A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Roof cornice keel unitization hoisting method
The invention provides a roof cornice keel unitization hoisting method, and belongs to the technical field of roof cornice hoisting. The roof cornice keel unitization hoisting method comprises the steps that a construction platform is built; laying a safety protection rope; determining a ceiling reference point; fixed-point welding of suspenders; fixed-point welding of the main keels; performing fixed-point welding on the secondary keels; mounting an aluminum plate; checking and accepting; whether a gasket of the first triboelectric nano-generator and a gasket of the second triboelectric nano-generator generate friction or not is judged according to whether a first indicator light is turned on or not, so that whether the central axis of the main keel small unit is aligned with a datum line or not is judged, and whether a second indicator light is turned on or not is judged. And judging whether the gasket of the third triboelectric nano-generator and the gasket of the fourth triboelectric nano-generator generate friction or not by judging whether the contact surface of the main keel small unit is aligned with the contact surface of the secondary keel small unit or not according to the difference between the first triboelectric nano-generator and the second triboelectric nano-generator, so as to judge whether the contact surface of the main keel small unit is aligned with the contact surface of the secondary keel small unit or not. And the problem that the primary keel and the secondary keel are easy to collide during alignment is solved.
本发明提供了一种屋面檐口龙骨单元化吊装方法，属于屋面檐口吊装技术领域，该屋面檐口龙骨单元化吊装方法包括：搭建施工平台；布设安全保护绳；确定吊顶基准点；吊杆定点焊接；主龙骨定点焊接；次龙骨定点焊接；安装铝板；验收；通过第一指示灯是否亮起，来判断第一摩擦电纳米发电机的垫片与第二摩擦电纳米发电机的垫片是否产生摩擦，从而判断主龙骨小单元的中轴线与基准线是否对齐，通过第二指示灯是否亮起，来判断第三摩擦电纳米发电机的垫片与第四摩擦电纳米发电机的垫片是否产生摩擦，从而判断主龙骨小单元的接触面与次龙骨小单元的接触面是否对齐，本发明解决了檐口龙骨吊装时存在的主次龙骨之间对齐困难，以及主次龙骨在对齐容易出现碰撞的问题。
Roof cornice keel unitization hoisting method
The invention provides a roof cornice keel unitization hoisting method, and belongs to the technical field of roof cornice hoisting. The roof cornice keel unitization hoisting method comprises the steps that a construction platform is built; laying a safety protection rope; determining a ceiling reference point; fixed-point welding of suspenders; fixed-point welding of the main keels; performing fixed-point welding on the secondary keels; mounting an aluminum plate; checking and accepting; whether a gasket of the first triboelectric nano-generator and a gasket of the second triboelectric nano-generator generate friction or not is judged according to whether a first indicator light is turned on or not, so that whether the central axis of the main keel small unit is aligned with a datum line or not is judged, and whether a second indicator light is turned on or not is judged. And judging whether the gasket of the third triboelectric nano-generator and the gasket of the fourth triboelectric nano-generator generate friction or not by judging whether the contact surface of the main keel small unit is aligned with the contact surface of the secondary keel small unit or not according to the difference between the first triboelectric nano-generator and the second triboelectric nano-generator, so as to judge whether the contact surface of the main keel small unit is aligned with the contact surface of the secondary keel small unit or not. And the problem that the primary keel and the secondary keel are easy to collide during alignment is solved.
本发明提供了一种屋面檐口龙骨单元化吊装方法，属于屋面檐口吊装技术领域，该屋面檐口龙骨单元化吊装方法包括：搭建施工平台；布设安全保护绳；确定吊顶基准点；吊杆定点焊接；主龙骨定点焊接；次龙骨定点焊接；安装铝板；验收；通过第一指示灯是否亮起，来判断第一摩擦电纳米发电机的垫片与第二摩擦电纳米发电机的垫片是否产生摩擦，从而判断主龙骨小单元的中轴线与基准线是否对齐，通过第二指示灯是否亮起，来判断第三摩擦电纳米发电机的垫片与第四摩擦电纳米发电机的垫片是否产生摩擦，从而判断主龙骨小单元的接触面与次龙骨小单元的接触面是否对齐，本发明解决了檐口龙骨吊装时存在的主次龙骨之间对齐困难，以及主次龙骨在对齐容易出现碰撞的问题。
Roof cornice keel unitization hoisting method
一种屋面檐口龙骨单元化吊装方法
JIN YI (author) / FU LIN (author) / XU MENG (author) / HAN LILI (author) / WANG YU (author) / ZHANG CHUANXING (author) / WANG LIBIN (author) / WU SHUJIN (author) / LI QIANG (author) / JIANG YUNFENG (author)
2023-08-01
Patent
Electronic Resource
Chinese
CORNICE RESTRAINT STRUCTURE AND ROOF HAVING CORNICE RESTRAINT STRUCTURE
| European Patent Office | 2016