Efficient fiber ball post-processing device

Abstract

The invention relates to an efficient fiber ball post-processing device. The efficient fiber ball post-processing device comprises an input device, an electrostatic treatment device and an electrostatic liquid storage box; the electrostatic treatment device comprises a station switching mechanism, a driving mechanism, a draining mechanism and an output mechanism; the station switching mechanism is sequentially provided with a material receiving station, a pretreatment scattering station, an electrostatic eliminating station, a draining station and a slag throwing station in the transmission direction of the station switching mechanism; the draining mechanism is located on the draining station; the output mechanism is located on the slag throwing station; the station switching mechanism is provided with a plurality of sets of positioning assemblies at equal intervals in the circumferential direction, and any positioning assembly is matched with a control assembly in the circumferential rotation process to achieve positioning and scattering work on fiber balls; and the input device comprises a push-down mechanism and a discontinuous discharging mechanism; The efficient fiber ball post-processing device solves the technical problem that waste fibers staying on a production line after output cause interference on static-removed fibers due to the fact that it cannot be guaranteed that short fibers are evenly and fully sprayed with an antistatic agent.

Description

technical field [0001] The invention relates to the technical field of polyester staple fibers, in particular to a high-efficiency fiber ball post-processing device. Background technique [0002] Polyester staple cotton is prone to static electricity during the production process, and it is necessary to spray antistatic liquid on the staple cotton. In the existing processing flow, a manual hand-held spray gun is used to spray antistatic agent on the output short-fiber cotton. The problem with this processing method is that it will consume a large labor cost, and the manual operation will inevitably lead to the problem of missing antistatic agent or uneven spraying of antistatic agent. Therefore, how to develop a new type of non-woven fabric opening and blending production equipment that can overcome the above problems is a direction that those skilled in the art need to study. [0003] The Chinese utility model patent with the application number CN2017211942284 discloses a...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to address the deficiencies of the prior art, by setting the slag rejection assembly to cooperate with the output assembly, so that when the slag rejection assembly is outputting, the slag rejection assembly completes the centrifugal rotation of the fiber clusters that have been dipped in electrostatic liquid, and then completes The waste residue on the fiber cluster is thrown off to avoid the waste residue falling on the transmission line during the output process. It needs to be manually cleaned regularly to reduce the probability that the fiber cluster will affect the antistatic property of the product during transmission. At the same time, during the centrifugal rejection process, the The excess electrostatic liquid is thrown into the electrostatic liquid storage box for collection, and the fiber clusters on the retrieving assembly are pulled down by two sets of limit rails b during the rotation until the fiber clusters fall off and fall onto the conveyor belt to realize automatic output. This solves the technical problem that the waste fibers that stay on the production line after output cause interference to the fibers that have been destaticized due to the inability to ensure that the short fibers are uniformly and fully sprayed with antistatic agents

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