Synchronous humidifying wet spinning device

Abstract

The invention discloses a synchronous humidifying wet spinning device, which comprises a front lower roller, a front upper leather roller, a guide wire and a pressurization device which are all arranged on a frame. A synchronous humidifying mechanism is arranged between the front lower roller and the guide wire. The synchronous humidifying mechanism comprises a groove roller with a groove, a hollow shaped tube with a humidifying hole, a grid ring capable of rotating around the shaped tube and a humidifying device, wherein the groove on the groove roller corresponds to the humidifying hole; the front upper leather roller drives the groove roller to synchronously rotate; the groove roller drives the grid ring and the front lower roller to synchronously rotate; and the humidifying device is used for outputting humidifying liquid to the humidifying hole. The synchronous humidifying wet spinning device has the advantages that the raw materials have good adaptability; spun yarns with less fuzz and more uniform evenness can be produced from any short fiber ring spinning yarn raw materials which are being spun; the synchronous humidifying wet spinning device has the characteristics of simple structure, stability and reliability in operation, convenience for reconstruction on the original spinning frame, low cost and easiness in popularization; and the requirement for sustainable production is met.

Description

technical field [0001] The invention belongs to the field of textiles, in particular to a ring spinning wet spinning device. Background technique [0002] The ring spinning device is the current mainstream spinning device and has a wide range of applications. However, this device has the problem of too much hairiness in the spun yarn. In order to solve this problem, an airflow negative pressure gathering system or a mechanical gathering system is added to the ring spinning device, wherein the airflow negative pressure gathering system passes through the holed roller or The grid ring gathers the strand fibers under the action of the airflow, and the mechanical gathering system gathers the strand fibers through the ceramic channel with magnets. The airflow negative pressure compacting system or mechanical compacting system mentioned above can reduce yarn hairiness to a certain extent, but with the improvement of the process and the further increase of customer requirements, t...

AI Technical Summary

Problems solved by technology

However, this device has the problem of too much hairiness in the spun yarn. In order to solve this problem, an airflow negative pressure gathering system or a mechanical gathering system is added to the ring spinning device. The airflow negative pressure gathering system passes through the holed roller or The grid ring gathers the strand fibers under the action of the airflow, and the mechanical gathering system gathers the strand fibers through the ceramic channel with magnets

The airflow negative pressure compacting system or mechanical compacting system mentioned above can reduce yarn hairiness to a certain extent, but with the improvement of the process and the further increase of customer requirements, the hairiness level of the existing ring spinning can no longer meet the requirements. New solutions had to be developed

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