TH22406A - "Method and nozzle dyeing equipment" - Google Patents

Abstract

An improved nozzle dyeing device will be provided. Where is able to use both dye Lightweight and relatively heavy textiles in the same device with product quality performance. That has been improved This device includes a textile folding mechanism installed at the outlet of the conveying tube and is directed downwards towards the outer nozzle. This outer nozzle also includes a means of passing the dye liquid out. Go for extracting part of the dye liquid outside the preliminary path of the textile movement. Was collected into the laboratory's liquid laboratory. And this arrangement will be made for the lead part of Liquid comes out of the nozzle dye device as well. And for bringing back part of the liquid New to the suction side of the main circulation pump. By the nature of this arrangement, the improved washing cycle Performance will be applied in accordance with the relevant method that has been disclosed as well.

Claims (1)

1. The nozzle-type dyeing device used to dye textile materials in yarn form consists of an encapsulation of a liquid lab positioned in the bottom section of the encapsulation section. And open to the entrance Top and bottom exit opening The textile conveying tube is positioned in the shroud above the lab. Taking such liquid Generally consist of Long pipe section with inlet and outlet And will set the line The mobile way for receiving and conveying the textile in thread form through pipes. At the very least the used nozzle. A liquid that is positioned along a textile conveying tube for supplying pressurized liquid to The textiles that are inside the transport tube in order to dye it and the textile will continue to move forward along the path. Of the displacement determined by the textile ducts; Circulation pump for circulating fluid from the chamber Conduct liquid to the liquid injector. The folding part is attached to the outlet end of the conveying pipe. For the relative rotation around the vane, the folding part includes an outer nozzle for the Keep processed textile into the liquid laboratory. Cross-fluid path for transmission Part of the fluid flowing through the textile conveying tube and the outer fold part of the preliminary path of motion Of textiles, when the textile retained by the outer nozzle enters the liquid lab The dispenser will be in In connection with which the liquid communicates with that part of the liquid flowing through the cross-linking method For removing part of the liquid from the inside of the enclosure The said dispenser line is still in The relationship with which the liquid is in contact with the aforementioned circulation pump and with the discharge device 2. The nozzle dyeing device in Clause 1 also consists of a wholesome water inlet for the conduction of pure water. To at least one of the nozzles that use the liquid during a rinse cycle. 3. The nozzle staining device in Clause 1 also consists of a rail in the fluid-contact relationship. With the passage across the said liquid and the outer nozzle And where the rails will be positioned That is almost the same height as the injectors using the said liquid. 4. The nozzle dyeing device according to clause 2 also consists of a heat exchanger between the inlet. Pure water and a nozzle that uses such liquid And a way to control steam inlet for temperature control 5. The nozzle dyeing device according to Clause 2 also consists of a pure water inlet valve for the injection. Combined with the aforementioned pure water inlet for the rate control of pure water. That was introduced into the 6. The injector reversing device in accordance with clause 5 also consists of an ejection valve path for regulating. The rate of the liquid supplied through the discharge device and the control path for monitoring. And the adjustment of the rate of dispensing via the aforementioned discharge valve path in relation to the volume of 7. The injector reversing device according to Article 6 also includes a means of monitoring the level of the liquid in the purified water. The operating chamber of the said fluid and where the control path activates the pure water inlet valve. 8. Methods for continuous dyeing and rinsing of textile materials in the form of threads within the dyeing equipment. Injector type that will include The liquid laboratory is positioned within the encapsulation. Textile conveying pipe Is positioned in the encapsulation above this liquid laboratory. Nozzles that use liquid Is positioned according to The length of the textile conveying tube is for applying the pressurized liquid dye to the textile being conveyed through the circulation pump conveying pipe for fluid flow from the liquid lab to the head. This method consists of a textile processing procedure in the form of an injecting nozzle for the textile collection that is transported through a conveying tube to the liquid processing chamber. Such a liquid encapsulation of the dye directs pure water to the nozzles that use the said liquid in order to wash the processed textile inside the textile conveying tube as it is transported through. Delivering part of the excess flushing liquid from the dispensing nozzle to the head Dispenses externally and will reverse at least part of the pretreated flushing fluid in the said dispenser. 9. The method in clause 8 also consists of the procedure for releasing part of the flushing fluid. 1 0. Method in accordance with Clause 8 where the liquid level in the liquid lab is reduced before conduction Purified to the injector that uses the bad during the wash cycle And where relatively low levels are maintained in During the cycle of washing 1 1. a method in accordance with clause 9 or 10, where the amount of pure water is directed to the nozzle that uses such liquid. During the rinsing cycle is almost the same as the amount of fluid released from the external dispenser.