Annular Wind Coil Device

Abstract

The invention provides an annular wind power cotton sliver circular collection device which comprises a base, a rotating ring and an air flow steering ring, wherein uniformly distributed air blowing holes with opening directions towards the inner side are formed in the rotating ring; rotating ring connection pipes are uniformly distributed on the outer side of the rotating ring; the air flow steering ring comprises an inner rotating disc and an outer fixing ring; cavities uniformly distributed along the ring shape are formed in the inner side of the outer fixing ring; air outlets horizontally facing the outer ring surface are formed in the rotating disc and are communicated with the cavities in the inner side of the outer fixing ring in sequence along with the rotation of the inner rotating disc; air feeding pipes communicated with the air outlets are arranged at the axial position of the upper part of the inner rotating disc. When the device is used, a cotton sliver rotates under the action of air flow and is circlewise placed in a cotton sliver drum so as to finish annular collection of the cotton silvers; in an output process, the cotton silver is not in actual contact with the coiling device, so that the cotton silver cannot be twisted.

Description

Technical field [0001] The invention belongs to the technical field of textile machinery, in particular to an annular wind coiling device. Background technique [0002] Cotton needs to be made into sliver before weaving. The sliver is made by a sliver machine. After the sliver is made, it needs to be put into the sliver barrel for use in the next process. In order to make the placement of the sliver more orderly, in the cotton processing equipment, the sliver is usually placed in the sliver bucket by a coiling device. The traditional sliver coiling device includes structures such as a sliver plate and a curved inclined tube. The sliver produced by the sliver machine needs to pass through the sliver plate and the curved inclined tube into the sliver barrel at one time. The sliver plate and the curved inclined tube need Non-stop left rotation, the structure is very complicated, and the cost is high; at the same time, the rotation of the sliver plate and the curved inclined tu...

AI Technical Summary

Problems solved by technology

The traditional sliver coiling device includes structures such as a sliver plate and a curved inclined tube. The sliver produced by the sliver machine needs to pass through the sliver plate and the curved inclined tube into the sliver barrel at one time. The sliver plate and the curved inclined tube need Non-stop left rotation, the structure is very complicated, and the cost is high; at the same time, the rotation of the sliver plate and the curved inclined tube is easy to twist with the sliver, which affects the placement and production of the sliver.

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