A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Daylighting roof structure with four edges capable of being opened through external rotation
The invention provides a daylighting roof structure with four sides capable of being opened through external rotation, and relates to the technical field of building construction.The daylighting roof structure with the four sides capable of being opened through external rotation comprises a base, a daylighting roof, a bearing part and a rotating part, and the base is fixedly installed on a structural beam; the daylighting roof is installed on the base and provided with an auxiliary frame. The bearing parts are installed on the four outer side faces of the base. The bearing parts are mounted on the four side faces of the base, the mounting bases corresponding to the bearing parts in position are arranged at the bottom of the auxiliary frame of the daylighting roof, and the rotating parts rotationally mounted are arranged in the mounting bases and connected with the bearing parts, so that a user can conveniently mount and fix the daylighting roof through the rotating parts located on the four sides of the base; and the rotating parts on any three sides of the base can be pulled out of the bearing part, and the daylighting roof is opened by taking the rotating part on the other side of the base as a rotating shaft, so that the purpose of opening the daylighting roof in multiple directions is achieved.
本发明提供一种四边均可外部转动开启的采光顶构造，涉及建筑施工技术领域，该四边均可外部转动开启的采光顶构造，包括底座、采光顶、承载部和转动部，所述底座固定安装于结构梁上；所述采光顶安装于底座上，且所述采光顶具有副框；所述承载部安装于底座的四个外侧面上；通过在底座的四个侧面上安装承载部，并在采光顶的副框的底部设置与承载部位置相对应的安装座，又在安装座的内部设置转动安装的转动部与承载部进行连接，不仅能够便于使用者通过位于底座四边的转动部对采光顶进行安装固定，而且还能够将位于底座其中任意三边的转动部拉出承载部，以位于底座另一边的转动部为转轴将采光顶打开，达到了多方位打开采光顶的目的。
Daylighting roof structure with four edges capable of being opened through external rotation
The invention provides a daylighting roof structure with four sides capable of being opened through external rotation, and relates to the technical field of building construction.The daylighting roof structure with the four sides capable of being opened through external rotation comprises a base, a daylighting roof, a bearing part and a rotating part, and the base is fixedly installed on a structural beam; the daylighting roof is installed on the base and provided with an auxiliary frame. The bearing parts are installed on the four outer side faces of the base. The bearing parts are mounted on the four side faces of the base, the mounting bases corresponding to the bearing parts in position are arranged at the bottom of the auxiliary frame of the daylighting roof, and the rotating parts rotationally mounted are arranged in the mounting bases and connected with the bearing parts, so that a user can conveniently mount and fix the daylighting roof through the rotating parts located on the four sides of the base; and the rotating parts on any three sides of the base can be pulled out of the bearing part, and the daylighting roof is opened by taking the rotating part on the other side of the base as a rotating shaft, so that the purpose of opening the daylighting roof in multiple directions is achieved.
本发明提供一种四边均可外部转动开启的采光顶构造，涉及建筑施工技术领域，该四边均可外部转动开启的采光顶构造，包括底座、采光顶、承载部和转动部，所述底座固定安装于结构梁上；所述采光顶安装于底座上，且所述采光顶具有副框；所述承载部安装于底座的四个外侧面上；通过在底座的四个侧面上安装承载部，并在采光顶的副框的底部设置与承载部位置相对应的安装座，又在安装座的内部设置转动安装的转动部与承载部进行连接，不仅能够便于使用者通过位于底座四边的转动部对采光顶进行安装固定，而且还能够将位于底座其中任意三边的转动部拉出承载部，以位于底座另一边的转动部为转轴将采光顶打开，达到了多方位打开采光顶的目的。
Daylighting roof structure with four edges capable of being opened through external rotation
一种四边均可外部转动开启的采光顶构造
WU DONGCHANG (author) / ZOU XIAOWEI (author) / CHEN YAQING (author) / WANG SHICHUAN (author) / WANG CAIFENG (author) / ZHANG YUAN (author) / GE WENBO (author)
2023-10-03
Patent
Electronic Resource
Chinese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
Glass curtain wall daylighting roof capable of being electrically opened
| European Patent Office | 2024
Arc-shaped roof structure capable of being opened and closed
| European Patent Office | 2024