Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Assembly type high-position fire water tank and foundation connecting structure
The fabricated high-position fire water tank and foundation connecting structure comprises a water tank and a foundation, a first embedded part and a second embedded part are arranged in the foundation, and at least first channel steel and second channel steel are arranged at the bottom of a tank body of the water tank and are arranged in the transverse direction and the longitudinal direction respectively; the first channel steel is arranged in the first embedded part, and the second channel steel is arranged in the second embedded part; the first embedded part and the first channel steel are connected through a connecting sleeve piece, the second embedded part and the second channel steel are connected through a connecting sleeve piece, and the connecting sleeve pieces are of slidable and compressible structures. The mounting structure has the beneficial effects that the water tank and the foundation are assembled and connected through the channel steel at the bottom of the water tank and the embedded part in the foundation, and the oval holes in the channel steel and the embedded part can allow a certain mounting error. When bearing a horizontal load, the fire-fighting water tank can slide in two directions in a limited mode, part of lateral acting force can be released, damage to the fire-fighting water tank and damage to a main body structure can be delayed, and the energy consumption and vibration reduction effects of the water tank serving as a TLD are enhanced.
本发明为一种装配式高位消防水箱与基础连接结构，包括水箱和基础，基础内设置有第一预埋件和第二预埋件，水箱的箱体底部至少有第一槽钢和第二槽钢，分别沿横向和纵向两个方向布置；第一槽钢设置在第一预埋件内，第二槽钢设置在第二预埋件内；第一预埋件与第一槽钢之间、及第二预埋件与第二槽钢之间通过连接套件相连接，连接套件为可滑动、可压缩结构。本发明的有益效果为：水箱和基础通过水箱底部的槽钢和基础内的预埋件实现装配连接，槽钢和预埋件上的椭圆形孔可以允许一定的安装误差。在承受水平荷载时，消防水箱能够在两个方向发生有限滑动，可以释放部分侧向作用力，能延缓消防水箱的破坏和主体结构的破坏，增强水箱作为TLD的耗能、减振效果。
Assembly type high-position fire water tank and foundation connecting structure
The fabricated high-position fire water tank and foundation connecting structure comprises a water tank and a foundation, a first embedded part and a second embedded part are arranged in the foundation, and at least first channel steel and second channel steel are arranged at the bottom of a tank body of the water tank and are arranged in the transverse direction and the longitudinal direction respectively; the first channel steel is arranged in the first embedded part, and the second channel steel is arranged in the second embedded part; the first embedded part and the first channel steel are connected through a connecting sleeve piece, the second embedded part and the second channel steel are connected through a connecting sleeve piece, and the connecting sleeve pieces are of slidable and compressible structures. The mounting structure has the beneficial effects that the water tank and the foundation are assembled and connected through the channel steel at the bottom of the water tank and the embedded part in the foundation, and the oval holes in the channel steel and the embedded part can allow a certain mounting error. When bearing a horizontal load, the fire-fighting water tank can slide in two directions in a limited mode, part of lateral acting force can be released, damage to the fire-fighting water tank and damage to a main body structure can be delayed, and the energy consumption and vibration reduction effects of the water tank serving as a TLD are enhanced.
本发明为一种装配式高位消防水箱与基础连接结构，包括水箱和基础，基础内设置有第一预埋件和第二预埋件，水箱的箱体底部至少有第一槽钢和第二槽钢，分别沿横向和纵向两个方向布置；第一槽钢设置在第一预埋件内，第二槽钢设置在第二预埋件内；第一预埋件与第一槽钢之间、及第二预埋件与第二槽钢之间通过连接套件相连接，连接套件为可滑动、可压缩结构。本发明的有益效果为：水箱和基础通过水箱底部的槽钢和基础内的预埋件实现装配连接，槽钢和预埋件上的椭圆形孔可以允许一定的安装误差。在承受水平荷载时，消防水箱能够在两个方向发生有限滑动，可以释放部分侧向作用力，能延缓消防水箱的破坏和主体结构的破坏，增强水箱作为TLD的耗能、减振效果。
Assembly type high-position fire water tank and foundation connecting structure
一种装配式高位消防水箱与基础连接结构
LU FANG (Autor:in) / YANG SHUANGLONG (Autor:in) / HUANG RUOSHUAI (Autor:in) / HE JIE (Autor:in) / JIA JIANGUO (Autor:in) / QIU TIANYI (Autor:in) / QI CHUNLING (Autor:in) / LI FAN (Autor:in) / WANG HUALIN (Autor:in) / LIN YIFENG (Autor:in)
09.08.2024
Patent
Elektronische Ressource
Chinesisch
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