Distribution System of a Wetting Liquid for the Spinning Nozzles of an Air-Jet Spinning Machine

Abstract

A distribution system of a wetting liquid for spinning nozzles of an air-jet spinning machine comprising a supply pipe (21) of the wetting liquid (1) to the spinning nozzles (3) of individual workstations, characterized by that in the supply pipe (21) of the wetting liquid (1) is arranged at least one UV light emitting diode (5) to disinfect the wetting liquid (1), whereby the UV radiation emitted by the UV light emitting diode (5) passes through the wetting liquid (1).

Claims

1. A distribution system of a wetting liquid for spinning nozzles of an air-jet spinning machine comprising a supply pipe (21) of the wetting liquid (1) to the spinning nozzles (3) of individual workstations, characterized by that in the supply pipe (21) of the wetting liquid (1) is arranged at least one UV light emitting diode (5) to disinfect the wetting liquid (1), whereby the UV radiation emitted by the UV light emitting diode (5) passes through the wetting liquid (1).

2-5. (canceled)

Description

DESCRIPTION OF DRAWINGS

[0006] Exemplary embodiments of the technical solution are schematically represented in the enclosed drawing, where

[0007] FIG. 1 shows the first variant of an arrangement with an UV light emitting diode between the dispensing device of the wetting liquid and the spinning nozzle, and

[0008] FIG. 2 represents the second variant of an arrangement of an UV light emitting diode before the dispensing device.

EXAMPLES OF EMBODIMENT OF THE TECHNICAL SOLUTION

[0009] In an exemplary embodiment according to FIG. 1, a wetting liquid 1 is distributed by a distribution system 2 of the wetting liquid to spinning nozzles 3 of individual workstations of an air jet spinning machine. A supply pipe 21 of the wetting liquid 1 leads into a spinning nozzle 3 of each workstation, whereby in the supply pipe 21 is mounted a dispensing device 4 of the wetting liquid 1. In the supply pipe 2.sup.1 between the dispensing device 4 of the wetting liquid 1 and the spinning nozzle 3 is arranged at least one UV light emitting diode 5, whose radiation passes through the wetting liquid 1. The most effective diode for the purpose of disinfection appears to be a diode with emission wavelengths UV-C, that is between 290 and 100 nm, whereby the wavelengths between 250 and 290 nm have been proven to be preferable for water disinfection. The radiation is absorbed by the DNA of microorganisms or by the RNA of viruses, which causes disruption of the DNA or RNA structure and thereby even deactivation of the affected microorganism or virus.

[0010] The UV light emitting diode 5 is arranged, for example, in a wall of the supply pipe 21 and its radiating wall is in direct contact with the wetting liquid 1 which is being disinfected for the complete transmission of UV radiation to the wetting liquid 1 with the highest possible disinfecting effect.

[0011] In an unillustrated embodiment, the UV light emitting diode 5 is located in a body made of a material permeable to UV radiation, whereby in the body there is an orifice for the passage of the wetting liquid 1 and the body is inserted into the supply pipe 21 of the wetting liquid 1.

[0012] In an embodiment according to FIG. 2, the UV light emitting diode 5 is located before the dispensing device 4 of the wetting liquid 1, and so the wetting liquid 1 entering the dispensing device 4 has been already disinfected.

[0013] In an unillustrated embodiment, the UV light emitting diode 5 is common to two adjacent workstations. From the main channel of the distribution system 2 of the wetting liquid leads the supply pipe of the wetting liquid 1 for two adjacent workstations or for more adjacent workstations or for more workstations, which subsequently branches into supply pipes 21 leading to the spinning nozzles 3, in which is arranged a dispensing device 4 of the wetting liquid 1. The UV light emitting diode 5 is arranged in the common portion of the supply pipe of the wetting liquid 1 before it branches into the supply pipes 21 leading to the spinning nozzles 3.

INDUSTRIAL APPLICABILITY

[0014] The distribution system according to the proposed technical solution is intended to ensure hygiene in spinning factories with air-jet spinning machines, where it prevents the spread of harmful microorganisms and viruses, and ensures safe hygienic conditions for the machine operators. At the same time, the system reduces the formation of bubbles in the distribution system, which occurs due to the oxidation of disinfecting agents, and thus helps to increase machine reliability and improve the quality of the produced yarn.