A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method for embedded part of transformer substation
The invention discloses a construction method for an embedded part of a transformer substation. The construction method comprises the following steps of (1) construction preparation; (2) processing an embedded part; (3) beam plate formwork installation; (4) the axis and the elevation line of the floor embedded part being marked; (5) pouring concrete; (6) determining the position and elevation of the embedded part; (7) mounting an embedded part; and (8) carrying out quality spot check; II-level steel bars with the length of 10 cm and thickness of 12 cm are selected as anchoring steel bars on the embedded part; for the installation of the embedded part, a practical field is arranged on a construction site before construction, and constructors are organized to carry out practical operation practice on the situation that the anchor tie bar and the concrete of the embedded part are not compactly combined; and after a worker finishes the concrete surface layer finishing process, the embedded part process is also finished at the same time. The method can effectively solve a problem that the embedded part anchor tie bar and the concrete are not compactly combined.
本发明公开了一种变电站预埋件施工方法，包括以下步骤：（1）施工准备；（2）预埋件加工；（3）梁板模板安装；（4）标注楼层预埋件轴线和标高线；（5）砼浇筑；（6）确定预埋件位置和标高；（7）预埋件安装；（8）质量抽查；预埋件上的锚固钢筋选用长度为10cm，厚度为12cm的Ⅱ级钢筋；对于预埋件安装，在施工之前在施工现场设置实操场地，组织施工人员对出现预埋件锚拉筋和砼结合不致密的情况进行实操练习；并且工人在完成砼面层收光工序之后，预埋件工序也同时完成。本发明能够有效解决预埋件锚拉筋与砼结合不致密的问题。
Construction method for embedded part of transformer substation
The invention discloses a construction method for an embedded part of a transformer substation. The construction method comprises the following steps of (1) construction preparation; (2) processing an embedded part; (3) beam plate formwork installation; (4) the axis and the elevation line of the floor embedded part being marked; (5) pouring concrete; (6) determining the position and elevation of the embedded part; (7) mounting an embedded part; and (8) carrying out quality spot check; II-level steel bars with the length of 10 cm and thickness of 12 cm are selected as anchoring steel bars on the embedded part; for the installation of the embedded part, a practical field is arranged on a construction site before construction, and constructors are organized to carry out practical operation practice on the situation that the anchor tie bar and the concrete of the embedded part are not compactly combined; and after a worker finishes the concrete surface layer finishing process, the embedded part process is also finished at the same time. The method can effectively solve a problem that the embedded part anchor tie bar and the concrete are not compactly combined.
本发明公开了一种变电站预埋件施工方法，包括以下步骤：（1）施工准备；（2）预埋件加工；（3）梁板模板安装；（4）标注楼层预埋件轴线和标高线；（5）砼浇筑；（6）确定预埋件位置和标高；（7）预埋件安装；（8）质量抽查；预埋件上的锚固钢筋选用长度为10cm，厚度为12cm的Ⅱ级钢筋；对于预埋件安装，在施工之前在施工现场设置实操场地，组织施工人员对出现预埋件锚拉筋和砼结合不致密的情况进行实操练习；并且工人在完成砼面层收光工序之后，预埋件工序也同时完成。本发明能够有效解决预埋件锚拉筋与砼结合不致密的问题。
Construction method for embedded part of transformer substation
变电站预埋件施工方法
LYU MINGHUI (author) / WANG LIPING (author) / LIU HANCHAO (author) / XIE YAFEI (author) / LI XIN (author) / ZHANG HENG (author) / PENG JIAYING (author) / CHEN DELONG (author)
2022-02-11
Patent
Electronic Resource
Chinese
Reserve embedded postposition construction method of switch gear room of transformer substation
| European Patent Office | 2015