Anti-shaking suspension mechanism for bridge construction engineering: Fid-Bau Portal

Anti-shaking suspension mechanism for bridge construction engineering

WANG ZHIDONG

The invention discloses an anti-shaking suspension mechanism for bridge construction engineering, which comprises a suspension bin, two upper notches are formed in the right side wall of the suspension bin, two lower notches are formed in the left side wall of the suspension bin, and the horizontal positions of the upper notches are located above the lower notches. The motor and the sliding plateare arranged in the bridge crane, the sliding plate can be driven by the motor to move so as to drive the grab hooks on the two sides to move towards the inner side or the outer side, the distance between the grab hooks on the two sides can be adjusted, the bridge crane can be used for hoisting bridge components of different sizes, the time for replacing a suspension mechanism is saved, and meanwhile resource waste is avoided. According to the device, the pressing plate is arranged, after the bridge part is fixed through the grabbing hooks, the air cylinder is started, the pressing plate is pressed on the surface of the bridge part, the pressing plate and the grabbing hooks apply force to the upper surface and the lower surface of the bridge part in the moving process, the bridge part is fixed and cannot shake in the moving process, and the situation that people or construction machines are collided is avoided.

本发明公开了一种防止摇晃的桥梁建筑工程用悬挂机构，包括悬挂仓，所述悬挂仓右侧壁开设两个上槽口，所述悬挂仓左侧壁开设两个下槽口，所述上槽口水平位置位于下槽口上方。本发明内置有电机及滑板，可以通过电机驱动滑板移动从而带动两侧的抓钩向内侧或外侧移动，使得两侧抓钩间的距离可以调整，可以用于吊起不同大小的桥梁部件，节省了更换悬挂机构的时间，同时也避免了资源浪费的现象。本发明设有压板，当桥梁部件使用抓钩固定后，启动气缸，使得压板压在桥梁部件表面，在移动过程中压板和抓钩对桥梁部件上下表面施力，使得桥梁部件得以固定，不会再移动中摇晃，不会产生撞到人或施工机械的情况。

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