KR100901486B1 - Creasing device for a roll of fabric - Google Patents

Abstract

The present invention supports a plurality of wrinkle forming wheels in the upper and lower frames in order to temporarily mold the wrinkles on the fabric fabric, and the wrinkle forming wheels are alternately arranged in the direction in which the fabric is conveyed, and the number of wrinkle forming wheels is gradually transferred in the direction of conveying. As the fabric is conveyed, the wrinkles are naturally formed in the longitudinal direction of the fabric as the fabric is conveyed, and the cloth is allowed to pass through the setting machine so that the fabricated wrinkles are fixed, and then air is passed through the cooling unit. By forcibly rapidly cooling by the work to form the wrinkles to the fabric is made by the non-skilled person has an effect that can simply produce a large amount of wrinkles fabric.

Wrinkle, forming, fabric, roller, heating, setting, wrinkle forming wheel

Description

Fabric Wrinkle Forming Equipment {CREASING DEVICE FOR A ROLL OF FABRIC}

The present invention relates to a fabric wrinkle forming apparatus, and in particular, when the fabric to be pleated is supplied to the pleats, the pleats are crimped outward from the center of the fabric as it passes between the rollers arranged up and down and gradually increased in the fabric conveying direction. After passing through the roller-type corrugated part, the corrugated fabric is supplied to the heater in the form of wrinkles and the corrugation state is set, and the corrugated fabric discharged from the heater is air-cooled to cool the wrinkle fabric quickly to complete the finished product wrinkle fabric. It is characterized by.

For a device for molding wrinkles in the longitudinal direction of a fabric to a conventional fabric fabric, Korean Utility Model Registration No. 20-0385417 (published date: May 27, 2005) is known as "fabric longitudinal wrinkle forming apparatus".

The corrugating apparatus is provided with a concave portion of a movable corrugated roller on both sides of a fixed wrinkle forming roller having a protrusion and a concave portion by engaging a disc having different size triangular shaped guiding protrusions on a shaft to form a pleat on the fabric of the fabric. As the projecting portion is fitted to a certain depth, it is provided with a pleat forming means for forming the wrinkles on the fabric passing through these rollers.

However, such a conventional pleating device is complicated to assemble and assembly because a large number of different discs having different sizes of triangular bleed guide protrusions on the roller shaft must be coupled to the roller shaft in order to form the pleats in the longitudinal direction of the conveyed fabric. There is a problem that takes a lot of time.

In addition, there is a problem in that the structure of the mechanical apparatus is enlarged because the wrinkle forming means of the same structure in order to form the wrinkles are formed in succession first and second.

The present invention was developed to improve the above-mentioned conventional problems, and to provide a wrinkle forming apparatus having a simple and compact structure that can easily form wrinkles on a fabric.

It is another object of the present invention to provide a wrinkle forming apparatus in which wrinkles are gradually formed in a direction in which a fabric is conveyed.

 Another object of the present invention is to provide a fabric wrinkle forming apparatus capable of setting the wrinkles so as not to be unfolded by the setting machine installed after the wrinkle forming machine after being molded in the width direction of the fabric.

The present invention is arranged to overlap the plurality of rollers up and down in order to form a wrinkle on the fabric to gradually form the wrinkles in the direction in which the fabric is transported, passing the wrinkled fabric through the wrinkle setting machine, the wrinkles with a heat setter This is achieved by cooling the set fabric with air.

Wrinkle molding apparatus of the present invention is easy to adjust the height of the overlapping rollers or to adjust the width of the rollers arranged on the left and right to set the pleats on the fabric, so it is easy to pleat the fabric even if not skilled in this field It has the effect of molding.

Wrinkle molding apparatus of the present invention

The fabric supply unit 100 which supports the fabric 102 wound in the form of a roll in the paper tube to the fabric support roller 101 and drives the fabric by a motor (not shown) to supply the fabric to the pleated molding machine.

Fabric spreading part 200 to spread in the left and right width direction by the spiral protrusion 202 of the spreading roller 201, unfolding the fabric released from the fabric supply unit 100,

Wrinkles on the fabric by the fold forming wheels (WH) arranged up and down to press the surface (upper surface) and the rear (lower surface) of the fabric unfolded in the width direction passing through the fabric spreading part 200, respectively. A wrinkle molding machine 300 to mold,

A setting machine 400 for setting the pleats molded on the fabric to the heating roller 401 by passing through the wrinkle forming machine 300,

 Cooling unit 500 for cooling the fabric wrinkled state is fixed by the setting machine 400 with the blower 501,

It consists of a conventional winding unit (not shown) including a roller to wind the corrugated fabric cooled by passing through the cooling unit 500 to a roll again.

