KR200415612Y1 - Manufacturing apparatus for fabric sticking metallic powder - Google Patents

Abstract

The present invention relates to a glitter fabric manufacturing apparatus, and more particularly, a table, a first fabric supply unit for supplying the first fabric, a glitter supply unit for supplying glitter formed integrally with the hot melt on the first fabric, glitter is A second fabric supply part for supplying a second fabric so as to be superimposed on the coated first fabric, and partially pressurizing the superimposed first fabric and the second fabric through the unevenness of the relief roller, and simultaneously apply heat to the pressurized portion A glitter attachment part attached to the glittering first fabric applied directly on the first fabric while the hot melt is melted, and attached to the glittering second fabric applied to be turned upside down, and the first fabric and the second fabric attached to the glitter It is configured to include a fabric collection unit for collecting each.

The present invention configured as described above is capable of automatically manufacturing and mass-producing glitter fabric with a partly attached glitter, and also has the effect of freely replacing the embossed roller to manufacture glitter fabric of various designs. .

Table, fabric, glitter, supply, embossed roller

Description

Manufacturing apparatus for fabric sticking metallic powder

1 is a side view showing a glitter fabric manufacturing apparatus according to the present invention.

Figure 2 is a cross-sectional view for explaining an example of the metallic powder supply means used in the present invention.

3 is a view showing for explaining another example of the metallic powder supply means used in the present invention.

Figure 4 is a view showing for explaining another example of the metallic powder supply means used in the present invention.

Figure 5 is a side view showing another embodiment of the collecting unit used in the present invention.

Figure 6 is a side view showing another embodiment of a glitter fabric manufacturing apparatus according to the present invention.

Figure 7 is a side view showing another embodiment of a glitter fabric manufacturing apparatus according to the present invention.

◎ Explanation of symbols for main part of drawing

10: Table 20: Tray

100: first sheet roll 110: the first tension control roller

210: drum 212: insertion groove

220: hopper 222: inlet

224: outlet 226: lower portion

230: hopper 240: feed guide plate

250: vibrator 260: hopper

270: injector 272: inlet

274: fan 276: nozzle

280: drive means 300: conveyor belt

310: drive motor 320: drive roller

330: driven roller 400: second sheet roll

410: the second tension adjusting roller 500: embossed row roller

502: unevenness 504: heater

510: housing 520: cylinder

522: piston rod 600: heat roller

700: brush roller 800: the first winding roller

810: second winding roller 820: fabric laminating apparatus

900: third fabric supply container 910: holding rod

F1: 1st fabric F2: 2nd fabric

F3: 3rd fabric GR: guide roller

S: glitter

The present invention relates to a glitter fabric manufacturing apparatus, and more specifically, by using the uneven portion of the embossed heat roller to apply a partial pressure and heat to the fabric coated with glitter so that the glitter can be partially attached to the fabric It relates to a glitter fabric manufacturing apparatus.

In general, it reflects the light rays applied from the outside to show a brilliant visual effect, and is often used for decorative pattern molding of stationery, decorative pattern molding of accessories, or to decorate various fabrics, clothing, bags, hats and the like.

On the other hand, Korean Patent No. 492136 discloses an apparatus for producing a film with a metallic powder is registered and filed by the applicant.

In view of this, the apparatus for manufacturing a film with metallic powder is provided by spraying metallic powder onto a film and an adhesive supply unit for supplying an adhesive to a film to be fabric, and a film coated with an adhesive through a film and an adhesive supply unit. A metallic powder supply part, a heat drying part for heating and drying the metallic powder attached on the film by an adhesive, a film winding part for winding the film with the metallic powder dried by the heat drying part, a film and an adhesive supply part And a metallic powder supply unit and a control unit for controlling the heating drying unit and the film winding unit, respectively.

The conventional metallic powder-attached film manufacturing apparatus configured as described above adheres the metallic powder in such a manner that the adhesive is applied to the film (or fabric) as a whole and the metallic powder (shiny) is sprayed to dry, so that the metallic powder is applied to the film as a whole. There is no choice but to attach, and therefore, there is a problem in that a glitter or a partially attached film or fabric cannot be manufactured.

