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A platform for research: civil engineering, architecture and urbanism
Anti-seismic support supporting structure
The invention provides an anti-seismic support supporting structure. The anti-seismic support supporting structure comprises a main body with a C-shaped cross section, wherein a plurality of buffer reinforcing components are arranged on the inner side of the main body at intervals; the main body comprises a web plate, an upper flange is arranged at the upper end of the web plate, and a lower flange is arranged at the lower end of the web plate and corresponds to the same side of the upper flange; in a normal state, a buffer gap is reserved between a side supporting part and the web plate; and a supporting body is arranged between each inclined supporting part and the web plate, and in a normal state, an auxiliary gap is reserved between the end, different from the inclined supporting part, of the supporting body and the web plate. The supporting structure is optimized in structure, the overall structural strength is higher, and meanwhile the anti-seismic and shockproof performance is excellent. Due to the outstanding anti-seismic and buffer capacity of the buffer reinforcing components, infrastructure equipment is not prone to collapse under violent vibration.
本发明创造提供了一种抗震支架支撑结构，包括横截面呈匚型的本体，本体内侧间隔的设有若干缓冲加强构件；本体包括腹板，在腹板上端设有上翼缘，在腹板下端与上翼缘同侧对应的设有下翼缘；常态下，侧支撑部与腹板之间留有缓冲间隙；每一斜向支撑部与腹板间均设有支撑体，常态下，该支撑体异于斜向支撑部的一端与腹板间留有辅助间隙。本发明创造中的支撑结构经结构优化，不仅整体结构强度更高，同时，抗震、防震性能优异。正是由于缓冲加强构件突出的抗震和缓冲能力，保证了基建设置在剧烈震动下，也不易垮塌。
Anti-seismic support supporting structure
The invention provides an anti-seismic support supporting structure. The anti-seismic support supporting structure comprises a main body with a C-shaped cross section, wherein a plurality of buffer reinforcing components are arranged on the inner side of the main body at intervals; the main body comprises a web plate, an upper flange is arranged at the upper end of the web plate, and a lower flange is arranged at the lower end of the web plate and corresponds to the same side of the upper flange; in a normal state, a buffer gap is reserved between a side supporting part and the web plate; and a supporting body is arranged between each inclined supporting part and the web plate, and in a normal state, an auxiliary gap is reserved between the end, different from the inclined supporting part, of the supporting body and the web plate. The supporting structure is optimized in structure, the overall structural strength is higher, and meanwhile the anti-seismic and shockproof performance is excellent. Due to the outstanding anti-seismic and buffer capacity of the buffer reinforcing components, infrastructure equipment is not prone to collapse under violent vibration.
本发明创造提供了一种抗震支架支撑结构，包括横截面呈匚型的本体，本体内侧间隔的设有若干缓冲加强构件；本体包括腹板，在腹板上端设有上翼缘，在腹板下端与上翼缘同侧对应的设有下翼缘；常态下，侧支撑部与腹板之间留有缓冲间隙；每一斜向支撑部与腹板间均设有支撑体，常态下，该支撑体异于斜向支撑部的一端与腹板间留有辅助间隙。本发明创造中的支撑结构经结构优化，不仅整体结构强度更高，同时，抗震、防震性能优异。正是由于缓冲加强构件突出的抗震和缓冲能力，保证了基建设置在剧烈震动下，也不易垮塌。
Anti-seismic support supporting structure
一种抗震支架支撑结构
WU SHUJIAN (author) / WANG FENGRUN (author)
2021-06-25
Patent
Electronic Resource
Chinese
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