A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of hanging bracket structure system of building suspended ceiling
The invention discloses a construction method of a hanging bracket structure system of a building suspended ceiling, which comprises the following steps of: mounting keels on the same plane: taking a main keel and a secondary keel which are fixedly provided with buckling strips through hanging rod pieces, and correspondingly mounting the main keel in mounting bayonets in four vertical directions on the same plane of a hanging basket seat, a main keel is shared between the two hanging basket seats, and a secondary keel is fixed between the parallel main keels and located on the same horizontal plane with the main keels. When a plurality of suspended ceiling sealing plates are installed on the lower portions of the main keels and the lower portions of the auxiliary keels to generate excessive downward gravity, the unit area of a keel framework formed by the main keels and the auxiliary keels which are located on the same plane can be evenly stressed, the borne bearing force can be spread out, and the situation that the bearing force borne by the keel framework in the unit area is too concentrated is avoided. The problem that the bearing capacity borne by the keel framework in unit area is too concentrated and poor due to the fact that the secondary keel and the main keel are not located on the same plane is solved.
本发明公开了一种建筑体吊顶的吊架结构体系的施工方法，包括步骤如下：龙骨同一平面的安装：取经吊杆件固定安装有扣条的主龙骨、次龙骨，主龙骨对应安装在吊篮座同一平面垂直四个方向的安装卡口内，两个吊篮座之间共用的一个主龙骨，平行的主龙骨之间固定次龙骨并与主龙骨处于同一水平面。主龙骨和次龙骨下部安装多个吊顶封板产生过多向下的重力时，处于同一平面的主龙骨和次龙骨构成的龙骨骨架的单位面积能平均受力平摊掉所受承载力，避免龙骨骨架单位面积所受承载力过于集中的情况，解决了次龙骨与主龙骨不处于同一平面存在龙骨骨架单位面积所受承载力过于集中承载力差的问题。
Construction method of hanging bracket structure system of building suspended ceiling
The invention discloses a construction method of a hanging bracket structure system of a building suspended ceiling, which comprises the following steps of: mounting keels on the same plane: taking a main keel and a secondary keel which are fixedly provided with buckling strips through hanging rod pieces, and correspondingly mounting the main keel in mounting bayonets in four vertical directions on the same plane of a hanging basket seat, a main keel is shared between the two hanging basket seats, and a secondary keel is fixed between the parallel main keels and located on the same horizontal plane with the main keels. When a plurality of suspended ceiling sealing plates are installed on the lower portions of the main keels and the lower portions of the auxiliary keels to generate excessive downward gravity, the unit area of a keel framework formed by the main keels and the auxiliary keels which are located on the same plane can be evenly stressed, the borne bearing force can be spread out, and the situation that the bearing force borne by the keel framework in the unit area is too concentrated is avoided. The problem that the bearing capacity borne by the keel framework in unit area is too concentrated and poor due to the fact that the secondary keel and the main keel are not located on the same plane is solved.
本发明公开了一种建筑体吊顶的吊架结构体系的施工方法，包括步骤如下：龙骨同一平面的安装：取经吊杆件固定安装有扣条的主龙骨、次龙骨，主龙骨对应安装在吊篮座同一平面垂直四个方向的安装卡口内，两个吊篮座之间共用的一个主龙骨，平行的主龙骨之间固定次龙骨并与主龙骨处于同一水平面。主龙骨和次龙骨下部安装多个吊顶封板产生过多向下的重力时，处于同一平面的主龙骨和次龙骨构成的龙骨骨架的单位面积能平均受力平摊掉所受承载力，避免龙骨骨架单位面积所受承载力过于集中的情况，解决了次龙骨与主龙骨不处于同一平面存在龙骨骨架单位面积所受承载力过于集中承载力差的问题。
Construction method of hanging bracket structure system of building suspended ceiling
一种建筑体吊顶的吊架结构体系的施工方法
LONG MANHONG (author) / JIANG KUN (author) / YAN LI (author) / WANG GUISHENG (author) / XU NENGZHONG (author) / XU ZHONGHAO (author) / QIN HE (author) / LIU XUAN (author) / ZUO HAIHONG (author) / ZHAO HONGXIA (author)
2022-07-29
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
SUSPENDED CEILING STRUCTURE AND HANGING MEMBER CONNECTING BRACKET
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CEILING HANGING BRACKET AND SKELETON STRUCTURE OF MULTI-TIERED BUILDING
| European Patent Office | 2018