Wrinkle molding apparatus of the present invention is characterized in that the wrinkles are molded on the fabric as passing between the wrinkle forming wheel (WH) of the wrinkle forming machine (300). That is, the corrugated molding wheel (WH) supported on the upper frame to press the upper surface of the fabric and the corrugated molding wheel (WH) supported on the lower frame to press the lower surface of the fabric alternately arranged, but the corrugated molding wheel (WH) of the upper frame ) In the case of progressively arranging odd numbered pieces, the pleated wheels (WH) of the lower frame are gradually arranged in an even numbered form or vice versa.

As illustrated in FIGS. 2 and 3, the fabric spreading unit 200 has a pair of front and rear spreading rollers 201 and 202 provided with spiral protrusions 203 so as to be spread outwards in the front and rear directions in which the fabric is conveyed. ) Is spaced apart at predetermined intervals, and the front and rear spreading rollers 201 and 202 are located at the upper portion between the front and rear spreading rollers 201 and 202 to contact the upper surface of the spreading rollers 201 and 202. 202, the pressure roller 204 is pressed to the side.

The spiral protrusions 203 of the front and rear unrolling rollers 201 and 202 are formed in a spiral shape on the entire left and right sides except for the central portion of the unrolling roller 201, so that the spiral protrusions 202 come into contact with the spiral protrusion 202 and the next. The fabric that is conveyed to the wrinkle forming machine of serves to supply unfolded without wrinkles.

The cloth supplied through the spreading rollers 201 and 202 to the wrinkle forming machine 300 is pleated on the fabric as it passes between the wrinkle forming wheels (WH) of the wrinkle forming machine 300, but the following setting machine 400 The wrinkles are completely pseudo-molded in the width direction of the fabric immediately before being supplied to the fabric.

This corrugated wheel WH is a circular thin circle, as illustrated in perspective view in FIG. 8, and is rotatably coupled to the shaft S. As shown in FIG. Reference numeral H denotes a through hole for fixing the shaft to the frame, and P denotes a spacer fixed to the shaft to keep the corrugated wheel WH from moving left and right. Wrinkle forming wheel (WH) of this type is rotatably coupled to one, two, three, ..., etc. on the shaft (S), respectively, the upper portion of the odd number of wrinkle forming wheel (WH) is coupled The first axis, the upper second axis, the upper third axis, ... the upper n-1 axis, the upper n-axis (SU1, SU2, SU3, ..., SUn-1, SUn) is evenly coupled Lower first axis, lower second axis, lower third axis, lower n-1 axis, lower n-axis (SD1, SD2, SD3, ..., SDn-1, SDn) The frames 320 and 310 are staggered and fixed respectively (see FIGS. 5, 6A and 6B).

As illustrated in FIGS. 4 to 7, the wrinkle forming machine 300 is a wrinkle forming wheel (WH) installed to be supported axially on the upper frame 320 when viewed from the side in the direction in which the fabric is conveyed forward of the wrinkle forming apparatus. Wrinkle molding wheel (WH) is installed to be supported by the shaft and the lower frame 310 to the shaft is wrinkled wheel (WH) coupled to the upper, lower shaft to form a fold continuously in the fabric passing through the wrinkle molding machine 300 It is installed to overlap partly down, left and right.

The wrinkle molding machine 300 supports the upper shaft (SD1, SD2, SD3, ..., SDn-1, SDn) coupled to rotate the wrinkle forming wheel (WH) located on the upper portion of the conveyed fabric at predetermined intervals While supporting the upper frame 320 and the lower shaft (SD1, SD2, SD3, ..., SDn-1, SDn) for supporting the wrinkle forming wheel (WH) located in the lower portion of the conveyed fabric at a predetermined interval The lower frame 310 is staggeredly supported by the upper shafts SU1, SU2, SU3,..., SUn-1, SUn of the upper frame 320.

Therefore, the pleated wheels (1) connected to the upper shafts (SD1, SD2, SD3, ..., SDn-1, SDn) and the lower shafts (SU1, SU2, SU3, ..., SUn-1, SUn), respectively. WH) is to be partially overlapped up, down and left and right to form a wrinkle on the conveyed fabric.

