Technical Field:

The presented invention relates to a multi-ozone gas coupling apparatus for a washing machine used for the decolorization of textile, fiber, fabric and apparel products.

State of the Art:

Today, ozone gas is used in the removal of colors of textile, fiber, fabric and apparel products and in technical and decorative bleaching processes. Based on this usage, different devices and different process steps can be followed.

Ozone gas is becoming restricted and harmful to use due to its odor and oxidizing properties, both on employees and due to its harmful effects on the environment. The methods used in the existing systems are aimed at eliminating the harmful effects of ozone gas on employees and the environment. In the present invention, ozone gas will be used as a bleaching agent again, together with the fact that it is based on sending the ozone gas received into the process chamber as free oxygen instead of ozone gas by passing it through a special device with a catalytic effect.

The ozonated water in the existing systems is prepared in a tank located outside the washing machine. The prepared ozonated water is injected into the washing machine afterwards. Thus, more than one machine is also processed. This extends the time of the transaction to be performed and increases the cost and labor force because more than one machine is also processed. Therefore, the existing systems are progressing gradually or gradually.

The Utility model application TR200500819 describes Fabric bleaching and disinfection machine. The present invention relates to a machine used for bleaching textile, fiber, fabric and apparel products and denim fabrics, which are defined as denim fabrics. The machine that is the subject of the invention will also be used for the disinfection of alpha toxin and similar toxic substances formed in foodstuffs such as grains, legumes and nuts. The present invention aims to eliminate these harmful effects of ozone gas on employees and the environment. Although ozone gas will be used as a bleaching agent in the present invention, it is based on the principle of sending the ozone gas taken into the process room (rotating cylinder) through a special device with catalytic effect, as free oxygen instead of ozone gas.

The patent CN105155199 A describes a Ozone sterilization and gas-explosion wastewater treatment tunnel washer device and control method thereof . The invention provides an ozone sterilization and gas-explosion wastewater treatment tunnel washer device and a control method thereof. The device comprises a drying bin, a fourth cleaning bin, a third cleaning bin, a second cleaning bin, a first cleaning bin, a moistening bin, a pre-washing bin and an underframe, inner rollers and water quality sensors are arranged inside the fourth cleaning bin, the third cleaning bin, the second cleaning bin, the first cleaning bin, the moistening bin and the pre-washing bin respectively, an air compressor is arranged inside the underframe, and a micropore diffuser plate is arranged at the bottoms of the drying bin, the fourth cleaning bin, the third cleaning bin, the second cleaning bin, the first cleaning bin, the moistening bin and the pre-washing bin. Compared with the prior art, the tunnel washer device has the advantages that the new technology, namely gas explosion water treatment, is adopted, the cleaning capability is upgraded, more washing water is saved, energy consumption is reduced, the quantity of input chemical materials is reduced, a quick bacterium detection technology is introduced, an ozone sterilization method is adopted, and the intelligent sterilization is achieved.

The patent application WO2010144744 A2 publication describes “Ozone Laundry System And Its Method Of Use With Continuous Batch And Tunnel Washers “. An ozone laundry system and its method of use with continuous batch or tunnel washers is provided, wherein ozone can be injected into a plurality of different chambers along the continuous batch or tunnel washer and wherein the interfacing of a plurality of system controls occurs on a centralized HMI controller along with DOM and ORP monitoring. Vacuum sensors over vacuum switches are used to compensate for a slightly positive pressure at the ozone outlet, due to a long tube run with a weak vacuum.

The tunnel washing machine is discussed in the patent application mentioned above. Tunnel washing is only used for laundry in hotels and hospitals. This machine is a continuous washing machine.

