Intelligent welding precision workstation for mine belt feeder bracket longitudinal beam

Abstract

The invention belongs to the technical field of mining machinery manufacturing equipment, and relates to an intelligent welding precision workstation for a mine belt feeder bracket longitudinal beam.A transverse horizontal pressing clamp presses the left side face of a channel steel body. A longitudinal horizontal pressing clamp transmits and presses the rear end face of the channel steel body through a longitudinal pushing support. An upper pressing assembly presses the bottom face of an inner groove of the channel steel body. A rear sealing plate pressing clamp presses a rear sealing plate.A front sealing plate pressing clamp presses a front sealing plate. A rib plate positioning assembly positions and presses a porous transverse rib plate, a porous longitudinal rib plate and a non-porous transverse rib plate. A lower carrier roller support positioning square strip positions a lower carrier roller supporting groove, and a carrier roller support positioning clamp presses and positions a lower carrier roller support. A servo motor drives an overturning plate to overturn, and a welding robot conducts welding. According to the intelligent welding precision workstation, the productprecision and interchangeability can be improved, the working time and labor force are saved, the labor intensity is reduced, and the working efficiency of the whole project is improved.

Description

technical field [0001] The invention belongs to the technical field of mining machinery manufacturing equipment, and relates to a belt feeder manufacturing equipment, in particular to an intelligent welding precision workstation for a longitudinal beam of a belt feeder bracket in a mine. Background technique [0002] The bracket longitudinal beam for belt feeder is one of the important components of the belt feeder bracket. The belt feeder bracket includes two left and right bracket longitudinal beams 4, motor brackets, multiple cross beams and multiple inclined beams; the bracket longitudinal beams and the motor brackets are respectively welded into one by the parts group in advance, and then Bracket longitudinal beams, motor brackets, crossbeams and inclined beams are assembled and welded together to obtain belt feeder brackets. [0003] The bracket longitudinal beam 4 includes a channel steel main body 41 , a front sealing plate 42 , a rear sealing plate 43 , a perforate...

AI Technical Summary

Problems solved by technology

[0008] The butt welding of the traditional bracket longitudinal beams is all done manually. Manually use a stone pencil to measure and draw the marking line on each raw material piece, and then put the pieces together one by one and connect them by spot welding. The error is relatively small. Large, the interchangeability of the bracket longitudinal beam 4 is poor, and a lot of man-hours and labor are required to repair the belt feeder when assembling the whole machine in the later stage, which reduces the work efficiency of the entire project and has high labor intensity

Images