KR20060094607A - Silicone applicator with silicone nozzle - Google Patents

Abstract

The present invention is aligned to the product supply stand of the textiles to be supplied with the products of the textiles, is supplied to the conveyor of the track, so that the silicone is coated on the products of the textiles through the silicone coating unit and the dryer to the application of the textiles The product is guided to the conveyor and the liquid silicone ejected through the spray nozzle body is continuously applied to the coating unit so that various patterns can be applied, thereby further increasing the productivity of the silicone coating. The present invention relates to a silicone applicator equipped with a silicone nozzle that can significantly reduce costs by improving workability of setting equipment for coating. The silicone applicator 110 and the dryer 120 are arranged to form the silicone applicator 110. Of the caterpillar that allows the product 10 of fabrics to run on the In the silicone applicator in which the bayer belt 200 is installed, the injection nozzle body 300 is mounted in the fixing frame 500 to the application unit 110 so as to move left and right and move up and down, and the injection nozzle body 300 is The compounded silicone liquid 30 can be supplied, and can be ejected through the replaceable nozzle 310, and the injection nozzle body 300 is mounted to the injection nozzle body fixed carriage 400, The horizontal holding member 510 and the vertical holding member 520 are formed to be movable left and right, and the silicon nozzles 320 and 320 are connected to the injection nozzle body 300 so that the compounded silicone liquid is supplied. In addition, the silicone coating unit 20 is continuously formed in a product of the fabrics molded by the silicone applicator equipped with the silicone nozzle.

Description

Silicone printing machine for silicon nozzle {Silicone printing machine for silicone nozzle}

1 is a schematic diagram of a silicone applicator of the present invention,

2 is a perspective view of a silicone applicator equipped with a silicon nozzle of the present invention;

3 is an enlarged perspective view of an applicator of a silicon applicator equipped with a silicon nozzle of the present invention;

4 is an exploded perspective view of an injection nozzle body of a silicon applicator equipped with a silicon nozzle of the present invention;

5 is a schematic view of an example of mounting the jet nozzle body of the present invention;

6 is an enlarged perspective view of main parts of another embodiment of an applicator of a silicone applicator equipped with a silicone nozzle of the present invention;

7 is a cross-sectional view of the silicon nozzle of the present invention;

8 is an exemplary view of a coating pattern by a silicon nozzle of the present invention;

9 is a schematic view of the compounding silicon of the present invention,

10A, B, and C are enlarged perspective views and front views of main parts of another embodiment of an applicator of a silicone applicator equipped with a silicone nozzle of the present invention;

11A and 11B are perspective views of another embodiment of the jet nozzle body of the present invention;

12 is a longitudinal sectional view of another embodiment of the spray nozzle body of the present invention;

FIG. 13 is a longitudinal sectional view of an example in which an applicator is applied to a product of the fabric in FIG. 12; FIG.

Explanation of symbols on the main parts of the drawings

10: product of the textiles 20: coating portion

30: compounded silicone liquid 100: silicone applicator

110: coating unit 120: dryer

200: conveyor belt 210: conveyor roller

220: conveyor driving roll 300: injection nozzle body

310: nozzle 320: silicon supply hose

350: coating molding groove 360: nipple

370: screw hole 400: jet nozzle body fixing carriage

500: fixed frame 510: horizontal holding member

520: vertical holding member 600: compounded silicone barrel

The present invention relates to a silicone applicator for continuously applying and protruding a coating of a certain thickness of silicone to the product of the textile, more specifically aligned to the product supply stand of the textile so that the product of the textile to be applied is supplied It is supplied to the conveyor of the track, so that the silicone is coated on the product of the fabric via the silicone coating unit and the dryer to apply the product of the textile run to the conveyor guided by the liquid sprayed through the spray nozzle body By allowing the silicon to be applied continuously, it is possible to apply a variety of patterns, so that the productivity of the silicon coating can be further increased, and the silicon nozzle which can greatly reduce the cost by improving the workability of setting equipment for the application of the desired design On mounted silicone applicator will be.

In general, silicone coating is applied so that various trademarks, trade names or unique symbols and characters are clearly projected without spreading on fabrics, preventing erasing or discoloration due to washing, and having a three-dimensional expression to create a unique advertising effect. Also get.