For example, among the upper shafts SD1, SD2, SD3,..., SDn-1 and SDn supported by the upper frame 320, the first axis SU1, which is the first axis through which the fabric to be wrinkled first enters, is wrinkled. One wheel WH is coupled, and three corrugated molding wheels WH are coupled to the second axis SU2, which is the second axis, and the corrugated molding wheel WH is coupled to the third axis SU3, the third axis. The upper shafts SD1, SD2, SD3, ..., SDn-1, SDn are spaced at predetermined intervals in such a manner that five are combined, that is, the wrinkle forming wheels WH are sequentially increased by two on the upper shaft. It is arranged and fixed to the upper frame 320.

Two corrugated forming wheels (WH) are coupled to the lower first shaft (SD1), which is the first axis of the lower frame 310, corresponding to the upper shafts (SD1, SD2, SD3, ..., SDn-1, SDn). Four corrugated forming wheels (WH) are coupled to the second axis (SD2), the second axis, and six corrugated forming wheels (WH) are increased to the third axis (SD3), the third axis, by two, such as ... Even number of corrugated forming wheels (WH) are coupled to the lower axes (SD1, SD2, SD3, ..., SDn-1, SDn), and these lower axes (SD1, SD2, SD3, ..., SDn-1) , SDn are alternately arranged at predetermined intervals between the upper shafts SU1, SU2, SU3, ..., SUn-1, SUn.

That is, the lower first shaft in which two corrugated molding wheels WH are coupled to the lower portion between the upper first shaft SU1 and the upper second shaft SU2 in which one and three corrugated molding wheels WH are coupled, respectively. SD1 is disposed to be located.

Similarly, the lower second shaft combined with four corrugated molding wheels (WH) in the lower portion between the upper second shaft (SU2) and the upper third shaft (SU3) having three and five corrugated molding wheels (WH), respectively. The lower shafts SD1, SD2, SD3, ..., SDn-1, SDn are positioned between the upper shafts SU1, SU2, SU3, ..., SUn-1, SUn in a manner in which (SD2) is located. Positioned to be positioned.

The pleats are formed on the fabric by adjusting the gap between the upper frame 320 and the lower frame 310, that is, the pleated wheel (WH) and pleated wheel (WH) supported on these upper and lower frames (320, 310) By controlling the spacing between the depth of the wrinkles formed on the fabric can be adjusted.

To this end, the lower frame 310 is preferably fixed to the main frame (MF) of the wrinkle forming apparatus, it is preferable to install the upper frame 320 to be moved up and down. For example, both sides of each of the front and rear guide frames 330a and 330b supporting the front and rear of the upper frame 320 such that the upper frame 320 maintains a predetermined distance upward from the lower frame 310 may be the main frame MF. It is coupled to the guide rod 331 and the screw shaft 332 fixed to.

The guide rods 331 and the screw shaft 332 are installed spaced apart from each other perpendicular to the main frame (MF), the guide block 334 coupled to the guide rods 331 is the front and rear guide frames (330a, 330b) It is fixed to, the screw shaft 332 is coupled to the coupling hole of the bracket 333 fixed to the front and rear guide frame (330a, 330b). The nuts N are fastened up and down on the top and bottom of the screw shaft 332 coupled to the coupling holes of the bracket 333, so that the upper nut N is loosened, and then the lower nut N is The front and rear guide frames 330a and 330b may be guided to the guide rods 331 by tightening or loosening, and the height may be adjusted up and down. A washer may be inserted between the screw shaft 332 and the nut N.

The fabric is transferred to the wrinkle molding machine 300 configured as described above, and the upper shafts SU1, SU2, SU3,..., SUn-1, SUn and the lower shaft SD1 installed on the upper frame 320 and the lower frame 310. , SD2, SD3, ..., SDn-1, SDn) is passed through the corrugated wheel (WH) supported to be rotated by one corrugated wheel (WH) coupled to the upper first shaft (SU1) If the surface of the fabric is pressed from the top to the bottom and continues to be transported to the lower first shaft SU1 while the one center of the fabric is folded, the two corrugated molding wheels WH coupled to the lower first shaft SU1 are The first two outer portions pressed by the corrugated wheel WH of the upper first shaft SU1 are pushed up, and the upper second shaft SU2 is continuously moved to the upper second shaft SU2 position in this state. Circle which is transported by pressing the three parts of the corrugated molding wheel (WH)) by pressing the upper first shaft (SU1) and pressing the two outer parts pushed upward by the lower first shaft (SU1). The folds in the width direction to sequentially continuous in the longitudinal direction of the fabric to be transferred at the same time as shaping of the folds will be the shaping.

