Yarn tube loading mechanism

Abstract

The invention discloses a yarn bobbin charging mechanism, which includes a first conveying mechanism and a second conveying mechanism, the first conveying mechanism feeds the yarn bobbin to a vibrating disk through a discharge assembly, and a discharge assembly is arranged at the outlet end of the vibrating disk The yarn bobbin is reversed and conveyed, the first conveying mechanism receives the yarn bobbin through the second bearing bracket and relies on the driving mechanism to drive the rotating arm to send the second bearing bracket to a high place to feed the material to the stand; the invention realizes the mechanized transfer of the yarn bobbin, It is more convenient to send the yarn bobbin to a high place and correspond to the multi-station feeding, the overall occupied space is small, the labor force is liberated, and the processing efficiency is improved.

Description

technical field [0001] The invention relates to a workpiece conveying device, in particular to a yarn bobbin loading mechanism. Background technique [0002] When sorting and conveying the bobbins, more vibrating discs are used. The bobbins are successively added to the vibrating discs by staff or a conveyor belt, and then the bobbins are sorted and output in an orderly manner through the vibration of the vibrating disc. . When the position where the yarn bobbins need to be arranged and output is high, that is, when the vibrating disc needs to be set higher, it is difficult for the conveyor belt or manual to supplement the yarn bobbins. Good feed to the high vibrating plate. When sorting and outputting, the bobbins are placed and output in a relatively stable state. When the bobbins need to be adjusted by 90 degrees for transfer, multiple different molds or conveying mechanisms are required for transfer, or they need to be clamped and adjusted by the manipulator. Re-arran...

AI Technical Summary

Problems solved by technology

When sorting and outputting, the yarn bobbins are placed and output in a relatively stable state. When it is necessary to adjust the yarn bobbins by 90 degrees for transfer, multiple different molds or conveying mechanisms are required for transfer, or to cooperate with manipulators to clamp and adjust. It is expensive to place it again, and it is cumbersome to set up and takes up space; the yarn bobbin needs to be placed in the storage stand after that, and the yarn bobbin is output from the bottom of the stand, and is picked up by the manipulator and sent to the winder for yarn wire winding

The manual feeding method greatly increases the labor cost, and the stability of the labor will decline after the working hours are extended, which greatly increases the possibility of errors and the possibility that the efficiency cannot keep up

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