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A platform for research: civil engineering, architecture and urbanism
High-precision embedding method for power machine sleeve embedded part
The invention provides a high-precision pre-embedding method for a power machine sleeve pre-embedded part. The high-precision pre-embedding method comprises the following steps that S01, a steel structure supporting frame and a base are designed and manufactured; s02, the steel structure supporting frame is placed at the bottom of an anchoring box of the power machine, the base is placed at the bottom of the steel structure supporting frame, the base, the steel structure supporting frame and the anchoring box are positioned, installed and installed and welded, and primary precision adjustment is conducted; s03, the sleeve is accurately positioned through a positioning plate and assembled and welded, and an assembly of the sleeve and the positioning plate is formed; s04, an assembly of the sleeve and the positioning plate is integrally installed and fixed to the anchoring box, and the periphery of the assembly is reinforced and supported; s05, the positioning plate and the fixing points are adjustably tied, equipment foundation steel bars are bound, and precision adjustment is conducted for the second time; and S06, a formwork is erected, concrete is poured, real-time monitoring is conducted in the whole process, and precision adjustment is conducted for the third time. The problem that the sleeve embedded part is prone to deviation can be effectively solved, high-precision embedding is achieved, and cost reduction and efficiency improvement are facilitated.
本发明提供一种动力机器套筒预埋件高精度预埋方法，包括以下步骤：S01、设计和制作钢结构支撑架及底座；S02、将钢结构支撑架放置于动力机器的锚固盒的底部，将底座置于钢结构支撑架的底部，定位、安装、组焊底座、钢结构支撑架及锚固盒，并进行第一次精度调整；S03、用定位板将套筒精确定位并组对焊接，形成套筒与定位板的组合件；S04、将套筒与定位板的组合件整体安装固定于锚固盒上，并在组合件四周加固及支撑；S05、将定位板与固定点进行可调拉结，绑扎设备基础钢筋，并进行第二次精度调整；S06、支设模板，浇筑混凝土，全过程实时监测并且进行第三次精度调整。本发明可以有效地解决套筒预埋件容易偏位的问题，实现高精度预埋，有利于降本增效。
High-precision embedding method for power machine sleeve embedded part
The invention provides a high-precision pre-embedding method for a power machine sleeve pre-embedded part. The high-precision pre-embedding method comprises the following steps that S01, a steel structure supporting frame and a base are designed and manufactured; s02, the steel structure supporting frame is placed at the bottom of an anchoring box of the power machine, the base is placed at the bottom of the steel structure supporting frame, the base, the steel structure supporting frame and the anchoring box are positioned, installed and installed and welded, and primary precision adjustment is conducted; s03, the sleeve is accurately positioned through a positioning plate and assembled and welded, and an assembly of the sleeve and the positioning plate is formed; s04, an assembly of the sleeve and the positioning plate is integrally installed and fixed to the anchoring box, and the periphery of the assembly is reinforced and supported; s05, the positioning plate and the fixing points are adjustably tied, equipment foundation steel bars are bound, and precision adjustment is conducted for the second time; and S06, a formwork is erected, concrete is poured, real-time monitoring is conducted in the whole process, and precision adjustment is conducted for the third time. The problem that the sleeve embedded part is prone to deviation can be effectively solved, high-precision embedding is achieved, and cost reduction and efficiency improvement are facilitated.
本发明提供一种动力机器套筒预埋件高精度预埋方法，包括以下步骤：S01、设计和制作钢结构支撑架及底座；S02、将钢结构支撑架放置于动力机器的锚固盒的底部，将底座置于钢结构支撑架的底部，定位、安装、组焊底座、钢结构支撑架及锚固盒，并进行第一次精度调整；S03、用定位板将套筒精确定位并组对焊接，形成套筒与定位板的组合件；S04、将套筒与定位板的组合件整体安装固定于锚固盒上，并在组合件四周加固及支撑；S05、将定位板与固定点进行可调拉结，绑扎设备基础钢筋，并进行第二次精度调整；S06、支设模板，浇筑混凝土，全过程实时监测并且进行第三次精度调整。本发明可以有效地解决套筒预埋件容易偏位的问题，实现高精度预埋，有利于降本增效。
High-precision embedding method for power machine sleeve embedded part
一种动力机器套筒预埋件高精度预埋方法
XIA WEI (author) / XIANG HONGBIN (author) / ZHOU CHANGQI (author) / WANG LEI (author) / SHAO FAN (author) / CHENG CHAO (author) / GONG YUNXUE (author)
2023-07-28
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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