In the patent application with the publication number CN205035651 U described a “Ozone sterilization and explode gas sewage treatment's laundry dragon device ”. The utility model provides an ozone sterilization and explode gas sewage treatment's laundry dragon device, wash storehouse, third washing storehouse, second washing storehouse, first washing storehouse, moist storehouse, prewashing storehouse and chassis including stoving storehouse, fourth, the inside that the fourth washed storehouse, third washing storehouse, second washing storehouse, first washing storehouse, moist storehouse and prewashing storehouse all is provided with interior cylinder and quality of water sensor, the inside of chassis is provided with air compressor, the bottom in stoving storehouse, fourth washing storehouse, third washing storehouse, second washing storehouse, first washing storehouse, moist storehouse and prewashing storehouse is provided with the micropore diffuser plate and compares with prior art, the utility model discloses following beneficial effect has: the adoption is exploded the air water and is handled the new technology, promotes the ability of cleaning, practices thrift the washing water more, reduces the energy resource consumption, has reduced the input amount of changing the material, quotes fast quick test fungus technique, adopts the ozone sterilization method, realizes that intelligence disinfects.

The patent application US2008302139 A1 publication describes “Ozone Laundry Systems “. In one system, a tunnel washer system generates ozone and dissolves the ozone in water at various stages of the tunnel washer, such as with a Venturi injector. The ozonated water may be stored and recirculated/re-ozonated to ensure that a desired level of dissolved ozone is present in any water delivered to the various zones of the tunnel washer. The ozonated water provides maximum cleaning efficiency and effectiveness at cooler water temperatures, saving water and energy costs. In some systems, controlled safe application of gaseous and/or dissolved ozone may be made to laundry in a washer. Ozone levels may be monitored and precisely controlled. The application of ozone using some embodiments allows the ozone to treat materials and articles of clothing such as jeans to achieve a desired look and feel, such as an appearance of having been worn.

In the above-mentioned utility model/patent applications, bleaching with ozonated water is discussed. In the applications mentioned, ozonated water is produced in a tank. The ozonated water produced is injected into the washing machine with the help of pumps and sensors. During this injection process, sufficient ozone cannot be mixed into the water in the washing machine. Therefore, yield and efficiency cannot be obtained from the bleaching process. In addition, production times are long due to a gradual progress as more than one machine or system is used. This protracted production phase also leads to increased costs. The fact that ozone cannot mix with water by optimizing correctly also increases the rate of water used. Therefore, problems arise that cause the use of more water than necessary, both the cost and the prolongation of the process time.

As a result, there is a need for a new technology that can overcome the disadvantages mentioned above, does not take the ozonated water from a tank other than the washing machine, works directly with the washing machine, allows the used ozone to be reused by a unit in the washing drum, with a short production time and low cost.

Description of the Invention:

This invention is an improvement made in the color reduction method in the washing machine, which can overcome the disadvantages mentioned above, and its feature is; It does not take the ozonated water from a tank other than the washing machine, works directly with the washing machine, enables the used ozone to be reused by a unit in the washing drum, the production time is short, the cost is low, and the most important feature is that the ozone given from the lower part of the washing drum reaches the optimum point and It is a new technology that accelerates production and reduces the used water rate by more than 50% by giving it from the bottom part. The invention enables the disassembly and assembly of the pipe, the cleaning of the clogged wastes and the replacement of the deteriorated parts. It does this by means of the drum connection and the nipple, sleeve and conical union located at the back of the drum connection. With the help of these parts, the cleaning of the pipe is easily done. The drum connection can also be attached to the right or left of the washing machine. The clogging in the washing drum, the presence of stone or fiber used in it increased the importance of mixing ozone gas with water. For this reason, at least two-headed drum connections (preferably three), which is the subject of the invention, are fixed in such a way that they coincide with the perforated parts of the washing drum that turn the water and take it in. In this fixing process, first of all, optimum points are determined according to the size of the washing drum. The optimum points of the washing drum were determined and fixed on these points. With this process, ozone gas started to mix with water rapidly. With this method, it is ensured that the water used is saved by taking 200 liters of water for 500 liters of water and transferring the ozone into the washing drum from the bottom. Dismantled and stuck

In particular, the invention has provided the efficiency of the pump and tank, which cannot be achieved in existing systems, from inside the washing machine. Thus, cost rates, labor time and time losses are completely eliminated. These advantages allowed more bleaching to be done in a short time.

