KR100761937B1 - Foreign material removal apparatus for textile machinery - Google Patents

Abstract

An external particle remover for a textile machine is provided to remove effectively external particles contained in a dyeing solution or a cleaning solution when the dyeing solution or the cleaning solution is repeatedly transferred via the external particle remover within a dyeing machine or a cleaning machine. A filter cylinder(2) is disposed within a main body(1), wherein the filter cylinder has a filter net(21) formed at an outer circumference thereof. An end of a dyeing solution discharging pipe(1') is positioned within the filter cylinder. A plurality of external particle transferring plates(22) are disposed on an insider surface of the filter net at a predetermined distance. A plurality of transfer catching bars(23) are formed on a lateral surface of the main body in one body, and joined to a rotating bar(15) connected to an operation cylinder(14) above the main body. The transfer catching bars are used to rotate the filter cylinder. A water level sensor(18) is installed on the inside surface of the main body. A plurality of air blowing nozzles(13) are installed above the water level sensor. An external particle discharging pipe(3) is disposed within the filter cylinder. One end of the external particle discharging pipe is upwardly bent to have a funnel shape, and the other end of the external particle discharging pipe is positioned at the outer circumference of the main body via the filter cylinder and the lateral surface of the main body.

Description

Foreign material removal device for textile equipment {FOREIGN MATERIAL REMOVAL APPARATUS FOR TEXTILE MACHINERY}

1 is an embodiment of the present invention applied to the dyeing machine,

2 is a side cross-sectional view of the present invention;

3 is a cross-sectional view along the line

4 is a I-I 'line cross section,

5 and 6 are exemplary views showing a rotation state of the trough provided in the present invention.

* Code descriptions for the main parts of the drawings

1: Main body 1 ': Salt solution discharge pipe

11 connector 13 air spray nozzle

14: working cylinder 14 ': pull bar

14 ": Hanging protrusion 15: Swivel

15 ': Hook 15 ": Guide groove

16: connecting shaft 17: bearing

18: water level sensor 101: foreign matter removal device

2: strainer 21: strainer

22: foreign matter transfer plate 23: transfer jam

3: foreign material discharge pipe 4: dyeing machine

41: dyeing tank 42: driver

43: fabric transfer pipe 44: jet nozzle

45: high pressure pump

The present invention relates to an apparatus for removing foreign substances for textile devices, and more specifically, to dyeing fabrics using a salt solution, a dyeing machine for a textile device, a salt solution therein for centuries of use for a textile device for washing a dyed fabric, or It removes foreign matters contained in the water more quickly and conveniently to increase the efficiency of the work, and automatically discharges the removed foreign matters so that the work can be carried out continuously for a long time. The purpose is to make it happen.

The present invention is a foreign material removal device for textile devices, in particular, such as dyeing machine or centuries

It is used in textile machines that work with saline or washed water.

In general, a dyeing machine for textile machines stores a certain amount of salt and fabric in the dyeing tank and then repeatedly transports it using a jet nozzle, whereby a large amount of foreign substances are generated in the dyeing tank to improve the quality of dyeing. It will either drop or prevent even dyeing of the entire fabric.

Therefore, the dyeing machine as described above should be given to remove the foreign matter in the dyeing operation in the dyeing tank continuously purified through the foreign matter removal device continuously.

However, in the related art, only a very simple method of filtering foreign matters using a strainer as a method for removing foreign matters in the dyeing tank has a problem such as low removal efficiency of foreign substances and deterioration of dyeing effect. .

In more detail,

The textile machine dyeing machine (4) for carrying out the dyeing and processing by conveying the fabric is a dyeing tank (41) in which the fabric and the dye and the preparation is held; An operation unit 42 configured to be integrally formed at the dyeing tank 41 in a forward position to transfer and circulate the fabric at high speed; And it is made of a fabric transfer pipe 43 connecting the driving unit 42 and the dyeing tank 41 aft,

The driving unit 42 has a plurality of jet nozzles 44 installed therein and is connected to the high pressure pump 45.

Therefore, the salt solution flowing at high pressure through the high pressure pump is strongly sprayed into the driving unit through the jet nozzle, and the dye and the fabric and the salt solution in the dyeing tank are repeatedly repeated and circulated for a long time to the driving unit, the fabric transfer pipe and the dyeing tank at the water pressure. Will be implemented,

In addition, the lower part of the center of the dyeing tank is connected to the high-pressure pump connected to the foreign matter removal device is connected to the salt discharge pipe to remove the foreign matter in the dyeing tank.

In addition, the debris removal device is provided with a strainer therein.