That is, according to the design, when the glitter is not attached to the film or the fabric as a whole, but to express the partially attached design, there is a problem that such a design cannot be produced.

The present invention has been devised to solve the various problems as described above, the purpose of the various designs by attaching the glitter with a hot melt integrally formed on one surface to the fabric or film partly according to the design using an embossed roller It is to provide a shiny fabric manufacturing apparatus to produce a fabric or film.

Another object of the present invention is to provide a glitter fabric manufacturing apparatus that can be partially supplied when supplying glitter on the fabric or film to produce a variety of designs.

Glitter fabric manufacturing apparatus according to the present invention for achieving the above object is a table; A first fabric supply unit for supplying a first fabric to be transported along a conveyor provided on the table; A glitter supply unit installed on the table to supply glitter which is integrally formed with a hot melt on the first fabric; A second fabric supply part for supplying a second fabric so as to be superimposed on the first fabric coated with glitter through a plurality of guide rollers installed on the table; Partially pressurized the overlapped first and second fabrics through the unevenness of the embossed roller, and at the same time, heat the pressurized portion, and the hot melt is melted and attached to the shiny first fabric applied directly on the first fabric. A glitter attachment portion to be attached to the glittering second fabric that is applied upside down; And it is characterized in that it comprises a fabric collecting unit for collecting the first fabric and the second fabric is attached glitter.

Here, the glitter supply unit is rotatably installed on the fabric to be transported, the outer peripheral surface of the drum is formed with a plurality of insertion grooves in a plurality of spaced intervals, and the inlet is formed in the glitter is inserted in the upper portion and the outlet is formed in the lower portion The outlet may have an arc shape to be installed in close contact with a portion of the outer circumferential surface of the drum, and the lower end of the outlet may include a hopper installed to be positioned in close proximity to the fabric.

In addition, the glitter supply unit is formed with an inlet for the input of the glitter is formed in the upper hopper and the discharge port formed in the lower, the transfer guide plate for supplying onto the fabric by adjusting the amount of glitter discharged by the vibration installed in the outlet of the hopper and It characterized in that it comprises a vibrator for conveying the forward movement of the glitter by vibrating the feed guide plate.

In addition, the glitter supply portion is formed with an inlet for the input of the glitter is formed in the upper portion, the hopper is formed in the lower portion, the inlet is formed in the inlet to be guided by the glitter discharged from the hopper, the inside is rotatably installed in the drive means The fan is provided, characterized in that it comprises an injector is formed on one side of the injection port is sprayed glitter is injected through the inlet by the rotational force of the fan.

And a pair of heat rollers that apply heat and press again so that the glitter attached to the fabric can be securely attached between the glitter attachment portion and the fabric collection unit, and a brush for removing the glitter that comes with the fabric It is characterized in that the roller is additionally installed.

The object of the present invention described above will become more apparent from the preferred embodiment of the present invention described below with reference to the accompanying drawings.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. 1 is a side view showing a shiny fabric manufacturing apparatus according to the present invention, Figure 2 is a cross-sectional view for explaining an example of the metallic powder supply means used in the present invention, Figures 3 and 4 are used in the present invention Figure 5 is a view showing to explain another example of the metallic powder supply means, Figure 5 is a side view showing another embodiment of the collector used in the present invention.

Referring to Figure 1, the manufacturing apparatus according to the present invention is provided with a table 10 is installed all the components described later, on this table 10 is installed to drive a conveyor for conveying the fabric along the longitudinal direction .

The conveyor is driven roller 320 driven by the drive motor 310, the driven roller 330 is installed at a predetermined distance from the drive roller 320, and a part is wound around the drive roller 320 is mounted and the other part Is wound around the driven roller 330 and is driven by the rotational force of the driving roller 320 along the driving roller 320 and the driven roller 330, and the driving roller 320 and the driven roller Installed between the 330 is configured to include a plurality of guide rollers (GR) for guiding the conveyor belt 300 not to be struck downward.

