The utility model relates to a building energy-saving roof structure, which comprises a through-hole pipe, a hollow base column, a load-bearing pillar, a cross beam, a connecting sleeve and a inserting column. The through-hole pipe has a through-hole pipe groove, the lower side of the No.3 support plate has a cross beam, the cross beam is adapted to the through-hole pipe groove, the cross beam is connected with the through-hole pipe groove, the cross beam is connected with the through-hole pipe, the two sides of the through-hole pipe are connected with a No The cross beam is connected with No.3 nut, the upper side of the through-hole pipe is connected with the hollow foundation column, the hollow foundation column has hollow foundation column groove, the bearing column is suitable for the hollow foundation column groove, the bearing column is connected with the hollow foundation column groove, the two sides of the hollow foundation column are connected with No.2 gasket, the No.2 screw is successively connected with No.2 nut through No.2 gasket, the hollow foundation column and the bearing column, the upper side of the hollow foundation column is connected with No.1 support plate, outside of No.1 support plate The side is connected with No. 2 support plate, No. 3 screw is connected with No. 1 nut through No. 2 support plate, No. 1 support plate, hollow foundation column and bearing pillar, and the upper end of No. 1 support plate is connected with No. 3 support plate.
【技术实现步骤摘要】
一种建筑节能屋顶结构
本技术涉及建筑领域,尤其涉及一种建筑节能屋顶结构。
技术介绍
现有的屋顶的结构大多数采用点焊连接,对于运输,安装都有极大的不便,效果不好。
技术实现思路
本技术针对现有技术存在的上述不足,提供一种安全稳定的一种建筑节能屋顶结构。本技术的目的是通过以下技术方案来实现:一种建筑节能屋顶结构,包括通孔管、中空基柱、承重支柱、横梁、连接套、插柱,所述通孔管具有通孔管槽,三号支板下侧具有横梁,横梁与通孔管槽相适应,横梁连接通孔管槽,横梁穿过通孔管,通孔管两侧连接一号垫片,一号螺杆依次穿过一号垫片、通孔管、横梁连接三号螺母,通孔管上侧连接中空基柱,中空基柱具有中空基柱槽,承重支柱与中空基柱槽相适应,承重支柱连接中空基柱槽,中空基柱两侧连接二号垫片,二号螺杆依次穿过二号垫片、中空基柱、承重支柱连接二号螺母,中空基柱上侧连接一号支板,一号支板外侧连接二号支板,三号螺杆穿过二号支板、一号支板、中空基柱、承重支柱连接一号螺母,一号支板上端连接三号支板,承重支柱上端连接三号支板,二号支板上端连接三号支板。连接套内部与横梁相适应,横梁连接连接套,四号螺杆穿过连接套、横梁连接四号螺母,连接套下侧连接连接套挡板,连接套挡板下侧具有连接套插板,连接套插板连接墙体,插柱上侧具有承重板,承重板连接横梁,五号螺杆穿过承重板连接横梁,插柱下部连接墙体。有益效果:横梁与通孔管的连接确保了整个横梁的完整性,不会出现分割以及连接出现的承重损耗,通孔管连接中空基柱,中空基柱的内部拥有中空基柱槽,再加上一号螺杆穿过一号垫片、通孔管、横梁连接三号螺母对于保证稳定性有很大的作用,安全性也极大的 ...
【技术保护点】
1.一种建筑节能屋顶结构,其特征是:包括通孔管、中空基柱、承重支柱、横梁、连接套、插柱,所述通孔管具有通孔管槽,三号支板下侧具有横梁,横梁与通孔管槽相适应,横梁连接通孔管槽,横梁穿过通孔管,通孔管两侧连接一号垫片,一号螺杆依次穿过一号垫片、通孔管、横梁连接三号螺母,通孔管上侧连接中空基柱,中空基柱具有中空基柱槽,承重支柱与中空基柱槽相适应,承重支柱连接中空基柱槽,中空基柱两侧连接二号垫片,二号螺杆依次穿过二号垫片、中空基柱、承重支柱连接二号螺母,中空基柱上侧连接一号支板,一号支板外侧连接二号支板,三号螺杆穿过二号支板、一号支板、中空基柱、承重支柱连接一号螺母,一号支板上端连接三号支板,承重支柱上端连接三号支板,二号支板上端连接三号支板。
【技术特征摘要】
1.一种建筑节能屋顶结构,其特征是:包括通孔管、中空基柱、承重支柱、横梁、连接套、插柱,所述通孔管具有通孔管槽,三号支板下侧具有横梁,横梁与通孔管槽相适应,横梁连接通孔管槽,横梁穿过通孔管,通孔管两侧连接一号垫片,一号螺杆依次穿过一号垫片、通孔管、横梁连接三号螺母,通孔管上侧连接中空基柱,中空基柱具有中空基柱槽,承重支柱与中空基柱槽相适应,承重支柱连接中空基柱槽,中空基柱两侧连接二号垫片,二号螺杆依次穿过二号垫片、中空基柱、承重支柱连接二号螺母,中空基柱上侧连接一...
【专利技术属性】
技术研发人员:王跃禄,
申请(专利权)人:天津天禄通建材科技有限公司,
类型:新型
国别省市:天津,12
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