The dyeing machine configured as described above is usually sprayed with a high pressure pump using a jet nozzle at a high pressure to transfer dyeing dyes and fabrics stored in the dyeing tank to the driving unit, fabric transfer pipe and dyeing tank for a long time. At this time, a large amount of foreign matters such as debris or lint, etc., which were buried in the fabric during dyeing.

Therefore, in order to remove the foreign substances generated as described above, in the prior art by installing a foreign material removal device connected to the pump at the bottom of the dye tank as described above, the salt solution in the dye bath is repeated through the foreign material removal device and high-arm pump While the foreign matter contained in the salt solution is filtered out of the foreign matter removal device.

However, the conventional foreign matter removing device as described above is simply installed in the filter net inside, so that when the salt solution in the dye bath is transferred to the pump through the foreign material removal device, so that the foreign matter contained in the salt solution is naturally filtered to the strainer. Because of using a very simple method, the removal efficiency of the foreign matter was very poor, as well as had a problem that it is impossible to remove the foreign matter when used for a long time.

In other words, when the salt solution in the dye bath passes the foreign matter removing device at the beginning of the operation, the foreign matter contained therein is filtered by the strainer.

However, if the above operation is repeated for a long time, the foreign matter contained in the saline solution is stuck to the strained net and blocks the strained net. As the time goes by, the strain of the strain is impaired. Not only is it impossible to repeatedly transfer the salt solution, but foreign substances are not removed therefrom, resulting in a poor dyeing of the fabric.

In addition, even if the worst condition occurs when the screen is completely blocked due to the above reason, the network cannot be cleaned or replaced, resulting in a great loss of dyeing.

In order to clean or replace the strainer, it is necessary to stop the dyeing machine (since the dyeing machine is repeatedly transported, if the dyeing machine is not stopped, a big problem occurs that the dye leaks to the outside). This stopped and irregular dyeing was made so that the bad possession of the dyeing was very high, and the operation was not able to be carried out continuously had a situation.

As another example, centuries for textile devices are also used to remove foreign substances by repeatedly circulating the water in them using a foreign substance removal device such as the above dyeing machine.

However, the centuries have been pasted to the fabric when washing the normal fabric or dyed fabric, in order to remove it, a chemical such as caustic soda is contained in the wash to perform the washing.

Therefore, the foreign matters generated by the above are more viscous, and there is a closed end that is more strongly attached to the strainer of the foreign matter removing device, which also causes the same problem as the dyeing machine.

The present invention has been invented to solve the above-mentioned conventional problems, and particularly in dyeing machines or centuries, which are textile machines, when the salt solution or wash water stored therein is repeatedly transported through the foreign matter removing device, The technical problem is to effectively remove the foreign matter to facilitate the dyeing and washing to be carried out better.

That is, when the dyeing solution or the wash water within centuries passes through the foreign matter removing device, the salt solution or the wash water is installed on the periphery of the strainer so that the foreign matter can be removed by the strainer. At the same time, the removed foreign matter is automatically discharged to the outside through the foreign substance discharge pipe, so that the foreign substances contained in the saline solution or the washed water are smoothly removed even during long working hours, thereby increasing the efficiency of dyeing and washing operations as much as possible.

Hereinafter, the configuration and operation of the present invention will be described in detail with the accompanying drawings.

First, the accompanying drawings, Figure 1 is an exemplary view showing a state installed in the dyeing machine 4, which is a textile machine, the foreign matter removing apparatus 101 proposed in the present invention.

And, Figure 2 is a side cross-sectional view of the foreign material removal device 101 proposed in the present invention, to remove the foreign matter contained in the salt solution or washing water with a strainer (2) for rotating the salt solution or washing water introduced therein At the same time, foreign substances removed through the foreign substance discharge pipe (3) can be automatically discharged to the outside.

In more detail,

In the present invention, as shown in FIG. 2, the salt discharge pipe 1 'is installed at one side of the cylindrical body 1 having an internal space, and the connection pipe 11 is installed at the lower end of the main body 1, and the foreign matter for textile equipment is installed. In the removal device 101,

In the main body (1) of the foreign material removing device 101 is provided with a sieve (2) having a sieve (21) is installed on the outer periphery, and then in one side of the main body (1) inside the center of the sieve (2) Extend the end of the installed salt discharge pipe (1 ') to be positioned.

At this time, the strainer (2) is configured in the same cylindrical shape as the main body (1) and the salt solution discharge pipe (1 ') allows the salt solution discharged from the dyeing machine (4) to be introduced into the strainer (2). .

In addition, since the strainer 2 has a bearing 17 installed at its center to insert the salt discharge pipe 1 'into the center thereof, the strainer 2 is supported and fixed by the salt discharge pipe 1'. It was made to rotate about the salt discharge pipe (1 ').