Next, on the table 10, a first far end supply unit for supplying the first far end F1 to be transported along the conveyor belt 300 is provided. The first fabric feed part is composed of a first fabric roll 100 in which the first fabric F1 is wound in a roll shape, and the first fabric roll 100 is rotatably installed on the table 10 to provide a first fabric. The fabric F1 is installed to be transported along the conveyor belt 300 while being unwound. The first tension roller 110 is installed between the first fabric roll 100 and the conveyor belt 300 so that the tension of the first fabric F1 supplied and supplied is maintained to be tight. On the other hand, in the present embodiment, although the first fabric feed portion is composed of the first raw roll 100, it may also be composed of the first fabric feed cylinder 102 (see Fig. 7).

Next, on the first fabric (F1) is provided a glitter supply unit for supplying glitter (S) formed integrally with the hot melt. Here, the glitter supply unit may be configured in various ways if the glitter can be constantly supplied on the fabric.

For example, as shown in FIG. 2, the glitter supply unit is rotatably installed by receiving the power of the motor 211 on the conveyed fabric, and is inserted into the groove 212 at a plurality of places at predetermined intervals on the outer circumferential surface thereof. The formed drum 210 and the inlet 222 is formed in the glitter is formed on the top and the outlet 224 is formed at the bottom, the outlet 224 has an arc shape to be installed in close contact with a portion of the outer peripheral surface of the drum 210 And, the lower end 226 of the outlet 224 may be composed of a hopper 220 installed to be disposed in a position close to the fabric. By this configuration, when the glitter (S) is supplied to the hopper 220, the glitter (S) is inserted into the insertion groove 212 of the drum 210, when the drum 210 is rotated of the hopper 220 Only the glitter received in the insertion groove 212 exposed to the outside through the lower portion 226 is dropped onto the fabric. That is, according to the shape and position of the insertion groove 212 formed in the drum 210, it is possible to partially supply the glitter to the places on the fabric, and in some cases to adjust the interval between the drum and the hopper as a whole It would also be possible. Here, the drum 210 may be installed to be freely replaceable.

In addition, as shown in Figure 3, the glitter supply unit is formed in the hopper 230 and the discharge port formed with a discharge port is formed in the upper glitter (S) at the top, the discharge port of the hopper 230 is discharged by vibration Consists of a conveying guide plate 240 for supplying onto the fabric by adjusting the amount of glitter that is, and a vibrator 250 for vibrating the conveying guide plate 240 to advance the glitter, the glitter is supplied through the vibration May be In this case, the transfer guide plate 240 may be configured in one direction, but it may be preferable to configure the front and rear, that is, in both directions as shown.

In addition, as shown in FIG. 4, the glitter supply unit is formed with an inlet through which glitter is introduced, and a hopper 260 having an outlet formed therein, and an inlet 272 through which glitter is discharged from the hopper 260. Is formed in a portion, the inside is provided with a fan 274 rotatably installed in the drive means 280, one side is formed with the injection hole 276 is injected through the inlet by the rotational force of the fan 274 injection Consists of an injector 270, glitter may be configured to be supplied through an injection method. Here, the driving means 280 may be applied to any technique as long as it can rotate the fan 274, and thus detailed description thereof will be omitted.

Here, each of the above-described glitter supply unit may be individually applied to the manufacturing apparatus according to the present invention, may be applied to be installed together (see FIG. 7).

Next, on the table 10, a second fabric feed part for supplying the second fabric F2 is stacked on the first fabric F1 coated with glitter. The second fabric feed part is composed of a second fabric roll 400 in which the second fabric F2 is wound in a roll shape, and the second fabric roll 400 is rotatably installed on the table 10. The second raw material F2 is unrolled along the guide rollers GR, and is transported so as to be overlapped with the first raw material F1 at the driving roller 320 of the conveyor. And the tension of the 2nd fabric F2 supplied with the 2nd tension control roller 410 is installed between the 2nd fabrication roll 400 and the guide roller GR, and it is comprised so that it may be kept taut.

