KR20030090069A - A span wrinkle prevent machine - Google Patents

Abstract

PURPOSE: A device for removing the wrinkle of textile is characterized by supplying smoothly spandex textile on shrinking and passing the textile on a curvature drum. The device prevents wrinkle and improves quality and texture. CONSTITUTION: The device for removing the wrinkle of textile comprises a hot water bath(1) storing hot water; a cold drum(2) storing cold water; guide rollers guiding the textile(S); the curvature drum(10) installed in the hot well(1) and supplied the textile(S) on following an circumference thereof; a hot water supplying nozzle(8) which is installed on an upper part of curvature drum(10), injecting hot water; and a tension roller(15) giving proper tension to the textile(S).

Description

Wrinkle removing device of textile fabric {A SPAN WRINKLE PREVENT MACHINE}

The present invention relates to a device for removing wrinkles of textile fabrics, and more specifically, by uniformly shrinking the tissue state of spantex (elastic yarn) by passing a cylindrical fabric produced for use for clothing in hot water before the dyeing process. It is designed to remove wrinkles from processing and use.

In general, spandex fiber is a fiber that can be stretched up to 200% without breaking and can be restored to its original state when the tensile stress is removed. This is a well known fact. It has been used for a long time and the waist, girdle, and girdle are used for important purposes.

The span fabric as described above is to make a variety of clothes by cutting in a certain shape after the dyeing process.

However, in the conventional span fabric as described above, since the dyeing process is performed without shrinking the span fabric itself before the dyeing process, there is a problem that the cutting and wrinkling of the span yarn occurs.

On the other hand, in order to improve this recently, the domestic patent application No. 1932 (name of the invention: anti-wrinkling device by shrinking the span fabric) has been proposed as a known technique.

In the above known technology, in order to pass through the hot water tank and the cold water tank sequentially before the dyeing process of the cylindrical span fabric by blowing air to the fabric passed through the hot water tank, the structure of the span fabric is stably contracted and wrinkled The main technical configuration is to prevent it.

However, the length of the drum, which applies the primary tension to the span fabric passing through the hot water tank, is placed vertically in the hot water tank, so that its length is bound to be limited. As a result, the wrinkle of the span fabric is not applied due to insufficient tension. There was a problem that can not be effectively spread.

The present invention has been proposed to improve the above problems in the prior art, and further improves the quality and feel of the fabric by providing an anti-wrinkle device that can be more effectively removed wrinkles in the hot water tank during the shrinkage process of the fabric. The purpose is to make it work.

1 is an overall side cross-sectional view according to an embodiment of the device of the present invention.

2 is a perspective view of the device of the present invention;

3 is an enlarged view of the fiber fabric supply side main portion of the apparatus;

Fig. 4 is an enlarged view of the fiber fabric lamination side recesses of the apparatus.

5 is an enlarged cross-sectional view of the fiber fabric supply side.

6 is an enlarged cross-sectional view of the fiber fabric lamination side.

<Explanation of symbols for the main parts of the drawings>

1: hot water bottle 2: cold water bottle

3,17: drive motor 4: steam pipe

5: fabric feed roller 6: drum support roller

8: hot water spray nozzle 9: cold water roller

10: curvature drum 11: air spray nozzle

12: compression roller 13: adjuster

14: guide ring 15: tension roller

16 drive shaft 18 fabric stacker

The object is configured to include a hot water tank in which hot water is stored, a cold water tank in which cold water is stored, and a plurality of guide rollers installed along a transport path for guiding the fiber fabric, and are introduced from the front end of the apparatus. In the wrinkle removal device of the fiber fabric is a tubular fiber fabric is passed through the hot water tank and the cold water tank sequentially and stacked on the rear end side by a fabric laminating machine: a plurality of fabric feed rollers for supplying the fiber fabric to the hot water container Is installed, the raw material supply roller receives power from the drive motor through the chain; The hot tub is provided with a curvature drum formed in a curvature shape while forming a predetermined diameter to allow the fiber fabric to pass along the outer circumferential surface thereof.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a schematic cross-sectional view showing the overall configuration of the wrinkle removal apparatus according to an embodiment of the present invention, Figure 2 is a perspective view showing, according to the embodiment as follows.

As shown, the wrinkle removal apparatus of the present embodiment, the hot water tank (1) in which hot water is stored, the cold water tank (2) in which cold water of low temperature is stored, and the fiber fabric (S) toward the hot water tank (1) side. ) Is configured to include a plurality of fabric feed rollers (5) are rotated by receiving power from the first drive motor (3) through the chain (3 ') connection to be introduced at a constant speed.

The bottom of the hot water tank (1) in which hot water is stored at a predetermined height is provided with a steam pipe (4) for heating and maintaining hot water at a predetermined temperature, and the fiber fabric (S) can be passed through by shrinking the hot water. The curvature drum 10, which has a predetermined curvature shape, is floated under buoyancy, and its position is supported by the drum support roller 6 at the rear end of which a proper amount of water is filled for weight control. On the tip side thereof, a hot water supply nozzle 8 is provided to spray hot water supplied from the hot water tank 1 to the exposed part on the surface of the water.

On the other hand, the front end side of the hot water tank (1) is a guide ring 14 for guiding the fiber fabric (S) supplied to the curvature drum (10), and a tension for applying a certain elasticity to the fiber fabric (S) to prevent overlapping Roller 15 was provided, the tension roller 15 is connected to the second drive motor 17 and the sprocket is connected to the drive shaft 16 and the link (15a) to receive the rotational force.

Then, the rear end side of the hot water tank (1) and the air spray nozzle (11) for injecting high-pressure air to prevent the overlap of the fiber fabric (S) exiting the curvature drum (10) and the water remaining in the span fabric Compression rollers 12, which are paired to remove, are installed to be mutually adjustable by the adjusting device 13, and in the cold water container 2, there is a cold water roller 9 for guiding the fiber fabric S. Configured.