In addition, a plurality of foreign matter transfer plate 22 having a predetermined length is provided on the inner side of the strainer net 21 installed at the outer periphery of the strainer 2 to filter the foreign bodies filtered by the strainer 21. It can be easily transported to the upper position during the rotation of.

In addition, the one side of the trap (2) is configured to be coupled to the swivel (15) connected to the operation cylinder 14 of the upper portion of the main body (1) by integrally constituting a plurality of transfer stopper 23 in the circumference at a predetermined interval. ,

The swivel table 15 forms a catching ring 15 ′ at one end thereof so that the feed catch 23 can be caught, and the other end thereof is located in the guide groove 15 ″ above the main body 1. While the upper end is coupled to the lower end of the pull bar (14 ') which is connected to the operation cylinder 14 and the connecting shaft (16).

At this time, the pull bar (14 ') is coupled to the other end of the swivel 15 to form a locking projection (14 ") in the lower end to prevent the swivel (15) to flow in the downward direction.

And by installing a plurality of air spray nozzles (13) in the upper central position of the main body (1) to allow the air to be injected to the upper surface of the filter barrel (2) located inside the main body (1),

In addition, the foreign matter discharge pipe (3) is provided inside the strainer (2), one end of which is bent upward to form a funnel shape, and the other end of one side of the strainer (2) and one side of the main body (1) It is configured to penetrate through the center portion and positioned at the outer circumference of the main body 1.

In addition, the water level sensor 18 is provided at a predetermined position on one side of the main body (1).

The present invention configured as described above will be installed and used in the dyeing machine 4 or the centuries as a fiber machine, and will be described as an embodiment applied to the dyeing machine 4 as a fiber machine in order to explain the working state in more detail.

First, when the present invention is applied to the dyeing machine 4, the salt discharge tube 1 'installed on one side of the main body 1 of the foreign material removing apparatus 101 as shown in FIG. 41), the connecting pipe 11 installed on the lower side of the main body 1 is connected to the high pressure pump 45 of the dyeing machine (4).

At this time, the high pressure pump 45 is connected to a plurality of jet nozzles 44 installed in the driving unit 42 of the dyeing machine 4.

Therefore, the salt solution in the dyeing tank 41 is purified while passing through the foreign matter removing device 101 of the present invention, and the purified salt solution is again stained by the high pressure pump 45 and the jet nozzle 44. It is reintroduced into the container and repeatedly transported and circulated.

When the foreign matter removing device 101 of the present invention is connected and installed between the dyeing tank 41 and the high pressure pump 45 of the dyeing machine 4 as described above, the salt solution stored in the dyeing tank 41 is the salt drain pipe 1 '. It is introduced into the filter barrel (2) of the main body (1) through.

At this time, the salt solution in the dyeing tank 41 contains a large amount of foreign substances such as debris or lint of the fabric generated during the dyeing operation.

When the salt solution containing the foreign matter as described above is introduced into the strainer (2) of the main body 1, the salt solution is stored in the main body (1) via the strainer (21) provided on the outer periphery of the strainer (2), therein The foreign matter contained is filtered by the strainer 21 of the strainer (2).

This is that the saline solution introduced into the strainer (2) is stored in the body (1) through the strainer (21) of the strainer (2) is to filter the foreign matter.

In addition, the salt solution from which the foreign matter is removed through the strainer 21 is stored in the body 1, and then transferred to the high pressure pump 45 through the connection pipe 11 below the body 1 to be dyed again. Is put into.

In addition, when the foreign matter contained in the salt solution is filtered by the strainer 21 as described above, the strainer (2) is rotated by the operation cylinder 14 and at the same time a plurality of air installed on the main body (1) Strong air is injected from the injection nozzle 13 to allow foreign substances attached to the strainer 21 to be discharged to the foreign substance discharge pipe 3.

When the strong air is injected into the upper part while rotating the strainer 2, foreign substances attached to the strainer 21 are separated from the strainer 21 by the spraying air of the air spray nozzle 13, and the strainer (2) falls inside and at the same time is installed inside the filter barrel (2), the one end is bent upward and flows into the upper end of the foreign matter discharge pipe (3) configured in the shape of a funnel.

Therefore, the foreign substances introduced into the upper end of the foreign substance discharge pipe 3 as described above is naturally discharged to the outside of the main body 1 along the foreign substance discharge pipe (3).

As described above, since the foreign matter attached to the strainer net 21 is separated and discharged by high-pressure air by continuously rotating the strainer 2, there is no clogging of the strainer 21 even after long time of removing the foreign substance. Since it is immediately discharged to the outside of the main body (1) to prevent the problem such as the foreign matter is mixed in the purified salt solution in the main body (1).