Next, on the table 10 is provided with a glitter attachment portion that partially pressurizes the nested first fabric F1 and the second fabric F2 and simultaneously applies heat to melt the hot melt and attach glitter to the fabric. Glitter attachment is implemented through the embossed roller 500, the embossed roller 500 is installed in engagement with the drive roller 320 of the conveyor. And the convex and concave 502 is formed on the outer circumferential surface of the embossed row roller 500, the heater 504 is installed inside is configured to have heat as a whole. Accordingly, the uneven portion 502 presses the fabric, and heat is applied only to the shiny portion on the fabric of the portion to which the uneven portion 502 is pressed, so that the glitter is partially attached to the fabric. In particular, since the first fabric F1 and the second fabric F2 are overlapped with the glitter S interposed therebetween, the first fabric F1 is partially heated by the embossed roller 500. Glitter S applied straight onto is attached to the first fabric F1 and glitter G applied upside down is attached to the second fabric F2. Here, the embossed row roller 500 is installed so that both ends are supported by a pair of housing 510 is replaceable, the housing 510 is connected to the piston rod 522 of the cylinder 520 is installed vertically By the expansion and contraction action of the piston rod 522 is configured to be movable in the vertical direction. That is, when replacing the embossed roller 500 to another design, the raised roller 500 is lifted upward through the housing 510 and then replaced. On the other hand, the tray 20 for collecting the glitter falling down without being attached to the fabric is attached to the lower portion of the glitter attachment.

Next, on the table 10, a fabric collecting part collecting the first fabric F1 and the second fabric F2, to which the glitter S is partially attached, is provided. The original fabric collecting unit includes a first winding roller 800 and a second winding roller 810 rotatably installed on the table 10 so that the first fabric F1 and the second fabric F2 are respectively wound and collected. ) On the other hand, although the winding roller was used as the fabric collecting unit in this embodiment, as shown in FIG. 5, the fabric laminating apparatus 820 commonly referred to in the art as a fabric may be used. That is, the fabric laminating apparatus 820 may be used to guide the fabric with the glitter to be stacked in a zigzag manner instead of being wound in a roll shape. Of course, the fabric laminating apparatus 820 is to stack the fabric while the guider 822 reciprocates from side to side by the cam principle, and since the technique is known, a detailed description of the configuration and operation principle will be omitted. do.

Next, a pair of heat rollers 600 are provided between the glitter attachment part and the fabric collection part to apply heat while pressing the once again to ensure that the glitter attached to the fabric is reliably attached. It is installed to be guided through 600). Here, the heat roller 600 is configured such that the heater 610 is installed therein so as to be heated by the conductive heat. And although not attached, the brush roller 700 is installed between the heat roller 600 and the fabric collection unit to remove the glitter that comes with the static electricity on the fabric, the fabric passed through the heat roller 600 is brush Passed through the roller 700 is installed to be guided to the fabric collection unit.

Now, the operation and effect of the present invention configured as described will be described.

The first fabric F1 supplied through the first fabric roll 100 is guided flat along the conveyor, and the glitter S is applied on the first fabric F1 to be transported through the glitter supply means. At this time, the glitter supply means may be applied by pushing the glitter as shown in Figure 2, as shown in Figure 3 may be applied in a way to transport the glitter by vibrating, as shown in Figure 4 It may be applied by spraying as shown, and these devices may be used individually or in combination.

As described above, the first fabric F1 coated with the glitter S has a gap between the second fabric F2 and the glitter S supplied through the second fabric roll 400 before entering the relief roller 500. Leave on and guide each other superimposed. Then, the nested first fabric F1 and the second fabric F2 are embossed with the heat roller 500 while being cooperatively pressed together with the driving roller 320. Of course, the irregularities 502 protruding from the embossed row roller 500 directly presses the fabric by pressing the fabric, and heat is applied only to the irregularities 502 so that the glitter S is partially attached to the fabric. . At this time, the present invention can be applied to the embossed roller roller 500 having a variety of designs because it is possible to replace the embossed roller roller 500, the glitter is differently attached according to the embossed roller roller 500 is applied It will be possible to produce fabrics of various designs.

As described above, the first fabric F1 and the second fabric F2 to which the glitter S is partially attached are pressurized with heat once again so that the glitter can be securely attached while passing between the pair of heat rollers 600. Glitters that are not attached while passing between the brush rollers 700 are finally separated from the fabric.

