A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention particularly relates to a track beam high-precision adjusting device. The device is characterized by comprising a vertical column top plate (1), finish machining track beams (2), horizontal limiters (3), a reinforcing rib plate (4), a high-strength bolt (5) and a rubber agent (6), wherein the reinforcing rib plate (4) is arranged at the side part of the horizontal limiter (3); the bottom of the horizontal limiter (3) is fixedly connected with the vertical column top plate (1) through the high-strength bolt (5); every two horizontal limiters (3) form a group and are symmetricallyarranged, the finish machining track beams (2) make contact with the inclined faces of the horizontal limiters (3) and are pushed into designated positions through external force, and gaps between thefinish machining track beams (2) and the horizontal limiters (3) and between the finish machining track beams (2) and the vertical column top plate (1) are sealed through the rubber agent (6). Beforethe track beam is hoisted, the self-adaptive wedge-shaped clamping groove with the slope inclined surface is pre-mounted, and the track beam is in contact with the slope inclined surface of the clamping groove and automatically slides into the clamping groove in the falling process, so that the track beam is in place at a time.
本发明具体是一种轨道梁高精度调整装置；其特征是：包括立柱顶板（1），精加工轨道梁（2），水平限位器（3），加强劲板（4），高强螺栓（5）和橡胶剂（6）；其中，水平限位器（3）的侧部设置加强劲板（4），所述水平限位器（3）的底部与立柱顶板（1）通过高强螺栓（5）固定连接，所述水平限位器（3）每两个为一组并对称设置，精加工轨道梁（2）通过与水平限位器（3）的斜面接触并靠外力推入指定位中，精加工轨道梁（2）与水平限位器（3）及立柱顶板（1）之间采用橡胶剂（6）密封缝隙。本发明在轨道梁吊装前，预先安装一个带有边坡斜面的自适应契形卡槽，轨道梁在落位的过程中与卡槽边坡斜面接触自行滑入卡槽中，一次就位。
The invention particularly relates to a track beam high-precision adjusting device. The device is characterized by comprising a vertical column top plate (1), finish machining track beams (2), horizontal limiters (3), a reinforcing rib plate (4), a high-strength bolt (5) and a rubber agent (6), wherein the reinforcing rib plate (4) is arranged at the side part of the horizontal limiter (3); the bottom of the horizontal limiter (3) is fixedly connected with the vertical column top plate (1) through the high-strength bolt (5); every two horizontal limiters (3) form a group and are symmetricallyarranged, the finish machining track beams (2) make contact with the inclined faces of the horizontal limiters (3) and are pushed into designated positions through external force, and gaps between thefinish machining track beams (2) and the horizontal limiters (3) and between the finish machining track beams (2) and the vertical column top plate (1) are sealed through the rubber agent (6). Beforethe track beam is hoisted, the self-adaptive wedge-shaped clamping groove with the slope inclined surface is pre-mounted, and the track beam is in contact with the slope inclined surface of the clamping groove and automatically slides into the clamping groove in the falling process, so that the track beam is in place at a time.
本发明具体是一种轨道梁高精度调整装置；其特征是：包括立柱顶板（1），精加工轨道梁（2），水平限位器（3），加强劲板（4），高强螺栓（5）和橡胶剂（6）；其中，水平限位器（3）的侧部设置加强劲板（4），所述水平限位器（3）的底部与立柱顶板（1）通过高强螺栓（5）固定连接，所述水平限位器（3）每两个为一组并对称设置，精加工轨道梁（2）通过与水平限位器（3）的斜面接触并靠外力推入指定位中，精加工轨道梁（2）与水平限位器（3）及立柱顶板（1）之间采用橡胶剂（6）密封缝隙。本发明在轨道梁吊装前，预先安装一个带有边坡斜面的自适应契形卡槽，轨道梁在落位的过程中与卡槽边坡斜面接触自行滑入卡槽中，一次就位。
Track beam high-precision adjusting device and using method
一种轨道梁高精度调整装置及使用方法
2020-07-17
Patent
Electronic Resource
Chinese
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