As the cloth passes through the wrinkle forming machine 300, the fabric in which the wrinkles are temporarily molded in the width direction and the length direction of the cloth is transferred to the setting machine 400 continuously installed in the wrinkle forming machine 300.

As illustrated in FIGS. 9 and 10, the setter 400 is heated by a heating means such as a heater (not shown) so as not to loosen the caustic fabric, but only the outer circumferential surface of the roller is connected to the motor 470. The heating roller 410 directly connected to the rotation shaft 461 of the 460 and directly driven to rotate by the motor 460, and the pleated caustic fabric is guided to the heating roller 410 side and the caustic fabric of the guide fabric The front and rear rollers 420 and 430 and the front and rear rollers 420 and 430, which are positioned at the front and rear of the heating roller 410 and are wrapped around the setting guide belt 450 so that the pleats are heated and compressed. The tension roller 440 positioned below the heating roller 410 and the front and rear rollers 420 and 430 and the tension roller 440 to adjust the tension of the in setting guide belt 450 and the heating roller ( 410 is installed in contact with the lower portion of the heating roller 410 is less likely to wrinkle It is composed of a setting guide belt 450 composed of a heat-resistant elastic material to guide the conveyed molded fabric.

The setting guide belt 450 is configured to be slightly larger than the width of the pleated caustic fabric, and is composed of an elastic material so that the pleated fabric is elastically pressed by the heating roller 410 and the heating roller ( Since the heat of 410 is transmitted, it is made of a heat resistant material.

The drive gear 411 installed inside the driven sprocket 412 of the heating roller 410 directly driven by the motor 460 is directly connected to the driven gear 421 of the front roller 420 to drive the front roller 420. The front roller 420 is rotated by the rotation of the heating roller 410, and the setting guide belt 450 is rotated by the rotation of the front roller 420. Therefore, the heating roller 410 pressurizes to the setting guide belt 450 and the heating roller 410 is pressurized to the setting guide belt 450, the folds are fabricated between the lower portion of the heating roller 410 and the setting guide belt 450 By applying heat to the corrugated fabric, the crimped fabric is fixed by thermocompression molding so that the form of the corrugated molded fabric is fixed by the wrinkle forming machine 300 so that the wrinkled form of the fabric is not released.

On the other hand, the heating roller 410 is maintained at an appropriate temperature for setting (fixing) the pleats of the pseudo-molded wrinkled fabric and the temperature sensor (not shown) that the temperature of the heating roller 410 detects, and this temperature If the temperature detected by the sensor is overheated to an appropriate temperature or more, it is preferable that a separate blower (not shown) is provided below the heating roller to lower the temperature.

Wrinkle-molded fabric is passed through the setting machine 400, the wrinkled form is completely fixed and then transferred to the cooling unit 500 by blowing air to the fabric of the heat transfer state from the heating roller 410 to the temperature of the fabric It is desirable to lower the rate quickly.

As illustrated in FIGS. 11 and 12, the cooling unit 500 is provided with a blowing fan 520 installed below the rectangular cylinder 540 of the upper and lower narrow shafts where the transfer roller 520 is installed, and the transfer roller ( A pressure roller 530 is installed at an upper portion between the transfer rollers 520 to prevent the corrugated fabric from being blown up.

The transport roller 520 is rotatably coupled to the transport roller shaft 521, and both ends of the transport roller shaft 521 are coupled to and fixed to the recesses 551 of the support 550 installed on both sides of the cylinder 540. do. In addition, the feed roller shaft 521 coupled to the groove 551 is formed at both ends of the feed roller shaft 521 so as to prevent the feed roller shaft 521 itself from rotating when the feed roller 520 is rotated. Correspondingly, the groove 551 of the support base 550 is also configured in a square shape.

The pressure roller 530 serves to prevent the flying of the fabric conveyed by the wind flowing between the transfer rollers 520, the pressure roller shaft 531 of the pressure roller 530, similar to the transfer roller 520. It is rotatably coupled to the groove, 561 also constitutes both ends of the pressure roller shaft 531 to prevent the rotation of the pressure roller shaft 531, the groove 561 to the support 560 for supporting the pressure roller shaft 531. ) Is preferably formed in a square shape.

