A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Folding fan-shaped precision control intelligent mounting bracket
The invention relates to a folding fan-shaped precision control intelligent mounting bracket which comprises a folding fan-shaped precision adjusting device, a bottom plate, a fixing structure and a power device, the fixing structure is supported below the bottom plate, the bottom of the fixing structure is connected with an arch rib support, a threaded hole is formed in the surface of the bottom plate in the length direction, and pulley grooves with reading scales are formed in the two sides of the threaded hole respectively. The folding fan-shaped precision control intelligent mounting bracket has the beneficial effects that a plurality of linear control points are generated by arranging a plurality of folding fan-shaped precision adjusting devices on one bottom plate, the contact area between the folding fan-shaped precision control intelligent mounting bracket and the arch rib arch axis is increased, and the stability of the linear adjusting process is improved; the opening degree of the fan-shaped precision adjusting device is dynamically adjusted through the power device, so that the purpose of controlling the elevation of each point position is achieved, and the linear adjustment precision can be obviously improved compared with that of a traditional adjustment method; scale readings are arranged on the side edge of the pulley groove of the bottom plate, so that the dependence on instruments such as a level gauge can be reduced, and the adjustment precision can be conveniently ensured.
本发明涉及一种折扇形精度控制智能安装托架，包括：折扇形精度调节装置、底板、固定结构和动力装置，固定结构支撑在底板下方，固定结构底部连接拱肋支架，底板表面沿长度方向设有螺纹孔，螺纹孔两侧分别设有带读数刻度的滑轮槽。本发明的有益效果是：通过在一个底板上设置多个折扇形精度调节装置产生多个线性控制点，增大折扇形精度控制智能安装托架与拱肋拱轴线的接触面积，增加线型调节过程的稳定性；通过动力装置对折扇形精度调节装置的开合度进行动态调整，以达到控制各个点位高程的目的，所能进行的线型调节精度相较于传统调节方法有明显的提高；在底板滑轮槽侧边设置了刻度读数，可减少对水准仪等仪器的依赖，且便于保证调整精度。
Folding fan-shaped precision control intelligent mounting bracket
The invention relates to a folding fan-shaped precision control intelligent mounting bracket which comprises a folding fan-shaped precision adjusting device, a bottom plate, a fixing structure and a power device, the fixing structure is supported below the bottom plate, the bottom of the fixing structure is connected with an arch rib support, a threaded hole is formed in the surface of the bottom plate in the length direction, and pulley grooves with reading scales are formed in the two sides of the threaded hole respectively. The folding fan-shaped precision control intelligent mounting bracket has the beneficial effects that a plurality of linear control points are generated by arranging a plurality of folding fan-shaped precision adjusting devices on one bottom plate, the contact area between the folding fan-shaped precision control intelligent mounting bracket and the arch rib arch axis is increased, and the stability of the linear adjusting process is improved; the opening degree of the fan-shaped precision adjusting device is dynamically adjusted through the power device, so that the purpose of controlling the elevation of each point position is achieved, and the linear adjustment precision can be obviously improved compared with that of a traditional adjustment method; scale readings are arranged on the side edge of the pulley groove of the bottom plate, so that the dependence on instruments such as a level gauge can be reduced, and the adjustment precision can be conveniently ensured.
本发明涉及一种折扇形精度控制智能安装托架，包括：折扇形精度调节装置、底板、固定结构和动力装置，固定结构支撑在底板下方，固定结构底部连接拱肋支架，底板表面沿长度方向设有螺纹孔，螺纹孔两侧分别设有带读数刻度的滑轮槽。本发明的有益效果是：通过在一个底板上设置多个折扇形精度调节装置产生多个线性控制点，增大折扇形精度控制智能安装托架与拱肋拱轴线的接触面积，增加线型调节过程的稳定性；通过动力装置对折扇形精度调节装置的开合度进行动态调整，以达到控制各个点位高程的目的，所能进行的线型调节精度相较于传统调节方法有明显的提高；在底板滑轮槽侧边设置了刻度读数，可减少对水准仪等仪器的依赖，且便于保证调整精度。
Folding fan-shaped precision control intelligent mounting bracket
一种折扇形精度控制智能安装托架
QIAN SHENCHUN (author) / WANG JINGFENG (author) / CHENG TAO (author) / SHEN QIHAN (author) / WANG SHENGTAO (author) / CHEN JINGWEI (author) / CUI JIAN (author) / LIU WEI (author) / ZHONG JIAN (author) / LIU XIAOXIAN (author)
2023-08-04
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken