Automatic tow stacking mechanism

Abstract

The invention relates to an automatic tow stacking mechanism which comprises a fixed rack, a lifting mechanism, a swing bucket mechanism, two plate pressing mechanism, a transition mechanism, several limiting sensors and a controller, wherein the fixed rack is of a rectangular frame structure and is arranged bestriding a conveyor line body; the lifting mechanism, the swing bucket mechanism and the two plate pressing mechanism are arranged on front and back sides of the swing bucket mechanism; the transition mechanism is arranged below a side frame on one side of the rectangular frame structure; the limiting sensors are arranged on the upper and lower sides of a portal frame on one side of a guide rail, two ends of the slide rail and a pedestal supporting plate corresponding to a swing bucket of the swing bucket mechanism; and the lifting mechanism lifts a driving motor, air cylinders of the two plate pressing mechanisms, a swing bucket motor of the swing bucket mechanism, a tow releasing motor, a pressing wheel adjusting air cylinder, a base plate driving motor of a base plate driving mechanism, a belt driving motor and the limiting sensors are electrically connected with the controller.

Description

technical field [0001] The invention relates to the boxing technology of raw silk, in particular to an automatic stacking mechanism of tow, which is suitable for boxing of raw silk. Background technique [0002] In the process of raw silk docking and carbonization production line, due to the transfer and replacement of spindles, human resources and process waste are generated, and safety accidents are prone to occur during the transfer and replacement process; [0003] During the pre-oxidation process, the raw silk is extremely sensitive to heat release and easy to catch fire. Once there is an interruption or pause in the pre-oxidation process, it is very easy to cause safety hazards; [0004] In the original spiral winding spindle method, because the head of the raw silk is wound inside the spindle, the pre-oxidation connection of the head and tail of the raw silk cannot be achieved; [0005] Packing in boxes is an inevitable choice for large tow carbon fibers, and it is t...

AI Technical Summary

Problems solved by technology

[0002] In the process of raw silk docking and carbonization production line, due to the transfer and replacement of spindles, human resources and process waste are generated, and safety accidents are prone to occur during the transfer and replacement process;

[0003] During the pre-oxidation process, the raw silk is extremely sensitive to heat release and easy to catch fire. Once there is an interruption or pause in the pre-oxidation process, it is very easy to cause safety hazards;

[0004] In the original spiral winding spindle method, because the head of the raw silk is wound inside the spindle, the pre-oxidation connection of the head and tail of the raw silk cannot be achieved;

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