With the product of the invention, when ozone gas is injected into the water taken into the washing machine, the color reduction of the textile product is made with ozone. Thus, the mixing of the water polluted as a result of the mixing of the dyestuffs left by the textile products into the water with the ozone gas in the water has reduced the color of not only the textile product but also the contaminated water.

It is easy to install due to the easy fixing of the parts that make up the invention, and the costs are low due to the short assembly time. Moreover, the invention has a solid construction. Description of the Figures:

The invention will be described with reference to the accompanying figures, so that the features of the invention will be more clearly understood and appreciated, but the purpose of this is not to limit the invention to these certain regulations. On the contrary, it is intended to cover all alternatives, changes and equivalences that can be included in the area of the invention defined by the accompanying claims. The details shown should be understood that they are shown only for the purpose of describing the preferred embodiments of the present invention and are presented in order to provide the most convenient and easily understandable description of both the shaping of methods and the rules and conceptual features of the invention. In these drawings.

Figure 1 Perspective view of the system.

Figure 2 Perspective view of the washing drum.

Figure 3 Bottom view of the drum connection.

Figure 4 Side view of the drum connection.

Figure 5 Perspective and side view of the drum connection.

Figure 6 Perspective view of the system.

Figure 7 Perspective view of the system.

The figures to help understand the present invention are numbered as indicated in the attached image and are given below along with their names.

Description of References:

1. Washing Machine

2. Washing Drum

3. Ozone Gas Inlet

4. Ozone Gas Main Inlet 5. Drum Connection

5.1.Ozone Outlet Hole 6. Pipe 7. First Cuff

8. First Double-sided Nipple

9. Tapered Gland

10. Second Cuff

11. Second Double-Sided Nipple

Description of the Invention:

The invention of the drum washing (2) for washing with aqueous ozone water in the area so that it will coincide with the holes on the bottom part and/or of the washing Drum (2) to be associated from the optimum point/fixed titled at least two (preferably three) with the drum connection (5), the drum connection (5) is positioned to be in the rear part of the pipe (6), pipe (6) associated with the first cuff (7), the first cuff (7) associated with the first double-sided nipple (8), the first double-sided nipple (8) the rear portion is positioned so that it remains in the tapered gland (9), it consists of a second double-sided nipple (11) and a second cuff (10) connected to the second double sided nipple (11) so that it remains on the back of the tapered gland (9).

The invention has a drum connection (5) containing ozone outlet holes (5.1) on which ozone gas is transferred to the washing drum (2). The drum connection (5) can be preferably three-headed or four and higher, depending on the size of the washing machine (1). The drum connection (5) is connected to the end part of the ozone gas main inlet (4).

In an alternative embodiment of the invention, in the process of washing with dry (anhydrous) ozone, there may be a drum connection (5) located/ fixed to the washing drum (2) in such a way that it is lower or upper or side or rear or angled.

Detailed Description Of The Invention:

The parts constituting the invention are mainly; washing machine (1), washing drum (2), ozone gas inlet (3), ozone gas main inlet (4), drum connection (5), pipe (6), first cuff (7), first double-sided nipple (8), tapered gland (9), second cuff (10) and second double-sided nipple (11). There is an ozone outlet hole (5.1) on the front surface of the drum connection (5). Optimum points are determined according to the size of the washing drum (2) with the product subject to the invention. This determination is also important as the yardstick is such that there are inputs from the exact midpoint of the washing drum (2). In particular, the drum connection (5) is fixed so that it coincides with the perforated parts of the washing drum (2) that turn the water and let it in. The drum connection (5) is fixed so that it is located at the front of the ozone gas main inlet (4). With the drum connection (5), ozone gas began to be mixed into the water in a serial manner.

The drum connection (5) can alternatively be installed to the right or left of the washing machine (1). In the washing machine (1), the presence of stone or fiber used in the blockage has increased the importance of mixing ozone gas with water. 500 liters of water is taken by taking 200 liters of water into the data and transferring the ozone from the bottom to the washing drum (2), saving the water used.

With the invention, it is ensured that the ozone gas transmission pipes are dismantled and installed, the waste that is blocked in them is cleaned and the broken parts can be replaced.