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A platform for research: civil engineering, architecture and urbanism
Magnetic levitation track beam construction method
The invention discloses a maglev track beam construction method which comprises the following steps: mounting a functional part template on a track beam forming system, and adjusting the functional part template to a design position; the stator sleeves are positioned and installed on functional part templates respectively, and positioning parts used for positioning and installing the stator sleeves of the magnetic levitation functional parts are arranged on the functional part templates; the steel reinforcement framework is installed in a forming system; the L-shaped steel plate is installed on a forming system; and the forming system performs mold closing and pouring forming on the maglev track beam. The stator sleeve and the L-shaped steel plate are not welded before the track beam is formed, so that the stator sleeve and the L-shaped steel plate are used as independent parts, and the stator sleeve and the L-shaped steel plate are respectively positioned and mounted in a forming system when the magnetic levitation track beam is formed; the problems that due to interference between the integral type magnetic levitation functional part and the steel reinforcement framework, the forming operation difficulty is large, and operation is inconvenient are well solved.
本发明公开了一种磁浮轨道梁施工方法，包括以下步骤：将功能件模板安装到轨道梁成型系统上，并调整功能件模板到设计位置；将定子套筒分别定位安装到功能件模板上，所述功能件模板上设置有用于对磁浮功能件的定子套筒定位安装的定位部；将钢筋骨架安装到成型系统中；将L型钢板安装成型系统上；成型系统合模，浇筑成型磁浮轨道梁。本发明在轨道梁成型之前不对定子套筒和L型钢板进行焊接操作，使其作为独立的部件，在磁浮轨道梁成型时分别将定子套筒和L型钢板在成型系统中进行定位安装，很好地解决了整体式磁浮功能件与钢筋骨架之间发生干涉导致成型操作难度大、操作不方便的问题。
Magnetic levitation track beam construction method
The invention discloses a maglev track beam construction method which comprises the following steps: mounting a functional part template on a track beam forming system, and adjusting the functional part template to a design position; the stator sleeves are positioned and installed on functional part templates respectively, and positioning parts used for positioning and installing the stator sleeves of the magnetic levitation functional parts are arranged on the functional part templates; the steel reinforcement framework is installed in a forming system; the L-shaped steel plate is installed on a forming system; and the forming system performs mold closing and pouring forming on the maglev track beam. The stator sleeve and the L-shaped steel plate are not welded before the track beam is formed, so that the stator sleeve and the L-shaped steel plate are used as independent parts, and the stator sleeve and the L-shaped steel plate are respectively positioned and mounted in a forming system when the magnetic levitation track beam is formed; the problems that due to interference between the integral type magnetic levitation functional part and the steel reinforcement framework, the forming operation difficulty is large, and operation is inconvenient are well solved.
本发明公开了一种磁浮轨道梁施工方法，包括以下步骤：将功能件模板安装到轨道梁成型系统上，并调整功能件模板到设计位置；将定子套筒分别定位安装到功能件模板上，所述功能件模板上设置有用于对磁浮功能件的定子套筒定位安装的定位部；将钢筋骨架安装到成型系统中；将L型钢板安装成型系统上；成型系统合模，浇筑成型磁浮轨道梁。本发明在轨道梁成型之前不对定子套筒和L型钢板进行焊接操作，使其作为独立的部件，在磁浮轨道梁成型时分别将定子套筒和L型钢板在成型系统中进行定位安装，很好地解决了整体式磁浮功能件与钢筋骨架之间发生干涉导致成型操作难度大、操作不方便的问题。
Magnetic levitation track beam construction method
磁浮轨道梁施工方法
LI JIEYONG (author) / LIU YANLONG (author) / PAN WEIWANG (author) / TAN BIN (author) / HU ZHIYONG (author) / WANG FEI (author) / CHEN HONGYI (author) / LEE DAE WON (author) / DENG WENPAN (author) / LI XIAOJING (author)
2024-06-14
Patent
Electronic Resource
Chinese
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
Permanent magnetic levitation track, magnetic levitation mechanism and magnetic levitation train
| European Patent Office | 2022