Wrinkle molding apparatus of the present invention configured as described above as the fabric 102 supplied from the fabric supply unit 100 passes through the fabric spreading part 200, the fabric 102 is unfolded flat in the width direction, the following wrinkles It is transferred to the molding machine 300.

Wrinkles are sequentially formed from the center of the fabric to the outside in the width direction from the center of the fabric as the fabric 102 passes between the wrinkle forming wheels WH superimposed on the top and bottom of the wrinkle forming machine 300. Wrinkles formed sequentially pass through the upper shaft (SUn) or lower shaft (SDn) installed at the end of the wrinkle molding machine 300 is a state in which the pseudo-molding of the wrinkles in the entire width direction of the fabric is completely made.

Of course, the size of the folds that are pseudo-molded by the pleated molding machine 300 by loosening or fastening the nut (N) fastened to the screw shaft 332 of the upper frame 320, as shown in Figure 6b front and rear guide frame By adjusting the 330a and 330b to the guide rods 331 and moving up and down, the gap between the pleating wheel WH of the upper frame 320 and the pleating molding circle WH of the lower frame 310 is adjusted. It can be done by.

As described above, when the fabric 102 is wrinkled by the wrinkle molding machine 300, and is transferred between the setting guide belt 450 and the heating roller 410 of the setting machine 400, the chain 470 is operated by the operation of the motor 460. When the heating roller 410 is rotated (rotate clockwise in the drawing) driven by the front roller, and the front roller 420 directly connected to the gear by the heating roller 410 is rotated counterclockwise, the setting guide belt 450 Is rotated counterclockwise to convey the fabric of the pleated tentatively to the heating roller 410 by the setting guide belt 450, and at the same time heating the fabric of the pleated tentacle contacting the heating roller 410 Press the setting guide belt 450 to completely set the shape of the wrinkles (fixed).

After passing through the transfer roller 520 and the pressure roller 530 of the cooling unit 500 continuously installed in the setting machine 400, that is, the upper portion of the body 540 by the blowing fan 510 is transferred upwardly Wind is blown between the rollers 520, the cooling of the fabric made of the setting of the wrinkles is made quickly.

The cooled fabric is wound by a conventional pleated fabric winding device (not shown) to complete the work of forming the pleats on the fabric.

1 is a side view showing an embodiment of the wrinkle forming apparatus of the present invention.

Figure 2 is a partially cut plan view showing the folds of the wrinkle forming apparatus of the present invention.

Figure 3 is a side view of the unfolding portion of Figure 2;

Figure 4 is a perspective view of the wrinkle forming machine which is the main component of the wrinkle forming apparatus of the present invention.

5 is a plan view of FIG. 4.

Figure 6a and Figure 6b is a side view of Figure 3 showing the up and down operating state of the molding machine.

Figure 7 is a perspective view showing a state in which the wrinkle forming wheel constituting the wrinkle forming machine coupled to the shaft.

8 is a perspective view of a setting device which is the main component of the wrinkle forming apparatus of the present invention.

9 is a side view of FIG. 8;

10 is a perspective view of a cooling unit which is a major component of the present invention.

FIG. 11 is a partial cutaway side cross-sectional view of FIG. 8; FIG.

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

100: fabric supply unit 102: fabric

200: fabric spreading section 202, 203: front and rear unfolding roller

204: spiral protrusion 300: wrinkle molding machine

310: lower frame 320: upper frame

330a, 330b: front and rear guide frame 331: guide rod

332: screw shaft

SU1, SU2, SU3, ..., SUn-1, SUn: Upper Shaft

SD1, SD2, SD3, ..., SDn-1, SDn: Lower Axis

400: setting device 401: heating roller

402: setting belt 403: front roller

404: rear roller 500: cooling unit

MF: mainframe

Claims (9)

