Cotton web bundling mechanism of intelligent comber

Abstract

The invention discloses a cotton web bundling mechanism of an intelligent comber. The cotton web bundling mechanism adopts the structure that a first press roller and a second press roller on a supporting seat of the intelligent comber are mutually meshed for transmission; a driving device drives the first pressure roller to rotate; the inlet of a gathering pipe is just positioned behind a drafting output roller; the inlet of a conveying pipe is fixedly communicated with the outlet of the gathering pipe; a bundling horn mouth is fixedly mounted on the supporting seat of the intelligent comber; the inlet of the bundling horn mouth can be communicated with the outlet of the conveying pipe; a horn hole of which the outlet diameter is smaller than the inlet diameter is formed in the inner side of the bundling horn mouth; the meshing point between the first and second press roller just faces the outlet of the bundling horn mouth; a flat groove is formed in the side wall positioned at the outlet end of the bundling horn mouth; the mutually meshed ends of the first and second press rollers are just inserted into the flat groove; the meshing point between the first and second press roller is just positioned in the flat groove. Through adoption of the cotton web bundling mechanism, the cohesive force of gathered cotton slivers is remarkably improved, so that the cotton slivers are not easy to loosen when being conveyed on a conveying belt and not easy to break at a turning point, and then high-speed conveying and convenient maintenance of the cotton silvers are facilitated.

Description

technical field [0001] The invention relates to an intelligent combing machine, in particular to a cotton web bundling mechanism of the intelligent combing machine. Background technique [0002] Combing machines currently used in spinning production have multiple carding positions, wherein the sliver formed at each carding position is supplied to the drafting mechanism through the guide mechanism and the cotton web output by the drafting mechanism is bundled through the cotton web. The mechanism bundles the sliver, which is delivered to the driven conveying mechanism. In the currently adopted cotton web bundling scheme, in order to assist the conveying of the sliver inside the guide tube, a blowing nozzle is installed on the guide tube, and the sliver reaches the common bell mouth through the guide tube, and then reaches the pressure roller through the bell mouth And the clamping point of the conveyor belt, due to the winding pressure roller of the conveyor belt part, the s...

AI Technical Summary

Problems solved by technology

In the currently adopted cotton web bundling scheme, in order to assist the conveying of the sliver inside the guide tube, a blowing nozzle is installed on the guide tube, and the sliver reaches the common bell mouth through the guide tube, and then reaches the pressure roller through the bell mouth And the clamping point of the conveyor belt, due to the winding pressure roller of the conveyor belt part, the sliver is loaded with a pressing force, which produces a slight compression on the sliver, so that the sliver is flattened and loose, which is not conducive to the sliver mutual embrace

It can be said that the cohesion of the sliver is not effectively improved during the bundling process of the cotton web. During the subsequent sliver conveying, especially in the high-speed conveying process, the edge fibers of the sliver may be loosened from the sliver, or the fibers at the edge of the sliver may be loosened from the sliver. The breakage of the sliver at the transfer point will affect the quality of the sliver or the normal operation of the combing machine

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