Yarn falling spool pipe bank

Abstract

The invention belongs to the field of textile machinery, and particularly relates to a yarn falling spool pipe bank. The yarn falling spool pipe falling bank comprise a spool pipe bank frame main bodypart, a buffer and skew correcting part is arranged at the upper end of the spool pipe bank frame main body part, the buffer and skew correcting part comprises a supporting plate, a corrector arranged at the bottom of the supporting plate, and a stopping assembly arranged at one end of the corrector; a correcting driving cylinder is arranged on the stopping assembly, a spool pipe falling guide adjusting part is arranged at the lower end of the spool pipe bank frame main body part, and a bottom supporting and releasing part is arranged at the lower end of the spool pipe falling guide adjustingpart; when the number of spool pipes in a yarn falling trolley spool pipe bank is insufficient, the situations that a process that the trolley catches the spool pipe to enter the spool pipe bank is stable, the spool pipes are free of skewing and clamping stagnation, and the order arrangement of all the spool pipes is guaranteed are realized.

Description

technical field [0001] The invention belongs to the field of textile machinery, and in particular relates to a doffing bobbin storehouse; when the number of bobbins in the doffer trolley storehouse is insufficient, the process of the trolley catching the bobbins and entering the pipe storehouse is stable, and the bobbins do not appear skewed or stuck. , to ensure that all bobbins are arranged in an orderly manner. Background technique [0002] Vortex spinning doffing trolley When the yarn bobbin at the position of the single spindle is spun to full, the single spindle stops working, the trolley unloads the bobbin, and at the same time replaces the bobbin with a new one and starts spinning to continue spinning. The spare empty bobbin is carried in the trolley warehouse, and the manipulator grabs the empty bobbin and sends it to the corresponding position, and realizes the winding of the empty bobbin through some complex actions, and finally automates the entire spinning proce...

AI Technical Summary

Problems solved by technology

[0005] During the falling process of the bobbin, it is easy to be affected by the position accuracy of the bobbin drop release device, the stop position of the doffing trolley and the structure of the tube warehouse itself, which will cause the bobbin to enter the tube warehouse skewed. Friction aggravates this skewing, causing the card tube, trolley to stop and doffing failure, which leads to the stop of single spindle spinning and the decrease of the efficiency of the whole machine

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