Supports the fabric to be wrinkled and supplies the fabric to the wrinkle molding machine from the fabric supply unit 100 driven by a motor (not shown), the wrinkles are molded in the wrinkle molding machine and the fabric is set again in the usual winding roller Wrinkle forming apparatus for winding a roll to make a wrinkled fabric, Fabric spreading part 200 to spread in the left and right width direction by the spiral protrusion 202 of the spreading roller 201, unrolling the fabric released from the fabric supply unit 100, Wrinkle molding machine for molding the wrinkles on the fabric by the wrinkle forming wheels (WH) arranged up and down to press the surface and the back of the fabric unfolded in the width direction passing through the fabric spreading part 200 ( 300), The setting machine 400 for setting the setting rollers 401 through the wrinkle molding machine 300 to the heating roller 401  Cooling unit 500 for cooling the fabric to be conveyed by the blower 501 after the corrugated state is fixed by the setting machine 400 Fabric wrinkle forming apparatus, characterized in that consisting of. The method according to claim 1, Corrugated molding wheel (WH) is rotatably coupled to one, two, three, ..., etc. on the shaft (S), each of the upper first shaft, the odd number of corrugated molding wheel (WH) is coupled, Upper second axis, upper third axis, ... Upper first n-axis, Upper n-axis (SU1, SU2, SU3, ..., SUn-1, SUn) Lower first axis coupled evenly , Lower second axis, lower third axis, lower n-1 axis, lower n-axis (SD1, SD2, SD3, ..., SDn-1, SDn) are upper and lower frames 320, 310) each of the fabric wrinkle forming apparatus, characterized in that the staggered arrangement. The method according to claim 2, Wrinkle forming wheel (WH) is that the wrinkle forming wheel (WH) coupled to the upper and lower shafts are installed to partially overlap the upper, lower and left and right to continuously form the wrinkles in the fabric passing through the wrinkle forming machine 300 Fabric wrinkle forming apparatus characterized in that. The method according to claim 2, The upper frame 320 is supported by the front and rear guide frames 330a and 330b having the guide block 334 and the bracket 333, and the guide block 334 and the bracket 333 are attached to the main frame MF. The guide rods 331 and the screw shaft 332 are vertically spaced apart from each other is coupled to the fabric wrinkle forming apparatus, characterized in that the upper frame 320 is configured to be lifted up and down. The method according to claim 4, The screw shaft 332 to which the upper frame 320 is coupled is fastened with nuts N fastened to the upper and lower sides of the upper frame 320, and the height of the upper frame 320 is adjusted by the nuts N. Fabric wrinkle forming apparatus, characterized in that. The method according to claim 1, The fabric spreading unit 200 is provided with a pair of front and rear spreading rollers 201 and 202 spaced apart at predetermined intervals so that the spiral protrusion 203 is provided so as to be spread out toward the front and the outside of the conveying direction. , Wrinkle roller forming apparatus characterized in that consisting of a pressure roller 204 is located at the top between the spreading rollers (201, 202) pressing the fabric to the upper surface of the spreading rollers (201, 202). The method according to claim 1, The setting unit 400 is composed of a setting guide belt 450 and the heating roller 410, the setting guide belt 450 and the front and rear rollers 420, 430 are located in front and rear of the heating roller 410 , Wrapped around the tension control roller 440 located below the heating roller 410 and is installed in contact with the lower surface of the heating roller 410 to guide the pseudo molded wrinkles to the heating roller 410 to completely set the pseudo molded wrinkles Fabric wrinkle forming apparatus, characterized in that consisting of heat-resistant elastic material. The method according to claim 1, The cooling unit 500 is provided with a blowing fan 520 is installed in the lower inner side of the rectangular cylinder 540 of the upper and lower strait in which the feed roller 520 is installed, to prevent the flying of the corrugated fabric passed over the feed roller 520. The upper portion between the transfer rollers 520, the pressing roller 530, characterized in that the cloth wrinkle forming apparatus is installed. From the fabric supply device including a fabric support roller that supports the fabric to be molded in the form of a roll wound on the branch pipe, the fabric is supplied to the fabric by the wrinkle molding machine by supplying the fabric to be molded by the wrinkle molding machine at a predetermined speed. In the fabric wrinkle forming apparatus for setting the wrinkles in the setting machine to rewind the fabric in which the wrinkles are molded to form a wrinkled fabric, Wrinkle molding machine is arranged with the upper and lower shafts are combined with the upper and lower shafts combined with the wrinkle forming wheel (WH), the wrinkle forming wheel is gradually arranged in the direction that the fabric is transported, the wrinkle forming wheel (WH) is up and down and The fabric wrinkle forming apparatus, characterized in that the wrinkle is formed on the fabric as the fabric is arranged to overlap the left and right, and the fabric passes between the top and bottom fold forming wheel (WH).

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