A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of fabricated buildings, in particular to an anti-seismic green fabricated building. The building comprises three sets of side columns, a roof beam is hinged to the top end of each set of side columns, the middle sections of the roof beams are hinged, and an elastic back shoring mechanism is connected between the side column close to the outer side and the adjacent roof beam. A plurality of wall purlines are fixedly connected to the sides, deviating from each other, of the side columns at the two sides, and a plurality of roof purlines are fixedly connected to the tops of the roof beams. According to the technical scheme, when the positions of the side columns are relatively changed, an elastic telescopic mechanism is in linkage fit with a stage descending mechanism, so that the stage descending mechanism drives a cylindrical rod piece to move downwards by a certain distance when the relative positions of the side columns are changed every time, the height of a roof is lowered downwards, and the overall gravity center of a plant is shifted downwards; and the shaking degree of a supporting frame in an earthquake is reduced, the overall stability degree of the plant is improved, and the safety of goods and personnel is guaranteed.
本发明涉及装配式建筑技术领域，尤其是一种抗震型绿色装配式建筑，包括三组边柱，每组边柱的顶端均铰接有屋面梁，屋面梁的中段为铰接，靠外侧的边柱和相邻的屋面梁之间均连接有弹性顶撑机构，两侧的边柱相背离的一侧均固定连接有多个墙面檩条，屋面梁的顶部固定连接有多个屋面檩条。本技术方案中的边柱之间的位置产生相对变化时，弹性伸缩机构与阶段下降机构联动配合，从而使阶段下降机构在边柱每一次相对位置变化时，带动圆柱杆件向下移动一段距离，使屋面的高度向下降低，并且使厂房的整体重心向下偏移，减少地震中支撑框架的晃动程度，有利于提高厂房整体的稳定程度，保证货物和人员的安全。
The invention relates to the technical field of fabricated buildings, in particular to an anti-seismic green fabricated building. The building comprises three sets of side columns, a roof beam is hinged to the top end of each set of side columns, the middle sections of the roof beams are hinged, and an elastic back shoring mechanism is connected between the side column close to the outer side and the adjacent roof beam. A plurality of wall purlines are fixedly connected to the sides, deviating from each other, of the side columns at the two sides, and a plurality of roof purlines are fixedly connected to the tops of the roof beams. According to the technical scheme, when the positions of the side columns are relatively changed, an elastic telescopic mechanism is in linkage fit with a stage descending mechanism, so that the stage descending mechanism drives a cylindrical rod piece to move downwards by a certain distance when the relative positions of the side columns are changed every time, the height of a roof is lowered downwards, and the overall gravity center of a plant is shifted downwards; and the shaking degree of a supporting frame in an earthquake is reduced, the overall stability degree of the plant is improved, and the safety of goods and personnel is guaranteed.
本发明涉及装配式建筑技术领域，尤其是一种抗震型绿色装配式建筑，包括三组边柱，每组边柱的顶端均铰接有屋面梁，屋面梁的中段为铰接，靠外侧的边柱和相邻的屋面梁之间均连接有弹性顶撑机构，两侧的边柱相背离的一侧均固定连接有多个墙面檩条，屋面梁的顶部固定连接有多个屋面檩条。本技术方案中的边柱之间的位置产生相对变化时，弹性伸缩机构与阶段下降机构联动配合，从而使阶段下降机构在边柱每一次相对位置变化时，带动圆柱杆件向下移动一段距离，使屋面的高度向下降低，并且使厂房的整体重心向下偏移，减少地震中支撑框架的晃动程度，有利于提高厂房整体的稳定程度，保证货物和人员的安全。
Anti-seismic green fabricated building
一种抗震型绿色装配式建筑
WU XIAOQIN (author)
2021-08-31
Patent
Electronic Resource
Chinese