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A platform for research: civil engineering, architecture and urbanism
Road and bridge combined construction method
The invention discloses a road and bridge combined construction method. The method comprises the following steps that: (1) piers are arranged in a bridge at equal intervals; 2) an installation detection system is arranged, wherein the installation detection system specifically comprises a laser ranging device and an image transmission device which are both in communication connection with a monitoring system; 3) beam-column type brackets are prefabricated, and the upper ends and the lower ends of the beam-column type brackets are respectively provided with mortise and tenon joint structures, so that splicing connection is facilitated; (4) sliding rails are horizontally arranged on the upper portions of the beam-column type brackets arranged in a left-right direction, and a pouring trolleyis arranged on the sliding rails; (5) a base plate is arranged between the beam-column type brackets, and a mold is arranged on the side face of a base plate; (6) bridge sections are prefabricated, specifically, the bridge sections are pushed towards bridge piers on the other side along the base plate, and when every two adjacent bridge sections are spliced, pouring is conducted through the pouring trolley; and (7) after the bridge is solidified and formed, the mold is dismounted through a hanging bracket device. The loading capacity of the bridge piers is improved, and the reliability of thebridge is improved.
本发明公开了一种道路桥梁组合式施工方法，包括如下步骤：1)在桥梁之间等间距设置桥墩；2)设置安装检测系统，具体包括激光测距装置以及影像传输装置，所述激光测距装置以及影像传输装置均通信连接于监控系统；3)预制梁柱式支架，梁柱式支架的上下两端分别设置有榫卯结构，方便进行拼装连接；4)在左右设置的梁柱式支架的上部水平设置有滑轨，在滑轨上设置有浇筑小车；5)在梁柱式支架之间设置基板，且在基板的侧面设置有模具；6)预制桥段，将桥段沿基板向着另一侧的桥墩推送，其中相邻两个桥段拼接时采用浇筑小车进行浇筑；7)桥梁凝固成型以后，通过吊架装置将模具进行拆除，本发明提高桥墩的载荷能力，提高桥梁的可靠性。
Road and bridge combined construction method
The invention discloses a road and bridge combined construction method. The method comprises the following steps that: (1) piers are arranged in a bridge at equal intervals; 2) an installation detection system is arranged, wherein the installation detection system specifically comprises a laser ranging device and an image transmission device which are both in communication connection with a monitoring system; 3) beam-column type brackets are prefabricated, and the upper ends and the lower ends of the beam-column type brackets are respectively provided with mortise and tenon joint structures, so that splicing connection is facilitated; (4) sliding rails are horizontally arranged on the upper portions of the beam-column type brackets arranged in a left-right direction, and a pouring trolleyis arranged on the sliding rails; (5) a base plate is arranged between the beam-column type brackets, and a mold is arranged on the side face of a base plate; (6) bridge sections are prefabricated, specifically, the bridge sections are pushed towards bridge piers on the other side along the base plate, and when every two adjacent bridge sections are spliced, pouring is conducted through the pouring trolley; and (7) after the bridge is solidified and formed, the mold is dismounted through a hanging bracket device. The loading capacity of the bridge piers is improved, and the reliability of thebridge is improved.
本发明公开了一种道路桥梁组合式施工方法，包括如下步骤：1)在桥梁之间等间距设置桥墩；2)设置安装检测系统，具体包括激光测距装置以及影像传输装置，所述激光测距装置以及影像传输装置均通信连接于监控系统；3)预制梁柱式支架，梁柱式支架的上下两端分别设置有榫卯结构，方便进行拼装连接；4)在左右设置的梁柱式支架的上部水平设置有滑轨，在滑轨上设置有浇筑小车；5)在梁柱式支架之间设置基板，且在基板的侧面设置有模具；6)预制桥段，将桥段沿基板向着另一侧的桥墩推送，其中相邻两个桥段拼接时采用浇筑小车进行浇筑；7)桥梁凝固成型以后，通过吊架装置将模具进行拆除，本发明提高桥墩的载荷能力，提高桥梁的可靠性。
Road and bridge combined construction method
一种道路桥梁组合式施工方法
CAO SHUNQIN (author)
2020-09-25
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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