Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Vibration-resistant buffering method of steel structure for construction
The invention discloses a vibration-resistant buffering method of a steel structure for construction. The vibration-resistant buffering method of the steel structure for construction comprises steel pipe piles distributed in a matrix way, and suspension mechanisms, wherein the middle parts of the steel pipe piles placed horizontally are fixed through first lateral bracings; the middle parts of thesteel pipe piles placed longitudinally are fixed through second lateral bracings; sleeve tables are welded onto the top ends of the steel pipe piles; and penetrating cross beams are arranged at the top ends of the steel pipe piles. The vibration-resistant buffering method of the steel structure for construction belongs to the technical field of buildings. One ends of obliquity rods are fixed ontothe steel pipe piles; the other ends of the obliquity rods are sleeved on sliding tables and are abutted against springs; when being vibrated, the steel pipe piles shake, and the springs can absorb vibration forces generated by the movement of the obliquity rods and fill the joints between hook plates and the sleeve tables; the springs are utilized for absorbing the horizontal vibration, so thatthe steel pipe piles always keep stable; and meanwhile, secondary suspension rods rotate around first rotary pins, the angles of secondary sleeve plates are adjusted, the secondary sleeve plates are connected with a wall crown, the top end of the steel structure is fixed at the upper end, and the wall crown is supported by utilizing a formed triangular structure at the same time, so that a vibration-resistant capability is improved.
本发明公开了一种施工用钢结构抗震缓冲方法，包括呈矩阵分布的钢管桩以及悬挂机构，横向放置的钢管桩中部之间通过第一平联固定，纵向放置的钢管桩中部之间通过第二平联固定，钢管桩的顶端上焊接套台，钢管桩的顶端上安装有贯穿的横梁；属于建筑技术领域，斜杆的一端固定在钢管桩上，一端套在滑台上，并有弹簧抵着，在受到震动时，钢管桩发生晃动时，弹簧会吸收斜杆移动的震动力，弹簧将勾板与套台之间的连接处进行填充，利用弹簧吸收其横向震动，让钢管桩始终保持稳定，同时次悬挂杆绕第一转销旋转，调整次套板其角度，与墙顶完成连接，将钢结构的顶端进行上端固定的同时也利用构成的三角结构，完成对墙顶的支撑，提高其抗震的能力。
Vibration-resistant buffering method of steel structure for construction
The invention discloses a vibration-resistant buffering method of a steel structure for construction. The vibration-resistant buffering method of the steel structure for construction comprises steel pipe piles distributed in a matrix way, and suspension mechanisms, wherein the middle parts of the steel pipe piles placed horizontally are fixed through first lateral bracings; the middle parts of thesteel pipe piles placed longitudinally are fixed through second lateral bracings; sleeve tables are welded onto the top ends of the steel pipe piles; and penetrating cross beams are arranged at the top ends of the steel pipe piles. The vibration-resistant buffering method of the steel structure for construction belongs to the technical field of buildings. One ends of obliquity rods are fixed ontothe steel pipe piles; the other ends of the obliquity rods are sleeved on sliding tables and are abutted against springs; when being vibrated, the steel pipe piles shake, and the springs can absorb vibration forces generated by the movement of the obliquity rods and fill the joints between hook plates and the sleeve tables; the springs are utilized for absorbing the horizontal vibration, so thatthe steel pipe piles always keep stable; and meanwhile, secondary suspension rods rotate around first rotary pins, the angles of secondary sleeve plates are adjusted, the secondary sleeve plates are connected with a wall crown, the top end of the steel structure is fixed at the upper end, and the wall crown is supported by utilizing a formed triangular structure at the same time, so that a vibration-resistant capability is improved.
本发明公开了一种施工用钢结构抗震缓冲方法，包括呈矩阵分布的钢管桩以及悬挂机构，横向放置的钢管桩中部之间通过第一平联固定，纵向放置的钢管桩中部之间通过第二平联固定，钢管桩的顶端上焊接套台，钢管桩的顶端上安装有贯穿的横梁；属于建筑技术领域，斜杆的一端固定在钢管桩上，一端套在滑台上，并有弹簧抵着，在受到震动时，钢管桩发生晃动时，弹簧会吸收斜杆移动的震动力，弹簧将勾板与套台之间的连接处进行填充，利用弹簧吸收其横向震动，让钢管桩始终保持稳定，同时次悬挂杆绕第一转销旋转，调整次套板其角度，与墙顶完成连接，将钢结构的顶端进行上端固定的同时也利用构成的三角结构，完成对墙顶的支撑，提高其抗震的能力。
Vibration-resistant buffering method of steel structure for construction
一种施工用钢结构抗震缓冲方法
GONG CHUNLIANG (Autor:in) / LIU YOULIANG (Autor:in)
22.05.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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