A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of assembled embedded part
The invention relates to an embedded part, in particular to a construction method of a split mounting type embedded part. Comprising the following steps that A, according to the mechanical property requirement of the equipment foundation embedded part, mechanical analysis software is used for conducting stress analysis on the embedded part required in an equipment specification; step B, designing an embedded part; c, carrying out stress analysis on the mother board and the daughter board of the pre-embedded board; step D, pre-embedded plate processing and welding process evaluation are carried out; e, on-site arrangement is carried out; step F, positioning and paying off; g, pre-embedded plates of the positioning nodes are welded; h, connecting construction of the pre-embedded plates is conducted; and I, welding. Splicing is carried out on site according to construction requirements, flexibility and changeability are achieved, the positioning accuracy of the embedded part is improved, the safety is improved, and transportation is convenient.
本发明涉及预埋件，特别是一种拼装式预埋件的施工方法。包括如下步骤：步骤A、根据设备基础预埋件的力学性能要求，使用力学分析软件对设备说明书中要求的预埋件进行受力分析；步骤B、预埋件设计；步骤C、对预埋板的母板和子板进行受力分析；步骤D、预埋板加工、做焊接工艺评定；步骤E、现场排布；步骤F、定位放线；步骤G、定位节点的预埋板焊接；步骤H、预埋板的连接施工；步骤I、焊接。本发明根据施工的需要在现场进行拼接，灵活多变，提高了预埋件定位的精准度，提高安全形，便于运输。
Construction method of assembled embedded part
The invention relates to an embedded part, in particular to a construction method of a split mounting type embedded part. Comprising the following steps that A, according to the mechanical property requirement of the equipment foundation embedded part, mechanical analysis software is used for conducting stress analysis on the embedded part required in an equipment specification; step B, designing an embedded part; c, carrying out stress analysis on the mother board and the daughter board of the pre-embedded board; step D, pre-embedded plate processing and welding process evaluation are carried out; e, on-site arrangement is carried out; step F, positioning and paying off; g, pre-embedded plates of the positioning nodes are welded; h, connecting construction of the pre-embedded plates is conducted; and I, welding. Splicing is carried out on site according to construction requirements, flexibility and changeability are achieved, the positioning accuracy of the embedded part is improved, the safety is improved, and transportation is convenient.
本发明涉及预埋件，特别是一种拼装式预埋件的施工方法。包括如下步骤：步骤A、根据设备基础预埋件的力学性能要求，使用力学分析软件对设备说明书中要求的预埋件进行受力分析；步骤B、预埋件设计；步骤C、对预埋板的母板和子板进行受力分析；步骤D、预埋板加工、做焊接工艺评定；步骤E、现场排布；步骤F、定位放线；步骤G、定位节点的预埋板焊接；步骤H、预埋板的连接施工；步骤I、焊接。本发明根据施工的需要在现场进行拼接，灵活多变，提高了预埋件定位的精准度，提高安全形，便于运输。
Construction method of assembled embedded part
拼装式预埋件的施工方法
LI HONGYU (author) / ZUO ZHAOQING (author) / LIU HAO (author)
2022-12-27
Patent
Electronic Resource
Chinese
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