A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Assembly type glass fixing device
The invention discloses an assembly type glass fixing device. The assembly type glass fixing device comprises a top fixing module used for fixing the top of glass to a ceiling and a bottom fixing module used for fixing the bottom of the glass to the ground, wherein the top fixing module comprises at least two hanging rods, at least two adjusting hanging pieces, a through long rod, hanging pieces and first protection pads used for wrapping and clamping the top of glass, the hanging rods, the adjusting hanging pieces, the through long rod, the hanging pieces and the first protection pads are sequentially arranged from top to bottom, the adjusting hanging pieces are installed at the bottoms of the hanging rods and can vertically move relative to the hanging rods, the through long rod is horizontally arranged, the two ends of the through long rod are connected with the at least two adjusting hanging pieces correspondingly, the hanging pieces are installed on the through long rod in a sliding mode, and the first protection pads are fixed to the hanging pieces. According to the assembly type glass fixing device, the adjusting hanging pieces can vertically move relative to the hanging rods so as to adjust the mounting height of each piece of glass, so that the mounted glass is not limited by terrain, each part can be made into a standard part so as to realize modular mounting, and a traditional mounting mode is improved so as to adapt to market requirements.
本发明公开一种装配式玻璃固定装置，包括用于将玻璃的顶部固定在顶棚上的顶部固定模组和用于将玻璃的底部固定在地面上的底部固定模组，顶部固定模组包括自上而下依次设置的吊杆、调节吊件、通长杆、吊挂件和用于包夹玻璃顶部的第一防护垫，吊杆和调节吊件的数量都至少为两个，调节吊件安装于吊杆的底部且可相对吊杆作竖向移动，通长杆呈水平设置，通长杆的两端分别与至少两个调节吊件连接，吊挂件滑动安装于通长杆上，第一防护垫固定于吊挂件上。本发明调节吊件可相对吊杆作竖向移动，以调节各个玻璃的安装高度，使得安装后的玻璃不拘束于地形限制，各个配件都可以做成标准化配件，以实现模块化安装，改善了传统安装方式以适应市场需要。
Assembly type glass fixing device
The invention discloses an assembly type glass fixing device. The assembly type glass fixing device comprises a top fixing module used for fixing the top of glass to a ceiling and a bottom fixing module used for fixing the bottom of the glass to the ground, wherein the top fixing module comprises at least two hanging rods, at least two adjusting hanging pieces, a through long rod, hanging pieces and first protection pads used for wrapping and clamping the top of glass, the hanging rods, the adjusting hanging pieces, the through long rod, the hanging pieces and the first protection pads are sequentially arranged from top to bottom, the adjusting hanging pieces are installed at the bottoms of the hanging rods and can vertically move relative to the hanging rods, the through long rod is horizontally arranged, the two ends of the through long rod are connected with the at least two adjusting hanging pieces correspondingly, the hanging pieces are installed on the through long rod in a sliding mode, and the first protection pads are fixed to the hanging pieces. According to the assembly type glass fixing device, the adjusting hanging pieces can vertically move relative to the hanging rods so as to adjust the mounting height of each piece of glass, so that the mounted glass is not limited by terrain, each part can be made into a standard part so as to realize modular mounting, and a traditional mounting mode is improved so as to adapt to market requirements.
本发明公开一种装配式玻璃固定装置，包括用于将玻璃的顶部固定在顶棚上的顶部固定模组和用于将玻璃的底部固定在地面上的底部固定模组，顶部固定模组包括自上而下依次设置的吊杆、调节吊件、通长杆、吊挂件和用于包夹玻璃顶部的第一防护垫，吊杆和调节吊件的数量都至少为两个，调节吊件安装于吊杆的底部且可相对吊杆作竖向移动，通长杆呈水平设置，通长杆的两端分别与至少两个调节吊件连接，吊挂件滑动安装于通长杆上，第一防护垫固定于吊挂件上。本发明调节吊件可相对吊杆作竖向移动，以调节各个玻璃的安装高度，使得安装后的玻璃不拘束于地形限制，各个配件都可以做成标准化配件，以实现模块化安装，改善了传统安装方式以适应市场需要。
Assembly type glass fixing device
装配式玻璃固定装置
LI YOUJIANG (author) / HU ZHENGFU (author) / LI DONGYANG (author) / GUO ZHAO (author) / LYU YANFA (author)
2020-05-22
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Assembly type explosion-proof glass partition fixing structure
| European Patent Office | 2021