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A platform for research: civil engineering, architecture and urbanism
Drilling method applied to steel bar planting in narrow pit
The invention discloses a drilling method applied to steel bar planting in a narrow pit. A vehicle body, a fixing device and a punching and welding device are included, and the vehicle body serves as a bearing main body; the fixing device is arranged on the vehicle body; the vehicle body is provided with a storage bin for storing steel bars, the storage bin is provided with a feeding channel, and the steel bars can pass through the feeding channel; the punching and welding device comprises a punching assembly and an electroslag pressure welding device, the electroslag pressure welding device comprises an electrode part and a welding box, the punching assembly comprises an electric drill, a connecting base, a rotating part, a clamping assembly and a telescopic rod, the rotating part can be arranged at the bottom of the connecting base in a driving and rotating fit mode, and during punching, the clamping assembly clamps or releases the electric drill; the rotating part is used for driving the electric drill to rotate, and the telescopic rod drives the welding box to ascend and descend in the vertical direction and is used for applying downward pressure to the electric drill. During welding, the clamping assembly clamps the reinforcing steel bars, the telescopic rod enables the welding box to move to the connecting position of the reinforcing steel bars, the electrode part electrifies the reinforcing steel bars located in the feeding channel, and welding is completed.
本发明公开了一种应用于窄坑植筋钻孔方法，包括车体、固定装置、打孔焊接装置，车体作为承载主体；固定装置设置于车体；车体具有用于储存钢筋的储存仓，储存仓具有送料通道，钢筋可通过送料通道；打孔焊接装置包括打孔组件和电渣压力焊装置，电渣压力焊装置包括电极部和焊盒，打孔组件包括电钻、连接座、转动部、夹持组件和伸缩杆，转动部可被驱动的转动配合设置于连接座的底部，打孔时，夹持组件夹持或释放电钻，转动部用于驱使电钻转动，伸缩杆带动，带动焊盒沿竖直方向升降，用于对电钻施加向下的压力；焊接时，夹持组件夹持钢筋，伸缩杆使焊盒移动至钢筋的连接处，电极部对位于送料通道内的钢筋进行通电，完成焊接。
Drilling method applied to steel bar planting in narrow pit
The invention discloses a drilling method applied to steel bar planting in a narrow pit. A vehicle body, a fixing device and a punching and welding device are included, and the vehicle body serves as a bearing main body; the fixing device is arranged on the vehicle body; the vehicle body is provided with a storage bin for storing steel bars, the storage bin is provided with a feeding channel, and the steel bars can pass through the feeding channel; the punching and welding device comprises a punching assembly and an electroslag pressure welding device, the electroslag pressure welding device comprises an electrode part and a welding box, the punching assembly comprises an electric drill, a connecting base, a rotating part, a clamping assembly and a telescopic rod, the rotating part can be arranged at the bottom of the connecting base in a driving and rotating fit mode, and during punching, the clamping assembly clamps or releases the electric drill; the rotating part is used for driving the electric drill to rotate, and the telescopic rod drives the welding box to ascend and descend in the vertical direction and is used for applying downward pressure to the electric drill. During welding, the clamping assembly clamps the reinforcing steel bars, the telescopic rod enables the welding box to move to the connecting position of the reinforcing steel bars, the electrode part electrifies the reinforcing steel bars located in the feeding channel, and welding is completed.
本发明公开了一种应用于窄坑植筋钻孔方法，包括车体、固定装置、打孔焊接装置，车体作为承载主体；固定装置设置于车体；车体具有用于储存钢筋的储存仓，储存仓具有送料通道，钢筋可通过送料通道；打孔焊接装置包括打孔组件和电渣压力焊装置，电渣压力焊装置包括电极部和焊盒，打孔组件包括电钻、连接座、转动部、夹持组件和伸缩杆，转动部可被驱动的转动配合设置于连接座的底部，打孔时，夹持组件夹持或释放电钻，转动部用于驱使电钻转动，伸缩杆带动，带动焊盒沿竖直方向升降，用于对电钻施加向下的压力；焊接时，夹持组件夹持钢筋，伸缩杆使焊盒移动至钢筋的连接处，电极部对位于送料通道内的钢筋进行通电，完成焊接。
Drilling method applied to steel bar planting in narrow pit
应用于窄坑植筋钻孔方法
LIU KANG (author) / LIU JIA (author) / DENG ZIWANG (author)
2023-12-19
Patent
Electronic Resource
Chinese
| European Patent Office | 2023
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