Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Indoor suspended ceiling structure and assembly thereof
The invention discloses an indoor suspended ceiling structure and an assembly thereof, and belongs to the technical field of indoor decoration.The indoor suspended ceiling structure comprises a mounting plate and a suspended ceiling plate, a containing cavity and a groove located in one end of the containing cavity are formed in the mounting plate, a turning-over assembly is arranged in the mounting plate, and a locking and pressing assembly matched with the turning-over assembly is arranged on the mounting plate; a fixed rod is fixed in the center of the top side of the mounting plate; the two ends of the suspended ceiling plate are stopped and limited through cooperation of the turning and stopping assembly and the locking and pressing assembly, so that the suspended ceiling plate is rapidly mounted in the mounting plate, hoisting of the suspended ceiling plate can be completed through insertion and pushing, mounting of the suspended ceiling plate is more convenient and labor-saving, the overall efficiency of suspended ceiling operation is effectively improved, and the suspended ceiling plate mounting device is suitable for popularization and application. Limiting of the turning and blocking assembly on the suspended ceiling plate is relieved through the locking and pressing assembly, so that the suspended ceiling plate can be conveniently detached from the interior of the mounting plate, the suspended ceiling plate can be replaced, operation is easy, and the replacement process of the suspended ceiling plate is more convenient.
本发明公开了一种室内用吊顶结构及其组件，属于室内装饰技术领域，包括安装板和吊顶板，安装板的内部开设有容纳腔和位于容纳腔一端处的凹槽，安装板内部设置有翻挡组件，安装板上设置有与翻挡组件配合的锁压组件，安装板的顶端侧面中心位置固定有固定杆；本发明通过翻挡组件和锁压组件的配合对吊顶板的两端进行止挡限位，从而实现将吊顶板快速安装到安装板的内部，通过一插一推即可完成吊顶板的吊装，使得吊顶板的安装更加便捷省力，进而有效提高吊顶作业的整体效率，通过锁压组件解除翻挡组件对吊顶板的限位，从而将可以便捷地将吊顶板从安装板内部拆出，可对吊顶板进行更换，操作简单，使得吊顶板的更换过程更加方便。
Indoor suspended ceiling structure and assembly thereof
The invention discloses an indoor suspended ceiling structure and an assembly thereof, and belongs to the technical field of indoor decoration.The indoor suspended ceiling structure comprises a mounting plate and a suspended ceiling plate, a containing cavity and a groove located in one end of the containing cavity are formed in the mounting plate, a turning-over assembly is arranged in the mounting plate, and a locking and pressing assembly matched with the turning-over assembly is arranged on the mounting plate; a fixed rod is fixed in the center of the top side of the mounting plate; the two ends of the suspended ceiling plate are stopped and limited through cooperation of the turning and stopping assembly and the locking and pressing assembly, so that the suspended ceiling plate is rapidly mounted in the mounting plate, hoisting of the suspended ceiling plate can be completed through insertion and pushing, mounting of the suspended ceiling plate is more convenient and labor-saving, the overall efficiency of suspended ceiling operation is effectively improved, and the suspended ceiling plate mounting device is suitable for popularization and application. Limiting of the turning and blocking assembly on the suspended ceiling plate is relieved through the locking and pressing assembly, so that the suspended ceiling plate can be conveniently detached from the interior of the mounting plate, the suspended ceiling plate can be replaced, operation is easy, and the replacement process of the suspended ceiling plate is more convenient.
本发明公开了一种室内用吊顶结构及其组件，属于室内装饰技术领域，包括安装板和吊顶板，安装板的内部开设有容纳腔和位于容纳腔一端处的凹槽，安装板内部设置有翻挡组件，安装板上设置有与翻挡组件配合的锁压组件，安装板的顶端侧面中心位置固定有固定杆；本发明通过翻挡组件和锁压组件的配合对吊顶板的两端进行止挡限位，从而实现将吊顶板快速安装到安装板的内部，通过一插一推即可完成吊顶板的吊装，使得吊顶板的安装更加便捷省力，进而有效提高吊顶作业的整体效率，通过锁压组件解除翻挡组件对吊顶板的限位，从而将可以便捷地将吊顶板从安装板内部拆出，可对吊顶板进行更换，操作简单，使得吊顶板的更换过程更加方便。
Indoor suspended ceiling structure and assembly thereof
一种室内用吊顶结构及其组件
LI BING (Autor:in) / GUO MIANWEI (Autor:in) / JIANG JIE (Autor:in) / CHEN WEIBIN (Autor:in) / LI YOUHENG (Autor:in)
19.12.2023
Patent
Elektronische Ressource
Chinesisch