Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Staged energy dissipation metal damper
The invention belongs to the technical field of energy dissipation and seismic mitigation, and discloses a staged energy dissipation metal damper, a first energy dissipation assembly and a second energy dissipation assembly undertake main seismic mitigation and energy dissipation tasks, a force transmission block on the lower surface of an upper connecting plate and a gear in the first energy dissipation assembly perform staged energy dissipation conversion work, and under the condition that seismic energy inputs are different, the first energy dissipation assembly and the second energy dissipation assembly perform energy dissipation conversion. The first energy consumption assembly and the second energy consumption assembly bear energy consumption tasks in respective suitable vibration ranges by converting components bearing shock absorption and energy consumption work, so that staged energy consumption is achieved, it is ensured that the energy consumption assemblies work in respective shock absorption ranges, and the energy consumption efficiency is improved. And when the earthquake magnitude is too large, the first energy dissipation assembly and the second energy dissipation assembly jointly act to conduct shock absorption and energy dissipation, safety guarantee of the building facilities is achieved, and the safety of the building facilities is improved. The problem that an existing stepped damper is prone to deformation in the anti-seismic aspect and loses the anti-seismic effect is solved, and safety guarantee is provided.
本发明属于耗能减震技术领域，公开了一种分阶耗能金属阻尼器，第一耗能组件和第二耗能组件承担主要的减震耗能任务，上连接板下表面的传力块和第一耗能组件中的齿轮进行分阶耗能转换工作，在地震能量输入不同的情况下，通过对承担减震耗能工作的部件进行转换，实现第一耗能组件和第二耗能组件在各自适合的震动范围内承担耗能任务，以此实现分阶段耗能，确保耗能组件在各自减震范围内工作，避免耗能组件的过度变形从而丧失对建筑设施的保护作用情况的出现，当震级过大时，第一耗能组件和第二耗能组件共同作用进行减震耗能，实现对建筑设施的安全保障，解决了以往分阶式阻尼器在抗震方面易产生形变失去抗震效果的问题，提供了安全保障。
Staged energy dissipation metal damper
The invention belongs to the technical field of energy dissipation and seismic mitigation, and discloses a staged energy dissipation metal damper, a first energy dissipation assembly and a second energy dissipation assembly undertake main seismic mitigation and energy dissipation tasks, a force transmission block on the lower surface of an upper connecting plate and a gear in the first energy dissipation assembly perform staged energy dissipation conversion work, and under the condition that seismic energy inputs are different, the first energy dissipation assembly and the second energy dissipation assembly perform energy dissipation conversion. The first energy consumption assembly and the second energy consumption assembly bear energy consumption tasks in respective suitable vibration ranges by converting components bearing shock absorption and energy consumption work, so that staged energy consumption is achieved, it is ensured that the energy consumption assemblies work in respective shock absorption ranges, and the energy consumption efficiency is improved. And when the earthquake magnitude is too large, the first energy dissipation assembly and the second energy dissipation assembly jointly act to conduct shock absorption and energy dissipation, safety guarantee of the building facilities is achieved, and the safety of the building facilities is improved. The problem that an existing stepped damper is prone to deformation in the anti-seismic aspect and loses the anti-seismic effect is solved, and safety guarantee is provided.
本发明属于耗能减震技术领域，公开了一种分阶耗能金属阻尼器，第一耗能组件和第二耗能组件承担主要的减震耗能任务，上连接板下表面的传力块和第一耗能组件中的齿轮进行分阶耗能转换工作，在地震能量输入不同的情况下，通过对承担减震耗能工作的部件进行转换，实现第一耗能组件和第二耗能组件在各自适合的震动范围内承担耗能任务，以此实现分阶段耗能，确保耗能组件在各自减震范围内工作，避免耗能组件的过度变形从而丧失对建筑设施的保护作用情况的出现，当震级过大时，第一耗能组件和第二耗能组件共同作用进行减震耗能，实现对建筑设施的安全保障，解决了以往分阶式阻尼器在抗震方面易产生形变失去抗震效果的问题，提供了安全保障。
Staged energy dissipation metal damper
一种分阶耗能金属阻尼器
LI RAN (Autor:in) / HE YUHANG (Autor:in) / CHEN QIFENG (Autor:in) / CHEN SHITONG (Autor:in) / LI YONG (Autor:in) / LI HAIYUN (Autor:in) / DENG RUITING (Autor:in) / ZHANG RUIRUI (Autor:in) / HU BO (Autor:in)
25.10.2024
Patent
Elektronische Ressource
Chinesisch
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