A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Civil engineering building structure reinforcing method
The invention relates to the field of civil engineering, in particular to a civil engineering building structure reinforcing method. The reinforcing method comprises the following steps that S1, the four pieces of angle iron on the reinforcing device are inserted into the four edges of the square building supporting column correspondingly; s2, the upper end of the angle iron abuts against the roof, and the lower end of the angle iron abuts against the ground; s3, a plurality of first hole rods and a plurality of second hole rods are connected between every two adjacent angle irons, and the first hole rods and the second hole rods are stacked in a staggered mode; s4, pasters are installed at the two ends of each angle iron, and the pasters are inserted into a shed roof or the ground through a plurality of inserting nails on the pasters; s5, two stand columns are additionally arranged between every two opposite patches in each group; s6, one end of each first hole rod is inserted into a vertical groove in one stand column; one end of each second hole rod is inserted into the vertical groove in the other stand column.
本发明涉及土木工程领域，更具体的说是一种土木工程建筑结构加固方法。加固方法，包括以下步骤：S1：将加固装置上的四个三角铁分别插在方形建筑支柱的四个棱处；S2：使得三角铁的上端顶向棚顶，下端顶向地面；S3：将多个孔杆一和多个孔杆二连接在相邻的两个三角铁之间，并且使多个孔杆一和多个孔杆二相互交错摞放；S4：将每个三角铁的两端均安装贴片，使贴片通过其上的多个插钉插向棚顶或者地面；S5：在每组相对的两个贴片之间加装两个立柱；S6：将多个孔杆一的一端均插在其中一个立柱上的竖槽内；多个孔杆二的一端均插在另一个立柱上的竖槽内。
Civil engineering building structure reinforcing method
The invention relates to the field of civil engineering, in particular to a civil engineering building structure reinforcing method. The reinforcing method comprises the following steps that S1, the four pieces of angle iron on the reinforcing device are inserted into the four edges of the square building supporting column correspondingly; s2, the upper end of the angle iron abuts against the roof, and the lower end of the angle iron abuts against the ground; s3, a plurality of first hole rods and a plurality of second hole rods are connected between every two adjacent angle irons, and the first hole rods and the second hole rods are stacked in a staggered mode; s4, pasters are installed at the two ends of each angle iron, and the pasters are inserted into a shed roof or the ground through a plurality of inserting nails on the pasters; s5, two stand columns are additionally arranged between every two opposite patches in each group; s6, one end of each first hole rod is inserted into a vertical groove in one stand column; one end of each second hole rod is inserted into the vertical groove in the other stand column.
本发明涉及土木工程领域，更具体的说是一种土木工程建筑结构加固方法。加固方法，包括以下步骤：S1：将加固装置上的四个三角铁分别插在方形建筑支柱的四个棱处；S2：使得三角铁的上端顶向棚顶，下端顶向地面；S3：将多个孔杆一和多个孔杆二连接在相邻的两个三角铁之间，并且使多个孔杆一和多个孔杆二相互交错摞放；S4：将每个三角铁的两端均安装贴片，使贴片通过其上的多个插钉插向棚顶或者地面；S5：在每组相对的两个贴片之间加装两个立柱；S6：将多个孔杆一的一端均插在其中一个立柱上的竖槽内；多个孔杆二的一端均插在另一个立柱上的竖槽内。
Civil engineering building structure reinforcing method
一种土木工程建筑结构加固方法
DING HAIXIA (author) / LIU SHAOPING (author)
2023-06-23
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Slope reinforcing device for building municipal civil engineering
| European Patent Office | 2022
Slope reinforcing device for building municipal civil engineering
| European Patent Office | 2022