Highly-efficient cotton fluffer

Abstract

The invention belongs to the technical field of textile equipment and relates to a highly-efficient cotton fluffer. The highly-efficient cotton fluffer comprises an automatic cotton-feeding device, a cotton-carding device and a cotton-collecting device. Compared with a conventional cotton-feeding device, the automatic cotton-feeding device is more mechanized so that input of manual power is greatly reduced and helps to ensure personal safety of operators and achieve automated cotton-feeding with great safety factor. The automatic cotton-feeding device is connected with the cotton-carding device in order to realize synchronous drive. Double licker-in roller devices and double dust cage devices are employed by the cotton-carding device and used for carding cotton and dedusting twice in one process in order to satisfy requirements for high quality and high cleanliness. The cotton-collecting device located at the tail end adopts a cotton-accumulating drum to automatically collect cotton under drive of a driving belt so that cotton collection without manual labor is realized, thereby greatly saving manpower of a company. Additionally, cost of production and manufacture of the company is decreased. As a whole, the highly-efficient cotton fluffer is advantaged by being reasonable in structure layout, high in working efficiency, great in safety factor of manufacture and production and in cotton cleanliness and few in input of manpower.

Description

technical field [0001] The invention belongs to the technical field of textile machinery, in particular relates to a popping machine, in particular to a high-efficiency popping machine. Background technique [0002] There are many safety problems in the popping equipment in the prior art. As far as the cotton feeding during the popping process is concerned, at least one person in the existing equipment must manually feed the cotton. During the cotton feeding process, it is necessary to manually feed the cotton continuously, otherwise it will Insufficient cotton feeding will result in the final cotton not being able to travel. Manual cotton feeding is generally done by hand. During this process, the operator's hand is relatively close to the cotton feeding roller, which can easily cause the operator's fingers to be bitten by the cotton feeding roller. On the other hand, manual cotton feeding is a heavy workload, and it is easy to cause cotton feeding errors and cause cotton b...

AI Technical Summary

Problems solved by technology

[0002] There are many safety problems in the popping equipment in the prior art. As far as the cotton feeding during the popping process is concerned, at least one person in the existing equipment must manually feed the cotton. During the cotton feeding process, it is necessary to manually feed the cotton continuously, otherwise it will Insufficient cotton feeding results in the cotton not being able to go in the end. In manual cotton feeding, it is generally manually pushed. During this process, the operator’s hand is relatively close to the cotton feeding roller, which may easily cause the operator’s fingers to be bitten by the cotton feeding roller. On the other hand, the workload of manual cotton feeding is heavy, and it is easy to cause cotton feeding errors, resulting in cotton breakage during the popping process

The equipment used for popping in the prior art is basically single licker-in and single dust cage equipment. The single licker-in equipment only performs one carding of cotton during the popping process, and a single carding often cannot meet the requirement of cotton looseness , the single dust cage equipment only performs dust removal once during the popping process, and it is often difficult to achieve the cleanliness of the final finished cotton after a single dust removal

In the prior art, the final cotton collection in the popping process is generally manual folding and collection, which requires a large amount of labor and requires a lot of labor, which is not conducive to labor saving

[0003] As far as the above problems are concerned, the current popping equipment has not yet fulfilled the production requirements of low labor and high quality, so the improvement of the existing technology needs to continue

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