The utility model relates to a guide rail mechanism for building hoisting, which comprises a cross beam, a reinforcing plate and a vertical beam; the cross beam is provided with two groups at the end of the guide rail, and the cross beam and the guide rail are vertically distributed, and the cross beam is a T-shaped structure; the reinforcing plate is provided with four groups which are symmetrically distributed at the bottom of both sides of the cross beam, and the reinforcing plate is an inverted L-shaped structure, and the side plate and the cross of the reinforcing plate are vertically distributed. The vertical plate of the beam is fitted and connected with each other, the top plate of the reinforcing plate and the top plate of the cross beam are fitted and connected with each other, and there are corresponding through holes between the top plate of the reinforcing plate and the top plate of the cross beam; the vertical beam has four groups and the bottom end of the vertical beam is located in the through hole respectively, and the vertical beam is connected and fixed with the side plate or/and the vertical plate of the reinforcing plate respectively; The structure design is reasonable and the strength is high. In the assembly and use of the guide rail, it has better supporting effect, prevents the deformation of the hoisting structure, and ensures the long-term normal operation of the hoisting work.
【技术实现步骤摘要】
建筑吊装用导轨机构
本技术涉及建筑工具
,尤其涉及一种建筑吊装用导轨机构。
技术介绍
在小型建筑施工过程中,经常需要在地面将一些建筑材料、工具等装置转运使用,在吊装式导轨安装过程中一般通过角钢连接构成导轨安装支架,长时间使用,支架易发生变形,导致导轨倾斜无法继续使用。
技术实现思路
为了解决现有技术中的不足,本技术的目的在于提供一种结构稳定、强度高的建筑吊装用导轨机构。本技术解决其技术问题所采用的技术方案是:一种建筑吊装用导轨机构,其特征在于,包括横梁、加固板和竖梁;所述横梁设有两组并分别设置在导轨端部位置,且横梁与导轨垂直分布,横梁为T型结构,横梁的顶板上部设有与其连接固定的所述导轨;所述加固板设有四组分别设置对称分布在横梁两端的两侧下部,加固板为倒L型结构,加固板的侧板与横梁的竖板贴合设置并相互连接,加固板的顶板与横梁的顶板贴合设置并相互连接,且加固板的顶板与横梁的顶板之间还设有对应设置的通孔;所述竖梁设有四组且竖梁底端分别位于所述通孔内,且竖梁分别与所述加固板的侧板或/和横梁的竖板连接固定。所述加固板的顶板内侧端部位于所述导轨下部,且加固板的顶板、横梁的顶板和导轨之间通过螺栓相互连接。所述竖梁为倒L型结构,竖梁开口朝向外侧设置,且竖梁的开口内侧还设有用于连接其两侧侧壁的加强板。所述竖梁截面为L型结构。所述加强板两端分别设有平行于竖梁设置的端板,且端板通过螺栓与竖梁连接固定。本技术的有益效果是:结构设计合理,强度高,在导轨装配及使用中,具有较好的支撑效果,防止吊装结构变形,保障了吊装工作长期正常运行。附图说明下面结合附图和实施例对本技术进一步说明。图 ...
【技术保护点】
1.一种建筑吊装用导轨机构,其特征在于,包括横梁、加固板和竖梁;所述横梁设有两组并分别设置在导轨端部位置,且横梁与导轨垂直分布,横梁为T型结构,横梁的顶板上部设有与其连接固定的所述导轨;所述加固板设有四组分别设置对称分布在横梁两端的两侧下部,加固板为倒L型结构,加固板的侧板与横梁的竖板贴合设置并相互连接,加固板的顶板与横梁的顶板贴合设置并相互连接,且加固板的顶板与横梁的顶板之间还设有对应设置的通孔;所述竖梁设有四组且竖梁底端分别位于所述通孔内,且竖梁分别与所述加固板的侧板或/和横梁的竖板连接固定。
【技术特征摘要】
1.一种建筑吊装用导轨机构,其特征在于,包括横梁、加固板和竖梁;所述横梁设有两组并分别设置在导轨端部位置,且横梁与导轨垂直分布,横梁为T型结构,横梁的顶板上部设有与其连接固定的所述导轨;所述加固板设有四组分别设置对称分布在横梁两端的两侧下部,加固板为倒L型结构,加固板的侧板与横梁的竖板贴合设置并相互连接,加固板的顶板与横梁的顶板贴合设置并相互连接,且加固板的顶板与横梁的顶板之间还设有对应设置的通孔;所述竖梁设有四组且竖梁底端分别位于所述通孔内,且竖梁分别与所述加固板的侧板或/和横梁的竖板连接固定。2.根...
还没有人留言评论。发表了对其他浏览者有用的留言会获得科技券。