A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Double-layer three-dimensional adjusting system of daylighting roof
The daylighting roof double-layer three-dimensional adjusting system comprises a steel plate adapter, one end of the steel plate adapter is fixed to a main body structure in a full-length welding mode, and before installation, the length of the steel plate adapter and the installation position of the steel plate adapter on the main body structure can be adjusted, so that installation at different positions and different heights is achieved; the aluminum alloy purline is arranged at the top end of the steel plate adapter in a sleeving manner; notches are formed in the two ends of the aluminum alloy purline, and aluminum alloy buckle covers are clamped into the inner sides of the notches. The stainless steel bolt penetrates through the steel plate adapting piece and the aluminum alloy purline, and the installation length between the aluminum alloy purline and the steel plate adapting piece can be adjusted before use; materials used in the method are easy to obtain and convenient to carry, so that the overall construction cost is low, and the effect is remarkable; in the installation process, the height of the glass can be adjusted at will according to actual requirements, the requirement for construction precision is lowered, and due to the fact that the device is simple in structure and convenient to disassemble and assemble, the difficulty is low in the later maintenance process.
本发明公开了采光顶双层三维调节系统，包括钢板转接件，一端满焊固定在主体结构上，在安装前，可以调节钢板转接件的长度以及在主体结构上的安装位置，以此实现不同位置、不同高度的安装；铝合金檩条，套设在钢板转接件的顶端；所述铝合金檩条的两端形成有缺口，在缺口的内侧卡入有铝合金扣盖；不锈钢螺栓，贯穿所述钢板转接件与铝合金檩条，在使用前，可以将铝合金檩条与钢板转接件之间的安装长度进行调节；本发明中使用的材料易得，搬运方便，因此整体施工成本较低，并且效果显著；本发明在安装中，能够根据实际需求，对玻璃的高度进行随意调节，并且降低对施工精度的需求，且由于本装置结构简单，方便拆装，在后期的维护中，难度较低。
Double-layer three-dimensional adjusting system of daylighting roof
The daylighting roof double-layer three-dimensional adjusting system comprises a steel plate adapter, one end of the steel plate adapter is fixed to a main body structure in a full-length welding mode, and before installation, the length of the steel plate adapter and the installation position of the steel plate adapter on the main body structure can be adjusted, so that installation at different positions and different heights is achieved; the aluminum alloy purline is arranged at the top end of the steel plate adapter in a sleeving manner; notches are formed in the two ends of the aluminum alloy purline, and aluminum alloy buckle covers are clamped into the inner sides of the notches. The stainless steel bolt penetrates through the steel plate adapting piece and the aluminum alloy purline, and the installation length between the aluminum alloy purline and the steel plate adapting piece can be adjusted before use; materials used in the method are easy to obtain and convenient to carry, so that the overall construction cost is low, and the effect is remarkable; in the installation process, the height of the glass can be adjusted at will according to actual requirements, the requirement for construction precision is lowered, and due to the fact that the device is simple in structure and convenient to disassemble and assemble, the difficulty is low in the later maintenance process.
本发明公开了采光顶双层三维调节系统，包括钢板转接件，一端满焊固定在主体结构上，在安装前，可以调节钢板转接件的长度以及在主体结构上的安装位置，以此实现不同位置、不同高度的安装；铝合金檩条，套设在钢板转接件的顶端；所述铝合金檩条的两端形成有缺口，在缺口的内侧卡入有铝合金扣盖；不锈钢螺栓，贯穿所述钢板转接件与铝合金檩条，在使用前，可以将铝合金檩条与钢板转接件之间的安装长度进行调节；本发明中使用的材料易得，搬运方便，因此整体施工成本较低，并且效果显著；本发明在安装中，能够根据实际需求，对玻璃的高度进行随意调节，并且降低对施工精度的需求，且由于本装置结构简单，方便拆装，在后期的维护中，难度较低。
Double-layer three-dimensional adjusting system of daylighting roof
采光顶双层三维调节系统
LIU YUKUN (author) / BAN HONGWEI (author) / ZHANG CHUANWEI (author) / PENG ZHEN (author) / WANG DAN (author) / ZHANG SHUKAI (author) / WANG CAIFENG (author)
2024-10-22
Patent
Electronic Resource
Chinese
| European Patent Office | 2020
| European Patent Office | 2024
Connecting system for special-shaped curved surface double-layer daylighting roof
| European Patent Office | 2024