Quilt inner cotton carding device

Abstract

The invention discloses a quilt inner cotton carding device. The quilt inner cotton carding device comprises a frame, a first cotton feeding roller component, a first licker-in, a first dust cage, a second cotton feeding roller component, a second licker-in, a second dust cage and a first auxiliary roller, a power device is arranged on the frame, a dust collection room fixedly connected with the frame is arranged in the first dust cage, a dust collection opening facing the first licker-in is arranged at the upper end of the dust collection room, first dust outlets are formed in two ends of thedust collection room, a dust hood is arranged above the second dust cage and provided with a second dust outlet, and air draft devices are arranged at the first dust outlets and the second dust outlet. The quilt inner cotton carding device has the advantages of higher automation degree, capabilities of producing different widths of quilt inners and avoiding secondary processing and higher efficiency.

Description

technical field [0001] The invention belongs to the technical field of textile equipment, in particular to a quilt carding device. Background technique [0002] With the continuous advancement of technology, in the field of animal and plant fiber quilt processing technology, the original semi-automatic machinery has been transformed into the current fully-automatic equipment for one-time processing and molding. For details, please refer to the invention that the applicant recently applied for with the authorization announcement number CN105040169B The patent document is specifically a high-efficiency popping machine, including an automatic cotton feeding device, a carding device and a cotton receiving device. Compared with the existing technology, the automatic cotton feeding device tends to be more mechanized and reduces manual input. Roller and double dust cage device, two times of carding and two times of dust removal for cotton in one process to achieve high quality requ...

AI Technical Summary

Problems solved by technology

[0003] This structure adopts two carding and two dust removal schemes, but it only improves the cleanliness of the single-layer quilt during the carding process. Specifically: most of the sundries fall directly into the first dust cage, and will As the first dust cage rotates and re-enters the finished quilt, it is necessary to use a high-power fan to absorb dust. However, in view of the structural characteristics of the dust cage, there are four holes and serious air leakage, especially the wind near the middle of the dust cage. The vacuum effect cannot be achieved, so the sundries fall directly on the ground, which will cause secondary pollution of the finished product and affect the air quality of the production workshop

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