Automatic recovery system of scutching machines for hemp fibers

Abstract

The invention relates to an automatic recovery system of scutching machines for hemp fibers. The automatic recovery system comprises at least one scutching machine and a baler. Discharge ends of the scutching machines are provided with collection hoppers. The automatic recovery system further comprises a recovery device including first cotton-conveying pipelines, a first cotton-conveying fan, a cyclone separator and a second cotton-conveying pipeline. One end of the first cotton-conveying pipelines are communicated with discharge ports at lower ends of the connection hoppers and the other ends of the first cotton-conveying pipelines are communicated with an air inlet of the first cotton-conveying pipeline. An air outlet of the first cotton-conveying fan is connected with one end of the second cotton-carding pipeline. The other end of the second cotton- conveying pipeline is connected with a feeding port of the cyclone separator. A discharge port of the cyclone separator is connected with a feeding port of the baler. An air exhaust of the cyclone separator is used for outwardly exhausting separated air. The automatic recovery system of the scutching machines for hemp fibers has following beneficial effects: by means of the recovery device, hemp fibers subjected to opening treatment are conveyed to the cyclone separator and the cyclone separator is used for conveying opened hemp fibers to the baler for baling operation and recovery; intensity of manual labor and production cost are decreased; generation efficiency is raised; hemp fibers are prevented from flying away so that air pollution is avoided; and no damage is caused to human bodies.

Description

technical field [0001] The invention relates to the technical field of textiles, in particular to an automatic recovery system for a hemp fiber bomb cleaning machine. Background technique [0002] In the prior art, when the hemp fiber is used as a raw material for weaving, it is necessary to perform opening pretreatment on the hemp fiber. Usually, the hemp fiber is fed from the cotton input curtain of the bomb cleaning machine, and then the hemp fiber is opened through the licker-in roller, and then transferred to the cotton outlet curtain through the dust cage, and finally the loosened hemp fiber is manually removed from the cotton outlet curtain. The fibers are transported to manual balers for baling. When multiple bomb cleaning machines work at the same time, one person needs to recycle the hemp fiber of one bomb cleaning machine, which not only has low recovery efficiency, but also has high labor intensity and high production cost. More importantly, manual recovery of h...

AI Technical Summary

Problems solved by technology

When multiple bomb cleaning machines work at the same time, one person needs to recycle the hemp fiber of one bomb cleaning machine, which not only has low recovery efficiency, but also has high labor intensity and high production cost. More importantly, manual recovery of hemp fiber The fiber process will cause the hemp fiber to

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