A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent bridge repair and maintenance equipment helpful for improving bridge durability
The invention relates to intelligent bridge repair and maintenance equipment helpful for improving bridge durability, and relates to the technical field of bridge detection and maintenance equipment. The connecting assembly comprises a connecting frame, a connecting cross rod, a connector, a connecting bolt and a rotating driver, the connecting cross rod is rotationally connected with the connecting frame, the connector is rotationally arranged on the connecting cross rod, a torsional spring is arranged on the connector, a connecting insertion hole is formed in the connecting bolt, and the rotating driver abuts against the side face of the connecting cross rod and is used for driving the connecting cross rod to rotate. When the connecting device moves to the position of the inhaul cable, the connecting transverse rod is controlled to rotate to swing the connecting plug pin to be separated from the connecting insertion hole, the rotating shafts of the connecting heads are made to be in the vertical direction, the two connecting heads abut against and are separated from the inhaul cable, and after the connecting heads are separated from the inhaul cable, the connecting plug pin is made to be in the vertical state after being overlapped again under the action of the torsional spring; and the connecting bolts are inserted into the connecting insertion holes under the gravity to connect the two opposite connecting cross rods, so that the construction efficiency of repair and maintenance can be effectively improved.
本申请涉及有助于提升桥梁耐久性的智能化桥梁维修与保养设备，涉及桥梁检测与维修设备技术领域；连接组件包括连接架、连接横杆、连接头、连接插销和转动驱动器，连接横杆与连接架转动连接，连接头转动设于连接横杆，连接头上设有扭簧，连接插销开设有连接插孔，转动驱动器抵接于连接横杆的侧面，转动驱动器用于驱动连接横杆转动。本申请中当移动至拉索位置时，控制连接横杆转动将连接插销被甩动脱离连接插孔，令连接头的转动轴处于竖直方向，两个连接头与拉索抵接分离，连接头与拉索分离后在扭簧作用重新叠交后使连接插销处于竖直状态，连接插销在重力下插接于连接插孔，将相对的两根连接横杆连接，从而能够有效提升维修与保养的施工效率。
Intelligent bridge repair and maintenance equipment helpful for improving bridge durability
The invention relates to intelligent bridge repair and maintenance equipment helpful for improving bridge durability, and relates to the technical field of bridge detection and maintenance equipment. The connecting assembly comprises a connecting frame, a connecting cross rod, a connector, a connecting bolt and a rotating driver, the connecting cross rod is rotationally connected with the connecting frame, the connector is rotationally arranged on the connecting cross rod, a torsional spring is arranged on the connector, a connecting insertion hole is formed in the connecting bolt, and the rotating driver abuts against the side face of the connecting cross rod and is used for driving the connecting cross rod to rotate. When the connecting device moves to the position of the inhaul cable, the connecting transverse rod is controlled to rotate to swing the connecting plug pin to be separated from the connecting insertion hole, the rotating shafts of the connecting heads are made to be in the vertical direction, the two connecting heads abut against and are separated from the inhaul cable, and after the connecting heads are separated from the inhaul cable, the connecting plug pin is made to be in the vertical state after being overlapped again under the action of the torsional spring; and the connecting bolts are inserted into the connecting insertion holes under the gravity to connect the two opposite connecting cross rods, so that the construction efficiency of repair and maintenance can be effectively improved.
本申请涉及有助于提升桥梁耐久性的智能化桥梁维修与保养设备，涉及桥梁检测与维修设备技术领域；连接组件包括连接架、连接横杆、连接头、连接插销和转动驱动器，连接横杆与连接架转动连接，连接头转动设于连接横杆，连接头上设有扭簧，连接插销开设有连接插孔，转动驱动器抵接于连接横杆的侧面，转动驱动器用于驱动连接横杆转动。本申请中当移动至拉索位置时，控制连接横杆转动将连接插销被甩动脱离连接插孔，令连接头的转动轴处于竖直方向，两个连接头与拉索抵接分离，连接头与拉索分离后在扭簧作用重新叠交后使连接插销处于竖直状态，连接插销在重力下插接于连接插孔，将相对的两根连接横杆连接，从而能够有效提升维修与保养的施工效率。
Intelligent bridge repair and maintenance equipment helpful for improving bridge durability
有助于提升桥梁耐久性的智能化桥梁维修与保养设备
XU XIANGRUI (author) / HE SHENGYANG (author) / SUN NING (author) / YUE XIUFANG (author) / ZHAO WEN (author) / WANG JIANG (author) / ZHU CHUANRUI (author) / WEI XIAOQI (author) / YU TIAN (author)
2024-11-26
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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