A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Glass design structure with sunshade function
The invention discloses a glass design structure with a sunshade function, which comprises a side wall, fixing bodies and a sunshade plate, the fixing bodies are mounted at the top of the side wall, a first mounting groove is formed between the two fixing bodies, a glass mounting frame is mounted in the first mounting groove, glass is mounted on the glass mounting frame, a second mounting groove is formed in each fixing body, and the sunshade plate is mounted in the second mounting groove. The telescopic device is installed in the second installation groove, a sliding rail is arranged in the first installation groove, the two sides of the sun shield are connected to the sliding rail in a sliding mode, the telescopic device is connected to the sun shield, and the sun shield is located at the top of the glass. When sun shading is needed, only a control panel needs to be opened, the control panel controls a connecting rod on a telescopic air cylinder to stretch out and draw back so as to drive a sun shading plate to be closed and opened, meanwhile, the sun shading plate is an infrared light filtering plate, and the sun shading plate is driven to be closed and opened according to the principle that the infrared light filtering plate filters sunlight entering a room; and glass is matched to achieve a double-layer sunshade structure, so that the purposes of indoor cooling and no indoor warm room effect are achieved.
本发明公开了一种具有遮阳功能的玻璃设计结构，包括侧墙、固定体和遮阳板，固定体安装在侧墙顶部，两个固定体之间围挡形成第一安装槽，玻璃安装架安装在第一安装槽内，玻璃安装在玻璃安装架上，固定体内设置有第二安装槽，伸缩装置安装在第二安装槽内，第一安装槽内设置有滑动轨道，遮阳板两侧滑动连接在滑动轨道上，伸缩装置连接在遮阳板上，遮阳板位于玻璃的顶部。本发明需要遮阳时，只需打开控制面板，控制面板控制伸缩气缸上的连接杆进行伸缩，从而带动遮阳板进行关闭与打开，同时遮阳板为红外滤光板，利用红外滤光片对阳光进入室内光线进行过虑的原理，并配合玻璃达到双层遮阳结构以达到室内降温，不产生室内暖室效应的目的。
Glass design structure with sunshade function
The invention discloses a glass design structure with a sunshade function, which comprises a side wall, fixing bodies and a sunshade plate, the fixing bodies are mounted at the top of the side wall, a first mounting groove is formed between the two fixing bodies, a glass mounting frame is mounted in the first mounting groove, glass is mounted on the glass mounting frame, a second mounting groove is formed in each fixing body, and the sunshade plate is mounted in the second mounting groove. The telescopic device is installed in the second installation groove, a sliding rail is arranged in the first installation groove, the two sides of the sun shield are connected to the sliding rail in a sliding mode, the telescopic device is connected to the sun shield, and the sun shield is located at the top of the glass. When sun shading is needed, only a control panel needs to be opened, the control panel controls a connecting rod on a telescopic air cylinder to stretch out and draw back so as to drive a sun shading plate to be closed and opened, meanwhile, the sun shading plate is an infrared light filtering plate, and the sun shading plate is driven to be closed and opened according to the principle that the infrared light filtering plate filters sunlight entering a room; and glass is matched to achieve a double-layer sunshade structure, so that the purposes of indoor cooling and no indoor warm room effect are achieved.
本发明公开了一种具有遮阳功能的玻璃设计结构，包括侧墙、固定体和遮阳板，固定体安装在侧墙顶部，两个固定体之间围挡形成第一安装槽，玻璃安装架安装在第一安装槽内，玻璃安装在玻璃安装架上，固定体内设置有第二安装槽，伸缩装置安装在第二安装槽内，第一安装槽内设置有滑动轨道，遮阳板两侧滑动连接在滑动轨道上，伸缩装置连接在遮阳板上，遮阳板位于玻璃的顶部。本发明需要遮阳时，只需打开控制面板，控制面板控制伸缩气缸上的连接杆进行伸缩，从而带动遮阳板进行关闭与打开，同时遮阳板为红外滤光板，利用红外滤光片对阳光进入室内光线进行过虑的原理，并配合玻璃达到双层遮阳结构以达到室内降温，不产生室内暖室效应的目的。
Glass design structure with sunshade function
一种具有遮阳功能的玻璃设计结构
SUN YU (author) / XU SHANG (author) / BU QINGTAO (author) / XU ZHEN (author) / ZHANG ZHI (author) / SHEN LAN (author) / GENG WANLI (author) / WANG MIAOJING (author) / CHANG XIANGNING (author) / PAN QIANGQIANG (author)
2023-06-30
Patent
Electronic Resource
Chinese
SUNSHADE MEMBER, SUNSHADE UNIT, SUNSHADE BLOCK AND SUNSHADE
| European Patent Office | 2017