And for the rotation of the filter barrel (2) is used to the operating cylinder 14 is installed at a predetermined position above the main body (1), which is a pull bar (14 ') connected to the cylinder rod end of the operating cylinder (14) The swivel 15 is coupled to the lower end of the guide groove 15 "of the main body 1, and the pull bar 14 'connected to one side thereof when the operation cylinder 14 is operated is While flowing the swivel (15) and at the same time the swivel (15) is pulled by pulling a plurality of feed stopper 23 provided on one side of the strainer (2) to rotate the strainer (2).

That is, the swivel 15 connected to the pull bar 14 'is provided with a hook 15' so as to be able to pull the transfer hook 23 provided on one side of the strainer 2 to one side end thereof. ,

When the rotating table 15 is flowed by the pull bar 14 ', the catch ring 15' is pulled by pulling one of the conveying hooks 23 provided on one side of the strainer 2 In this case, the pull bar 14 ′ connected to the swivel table 15 forms a locking protrusion 14 ″ at its lower end to prevent the swivel table 15 from flowing downward.

This is to allow the swivel 15 to flow only upwards when the swivel 15 is rotated before and after the swivel 15 is moved by the pull bar 14 ', the swivel 15 Pull the catch 23 of one of the feed catches 23 of the trough 2 with the catch ring 15 'of the table), and then return the catch 15' of the swivel table 15 'when the table is returned to its original position. While rubbing with (23) to slide to the top to be able to catch again.

Therefore, since the rotating table 15 repeats the above operation by the operation cylinder 14, the trap 2 is to be rotated.

In addition, the water level detecting sensor 18 is installed at a predetermined position inside the main body 1, which detects the level of the salt solution stored in the main body 1 and simultaneously controls the rotation of the trough 2. It was made.

As described above, in the present invention, the salt solution in the dyeing tank 41 is introduced into the strainer 2 of the main body 1 through the salt discharge pipe 1 'to filter foreign matter therein through the strainer 21, and then the main body ( 1) It is transported to the high pressure pump 45 through the connection pipe 11 at the bottom to be introduced into the dyeing tank 41, as well as to continuously purify the salt solution in the dyeing tank 41 for a long time, as well as By discharging the foreign matter filtered in the strainer (21) of the strainer (2) to the outside of the main body 1 in real time instantaneously without stagnation, preventing the strainer (21) from being blocked by the foreign substance to maximize the straining effect, and further filtered It prevents the foreign matter from being mixed in the salt solution again to improve the quality of the salt solution so that the dyeing can be performed better.

In addition, when the present invention is installed and used in centuries as a textile device, when the salt discharge pipe of the main body is connected to the centuries in the same way as above, and the connection pipe at the bottom of the main body is connected to the centuries by the high pressure pump to remove the foreign substances as described above. do.

As described above, the present invention is installed in a dyeing machine or centuries, which is a textile machine, to quickly and conveniently remove foreign substances contained in saline solution or washed water, as well as to continuously remove foreign substances contained in saline solution and washed water even for long time work. By removing them quickly and quickly, the efficiency of dyeing and washing operations will be increased.

Claims (1)

In the foreign matter removal device 101 for textile machines, the salt discharge pipe (1 ') is provided at one side of the cylindrical body (1) having an inner space, and the connection pipe (11) is installed at the lower end of the main body (1), In the main body (1) of the foreign material removing device 101 to provide a strainer (2) having a strainer (21) is installed on the outer periphery so that the end of the salt discharge pipe (1 ') is located inside the strainer (2) and, On the inner surface of the strainer net 21 installed at the outer periphery of the strainer 2, a plurality of foreign matter transfer plates 22 having a predetermined length are provided at regular intervals. On one side of the main body 1, a plurality of transfer hooks 23 used for rotation of the filter barrel 2 are integrally formed at regular intervals, and a swivel table 15 connected to the operation cylinder 14 of the upper part of the main body 1 To be combined with), The swivel 15 is formed on the one end of the hook hook (15 ') so that the feed hanger 23 of the trap 2 can be caught, the other end, the guide groove (top of the main body (1) ( 15 ") and the upper end is connected to the lower end of the pull bar 14 'which is connected to the working cylinder 14 and the connecting shaft 16, The pull bar 14 ′ forms a locking protrusion 14 ″ that prevents the swivel table 15 from rotating downward to a predetermined lower end position thereof. The water level sensor 18 is installed at a predetermined position on the inner surface of the main body 1, and then a plurality of air spray nozzles 13 are installed at the upper position thereof. The foreign matter discharge pipe (3) is provided inside the strainer (2) to bend up one end thereof to form a funnel shape, and then pass the other end through one side of the strainer (2) and the main body (1). 1) Foreign material removal device for a textile device, characterized in that located on the outer periphery.

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