In this way, the first fabric F1 finished up to the brush work is wound and collected by the first winding roller 800, and the second fabric F2 is wound and collected by the second winding roller 810. Of course, the method of collecting the fabric may be collected by being stacked in a zigzag using the fabric laminating apparatus 820 as shown in FIG.

On the other hand, Figure 6 shows another embodiment of the present invention, when only different points compared to the above-described embodiment is as follows.

This embodiment relates to a manufacturing apparatus omitting the second fabric supply unit in the fabric manufacturing apparatus according to the embodiment described above. In other words, the present embodiment is to apply the glitter (S) on one fabric supplied from the fabric supply roll 100 and transported along the conveyor and to supply the partial pressure and heat through the embossed heat roller 500 directly to the glitter The present invention relates to a manufacturing apparatus for partially attaching glitter (S) on a fabric, and such manufacturing apparatus may be included in the scope of the present invention. Of course, since the description and operation effects of the specific components according to the present embodiment will be referred to the above-described embodiment, a detailed description thereof will be omitted.

On the other hand, Figure 7 shows another embodiment of the present invention, when only different points compared to the above-described embodiment is as follows.

The present embodiment is different from the above embodiment in that the third fabrication unit is installed together with the first fabrication unit and the second fabrication unit. That is, the first fabric feeder is installed such that the first fabric F1 supplied through the first fabric feed cylinder 102 is transferred along the conveyor belt 300, and the second fabric feeder is provided with the second fabric roll 400. The second fabric F2 supplied through the second fabric F2 is installed to overlap with the first fabric F1 at the driving roller 320 of the conveyor, and the second fabric supply part is supplied through the third fabric supply cylinder 900. Three fabrics (F3) is guided to the upper portion of the conveyor belt 300 by a plurality of guide rollers (GR) installed on the holding rod 910 to be superimposed with the first fabric (F1) in the drive roller 320 of the conveyor. Is installed. As described above, the present embodiment is configured such that any one of the second fabric F2 or the third fabric F3 is selectively overlapped with the first fabric F1, which is the second fabric F2 or the third fabric. When any one of fabrics (F3) is consumed, the remaining fabrics are continuously supplied so that the work is continuously performed. Of course, in some cases, the three fabrics may be operated to overlap three layers. In addition, in the present embodiment, the glitter supply unit (refer to the description of the above embodiment) illustrated in FIGS. 2, 3, and 4 is entirely installed on the conveyor belt 300. That is, by installing each of the above-described glitter supply unit together to operate only the necessary glitter supply unit is configured to apply a variety of glitter supply method. In addition, in the present embodiment, the fabric stacking unit 820, which is commonly referred to in the industry as a fabric collection unit, is installed. Of course, although only one representative is shown in the drawings, it will be possible to install two or more corresponding to each fabric. In addition to the description of the remaining components are described in the above-described embodiment, its detailed description and the resulting effects will be omitted.

On the other hand, in the above-described embodiment has been described on the basis of the shiny fabric, the present invention is equally applicable to the shiny film, shiny sheet, etc., it can be said that such a film or sheet belongs to the scope of the present invention.

As described above, the present invention is not only possible to automatically manufacture and mass-produce glitter fabrics partially attached with glitters with a certain design, but also to freely replace the embossed rollers to produce glitter fabrics of various designs. There is.

As described above, the present invention has been illustrated and described in connection with specific embodiments, but it is understood that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone who owns it can easily find out.

Claims (10)

