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Petrochemical engineering anti-explosion building
The invention discloses a petrochemical engineering anti-explosion building, and belongs to the technical field of anti-explosion buildings. The petrochemical engineering anti-explosion building comprises a foundation, a frame column, a side frame beam, an anti-explosion wall, an anti-shear energy consumption device and a deformation sealing device. The frame columns are arranged on the foundation at intervals, the side frame beams are connected between every two adjacent frame columns to form a building frame, and the anti-explosion wall is connected to the building frame; the upper part and the lower part of the anti-explosion wall are respectively connected with the side frame beam and the foundation through the shear-resistant energy consumption device so as to transmit shear force borne by the anti-explosion wall to the side frame beam and the foundation and absorb part of impact energy, and the shear-resistant energy consumption device also seals gaps between the anti-explosion wall and the side frame beam as well as between the anti-explosion wall and the foundation and consumes part of impact energy; the deformation sealing device is arranged between the anti-explosion wall and the frame column so as to limit the explosion load transmitted to the frame column by the anti-explosion wall, and the anti-shear sealing device further seals the gap between the anti-explosion wall and the frame column. The petrochemical engineering anti-explosion building is high in reliability, good in safety and low in implementation and maintenance cost.
本申请公开了一种石油化工抗爆建筑，属于抗爆建筑技术领域；石油化工抗爆建筑包括：基础、框架柱、边框架梁、抗爆墙、抗剪耗能装置以及变形密封装置；框架柱间隔设置在基础上，边框架梁连接在相邻两个框架柱之间，以形成建筑框架，且抗爆墙连接于建筑框架；抗爆墙的上部和下部分别通过抗剪耗能装置与边框架梁和基础连接，以将抗爆墙受到的剪力传递给边框架梁和基础并吸收部分冲击能量，且抗剪耗能装置还密封抗爆墙与边框架梁和基础的间隙，并消耗部分冲击能量；变形密封装置设置在抗爆墙与框架柱之间，以限制抗爆墙传递给框架柱上的爆炸荷载，且抗剪密封装置还密封抗爆墙与框架柱的间隙。本申请提供的石油化工抗爆建筑可靠性高，安全性好，实施和维护成本低。
Petrochemical engineering anti-explosion building
The invention discloses a petrochemical engineering anti-explosion building, and belongs to the technical field of anti-explosion buildings. The petrochemical engineering anti-explosion building comprises a foundation, a frame column, a side frame beam, an anti-explosion wall, an anti-shear energy consumption device and a deformation sealing device. The frame columns are arranged on the foundation at intervals, the side frame beams are connected between every two adjacent frame columns to form a building frame, and the anti-explosion wall is connected to the building frame; the upper part and the lower part of the anti-explosion wall are respectively connected with the side frame beam and the foundation through the shear-resistant energy consumption device so as to transmit shear force borne by the anti-explosion wall to the side frame beam and the foundation and absorb part of impact energy, and the shear-resistant energy consumption device also seals gaps between the anti-explosion wall and the side frame beam as well as between the anti-explosion wall and the foundation and consumes part of impact energy; the deformation sealing device is arranged between the anti-explosion wall and the frame column so as to limit the explosion load transmitted to the frame column by the anti-explosion wall, and the anti-shear sealing device further seals the gap between the anti-explosion wall and the frame column. The petrochemical engineering anti-explosion building is high in reliability, good in safety and low in implementation and maintenance cost.
本申请公开了一种石油化工抗爆建筑，属于抗爆建筑技术领域；石油化工抗爆建筑包括：基础、框架柱、边框架梁、抗爆墙、抗剪耗能装置以及变形密封装置；框架柱间隔设置在基础上，边框架梁连接在相邻两个框架柱之间，以形成建筑框架，且抗爆墙连接于建筑框架；抗爆墙的上部和下部分别通过抗剪耗能装置与边框架梁和基础连接，以将抗爆墙受到的剪力传递给边框架梁和基础并吸收部分冲击能量，且抗剪耗能装置还密封抗爆墙与边框架梁和基础的间隙，并消耗部分冲击能量；变形密封装置设置在抗爆墙与框架柱之间，以限制抗爆墙传递给框架柱上的爆炸荷载，且抗剪密封装置还密封抗爆墙与框架柱的间隙。本申请提供的石油化工抗爆建筑可靠性高，安全性好，实施和维护成本低。
Petrochemical engineering anti-explosion building
一种石油化工抗爆建筑
CHEN DONGHUA (author) / LIN YANTING (author) / GAO JUANLI (author) / LIU BAOCHENG (author) / ZHANG HONGWEI (author) / YIN SHIPENG (author) / ZHANG TINGHE (author) / WANG WEIZHOU (author) / KANG YITONG (author)
2024-07-26
Patent
Electronic Resource
Chinese
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