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A platform for research: civil engineering, architecture and urbanism
Steel spring vibration isolator and vibration isolation layer construction technology based on steel spring vibration isolator
The invention relates to the technical field of vibration isolators, in particular to a steel spring vibration isolator and a vibration isolation layer construction technology based on the steel spring vibration isolators, the steel spring vibration isolator comprises an upper butt-joint assembly, a lower butt-joint assembly, a main vibration isolation assembly and an auxiliary vibration isolation assembly, the upper butt-joint assembly is arranged at the top of a vibration isolation layer, the lower butt-joint assembly is arranged at the bottom of the vibration isolation layer, and the main vibration isolation assembly is connected with the auxiliary vibration isolation assembly. The main vibration isolation assembly is arranged between the upper butt-joint assembly and the lower butt-joint assembly, the top of the main vibration isolation assembly is connected with the upper butt-joint assembly, the bottom of the main vibration isolation assembly is connected with the lower butt-joint assembly, and the main vibration isolation assembly and the auxiliary vibration isolation assembly are arranged on the side face of the main vibration isolation assembly in a surrounding mode, the top of the auxiliary vibration isolation assembly is correspondingly connected with the upper butt-joint assembly, and the bottom of the auxiliary vibration isolation assembly is correspondingly connected with the lower butt-joint assembly. Buffering and vibration isolation effects are achieved. Vertical vibration is isolated through release and increase of elastic potential energy of the steel springs, transverse vibration is isolated through collision between the semi-ring hoops and the rubber rings, the isolation strength can be changed by changing the number of the semi-ring hoops, the quick dismounting and mounting capacity is matched, and therefore the use applicability is improved.
本发明涉及隔振器技术领域，具体为一种钢弹簧隔振器及基于钢弹簧隔振器的隔振层施工工艺，包括上对接组件、下对接组件、主隔振组件和副隔振组件，所述上对接组件设于隔震层的顶部，所述下对接组件设于隔振层的底部，主隔振组件设于上对接组件、下对接组件之间，且其顶部与上对接组件连接，底部与下对接组件连接，用作缓冲隔振作用，所述副隔振组件围绕设置在主隔振组件的侧面一周，且其顶部与上对接组件对应连接，底部与下对接组件对应连接，用作缓冲隔振作用。通过钢弹簧弹性势能的释放与增加，隔绝了竖向振动，通过半环箍与橡胶环之间的冲撞，隔绝了横向振动，改变半环箍的片数可改变隔绝强弱，配合可快速拆装的能力，从而提高了使用适用性。
Steel spring vibration isolator and vibration isolation layer construction technology based on steel spring vibration isolator
The invention relates to the technical field of vibration isolators, in particular to a steel spring vibration isolator and a vibration isolation layer construction technology based on the steel spring vibration isolators, the steel spring vibration isolator comprises an upper butt-joint assembly, a lower butt-joint assembly, a main vibration isolation assembly and an auxiliary vibration isolation assembly, the upper butt-joint assembly is arranged at the top of a vibration isolation layer, the lower butt-joint assembly is arranged at the bottom of the vibration isolation layer, and the main vibration isolation assembly is connected with the auxiliary vibration isolation assembly. The main vibration isolation assembly is arranged between the upper butt-joint assembly and the lower butt-joint assembly, the top of the main vibration isolation assembly is connected with the upper butt-joint assembly, the bottom of the main vibration isolation assembly is connected with the lower butt-joint assembly, and the main vibration isolation assembly and the auxiliary vibration isolation assembly are arranged on the side face of the main vibration isolation assembly in a surrounding mode, the top of the auxiliary vibration isolation assembly is correspondingly connected with the upper butt-joint assembly, and the bottom of the auxiliary vibration isolation assembly is correspondingly connected with the lower butt-joint assembly. Buffering and vibration isolation effects are achieved. Vertical vibration is isolated through release and increase of elastic potential energy of the steel springs, transverse vibration is isolated through collision between the semi-ring hoops and the rubber rings, the isolation strength can be changed by changing the number of the semi-ring hoops, the quick dismounting and mounting capacity is matched, and therefore the use applicability is improved.
本发明涉及隔振器技术领域，具体为一种钢弹簧隔振器及基于钢弹簧隔振器的隔振层施工工艺，包括上对接组件、下对接组件、主隔振组件和副隔振组件，所述上对接组件设于隔震层的顶部，所述下对接组件设于隔振层的底部，主隔振组件设于上对接组件、下对接组件之间，且其顶部与上对接组件连接，底部与下对接组件连接，用作缓冲隔振作用，所述副隔振组件围绕设置在主隔振组件的侧面一周，且其顶部与上对接组件对应连接，底部与下对接组件对应连接，用作缓冲隔振作用。通过钢弹簧弹性势能的释放与增加，隔绝了竖向振动，通过半环箍与橡胶环之间的冲撞，隔绝了横向振动，改变半环箍的片数可改变隔绝强弱，配合可快速拆装的能力，从而提高了使用适用性。
Steel spring vibration isolator and vibration isolation layer construction technology based on steel spring vibration isolator
一种钢弹簧隔振器及基于钢弹簧隔振器的隔振层施工工艺
YANG YONGSHENG (author) / QIAN SHENCHUN (author) / SHEN YANHUA (author) / TANG JINGPENG (author) / WANG QIN (author) / CHENG TAO (author) / LI CHAOJUN (author) / BAO GENPING (author)
2024-07-16
Patent
Electronic Resource
Chinese
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