foundation platform, the precision and reliability in the manufacturing process are improved, a more stable and reliable structure can be achieved in the subsequent pouring construction process, and therefore the final foundation platform can be better connected and installed with the wind driven generator.
本发明涉及建筑基础施工技术领域，具体涉及一种风力发电机预应力锚栓笼制作方法，包括定位设置若干预埋板，依次将所有预埋板连接成一个环形整体结构；在下部锚板上间隔设置支撑调节柱并与预埋板一一对应，将下部锚板吊装至预埋板上并进行同心度和水平度调整；吊装上部锚板并与定位锚栓配合以实现上部锚板的临时固定，在上部锚板与下部锚板之间设置调节锚栓；通过对定位锚杆和调节锚栓进行调整；对称设置若干锚固点并进行拉紧用以调整上部锚板与下部锚板的位置同时进行加固。本发明提高了制作过程中的精度和可靠性，在后续的浇筑施工过程中能够达到更稳定可靠的结构，从而使最终的基础平台能够更好的连接安装风力发电机。
Method for manufacturing pre-stressed anchor bolt cage of wind driven generator
The invention relates to the technical field of building foundation construction, in particular to a wind driven generator pre-stressed anchor bolt cage manufacturing method which comprises the steps that a plurality of pre-embedded plates are positioned and arranged, and all the pre-embedded plates are sequentially connected into an annular overall structure; supporting adjusting columns are arranged on the lower anchor plate at intervals and correspond to the embedded plates one to one, the lower anchor plate is hoisted to the embedded plates, and concentricity and levelness adjustment is conducted; the upper anchor plate is hoisted and matched with the positioning anchor bolt to achieve temporary fixing of the upper anchor plate, and an adjusting anchor bolt is arranged between the upper anchor plate and the lower anchor plate; a positioning anchor rod and an adjusting anchor bolt are adjusted; and a plurality of anchoring points are symmetrically arranged and tensioned to adjust the positions of the upper anchor plate and the lower anchor plate and reinforce the upper anchor plate and the lower anchor plate at the same time. According to the foundation platform, the precision and reliability in the manufacturing process are improved, a more stable and reliable structure can be achieved in the subsequent pouring construction process, and therefore the final foundation platform can be better connected and installed with the wind driven generator.
本发明涉及建筑基础施工技术领域，具体涉及一种风力发电机预应力锚栓笼制作方法，包括定位设置若干预埋板，依次将所有预埋板连接成一个环形整体结构；在下部锚板上间隔设置支撑调节柱并与预埋板一一对应，将下部锚板吊装至预埋板上并进行同心度和水平度调整；吊装上部锚板并与定位锚栓配合以实现上部锚板的临时固定，在上部锚板与下部锚板之间设置调节锚栓；通过对定位锚杆和调节锚栓进行调整；对称设置若干锚固点并进行拉紧用以调整上部锚板与下部锚板的位置同时进行加固。本发明提高了制作过程中的精度和可靠性，在后续的浇筑施工过程中能够达到更稳定可靠的结构，从而使最终的基础平台能够更好的连接安装风力发电机。
Method for manufacturing pre-stressed anchor bolt cage of wind driven generator
一种风力发电机预应力锚栓笼制作方法
CHEN WEIBO (author) / ZHU FADONG (author) / YAN LYUJUN (author) / SI DONGDONG (author) / ZHAO ZHONGHUA (author) / WANG XIANG (author) / YANG HANLIN (author) / YE YONG (author)
2024-02-09
Patent
Electronic Resource
Chinese
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