A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a bridge mounting and positioning method which comprises the following steps: measuring the mounting position of a beam plate at the top of a back wall according to the mounting position information of the beam plate relative to the back wall, and marking the mounting position of the beam plate on the back wall to obtain a first marked area; marking the beam end of the beam plate to obtain a second marked area; pasting an infrared emission matrix in the first mark area in a removable manner, wherein the infrared emission matrix comprises a plurality of infrared emitters which are regularly arranged; pasting an infrared receiving matrix in the second mark area in a removable manner, wherein the infrared receiving matrix comprises a plurality of infrared receivers which are regularly arranged; hoisting the beam plate through hoisting equipment; when at least one infrared receiver does not receive the infrared signal, the infrared receiving matrix sends a positioning failure signal to the controller; and adjusting the position of the beam plate through the hoisting equipment according to the positioning failure signal. The positioning accuracy of the beam slab relative to the back wall of the bridge and the installation efficiency of the bridge are improved.
本发明公开了一种桥梁安装定位方法，包括：根据梁板相对于背墙的安装位置信息，在背墙顶部测量梁板的安装位置，并在背墙上对梁板的安装位置进行标记，得到第一标记区域；对梁板的梁端进行标记，得到第二标记区域；在第一标记区域以可揭除的方式粘贴红外线发射矩阵，红外线发射矩阵包括规则排列的多个红外线发射器；在第二标记区域以可揭除的方式粘贴红外线接收矩阵，红外线接收矩阵包括规则排列的多个红外线接收器；通过起吊设备起吊梁板；当至少一个红外线接收器未接收到红外信号，红外线接收矩阵向控制器发送定位失败信号；根据定位失败信号，通过起吊设备调整梁板的位置。本发明提高了梁板相对于桥梁背墙的定位精确度和桥梁的安装效率。
The invention discloses a bridge mounting and positioning method which comprises the following steps: measuring the mounting position of a beam plate at the top of a back wall according to the mounting position information of the beam plate relative to the back wall, and marking the mounting position of the beam plate on the back wall to obtain a first marked area; marking the beam end of the beam plate to obtain a second marked area; pasting an infrared emission matrix in the first mark area in a removable manner, wherein the infrared emission matrix comprises a plurality of infrared emitters which are regularly arranged; pasting an infrared receiving matrix in the second mark area in a removable manner, wherein the infrared receiving matrix comprises a plurality of infrared receivers which are regularly arranged; hoisting the beam plate through hoisting equipment; when at least one infrared receiver does not receive the infrared signal, the infrared receiving matrix sends a positioning failure signal to the controller; and adjusting the position of the beam plate through the hoisting equipment according to the positioning failure signal. The positioning accuracy of the beam slab relative to the back wall of the bridge and the installation efficiency of the bridge are improved.
本发明公开了一种桥梁安装定位方法，包括：根据梁板相对于背墙的安装位置信息，在背墙顶部测量梁板的安装位置，并在背墙上对梁板的安装位置进行标记，得到第一标记区域；对梁板的梁端进行标记，得到第二标记区域；在第一标记区域以可揭除的方式粘贴红外线发射矩阵，红外线发射矩阵包括规则排列的多个红外线发射器；在第二标记区域以可揭除的方式粘贴红外线接收矩阵，红外线接收矩阵包括规则排列的多个红外线接收器；通过起吊设备起吊梁板；当至少一个红外线接收器未接收到红外信号，红外线接收矩阵向控制器发送定位失败信号；根据定位失败信号，通过起吊设备调整梁板的位置。本发明提高了梁板相对于桥梁背墙的定位精确度和桥梁的安装效率。
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