A platform for research: civil engineering, architecture and urbanism
Mounting structure for grid suspended ceiling and lamp and mounting method of mounting structure
The invention relates to a mounting structure for a grid suspended ceiling and a lamp and a mounting method of the mounting structure. The mounting structure comprises a plurality of keels, a plurality of grids, a hanging frame and a hanging rod, wherein the keels are used for fixing the grid suspended ceiling and are horizontally fixed below a top plate through a plurality of vertical hanging ribs; the grids are horizontally arranged at intervals and are vertically fixed at the bottoms of the keels; the hanging frame is used for mounting the lamp and is vertically clamped on two adjacent grids; baffles attached to the side walls of the corresponding grids are formed at two opposite ends of the hanging frame; the hanging rod is fixedly connected with the top of the lamp and is vertically fixed on the hanging frame in a position adjustable manner; and the hanging rod is adjusted to be arranged between two adjacent grids, so that the lamp is mounted between two adjacent grids. According to the mounting structure disclosed by the invention, the baffles at two ends of the hanging frame are attached to the side walls of the grids, so that the stability of the hanging frame is guaranteed. The hanging rod is adjusted to be arranged between two grids, so that the lamp is mounted between two adjacent grids, the position is accurate, and the operation is convenient.
本发明涉及一种格栅吊顶和灯具用的安装结构及其安装方法,其中安装结构包括:供固定格栅吊顶的多个龙骨,龙骨通过竖向的多个吊筋水平固定于顶板的下方;水平且间隔设置的多个格栅,垂直固定于龙骨的底部;供安装灯具的挂架,挂架垂直卡设于相邻的两个格栅上,挂架的相对两端均形成有贴设于对应的格栅的侧壁的挡板;供和灯具的顶部固接的挂杆,挂杆以位置可调节的方式竖向固定于挂架,通过调节挂杆设于相邻的两个格栅的中间,实现灯具安装于相邻的两个格栅的中间。本发明通过挂架两端的挡板贴设于格栅侧壁,保证挂架的稳定性。通过调节挂杆设于两个格栅的中间,从而将灯具安装于相邻的两个格栅的中间,位置准确,操作方便。
Mounting structure for grid suspended ceiling and lamp and mounting method of mounting structure
The invention relates to a mounting structure for a grid suspended ceiling and a lamp and a mounting method of the mounting structure. The mounting structure comprises a plurality of keels, a plurality of grids, a hanging frame and a hanging rod, wherein the keels are used for fixing the grid suspended ceiling and are horizontally fixed below a top plate through a plurality of vertical hanging ribs; the grids are horizontally arranged at intervals and are vertically fixed at the bottoms of the keels; the hanging frame is used for mounting the lamp and is vertically clamped on two adjacent grids; baffles attached to the side walls of the corresponding grids are formed at two opposite ends of the hanging frame; the hanging rod is fixedly connected with the top of the lamp and is vertically fixed on the hanging frame in a position adjustable manner; and the hanging rod is adjusted to be arranged between two adjacent grids, so that the lamp is mounted between two adjacent grids. According to the mounting structure disclosed by the invention, the baffles at two ends of the hanging frame are attached to the side walls of the grids, so that the stability of the hanging frame is guaranteed. The hanging rod is adjusted to be arranged between two grids, so that the lamp is mounted between two adjacent grids, the position is accurate, and the operation is convenient.
本发明涉及一种格栅吊顶和灯具用的安装结构及其安装方法,其中安装结构包括:供固定格栅吊顶的多个龙骨,龙骨通过竖向的多个吊筋水平固定于顶板的下方;水平且间隔设置的多个格栅,垂直固定于龙骨的底部;供安装灯具的挂架,挂架垂直卡设于相邻的两个格栅上,挂架的相对两端均形成有贴设于对应的格栅的侧壁的挡板;供和灯具的顶部固接的挂杆,挂杆以位置可调节的方式竖向固定于挂架,通过调节挂杆设于相邻的两个格栅的中间,实现灯具安装于相邻的两个格栅的中间。本发明通过挂架两端的挡板贴设于格栅侧壁,保证挂架的稳定性。通过调节挂杆设于两个格栅的中间,从而将灯具安装于相邻的两个格栅的中间,位置准确,操作方便。
Mounting structure for grid suspended ceiling and lamp and mounting method of mounting structure
格栅吊顶和灯具用的安装结构及其安装方法
ZHU JIANCHEN (author) / HAN MING (author) / YANG JINGDONG (author) / YANG YANG (author) / PENG ZHIFA (author) / ZHOU DEZHONG (author) / QIAN HONGFU (author) / ZHU LEI (author) / ZHANG WEI (author) / LI YUN (author)
2021-04-16
Patent
Electronic Resource
Chinese
Ceiling type suspended ceiling mounting structure and suspended ceiling mounting method thereof
European Patent Office | 2021
|European Patent Office | 2021
|