A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building energy-saving assembly type steel structure building
The invention discloses a building energy-saving assembly type steel structure building which comprises a top end node connecting piece, a middle end node connecting piece and an assembly type steel frame body, limiting bayonets are formed in the one-fifth positions above the four faces of the edge of the assembly type steel frame body, and a positioning opening is formed between every two limiting bayonets. Limiting clamping plates are arranged at the two ends of the middle end node connecting piece. According to different installation parts, two node connection modes of a top end node connection piece and a middle end node connection piece with different structures are designed, the middle end node connection piece needs to be positioned according to the reserved height of limiting bayonets during installation, and the four sets of limiting bayonets need to be reserved in the needed positions of the four faces before a steel frame leaves a factory; and the middle end node connecting piece can be mounted in front, back, left and right directions according to mounting requirements through the four groups of limiting bayonets, so that the connecting flexibility of the node is improved.
本发明公开了一种建筑节能装配式钢结构建筑，包括顶端节点连接件、中端节点连接件和装配式钢架体，所述装配式钢架体的边缘的四个面的上方的五分之一的位置处设有限位卡口，且两个限位卡口之间设有定位口，所述中端节点连接件的两端设有限位卡板。该发明中是根据安装部分的不同，设计了顶端节点连接件和中端节点连接件两个不同结构的节点连接方式，中端节点连接件安装是需要根据限位卡口预留的高度进行定位，钢架出厂之前需要在四个面所需的位置预留四组限位卡口，通过四组限位卡口可以根据安装需求将中端节点连接件安装在前后左右四个方位，增加节点的连接的灵活性。
Building energy-saving assembly type steel structure building
The invention discloses a building energy-saving assembly type steel structure building which comprises a top end node connecting piece, a middle end node connecting piece and an assembly type steel frame body, limiting bayonets are formed in the one-fifth positions above the four faces of the edge of the assembly type steel frame body, and a positioning opening is formed between every two limiting bayonets. Limiting clamping plates are arranged at the two ends of the middle end node connecting piece. According to different installation parts, two node connection modes of a top end node connection piece and a middle end node connection piece with different structures are designed, the middle end node connection piece needs to be positioned according to the reserved height of limiting bayonets during installation, and the four sets of limiting bayonets need to be reserved in the needed positions of the four faces before a steel frame leaves a factory; and the middle end node connecting piece can be mounted in front, back, left and right directions according to mounting requirements through the four groups of limiting bayonets, so that the connecting flexibility of the node is improved.
本发明公开了一种建筑节能装配式钢结构建筑，包括顶端节点连接件、中端节点连接件和装配式钢架体，所述装配式钢架体的边缘的四个面的上方的五分之一的位置处设有限位卡口，且两个限位卡口之间设有定位口，所述中端节点连接件的两端设有限位卡板。该发明中是根据安装部分的不同，设计了顶端节点连接件和中端节点连接件两个不同结构的节点连接方式，中端节点连接件安装是需要根据限位卡口预留的高度进行定位，钢架出厂之前需要在四个面所需的位置预留四组限位卡口，通过四组限位卡口可以根据安装需求将中端节点连接件安装在前后左右四个方位，增加节点的连接的灵活性。
Building energy-saving assembly type steel structure building
一种建筑节能装配式钢结构建筑
HE ZUO (author) / YI HONGTAO (author)
2023-03-31
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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