Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Bearing beam, roof bearing structure and mounting method
The invention discloses a bearing beam, a roof bearing structure and a mounting method, and belongs to the technical field of buildings. The bearing beam is characterized in that a beam body comprises a plurality of beam sections, splicing pieces are metal pieces, are arranged at the end parts of the adjacent beam sections, and are fixedly connected with the two adjacent beam sections, a support is provided with a second containing cavity used for containing the beam body, the end of the beam body is embedded in the second containing cavity and fixedly connected with the beam body, hidden cable sections are connected with the adjacent splicing pieces, and/or the hidden cable sections are connected with the adjacent supports and the splicing pieces, and the hidden cable sections are embedded in the beam sections. When the bearing beam serves as an upper chord beam in a beam string structure, the beam sections are fixedly connected through the splicing pieces, and the support with the second containing cavity and hidden cables are arranged to ensure that the beam sections are firmly and reliably fixed together, so that the connection strength between the beam sections of the upper chord beam is improved, and the problems of loosening of the beam sections and dislocation of connecting points are avoided, so that the bearing capacity of the beam string structure is improved.
一种承重梁及屋面承重结构及安装方法,属于建筑物技术领域。梁体包括多个梁段;拼接件为金属件,设置在相邻的梁段端部,且分别与相邻的两个梁段固定相连;支座上设有用于容置梁体的第二容置腔,梁体的端部嵌装在第二容置腔内,且与梁体固定相连;隐藏索段分别连接相邻的拼接件,和/或隐藏索段分别连接相邻的支座和拼接件;且隐藏索段嵌装在梁段内。当本发明的承重梁作为张弦梁结构中的上弦梁时,由于采用拼接件将梁段固定相连,并设置具有第二容置腔的支座及隐藏索保证各个梁段牢固可靠地固定在一起,提升了上弦梁梁段间的连接强度,避免梁段产生松动及连接点产生错位的问题,从而提升了张弦梁结构的承重能力。
Bearing beam, roof bearing structure and mounting method
The invention discloses a bearing beam, a roof bearing structure and a mounting method, and belongs to the technical field of buildings. The bearing beam is characterized in that a beam body comprises a plurality of beam sections, splicing pieces are metal pieces, are arranged at the end parts of the adjacent beam sections, and are fixedly connected with the two adjacent beam sections, a support is provided with a second containing cavity used for containing the beam body, the end of the beam body is embedded in the second containing cavity and fixedly connected with the beam body, hidden cable sections are connected with the adjacent splicing pieces, and/or the hidden cable sections are connected with the adjacent supports and the splicing pieces, and the hidden cable sections are embedded in the beam sections. When the bearing beam serves as an upper chord beam in a beam string structure, the beam sections are fixedly connected through the splicing pieces, and the support with the second containing cavity and hidden cables are arranged to ensure that the beam sections are firmly and reliably fixed together, so that the connection strength between the beam sections of the upper chord beam is improved, and the problems of loosening of the beam sections and dislocation of connecting points are avoided, so that the bearing capacity of the beam string structure is improved.
一种承重梁及屋面承重结构及安装方法,属于建筑物技术领域。梁体包括多个梁段;拼接件为金属件,设置在相邻的梁段端部,且分别与相邻的两个梁段固定相连;支座上设有用于容置梁体的第二容置腔,梁体的端部嵌装在第二容置腔内,且与梁体固定相连;隐藏索段分别连接相邻的拼接件,和/或隐藏索段分别连接相邻的支座和拼接件;且隐藏索段嵌装在梁段内。当本发明的承重梁作为张弦梁结构中的上弦梁时,由于采用拼接件将梁段固定相连,并设置具有第二容置腔的支座及隐藏索保证各个梁段牢固可靠地固定在一起,提升了上弦梁梁段间的连接强度,避免梁段产生松动及连接点产生错位的问题,从而提升了张弦梁结构的承重能力。
Bearing beam, roof bearing structure and mounting method
一种承重梁及屋面承重结构及安装方法
REN QINGYING (Autor:in) / LIU WENTING (Autor:in) / LI ZHENG (Autor:in) / ZHANG XIAOMENG (Autor:in) / NI JUN (Autor:in) / ZHOU JINJIANG (Autor:in)
04.06.2021
Patent
Elektronische Ressource
Chinesisch
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