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A platform for research: civil engineering, architecture and urbanism
The invention relates to a shock insulation supporting pad which is provided with at least one core column, two supporting plates, a plurality of first material layers and a plurality of second material layers, the core column is a cylindrical body made of zinc, and the two supporting plates are arranged at the two ends of the core column respectively. The first material layer and the second material layer are arranged between the two supporting plates in a staggered mode and surround the core column in a sleeved mode, so that the shock absorption effect is achieved through deformation of the core column and deformation of the first material layer and the second material layer, the core column made of zinc can avoid high heat generated by repeated bending deformation, and the service life of the core column is prolonged. Therefore, the core column is damaged in function and even melted, and great influence is caused to environmental pollution, so that the supporting pad which is environment-friendly, good in damping effect, capable of keeping complete functions and inhibiting temperature rise and good in shock absorption effect is provided.
本发明为一种隔震支承垫，其设有至少一核心柱、两支撑板、多个第一材料层及多个第二材料层，该核心柱为锌所制成的柱状体，该两支撑板分别设置于该核心柱的两端，第一材料层及第二材料层相互交错设置于两支撑板之间并包围套设该核心柱，借此通过该核心柱的变形，以及各第一、二材料层的变形来达到吸震的效果，且使用锌所制成的核心柱可避免因反复的弯曲变形时所产生高热，对于该核心柱产生功能受损甚至熔化，而对于环境污染造成重大影响，借以提供一符合环保、阻尼效果佳、保持完整功能、抑制温度升高且吸震效果佳的支承垫。
The invention relates to a shock insulation supporting pad which is provided with at least one core column, two supporting plates, a plurality of first material layers and a plurality of second material layers, the core column is a cylindrical body made of zinc, and the two supporting plates are arranged at the two ends of the core column respectively. The first material layer and the second material layer are arranged between the two supporting plates in a staggered mode and surround the core column in a sleeved mode, so that the shock absorption effect is achieved through deformation of the core column and deformation of the first material layer and the second material layer, the core column made of zinc can avoid high heat generated by repeated bending deformation, and the service life of the core column is prolonged. Therefore, the core column is damaged in function and even melted, and great influence is caused to environmental pollution, so that the supporting pad which is environment-friendly, good in damping effect, capable of keeping complete functions and inhibiting temperature rise and good in shock absorption effect is provided.
本发明为一种隔震支承垫，其设有至少一核心柱、两支撑板、多个第一材料层及多个第二材料层，该核心柱为锌所制成的柱状体，该两支撑板分别设置于该核心柱的两端，第一材料层及第二材料层相互交错设置于两支撑板之间并包围套设该核心柱，借此通过该核心柱的变形，以及各第一、二材料层的变形来达到吸震的效果，且使用锌所制成的核心柱可避免因反复的弯曲变形时所产生高热，对于该核心柱产生功能受损甚至熔化，而对于环境污染造成重大影响，借以提供一符合环保、阻尼效果佳、保持完整功能、抑制温度升高且吸震效果佳的支承垫。
Shock insulation supporting pad
隔震支承垫
CAI CHONGXING (author)
2024-04-26
Patent
Electronic Resource
Chinese
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