TR201609108A2 - INNOVATION IN HEATING SYSTEM OF FABRIC DYEING MACHINES - Google Patents

Abstract

The invention is an innovation in the heating system of fabric dyeing machines, the body (10), filter (20), main pump (30), heat exchanger (40) with J-Box (11), circulation pipe (12) and pump protection plate (13). ) and the mixing pump (50). (Figure 1)

Description

specification INNOVATION IN THE HEATING SYSTEM OF FABRIC DYEING MACHINES Technical Area The invention is used in dyeing machines used in textile finishing ( fabric dyeing ) sector. especially concerning innovation in the heating system.

More specifically, the invention is hydraulic, used in the textile finishing (fabric dyeing) sector. In the dyeings made with the heating system in the machines, the correct setting of the temperature and It provides a homogeneous dyeing by providing a controlled dyeing. relates to the system.

State of the Art The most important thing to be considered in fabric dyeing systems made in the textile sector The point is that the fabric is dyed homogeneously and dyed in the right temperature scale.

Otherwise, the material caused by the fabric and liquid not being applied correctly. losses, time and labor loss may occur.

The circulation of the dye in the heating systems of conventional fabric dyeing machines. heating exchanger, filter and more, which is used at the main pump outlet, which provides Then, heat transfer is provided by meeting the fabric in the nozzle nozzle.

However, in this system, the degree of liquid in the entire bathroom is adjusted and fixed. with the nozzle where the heated water coming out of the heat exchanger meets the fabric. It differs at the bottom of the J-box. By influencing the shots in Buddha painting, color causes deviations.

In addition, the filling of the filter in the front and middle of the circulation pump in the old system A stable water flow as it changes the nozzle pressure and the flow rate of the passing water. cannot be provided. In this case, it interferes with the dyeing quality and penetration of the fabric. is happening.

As a result, no approach in the previous art could solve the technical problem encountered, It has become necessary to make an improvement in the technical field.

At this point, the inventive device is a solution from all prior art approaches. Differently, it is made with two pumps, thus a homogeneous and accurate dyeing is obtained. has put.

Brief Description of the Invention The present invention satisfies the above-mentioned requirements, eliminates all disadvantages. It provides a homogeneous dyeing that removes and brings some additional advantages. It's about the dyeing system.

Based on the known state of the technique, the aim of the invention is textile finishing (Fabric dyeing). ) reveal homogeneous dyeing in dyeing machines used in the sector. is to put.

Starting from the state of the art, another aim of the invention is to maintain stable water pressure. is to reveal.

Another object of the invention is to demonstrate the improvement of chemical yield.

Another aim of the invention is to prevent energy losses, material losses and to save time and work. is to eliminate the loss of power.

Brief Description of Figures Figure 1, the general view of the system subject to the invention is given Figure 2, The general view of the hull is given.

Figure 3 shows the front view of the pump protection plate.

In Figure 4, the appearance of the pump protection plate between the J-boxes is given.

Referance number . Body 11.J-box 12.8 circulation pipe 13.Pump protection plate .Filter . main pump 40. Exchanger 50 Mixer pump Detailed Description of the Invention In the new system, which is the subject of the invention, the single pump, which is the most important disadvantage of the old system, It includes two pumps, preventing the formation of

In this way, there are no obstacles in front of or behind the second pump that floods the nozzles. The absence of water has been demonstrated, thus providing a more stable water pressure. Second By accelerating the circulation of water thanks to the pump and reducing the factors such as filling the filter (20), Prevention of nozzle pressure drop is demonstrated.

In this way, the actual temperature of the fabric is measured in the J-box (11). Your fabric is real Thanks to the determination of the temperature of the fabric, the possibility of the change of the first set degree is observed. homogeneous and accurate staining is revealed.

Thanks to this invention, unevenness in fabric dyeing has been eliminated, chemical increased efficiency, and by eliminating them, the material caused by the irregularities By preventing the losses, time and labor loss are also eliminated.

Regular flooding of the main pump (30) is ensured. From the heat exchanger (40) and the filter (20) The pressure losses caused by these losses are eliminated, and the energy lost in these losses is gained. is being made.

The invention is an innovation in the heating system of fabric dyeing machines, on which J-Box (11), body (10), filter (20), main pump (30), heat exchanger (40) and mixer pump (50).

The mixer pump (50) is added to the body (10) to heat the water by mixing it homogeneously. It is the part that allows it to pass through the heat exchanger (40).

The body (10) is the part that provides heating of the water coming from the mixing pump (50).

The filter (20) collects the fiber particles in the water (bath) and separates it. he is the one who provides.

Exchanger (40); ensuring that the heated water in the machine body (10) is evenly distributed into the bath. he is the one who provides.

The main pump (30) provides 35% lower energy costs than conventional models.

The pump cover plate (13) allows large fiber fragments to be transferred to the main pump (30) and to the mixer pump. (50) between the J-box (11) and the body (10) camber and the aforementioned is the part between at least two j-boxes (11) positioned inside the body.

The pump protection plate is between the j-box (11) and the body as seen in figure 3. positioned, also in the main body, as seen in figure 4. positioned, optionally between 2 or more positioned J-boxes (11) is positioned.

In this way, the pump protection plate (13) ensures that it goes to the main pump and the mixer pump. The main pump (30) connected to the body (10) with the mixer pump (50) it takes water from the body (10) and floods the filter (20) connected to the heat exchanger (40).

The water passing through the heat exchanger (40) is distributed to the body (10) by the circulation pipe (12).

In this part, temperature control is done. It ensures that it is pressed at constant pressure.

Claims (1)

REQUESTS . The invention is an innovation in the heating system of fabric dyeing machines, and its feature is; It has a J-Box (11), circulation pipe (12) and pump protection plate (13) on it. . It is an innovation in the heating system of the fabric dyeing machines mentioned in claim 1, and its feature is; It contains a pump protection plate (13) between the J-box (11) and the body (10) that prevents large fiber pieces from going to the main pump (30) and mixer pump (50). . It is an innovation in the heating system of the fabric dyeing machines mentioned in Claim 1, and its feature is; It contains a mixer pump (50) which is added to the body (10) and allows the water to pass through the heating exchanger (40) by mixing homogeneously. . It is an innovation in the heating system of the fabric dyeing machines mentioned in Claim 1, and its feature is; It contains a body (10) that provides heating of the water coming from the mixing pump (50). . It is an innovation in the heating system of the fabric dyeing machines mentioned in Claim 1, and its feature is; It contains a filter (20) that collects and separates the fiber particles in the water (Bath). . It is an innovation in the heating system of the fabric dyeing machines mentioned in Claim 1, and its feature is; is that it contains a heat exchanger (40) in the machine body (10) that ensures that the heated water is evenly distributed into the bath.