A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Checking device for hoisting construction of prefabricated pier column of large-span prefabricated high-speed railway bridge
The invention discloses a checking device for hoisting construction of a prefabricated pier column of a large-span prefabricated high-speed railway bridge. The checking device comprises main beams, inserting beams are inserted between the main beams, the inserting beams and the main beams are fixed through inserting plates, splicing openings are formed in the ends of the main beams, side beams are inserted into the splicing openings, the side beams are fixedly connected with the main beams through first cylindrical pins,. First threaded holes are formed in the middles of the side beams and the inserting beams correspondingly, and first threaded rods are installed in the first threaded holes in a threaded mode. Through the arrangement of the main beams, the inserting beams and the side beams, the main beams, the inserting beams and the side beams can surround the prefabricated pier column by one circle after being spliced for use, and when the prefabricated pier column is hoisted and spliced with a foundation pier column, the prefabricated pier column can be pushed through rotation of the first threaded rod between the inserting beam and the side beam, the angle of the position of the prefabricated pier column can be adjusted, the traditional mode that a building worker pulls the prefabricated pier column through a rope to correct the position is replaced, and meanwhile the angle is more accurate than that of the traditional mode.
本发明公开了一种大跨度预制高铁桥梁预制墩柱吊装施工用校核装置，包括主梁，主梁之间插接有插接梁，插接梁和主梁之间通过插板进行固定，主梁的端部开设有拼接口，拼接口内插接有侧，侧梁通过圆柱销一与主梁固定连接，侧梁和插接梁的中间均开设有螺纹孔一，螺纹孔一中螺纹安装有螺纹杆一，通过设置了主梁、插接梁和侧梁，使得经过拼接使用后，能够围在预制墩柱的一周，使得预制墩柱在吊装与地基墩柱的进行拼接的时候，通过插接梁和侧梁中间的螺纹杆一的旋转，就可以推动预制墩柱，对预制墩柱的位置进行角度，取代了传统靠建筑工人用绳子拉动校对位置的方式，同时比传统方式的角度更加准确。
Checking device for hoisting construction of prefabricated pier column of large-span prefabricated high-speed railway bridge
The invention discloses a checking device for hoisting construction of a prefabricated pier column of a large-span prefabricated high-speed railway bridge. The checking device comprises main beams, inserting beams are inserted between the main beams, the inserting beams and the main beams are fixed through inserting plates, splicing openings are formed in the ends of the main beams, side beams are inserted into the splicing openings, the side beams are fixedly connected with the main beams through first cylindrical pins,. First threaded holes are formed in the middles of the side beams and the inserting beams correspondingly, and first threaded rods are installed in the first threaded holes in a threaded mode. Through the arrangement of the main beams, the inserting beams and the side beams, the main beams, the inserting beams and the side beams can surround the prefabricated pier column by one circle after being spliced for use, and when the prefabricated pier column is hoisted and spliced with a foundation pier column, the prefabricated pier column can be pushed through rotation of the first threaded rod between the inserting beam and the side beam, the angle of the position of the prefabricated pier column can be adjusted, the traditional mode that a building worker pulls the prefabricated pier column through a rope to correct the position is replaced, and meanwhile the angle is more accurate than that of the traditional mode.
本发明公开了一种大跨度预制高铁桥梁预制墩柱吊装施工用校核装置，包括主梁，主梁之间插接有插接梁，插接梁和主梁之间通过插板进行固定，主梁的端部开设有拼接口，拼接口内插接有侧，侧梁通过圆柱销一与主梁固定连接，侧梁和插接梁的中间均开设有螺纹孔一，螺纹孔一中螺纹安装有螺纹杆一，通过设置了主梁、插接梁和侧梁，使得经过拼接使用后，能够围在预制墩柱的一周，使得预制墩柱在吊装与地基墩柱的进行拼接的时候，通过插接梁和侧梁中间的螺纹杆一的旋转，就可以推动预制墩柱，对预制墩柱的位置进行角度，取代了传统靠建筑工人用绳子拉动校对位置的方式，同时比传统方式的角度更加准确。
Checking device for hoisting construction of prefabricated pier column of large-span prefabricated high-speed railway bridge
一种大跨度预制高铁桥梁预制墩柱吊装施工用校核装置
MA HAILONG (author) / LYU SHIDONG (author) / GENG TONGZHE (author) / ZHANG YUQIANG (author) / GUO RAN (author)
2021-12-31
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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