Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hanging frame pre-loading construction method of intelligent construction equipment integration platform
The invention relates to the field of building hanging frame construction, in particular to a hanging frame pre-loading construction method of an intelligent construction equipment integration platform. Comprising the following steps: during construction of a first-layer structure, pre-assembling a hanger suspender consisting of an inner suspender and an outer suspender in two steps; a throwing support is erected after the hanger suspender is hoisted in place; wall connecting pieces for connecting the inner hanging rod and the outer hanging rod with a wall body are erected; when the main body is constructed to the second layer, the hanging frame hanging rods extend upwards, the cross beams and the walkway plates are erected, and then the vertical face protection net pieces are installed; after the three-layer structure is poured, the hanging frame suspenders, the cross beams and the walkway plates are continuously erected upwards to the height of the bailey truss, the bailey truss is pre-assembled, and the position is adjusted to be connected with the hanging frame suspenders; and then the wall connecting piece is dismantled. By optimizing the design of the hanging frame system, the building machine hanging frame system is mounted by adopting a pre-mounting method during construction of the first floor, and a traditional floor type scaffold is omitted, so that the construction period is shortened to a great extent, and labor and materials are saved.
本发明涉及建筑吊挂架施工领域，具体为一种智能施工装备集成平台的吊挂架先装法施工方法。包括：首层结构施工时，预拼装两步由内吊杆和外吊杆组成的挂架吊杆；挂架吊杆吊装到位后搭设抛撑；搭设内吊杆和外吊杆与墙体连接的连墙件；主体施工至二层时，挂架吊杆向上延接，并搭设横梁和走道板，后安装立面防护网片；三层结构浇筑完毕后，挂架吊杆、横梁及走道板持续向上搭设直至贝雷架高度，预拼装贝雷架，调整位置与挂架吊杆相连；完成后拆除连墙件。本申请通过对吊挂架系统的设计优化，在首层施工时采用先装法安装“造楼机”吊挂架系统，减免传统落地式脚手架，在很大程度上加快了工期，节约了人工，节省了材料。
Hanging frame pre-loading construction method of intelligent construction equipment integration platform
The invention relates to the field of building hanging frame construction, in particular to a hanging frame pre-loading construction method of an intelligent construction equipment integration platform. Comprising the following steps: during construction of a first-layer structure, pre-assembling a hanger suspender consisting of an inner suspender and an outer suspender in two steps; a throwing support is erected after the hanger suspender is hoisted in place; wall connecting pieces for connecting the inner hanging rod and the outer hanging rod with a wall body are erected; when the main body is constructed to the second layer, the hanging frame hanging rods extend upwards, the cross beams and the walkway plates are erected, and then the vertical face protection net pieces are installed; after the three-layer structure is poured, the hanging frame suspenders, the cross beams and the walkway plates are continuously erected upwards to the height of the bailey truss, the bailey truss is pre-assembled, and the position is adjusted to be connected with the hanging frame suspenders; and then the wall connecting piece is dismantled. By optimizing the design of the hanging frame system, the building machine hanging frame system is mounted by adopting a pre-mounting method during construction of the first floor, and a traditional floor type scaffold is omitted, so that the construction period is shortened to a great extent, and labor and materials are saved.
本发明涉及建筑吊挂架施工领域，具体为一种智能施工装备集成平台的吊挂架先装法施工方法。包括：首层结构施工时，预拼装两步由内吊杆和外吊杆组成的挂架吊杆；挂架吊杆吊装到位后搭设抛撑；搭设内吊杆和外吊杆与墙体连接的连墙件；主体施工至二层时，挂架吊杆向上延接，并搭设横梁和走道板，后安装立面防护网片；三层结构浇筑完毕后，挂架吊杆、横梁及走道板持续向上搭设直至贝雷架高度，预拼装贝雷架，调整位置与挂架吊杆相连；完成后拆除连墙件。本申请通过对吊挂架系统的设计优化，在首层施工时采用先装法安装“造楼机”吊挂架系统，减免传统落地式脚手架，在很大程度上加快了工期，节约了人工，节省了材料。
Hanging frame pre-loading construction method of intelligent construction equipment integration platform
一种智能施工装备集成平台的吊挂架先装法施工方法
LUO FAJIANG (Autor:in) / XU GUANGXING (Autor:in) / LI SHIWEI (Autor:in) / YU ZIQIANG (Autor:in) / MENG ZHAOHU (Autor:in) / KAN MITSUAKI (Autor:in) / LI YAN (Autor:in) / LIU HENG (Autor:in) / GAO JINLIANG (Autor:in) / LIU MANQING (Autor:in)
14.03.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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