A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a civil engineering anti-seismic device. The civil engineering anti-seismic device structurally comprises a bottom sleeve, a vibration reduction system, a buckling plate and steel. The device has the beneficial effects that through mutual cooperation of a friction increasing mechanism and the buckling plate, when the device shakes, the collapse phenomenon of the device canbe resisted through cooperation of rolling balls, meanwhile, under the action of small strips, the bonding friction acting force between the device and the buckling plate is increased, and therefore the stability during rolling along with shaking is enhanced. By means of a tight wrapping mechanism, a space extending downwards is formed in the tail end of the steel material when shaking occurs in the buckling connection process, and meanwhile, a stepped bag pushing assembly is matched, after the steel material shakes seriously and extends downwards, the extrusion wrapping effect on the bottom of the steel material is achieved, so that the phenomenon that the steel connecting position is broken and separated when vibration occurs is avoided.
本发明公开了一种土木工程抗震装置，其结构包括底套、震缩系统、扣合板、钢材。有益效果：本发明利用设有的增磨机构与扣合板的相互配合，使得装置在发生晃动时，可通过滚球的配合抵抗其倒塌的现象，同时在挲条的作用下，加大其与扣合板的粘合摩擦作用力，从而增强随晃动而滚动时的稳定性，本发明利用设有的紧包机构，对扣合连接时的钢材末端在发生晃动时具有向下延伸的空间，同时配合阶梯式的推囊组件，实现对钢材在发生严重晃动并向下延伸的后，对其底部的挤压包裹作用，以避免钢材连接处在发生震动时出现折断分离的现象。
The invention discloses a civil engineering anti-seismic device. The civil engineering anti-seismic device structurally comprises a bottom sleeve, a vibration reduction system, a buckling plate and steel. The device has the beneficial effects that through mutual cooperation of a friction increasing mechanism and the buckling plate, when the device shakes, the collapse phenomenon of the device canbe resisted through cooperation of rolling balls, meanwhile, under the action of small strips, the bonding friction acting force between the device and the buckling plate is increased, and therefore the stability during rolling along with shaking is enhanced. By means of a tight wrapping mechanism, a space extending downwards is formed in the tail end of the steel material when shaking occurs in the buckling connection process, and meanwhile, a stepped bag pushing assembly is matched, after the steel material shakes seriously and extends downwards, the extrusion wrapping effect on the bottom of the steel material is achieved, so that the phenomenon that the steel connecting position is broken and separated when vibration occurs is avoided.
本发明公开了一种土木工程抗震装置，其结构包括底套、震缩系统、扣合板、钢材。有益效果：本发明利用设有的增磨机构与扣合板的相互配合，使得装置在发生晃动时，可通过滚球的配合抵抗其倒塌的现象，同时在挲条的作用下，加大其与扣合板的粘合摩擦作用力，从而增强随晃动而滚动时的稳定性，本发明利用设有的紧包机构，对扣合连接时的钢材末端在发生晃动时具有向下延伸的空间，同时配合阶梯式的推囊组件，实现对钢材在发生严重晃动并向下延伸的后，对其底部的挤压包裹作用，以避免钢材连接处在发生震动时出现折断分离的现象。
Civil engineering anti-seismic device
一种土木工程抗震装置
YAN YUFEI (author)
2020-12-15
Patent
Electronic Resource
Chinese
Civil engineering anti-seismic device and anti-seismic method thereof
| European Patent Office | 2023