A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Vibration reduction and isolation granary structure
The invention provides a vibration reduction and isolation granary structure, and belongs to the technical field of granary structures. Firstly, a silo, a ring beam and a supporting column are connected through an upper vibration isolation support and a lower vibration isolation support respectively, so that the granary has the longitudinal vibration resistance, and self-resetting side seats on the two sides of the adjacent lower vibration isolation support are connected through steel cables, so that transverse wave energy can be counteracted; secondly, a vibration reduction and isolation device is arranged on the ring beam between the supporting columns, so that the vibration reduction and isolation capacity is enhanced, and the efficacy period can be prolonged by replacing a vibration isolation lower support; besides, the connecting rod penetrates through a hole formed in the ring beam, and a limiting strip is arranged at the top of the vibration isolation upper support, so that the granary can be well kept balanced and stable, and the situation that the granary cylinder shifts from the gravity center to break off bolts or collapse is prevented; then, a connecting cylinder in the self-resetting side base is of a V-shaped structure and is connected with a supporting base on the supporting column through a steel cable, and a triangular stable structure can be formed; and finally, the angle of the connecting cylinder can be movably adjusted, so that the connecting cylinder can better adapt to stress generated by vibration and is convenient to mount.
本发明提供一种减隔振粮仓结构，属于粮仓结构技术领域。首先，通过隔振上支座、隔振下支座分别将仓筒、环梁以及支撑柱连接，使粮仓具有抗纵向振动的能力，通过钢索连接相邻隔振下支座两侧的自复位侧座，可抵消横波能量；其次，在支撑柱之间的环梁上装减隔振装置，使得减隔振能力增强，且可通过更换隔振下支座以增加功效周期；另外，连接棒穿过环梁上设置的孔洞，且隔振上支座顶部具有限位条，能够很好地使得粮仓保持平衡稳定，防止仓筒偏移重心折断螺栓或者倒塌；然后，自复位侧座中连接筒呈“V”型结构，通过钢索连接支撑柱上支撑座，可形成三角形稳定结构；最后，连接筒设置成角度可活动调节，能更好适应振动产生的应力和便于安装。
Vibration reduction and isolation granary structure
The invention provides a vibration reduction and isolation granary structure, and belongs to the technical field of granary structures. Firstly, a silo, a ring beam and a supporting column are connected through an upper vibration isolation support and a lower vibration isolation support respectively, so that the granary has the longitudinal vibration resistance, and self-resetting side seats on the two sides of the adjacent lower vibration isolation support are connected through steel cables, so that transverse wave energy can be counteracted; secondly, a vibration reduction and isolation device is arranged on the ring beam between the supporting columns, so that the vibration reduction and isolation capacity is enhanced, and the efficacy period can be prolonged by replacing a vibration isolation lower support; besides, the connecting rod penetrates through a hole formed in the ring beam, and a limiting strip is arranged at the top of the vibration isolation upper support, so that the granary can be well kept balanced and stable, and the situation that the granary cylinder shifts from the gravity center to break off bolts or collapse is prevented; then, a connecting cylinder in the self-resetting side base is of a V-shaped structure and is connected with a supporting base on the supporting column through a steel cable, and a triangular stable structure can be formed; and finally, the angle of the connecting cylinder can be movably adjusted, so that the connecting cylinder can better adapt to stress generated by vibration and is convenient to mount.
本发明提供一种减隔振粮仓结构，属于粮仓结构技术领域。首先，通过隔振上支座、隔振下支座分别将仓筒、环梁以及支撑柱连接，使粮仓具有抗纵向振动的能力，通过钢索连接相邻隔振下支座两侧的自复位侧座，可抵消横波能量；其次，在支撑柱之间的环梁上装减隔振装置，使得减隔振能力增强，且可通过更换隔振下支座以增加功效周期；另外，连接棒穿过环梁上设置的孔洞，且隔振上支座顶部具有限位条，能够很好地使得粮仓保持平衡稳定，防止仓筒偏移重心折断螺栓或者倒塌；然后，自复位侧座中连接筒呈“V”型结构，通过钢索连接支撑柱上支撑座，可形成三角形稳定结构；最后，连接筒设置成角度可活动调节，能更好适应振动产生的应力和便于安装。
Vibration reduction and isolation granary structure
一种减隔振粮仓结构
JIA LINGLING (author) / SONG WENLONG (author) / LIU LINQUAN (author) / SUN YAOHUI (author) / ZHAO JUNRAN (author)
2024-06-14
Patent
Electronic Resource
Chinese
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