A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cable membrane tensioning structure of hyperbolic reticulated shell structure and construction method of cable membrane tensioning structure
The invention relates to the field of building structures, in particular to a cable membrane tensioning structure of a hyperbolic reticulated shell structure and a construction method thereof, and the cable membrane tensioning structure comprises a main beam, a first secondary beam, a second secondary beam and a cable membrane tensioning mechanism; the multiple main beams are longitudinally arranged and arranged in parallel, the first secondary beams and the second secondary beams are arranged on the main beams in a staggered mode, a plurality of spaces with the same size are formed among the first secondary beams, the second secondary beams and the main beams, the cable film tensioning mechanisms are partially arranged on the first secondary beams and the second secondary beams, and the cable film tensioning mechanisms are partially arranged on the first secondary beams and the second secondary beams. A plurality of spaces between the cable membrane tensioning mechanism and the main beam are installation spaces, parts, located in the installation spaces, of the cable membrane tensioning mechanism are tensioning membranes, and the densities of the tensioning membranes in the installation spaces are the same or different according to design. The invention has the effects of adapting to various designs and ensuring the stability of the structure.
本申请涉及建筑结构的领域，尤其是涉及一种双曲网壳结构的索膜张拉构造及其施工方法，包括主梁、第一次梁、第二次梁，以及索膜张拉机构；所述主梁纵向设置有多根，多根所述主梁平行设置，所述第一次梁与所述第二次梁交错设置在主梁上，所述第一次梁、所述第二次梁，与所述主梁之间形成多个大小相同的空间，所述索膜张拉机构部分设置在所述第一次梁、所述第二次梁，与所述主梁之间的多个空间处，该空间为安装空间，所述索膜张拉机构位于所述安装空间处的部件为张拉膜，每处安装空间处的张拉膜的密度根据设计相同或不同。本申请具有适应多种设计并保证结构的稳定性的效果。
Cable membrane tensioning structure of hyperbolic reticulated shell structure and construction method of cable membrane tensioning structure
The invention relates to the field of building structures, in particular to a cable membrane tensioning structure of a hyperbolic reticulated shell structure and a construction method thereof, and the cable membrane tensioning structure comprises a main beam, a first secondary beam, a second secondary beam and a cable membrane tensioning mechanism; the multiple main beams are longitudinally arranged and arranged in parallel, the first secondary beams and the second secondary beams are arranged on the main beams in a staggered mode, a plurality of spaces with the same size are formed among the first secondary beams, the second secondary beams and the main beams, the cable film tensioning mechanisms are partially arranged on the first secondary beams and the second secondary beams, and the cable film tensioning mechanisms are partially arranged on the first secondary beams and the second secondary beams. A plurality of spaces between the cable membrane tensioning mechanism and the main beam are installation spaces, parts, located in the installation spaces, of the cable membrane tensioning mechanism are tensioning membranes, and the densities of the tensioning membranes in the installation spaces are the same or different according to design. The invention has the effects of adapting to various designs and ensuring the stability of the structure.
本申请涉及建筑结构的领域，尤其是涉及一种双曲网壳结构的索膜张拉构造及其施工方法，包括主梁、第一次梁、第二次梁，以及索膜张拉机构；所述主梁纵向设置有多根，多根所述主梁平行设置，所述第一次梁与所述第二次梁交错设置在主梁上，所述第一次梁、所述第二次梁，与所述主梁之间形成多个大小相同的空间，所述索膜张拉机构部分设置在所述第一次梁、所述第二次梁，与所述主梁之间的多个空间处，该空间为安装空间，所述索膜张拉机构位于所述安装空间处的部件为张拉膜，每处安装空间处的张拉膜的密度根据设计相同或不同。本申请具有适应多种设计并保证结构的稳定性的效果。
Cable membrane tensioning structure of hyperbolic reticulated shell structure and construction method of cable membrane tensioning structure
双曲网壳结构的索膜张拉构造及其施工方法
YANG YINGHUI (author) / JIN DACHUN (author) / LI QI (author) / SONG YONGWEI (author) / LIU LONG (author) / LI WENCONG (author) / ZHANG ZAIHUA (author) / AN DONG (author) / LIU XINJIA (author) / LIU MIN (author)
2024-06-21
Patent
Electronic Resource
Chinese
| European Patent Office | 2024
| European Patent Office | 2024