table; A first fabric supply unit for supplying a first fabric to be transported along a conveyor provided on the table; A glitter supply unit installed on the table to supply glitter with integrally formed hot melt on the first fabric; A second fabric supply unit for supplying a second fabric so as to be superimposed on the first fabric coated with glitter through a plurality of guide rollers installed on the table; The overlapped first fabric and the second fabric are partially pressurized through the unevenness of the embossed heat roller, and at the same time, the heat is applied to the pressurized portion, and the hot melt is attached to the shiny first fabric applied straight onto the first fabric. And a glitter attachment portion to be attached to the glittering second fabric that is applied upside down; And Glitter fabric manufacturing apparatus characterized in that it comprises a fabric collecting unit for collecting the first and second fabrics attached to the glitter. The method of claim 1, The glitter supplier A drum rotatably installed on the fabric to be conveyed, the drum having an insertion groove formed in a plurality of places at predetermined intervals on an outer circumferential surface thereof, The inlet is formed in the top is glittering inlet is formed and the outlet is formed in the lower, the outlet has an arc shape to be installed in close contact with a portion of the outer peripheral surface of the drum, the lower end of the outlet includes a hopper installed to be placed in close proximity to the fabric Glitter fabric manufacturing apparatus characterized in that configured to. The method of claim 1, The glitter supply unit The hopper is formed in the top of the inlet and the outlet is formed in the outlet, A transfer guide plate installed at an outlet of the hopper and supplying onto a fabric by adjusting the amount of glitter discharged by vibration; Glitter fabric manufacturing apparatus characterized in that it comprises a vibrator for forwarding the conveying guide plate by vibrating the conveying guide plate. The method of claim 1, The glitter supplier The hopper is formed with an inlet for the glitter is injected into the upper portion and the outlet formed in the lower portion, The inlet port is guided by the glitter discharged from the hopper is formed in a portion, there is provided a fan rotatably installed in the drive means, one side is formed with a spraying hole for spraying the glitter is injected through the inlet by the rotational force of the fan Glitter fabric manufacturing apparatus characterized in that it comprises a spray. The method according to any one of claims 1 to 4, The fabric collection unit is a glitter fabric manufacturing apparatus, characterized in that the winding roller is wound around the fabric is attached to the glitter. The method according to any one of claims 1 to 4, The fabric collecting unit is a glitter fabric manufacturing apparatus, characterized in that the fabric laminating apparatus to guide the fabric with the glitter is superimposed in a zigzag manner. The method according to any one of claims 1 to 4, Between the glitter attachment part and the fabric collection part, a pair of heat rollers apply heat and press again so that the glitter attached to the fabric can be securely attached, and a brush roller to remove the glitter that comes with the fabric. Glitter fabric manufacturing apparatus characterized in that the additional installation. table; A fabric supply unit for supplying fabric to be transported along a conveyor provided on the table; A glitter supply unit installed on the table to supply glitter with integrally formed hot melt on a fabric; A glitter attachment part which partially presses the fabric through the unevenness of the embossed heat roller and simultaneously heats the pressurized part to melt the hot melt and attach the glitter partly to the fabric; And Glitter fabric manufacturing apparatus characterized in that it comprises a fabric collection unit for collecting the fabric is attached to each glitter. table; A first fabric supply unit for supplying a first fabric to be transported along a conveyor provided on the table; A glitter supply unit installed on the table to supply glitter with integrally formed hot melt on the first fabric; A second fabric supply unit for supplying a second fabric so as to be superimposed on the first fabric coated with glitter through a plurality of guide rollers installed on the table; A third fabric supplier configured to be guided through a plurality of guide rollers at the upper portion of the table and to be transported in parallel with the conveyor and to supply a third fabric to be superimposed on the first fabric; The overlapped first and second fabrics or the first and third fabrics are partially pressurized through the unevenness of the embossed roller, and at the same time, the heat is applied to the pressurized portion and applied directly onto the first fabric while the hot melt is melted. A glitter attachment part attached to the first shiny first fabric and attached to the second shiny or shiny second fabric; And Glitter fabric manufacturing apparatus characterized in that it comprises a fabric collection unit for collecting the fabric is attached to each glitter. In the apparatus for producing a glitter attached fabric by applying and applying glitter on the fabric transported along the table, Means for supplying glitter on the fabric A drum rotatably installed on the fabric, the drum having an insertion groove formed in a plurality of places at predetermined intervals on an outer circumferential surface thereof; An inlet is formed in the upper part of the inlet and the outlet is formed in the lower, the outlet has an arc shape to be installed in close contact with a portion of the outer peripheral surface of the drum, the lower end of the outlet is a hopper installed in a position close to the fabric Consist of Glitter fabric manufacturing apparatus, characterized in that configured to supply a part of the glitter on the conveyed fabric.

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