A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pillar-to-pillar connecting joint
The invention provides a pillar-to-pillar connecting joint. The connecting joint comprises a first steel pillar, a second steel pillar, a connector, ring-grooved rivets and connecting plates; the first steel pillar, the second steel pillar and the connector are in a shape of a hollow pillar and are structurally identical; the first steel pillar and the second steel pillar are respectively sleevedat two ends of the connector; the outer side walls of the connector are attached to the inner side walls of the first steel pillar and the second steel pillar; the end parts of the first steel pillarand the second steel pillar are in contact with each other, and a plurality of the connecting plates are circumferentially arranged at the contact position; a plurality of bolt holes are formed in thefirst steel pillar, the second steel pillar, the connecting plates and the connector; and the steel pillars, the connecting plates and the connector are connected together via the ring-grooved rivets. According to the connecting joint, the bolt holes are formed in the end of sealed-section steel pillars, and the steel pillars, the connecting plates and the connector are connected together via thering-grooved rivets; the joint can realize reliable connection, and the force transmission path is explicit; and the defects of cracks, air holes, slag inclusion, incomplete fusion and incomplete welding which may occur in a welding process are effectively avoided.
一种柱柱拼接节点，包括第一钢柱、第二钢柱、连接件、环槽铆钉和连接板；第一钢柱、第二钢柱和连接件均为结构相同的中空柱状，第一钢柱和第二钢柱分别套设在连接件的两端，连接件的外侧壁与第一钢柱和第二钢柱的内侧壁贴合；第一钢柱和第二钢柱端部相互接触，且在接触的位置周向设置有若干连接板；第一钢柱、第二钢柱、连接板和连接件上均设置有若干螺栓孔，钢柱、连接板和连接件通过设置在螺栓孔内的环槽铆钉连接。本发明在封闭截面钢柱的端头设有螺栓孔，通过环槽铆钉将钢柱与连接件和连接板连接在一起，这种方式节点连接可靠，传力路径明确，有效的避免了焊接过程中会出现的裂纹、气孔、夹渣、未熔合、未焊透的缺陷。
Pillar-to-pillar connecting joint
The invention provides a pillar-to-pillar connecting joint. The connecting joint comprises a first steel pillar, a second steel pillar, a connector, ring-grooved rivets and connecting plates; the first steel pillar, the second steel pillar and the connector are in a shape of a hollow pillar and are structurally identical; the first steel pillar and the second steel pillar are respectively sleevedat two ends of the connector; the outer side walls of the connector are attached to the inner side walls of the first steel pillar and the second steel pillar; the end parts of the first steel pillarand the second steel pillar are in contact with each other, and a plurality of the connecting plates are circumferentially arranged at the contact position; a plurality of bolt holes are formed in thefirst steel pillar, the second steel pillar, the connecting plates and the connector; and the steel pillars, the connecting plates and the connector are connected together via the ring-grooved rivets. According to the connecting joint, the bolt holes are formed in the end of sealed-section steel pillars, and the steel pillars, the connecting plates and the connector are connected together via thering-grooved rivets; the joint can realize reliable connection, and the force transmission path is explicit; and the defects of cracks, air holes, slag inclusion, incomplete fusion and incomplete welding which may occur in a welding process are effectively avoided.
一种柱柱拼接节点，包括第一钢柱、第二钢柱、连接件、环槽铆钉和连接板；第一钢柱、第二钢柱和连接件均为结构相同的中空柱状，第一钢柱和第二钢柱分别套设在连接件的两端，连接件的外侧壁与第一钢柱和第二钢柱的内侧壁贴合；第一钢柱和第二钢柱端部相互接触，且在接触的位置周向设置有若干连接板；第一钢柱、第二钢柱、连接板和连接件上均设置有若干螺栓孔，钢柱、连接板和连接件通过设置在螺栓孔内的环槽铆钉连接。本发明在封闭截面钢柱的端头设有螺栓孔，通过环槽铆钉将钢柱与连接件和连接板连接在一起，这种方式节点连接可靠，传力路径明确，有效的避免了焊接过程中会出现的裂纹、气孔、夹渣、未熔合、未焊透的缺陷。
Pillar-to-pillar connecting joint
一种柱柱拼接节点
HAO JIPING (author) / AN WEIJIA (author) / GUO LIANG (author)
2020-10-23
Patent
Electronic Resource
Chinese
Low multi-layered assembled type beam-pillar connecting joint
| European Patent Office | 2020
PILLAR-BEAM JOINT STRUCTURE, AND BUILDING HAVING PILLAR-BEAM JOINT STRUCTURE
| European Patent Office | 2017