A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated suspended ceiling structure of green building
The invention relates to the technical field of green suspended ceilings, in particular to an assembly type suspended ceiling structure of a green building, which comprises a cultivation assembly and a suspended ceiling assembly, the cultivation assembly comprises a cultivation seat and a cultivation cabin arranged in the cultivation seat, the top end of the cultivation cabin is open, and the bottom end of the cultivation cabin is closed; the top end of the cultivation base is open, a supporting spring is connected between the closed face of the bottom end of the cultivation bin and the lining ring, the dead weight of the cultivation bin is gradually increased along with growth of green plants, and when the dead weight exceeds the supporting force of the supporting spring, the cultivation bin can freely descend along an inner cavity of the cultivation base. When the part of the green plant in the cultivation cabin grows until the weight exceeds the supporting force of the spring, the cultivation cabin automatically descends, the automatic descending of the cultivation cabin drags the stretching piece to stretch and expand, and the stem and leaf parts of the green plant are stretched through the expansion action, so that the aim that the stems and the green leaves are loosened mutually is achieved; the method is suitable for automatic management of vine green plants, and the cultivation effect is improved.
本发明涉及绿色吊顶技术领域，尤其是提供了一种绿色建筑的装配式天花吊顶结构，包括培育总成和吊顶总成；所述培育总成包括培育座和设置在所述培育座内的培育舱，所述培育舱的顶端开口，底端闭合；所述培育座的顶端开口，所述培育舱的底端闭合面与所述衬环之间连接有撑簧，所述培育舱随着绿植的成长自重逐渐增大，并且自重超过撑簧的支撑力时将会沿着所述培育座的内腔自由下降，当绿植在培育舱中的部分生长到重量超过弹簧的支撑力时，将导致培育舱自动下降，培育舱自动下降会拽着舒展件拉伸扩张，通过这一扩张动作对绿植的茎叶部分实施拉伸，以达到茎部绿叶之间相互疏松的目的，适应于藤蔓类绿植自动管理，提高培育效果。
Fabricated suspended ceiling structure of green building
The invention relates to the technical field of green suspended ceilings, in particular to an assembly type suspended ceiling structure of a green building, which comprises a cultivation assembly and a suspended ceiling assembly, the cultivation assembly comprises a cultivation seat and a cultivation cabin arranged in the cultivation seat, the top end of the cultivation cabin is open, and the bottom end of the cultivation cabin is closed; the top end of the cultivation base is open, a supporting spring is connected between the closed face of the bottom end of the cultivation bin and the lining ring, the dead weight of the cultivation bin is gradually increased along with growth of green plants, and when the dead weight exceeds the supporting force of the supporting spring, the cultivation bin can freely descend along an inner cavity of the cultivation base. When the part of the green plant in the cultivation cabin grows until the weight exceeds the supporting force of the spring, the cultivation cabin automatically descends, the automatic descending of the cultivation cabin drags the stretching piece to stretch and expand, and the stem and leaf parts of the green plant are stretched through the expansion action, so that the aim that the stems and the green leaves are loosened mutually is achieved; the method is suitable for automatic management of vine green plants, and the cultivation effect is improved.
本发明涉及绿色吊顶技术领域，尤其是提供了一种绿色建筑的装配式天花吊顶结构，包括培育总成和吊顶总成；所述培育总成包括培育座和设置在所述培育座内的培育舱，所述培育舱的顶端开口，底端闭合；所述培育座的顶端开口，所述培育舱的底端闭合面与所述衬环之间连接有撑簧，所述培育舱随着绿植的成长自重逐渐增大，并且自重超过撑簧的支撑力时将会沿着所述培育座的内腔自由下降，当绿植在培育舱中的部分生长到重量超过弹簧的支撑力时，将导致培育舱自动下降，培育舱自动下降会拽着舒展件拉伸扩张，通过这一扩张动作对绿植的茎叶部分实施拉伸，以达到茎部绿叶之间相互疏松的目的，适应于藤蔓类绿植自动管理，提高培育效果。
Fabricated suspended ceiling structure of green building
一种绿色建筑的装配式天花吊顶结构
WEI QIANG (author) / WANG XIAOPING (author) / DUAN HAIYANG (author) / WANG XIAOQIN (author) / SUN QIANG (author) / LUAN ZUJIANG (author)
2024-07-16
Patent
Electronic Resource
Chinese
Fabricated suspended ceiling structure of green building
| European Patent Office | 2022
Fabricated suspended ceiling structure of green building
| European Patent Office | 2021