In the drawing, reference numeral 18 denotes a fabric stacker which is moved to the left and right in order to continuously stack the fiber fabric with a predetermined width, and 19 represents a rotator for linking with the fabric stacker 18 to transmit flow force.

Wrinkle removal operation of the fiber fabric (S) using the device of the present invention to achieve such a configuration is made as follows.

First, the operator covers the fiber fabric (S) on the outer circumferential surface to pass through the curvature drum 10 in the hot water tank (1), and then connect it to the rollers (5, 9, 12) and the like disposed along each transport path.

In this way, if the fiber fabric (S) is located along the initial transport path, and then put water in the hot water tank (1) and the cold water tank (2), respectively, by applying power using a control means not shown steam pipe (4) Heat is transmitted through) to heat the water in the hot water tank (1).

On the other hand, hot water heated by the steam pipe 4 is suitable for 98 ± 5 ℃ and the operator can change the temperature setting according to the purpose and material of the fiber fabric (S).

In this state, when the first driving motor 3 is operated, the three fabric feed rollers 5 connected to the chain 3 'are rotated at a constant speed while the fiber fabric S is heated. 1) is to be conveyed into, wherein the fiber fabric (S) to be conveyed by the tension roller 15 to maintain a state in which a predetermined tension is applied so that the overlap of the fabric in the transfer process can be prevented.

In this way, when the fiber fabric (S) is transferred into the hot water tank (1), the fabric is shrunk by high temperature hot water, so that the structure of the span yarn is stabilized and uniformized so that no damage occurs even in a minute impact. At this time, the span fabric of the portion surrounding the outer circumferential surface of the curvature drum 10 floating in the hot water under buoyancy is contracted while wrinkles are removed.

In particular, the front end side of the curvature drum 10 is partially exposed to the water surface of the hot water, and the hot water is supplied from the hot water supply nozzle 8 to the fabric surface passing through the corresponding portion, so that the shrinkage of the fabric is overall. The curvature drum 10 of the present invention, which can be generated in the same manner, is loaded in the hot water tank 1, and has a predetermined length while forming a predetermined curvature shape. Therefore, the drum is moved along the outer circumferential surface of the drum. It can be seen that more effective removal of wrinkles can be achieved by the length of. That is, the wrinkle removal according to the shrinkage of the fabric can be maintained uniformly from the time when the fabric is charged in the hot water from the hot water to exit the hot water.

And, through the curvature drum (10) in the hot water tank (1), the fiber fabric (S) from which wrinkles have been removed exits the hot water and rises to the air spray nozzle (11) to maintain the fabric unfolded state. From the high pressure air is injected, thereby the water contained in the fiber fabric (S) swelled while passing through the compression roller 12 section is removed.

Then, the fiber fabric (S) is lowered again to charge the cold water tank (2) to cool the heat generated in the hot water tank (1) passing process, the hot shrinking span yarn is condensed tissue becomes hard . Through this cooling process, dyeing can be easily performed in a later process.

The fiber fabric (S) loaded into the cold water container (2) is raised again while receiving the conveying force of the cold water roller (9) and exits the cold water, and then is conveyed to the fabric laminating machine (18), the fabric laminating machine (18). By the operation of the) it is possible to easily stack the fiber fabric (S) to a predetermined width.

The fiber fabric S, which is transported along the working path of the present invention as described above, has a more stable tissue homogenization in the hot water tank 1 in which the drum of curvature type is embedded, thereby making the drum of the conventional vertical type. The quality and feel of the fabric is excellent compared to when used.

In addition, although specific embodiments of the present invention have been described and illustrated above, it is obvious that the fiber fabric wrinkle removal apparatus of the present invention may be variously modified and implemented by those skilled in the art.

However, such modified embodiments should not be individually understood from the technical spirit or the prospect of the present invention, and such modified embodiments shall fall within the appended claims of the present invention.

The device of the present invention as described above, the supply of the fabric during the shrinkage process according to the hot water tank passing through the span fabric is made smoothly, shrinking by allowing the supplied fabric to pass through the curvature drum having a curvature of a predetermined length By more effectively preventing the occurrence of wrinkles of the span fabric according to the quality and feel of the fabric can be further improved.

Claims (4)

Hot water tank (1) for storing hot water of high temperature, cold water container (2) for storing cold water, and comprises a plurality of guide rollers are installed along the transport path for the guidance of the fiber fabric (S), Tubular fiber fabric (S) introduced from the tip passes through the hot water tank (1) and the cold water tank (2) in sequence and then wrinkles removal device of the fiber fabric that is stacked and stored by the fabric stacker (18) In: The hot water tank 1 is provided with a curvature drum 10 formed in a curvature shape to form a predetermined diameter so that the supplied fiber fabric S passes along its outer circumferential surface, but the curvature drum 10 The surface of the water exposed portion of the front side of the fabric removal apparatus, characterized in that the hot water supply nozzle (8) for spraying hot water of high temperature is installed. The method according to claim 1, The curvature drum 10 is a wrinkle removal device of the fiber fabric, characterized in that to form a shape that is gradually reduced from the front end to the rear end side. The method according to claim 1, A plurality of fabric feed rollers 5 are provided for supplying the fiber fabric S to the hot water tank 1, and each drive shaft of the fabric feed rollers 5 transmits power from the driving motor 3. Wrinkle removal apparatus of the fiber fabric, characterized in that connected to be linked through the chain (3 ') to receive. The method according to claim 1, Wrinkle removal apparatus of the fiber fabric, characterized in that the tension roller 15 for applying a constant tension to the fiber fabric (S) to be supplied to the hot water tank (1).