Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-swing shock insulation method
The invention relates to an anti-swing shock insulation method, belongs to the field of shock absorption and insulation, and solves the technical problem that an existing shock insulation device is difficult to insulate shock in a horizontal plane and a vertical direction at the same time. The anti-swing shock insulation method comprises the steps of determining a horizontal shock insulation period and a vertical shock insulation period of a target object to be subjected to shock insulation, and a cross-section shape and a size of a columnar mounting rack; determining the length of a swingingrod according to the horizontal shock insulation period; determining the number of swinging rods according to a bearing capacity of each swinging rod; determining the number of shock insulation springs according to the bearing capacity of each shock insulation spring and the vertical shock insulation period; building an anti-swing shock insulation device; and connecting the shock insulation deviceand the target object to be subjected to shock insulation. According to the anti-swing shock insulation method provided by the invention, the horizontal shock insulation period and the vertical shockinsulation period can be conveniently adjusted, in addition, the horizontal shock insulation period can be realized through adjusting the length of each swinging rod, a better horizontal shock insulation effect is achieved, and the characteristics of large shock vibration periods, low cost, excellent weather fastness, simple structures, safety, reliability and the like are realized.
本发明涉及一种防摆动隔震方法，属于减隔震领域，解决现有隔震装置难以兼顾水平面和竖直方向隔震的技术问题。步骤包括：确定待隔震目标物的水平隔震周期、竖直隔震周期和柱状的安装架的截面形状和尺寸；根据水平隔震周期确定摆杆的长度；根据摆杆的承重能力确定摆杆的根数；根据隔震弹簧的承重能力和竖向隔震周期确定隔震弹簧的根数；搭建防摆动隔震装置；连接隔震装置与待隔震目标物。本发明能非常方便的调整水平隔震周期和竖向隔震周期，而且通过调整摆杆长度可以实现很大的水平隔震周期，实现较好的水平隔震效果，具有隔震周期大、造价低、耐候性优、构造简单、安全可靠等特点。
Anti-swing shock insulation method
The invention relates to an anti-swing shock insulation method, belongs to the field of shock absorption and insulation, and solves the technical problem that an existing shock insulation device is difficult to insulate shock in a horizontal plane and a vertical direction at the same time. The anti-swing shock insulation method comprises the steps of determining a horizontal shock insulation period and a vertical shock insulation period of a target object to be subjected to shock insulation, and a cross-section shape and a size of a columnar mounting rack; determining the length of a swingingrod according to the horizontal shock insulation period; determining the number of swinging rods according to a bearing capacity of each swinging rod; determining the number of shock insulation springs according to the bearing capacity of each shock insulation spring and the vertical shock insulation period; building an anti-swing shock insulation device; and connecting the shock insulation deviceand the target object to be subjected to shock insulation. According to the anti-swing shock insulation method provided by the invention, the horizontal shock insulation period and the vertical shockinsulation period can be conveniently adjusted, in addition, the horizontal shock insulation period can be realized through adjusting the length of each swinging rod, a better horizontal shock insulation effect is achieved, and the characteristics of large shock vibration periods, low cost, excellent weather fastness, simple structures, safety, reliability and the like are realized.
本发明涉及一种防摆动隔震方法，属于减隔震领域，解决现有隔震装置难以兼顾水平面和竖直方向隔震的技术问题。步骤包括：确定待隔震目标物的水平隔震周期、竖直隔震周期和柱状的安装架的截面形状和尺寸；根据水平隔震周期确定摆杆的长度；根据摆杆的承重能力确定摆杆的根数；根据隔震弹簧的承重能力和竖向隔震周期确定隔震弹簧的根数；搭建防摆动隔震装置；连接隔震装置与待隔震目标物。本发明能非常方便的调整水平隔震周期和竖向隔震周期，而且通过调整摆杆长度可以实现很大的水平隔震周期，实现较好的水平隔震效果，具有隔震周期大、造价低、耐候性优、构造简单、安全可靠等特点。
Anti-swing shock insulation method
一种防摆动隔震方法
SHI WEIXING (Autor:in) / ZHU HUI (Autor:in) / SHI ZHIGUO (Autor:in) / ZHU PEIYU (Autor:in) / BAI LIGANG (Autor:in) / ZHU BINGQUAN (Autor:in)
01.09.2020
Patent
Elektronische Ressource
Chinesisch
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