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Reinforcing steel structure at joint of energy-saving steel structures
The invention discloses a reinforced steel structure at the joint of energy-saving steel structures, and relates to the field of steel structures, the reinforced steel structure comprises two stand columns and two trusses, the stand columns are vertically arranged, the trusses are horizontally arranged, the trusses are located in the middles of the stand columns, and the two ends of the trusses are fixedly connected with the stand columns through chemical bolts respectively; a component force assembly is arranged between the stand column and the truss, a bearing assembly is arranged in the middle of the component force assembly, and a first embedding groove and a first embedding block are connected in a seamless embedding mode, so that pressure can be timely and rapidly shared, and the bearing capacity of the joint is not obviously weaker than that of other parts; according to a traditional welding or bolt fixing mode, the bearing capacity of a bolt and a welding position is obviously weaker than that of other parts, too large pressure cannot be borne, and only limited pressure can be transmitted to other assemblies.
本发明公开了一种节能钢结构衔接处的加强钢结构，涉及钢结构领域，包括立柱、桁架，立柱和桁架的数量皆为两个，立柱垂直设置，桁架水平设置，桁架位于立柱的中间处，桁架的两端分别通过化学螺栓与立柱之间固定连接，立柱和桁架的中间处设置有分力组件，分力组件的中间处设置有承载组件，嵌设槽一和嵌设块一之间通过无缝嵌设的连接方式，不仅可以及时快速的将压力分摊，衔接处也不会明显弱于其他部位的承载能力，可以将桁架受到的力有效且更多的传递至其他组件进行承担，传统焊接或螺栓固定的方式，螺栓和焊接处的承载能力明显弱于其他部位，无法承受过大的压力，只能传递有限的压力至其他组件。
Reinforcing steel structure at joint of energy-saving steel structures
The invention discloses a reinforced steel structure at the joint of energy-saving steel structures, and relates to the field of steel structures, the reinforced steel structure comprises two stand columns and two trusses, the stand columns are vertically arranged, the trusses are horizontally arranged, the trusses are located in the middles of the stand columns, and the two ends of the trusses are fixedly connected with the stand columns through chemical bolts respectively; a component force assembly is arranged between the stand column and the truss, a bearing assembly is arranged in the middle of the component force assembly, and a first embedding groove and a first embedding block are connected in a seamless embedding mode, so that pressure can be timely and rapidly shared, and the bearing capacity of the joint is not obviously weaker than that of other parts; according to a traditional welding or bolt fixing mode, the bearing capacity of a bolt and a welding position is obviously weaker than that of other parts, too large pressure cannot be borne, and only limited pressure can be transmitted to other assemblies.
本发明公开了一种节能钢结构衔接处的加强钢结构，涉及钢结构领域，包括立柱、桁架，立柱和桁架的数量皆为两个，立柱垂直设置，桁架水平设置，桁架位于立柱的中间处，桁架的两端分别通过化学螺栓与立柱之间固定连接，立柱和桁架的中间处设置有分力组件，分力组件的中间处设置有承载组件，嵌设槽一和嵌设块一之间通过无缝嵌设的连接方式，不仅可以及时快速的将压力分摊，衔接处也不会明显弱于其他部位的承载能力，可以将桁架受到的力有效且更多的传递至其他组件进行承担，传统焊接或螺栓固定的方式，螺栓和焊接处的承载能力明显弱于其他部位，无法承受过大的压力，只能传递有限的压力至其他组件。
Reinforcing steel structure at joint of energy-saving steel structures
一种节能钢结构衔接处的加强钢结构
CHENG QI (author) / LIU SHUNCHUAN (author)
2023-11-10
Patent
Electronic Resource
Chinese
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