The utility model relates to a new type of aseismic support assembly, which comprises an upper and a lower support rod, a left support rod is connected between the left ends of the upper and lower support rods, a right support rod is connected between the right ends of the upper and lower support rods, an installation seat is arranged at the left and right ends of the upper support rod, an upper and a lower support rod are respectively provided with an upper and a lower slider, and an upper and a lower slider are connected at the bottom ends. An upper telescopic rod is connected with a lower telescopic rod at the top of the lower slide block, an upper tube hoop at the bottom of the upper telescopic rod, and a lower tube hoop at the top of the lower telescopic rod. The left and right ends of the upper tube hoop are respectively connected with the left and right ends of the lower tube hoop through connecting bolts, and the left and right screws are respectively connected in the threaded holes of the left and right supports. A left splint is connected to the right end of the left screw rod, and a right splint is connected to the left end of the right screw rod. By adopting the above structure, the utility model can adjust the structure conveniently and flexibly to meet the requirements of pipeline installation, and at the same time, the installation strength and seismic performance are greatly guaranteed.
【技术实现步骤摘要】
新型抗震支架组件
本技术涉及一种新型抗震支架组件。
技术介绍
在建筑工程中,抗震性能是建筑施工前必须考虑的一个重要指标。对于其中的管道施工来说,在铺设管道时一般是每隔一段距离都采用支架组件将管道进行安装固定,但与此同时所存在的问题是,限于结构和设计上的限制,现有的支架组件的强度和抗震性能往往不够理想,当在管道受到撞击或者发生地震时,管道会发生不定向的晃动,这极易导致支架组件产生松动,或者在管道不规律的晃动作用下,使支架组件受损甚至断裂,从而使管道滑落;此外,在管道铺设安装过程中,现有的支架组件也不能够方便而灵活地进行结构上的调节,以适应具体的安装需求,以上这些均大大影响了现有支架组件的使用性能和适用范围。
技术实现思路
为克服以上现有技术的不足,本技术要解决的技术问题是提供一种能够方便灵活地进行结构调节以适应管道安装需求,同时还大大保证了安装强度和抗震性能的新型抗震支架组件。本技术的技术方案是:一种新型抗震支架组件,其分别包括了水平设置的上支杆和下支杆,在所述上支杆的左端和下支杆的左端之间还连接有竖向设置的左支杆,在所述上支杆的右端和下支杆的右端之间还连接有竖向设置的右支 ...
【技术保护点】
1.一种新型抗震支架组件,其特征在于:分别包括了水平设置的上支杆和下支杆,在所述上支杆的左端和下支杆的左端之间还连接有竖向设置的左支杆,在所述上支杆的右端和下支杆的右端之间还连接有竖向设置的右支杆,同时在所述上支杆的左右两端还均设有安装座,在所述安装座上还开设有安装孔;在所述上支杆和下支杆上分别套设有滑动配合的上滑块和下滑块,在所述上滑块和下滑块上均设有紧固螺栓,并且在所述上滑块的底端还连接有竖直向下延伸的上伸缩杆,在所述下滑块的顶端还连接有竖直向上延伸的下伸缩杆,在所述上伸缩杆和下伸缩杆上均设有紧固旋钮,同时在所述上伸缩杆的底端还设有半圆形的上管箍,在所述下伸缩杆的顶端还 ...
【技术特征摘要】
1.一种新型抗震支架组件,其特征在于:分别包括了水平设置的上支杆和下支杆,在所述上支杆的左端和下支杆的左端之间还连接有竖向设置的左支杆,在所述上支杆的右端和下支杆的右端之间还连接有竖向设置的右支杆,同时在所述上支杆的左右两端还均设有安装座,在所述安装座上还开设有安装孔;在所述上支杆和下支杆上分别套设有滑动配合的上滑块和下滑块,在所述上滑块和下滑块上均设有紧固螺栓,并且在所述上滑块的底端还连接有竖直向下延伸的上伸缩杆,在所述下滑块的顶端还连接有竖直向上延伸的下伸缩杆,在所述上伸缩杆和下伸缩杆上均设有紧固旋钮,同时在所述上伸缩杆的底端还设有半圆形的上管箍,在所述下伸缩杆的顶端还设有半圆形的下管箍,所述上管箍的左右两端分别通过连接螺栓与所述下管箍的左右两端连接;在所述...
【专利技术属性】
技术研发人员:王萌萌,李俊婷,白雪娟,王龚,
申请(专利权)人:天津市博大兴远电力工程有限公司,
类型:新型
国别省市:天津,12
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