Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a truss for building construction. The truss comprises an outer truss body, an auxiliary truss body, an inner truss body, a rear telescopic connecting beam, a front telescopic connecting beam and an adjusting frame, wherein the truss body above the outer truss body is fixedly connected with the upper end of a stand column through a connector; the rear telescopic connecting beam is fixedly connected to the front portion of the outer truss body; the auxiliary truss body is movably connected to the inner side of the outer truss body, and the front end of the auxiliary trussbody is fixedly connected to the rear telescopic connecting beam; the lower side of the front portion of the inner truss body is fixedly connected with a front supporting beam through a connector, the rear side of the front supporting beam on the inner truss body is fixedly connected with a rear supporting beam through a connector, and the front end of the inner truss body is fixedly connected tothe rear telescopic connecting beam; and one end of the adjusting frame is movably connected to the stand column. The combined truss is easy and convenient to splice, convenient to assemble and transport and uniform in bearing capacity, the relative position between two sets of combined truss bodies can be adjusted, the size of the combined truss bodies is changed, and the truss is suitable for building a simple exhibition hall or a framework of a temporary site for supporting.
本发明提供建筑施工用桁架，包括外桁架，副桁架，内桁架，后伸缩连接梁，前伸缩连接梁，调节架；所述外桁架的上方桁架通过接头固定连接有立柱的上端；所述后伸缩连接梁固定连接在外桁架的前方；所述副桁架活动连接在外桁架的里侧，且副桁架的前端固定连接在后伸缩连接梁上；所述内桁架的前方下侧通过连接头固定连接有前支梁，且内桁架上前支梁的后侧通过连接头固定连接有后支梁，并且内桁架的前端固定连接在后伸缩连接梁上；所述调节架的一端活动连接在立柱上，可以看出，此组合桁架拼接简便，便于组装和运输，承重能力均匀，且可调节两组组合桁架之间的相对位置，实现组合桁架体积的改变，适用于搭建简易展厅或者临时场地的骨架支撑作用。
The invention provides a truss for building construction. The truss comprises an outer truss body, an auxiliary truss body, an inner truss body, a rear telescopic connecting beam, a front telescopic connecting beam and an adjusting frame, wherein the truss body above the outer truss body is fixedly connected with the upper end of a stand column through a connector; the rear telescopic connecting beam is fixedly connected to the front portion of the outer truss body; the auxiliary truss body is movably connected to the inner side of the outer truss body, and the front end of the auxiliary trussbody is fixedly connected to the rear telescopic connecting beam; the lower side of the front portion of the inner truss body is fixedly connected with a front supporting beam through a connector, the rear side of the front supporting beam on the inner truss body is fixedly connected with a rear supporting beam through a connector, and the front end of the inner truss body is fixedly connected tothe rear telescopic connecting beam; and one end of the adjusting frame is movably connected to the stand column. The combined truss is easy and convenient to splice, convenient to assemble and transport and uniform in bearing capacity, the relative position between two sets of combined truss bodies can be adjusted, the size of the combined truss bodies is changed, and the truss is suitable for building a simple exhibition hall or a framework of a temporary site for supporting.
本发明提供建筑施工用桁架，包括外桁架，副桁架，内桁架，后伸缩连接梁，前伸缩连接梁，调节架；所述外桁架的上方桁架通过接头固定连接有立柱的上端；所述后伸缩连接梁固定连接在外桁架的前方；所述副桁架活动连接在外桁架的里侧，且副桁架的前端固定连接在后伸缩连接梁上；所述内桁架的前方下侧通过连接头固定连接有前支梁，且内桁架上前支梁的后侧通过连接头固定连接有后支梁，并且内桁架的前端固定连接在后伸缩连接梁上；所述调节架的一端活动连接在立柱上，可以看出，此组合桁架拼接简便，便于组装和运输，承重能力均匀，且可调节两组组合桁架之间的相对位置，实现组合桁架体积的改变，适用于搭建简易展厅或者临时场地的骨架支撑作用。
Truss for building construction
建筑施工用桁架
JIANG LUYAO (Autor:in)
08.12.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
| Europäisches Patentamt | 2019