In the conventional silicone coating, the screen printing plate of the silk screen is fixed to the printing machine like the silk printing, and the fabric tape is disposed below the screen printing plate, and the silicon having a predetermined viscosity spreading the predetermined viscosity with the single color desired by the user is spread on the upper surface of the printing plate. When the press is slid to the upper surface of the screen printing plate, the silicon is passed through the screen printing plate to be printed on the upper surface of the fabric tape in the letter or shape engraved on the screen printing plate. In addition, since the printed fabric tape is not dried in the silicon state to move to a separate dryer to dry the silicon to complete the printing.

However, since the printing of the silicon is performed by applying silicon on one screen printing plate and pressing the pressing machine, it is impossible to print more than two colors at a time, and the silicon printed on the upper surface of the fabric tape is dried. Previously, because of maintaining fluidity and viscosity, it was not easy to duplicate print on the upper surface of the printed fabric tape.

Because of this, silicon printing was conventionally printed in a single color, and thus the use effect was limited.

In order to solve the above problems, a plurality of printing machines and dryers to which the screen printing plate is attached and detached are installed in conjunction with a conveyor conveying device in which the fabric tape is automatically transferred so that the printing machine and the dryer can print and dry by automatic control. It is known to enable printing of various colors of silicon as a result.

In the above example, a plurality of fabric tape fabrics are supplied to the front end of the conveyor conveying apparatus at regular intervals, and a fabric feeding apparatus for feeding and feeding the plurality of fabric tapes at a predetermined interval above the conveyor conveying apparatus is movable up and down. A printing apparatus for attaching the screen printing plate attached to the upper surface of the fabric tapes conveyed along the conveyor belt in the fabric supply device, and at a predetermined distance from the upper side of the conveyor belt at each device side of the plurality of printing apparatuses. It is provided with a drying apparatus that is movable up and down to perform the printed silicone drying of the fabric tape conveyed along the conveyor belt.

In the printing apparatus, a screen printing plate may be mounted, and the screen printing should be designed according to an application unit to produce a screen.

In addition, although the workability has been improved to some extent by the automatic printing machine compared with the related art, the screen should be manufactured according to the desired coating part, and also the printing method of applying silicone on the upper surface of one screen printing plate and compressing and moving the pressing machine cannot be avoided. Since the operator puts the silicone liquid and monitors the screen printing and checks the application of the liquid silicone, the workability is inferior and various application parts work or replacement of the application parts from the printing machine is not smooth. Due to the decrease in productivity there is a problem that the production competitiveness falls.

In addition, in the case where printing is to be performed so that the printing of the character and the application portion of the silicon printing is performed continuously, since it must be done one by one through the screen printing described above, there is a problem that printability is greatly reduced.

The present invention has been made to solve the above problems, and an object of the present invention is to allow the silicone liquid to be ejected by the injection nozzle body in a plurality of rows of bands to be applied. In addition, it is an object that the silicone liquid ejected by the injection nozzle can be applied to the product of the fabric in a variety of patterns. In addition, the injection nozzle is connected to the compounding silicon so that the liquid can be ejected at a constant pressure. In addition, an object of the present invention is the injection nozzle is formed in the injection nozzle body fixed carriage is formed to be left or right or can be elevated. The injection nozzle body fixing carriage is guided to the horizontal holding member and the vertical holding member for the purpose of being formed to be left or right or liftable. The injection nozzle is connected to the silicon supply hose is aimed to be able to supply the silicon liquid. In addition, an object of the present invention is to form a coating molding groove in the spray nozzle body so that the silicone is ejected and molded on the product of the fabric according to the shape of the coating portion to be applied to the fabric.

According to the present invention, a silicone applicator and a dryer are formed in an array, and a silicone applicator having an endless orbit conveyor belt configured to run a product of fabrics on the silicon applicator and the dryer, wherein the spray nozzle body is fixed to the applicator. It is mounted inside, and is formed to be able to move left and right, and the injection nozzle body is to be supplied with the compounding silicone liquid, it is a basic feature that can be ejected through a replaceable nozzle.

In addition, the injection nozzle body of the present invention is mounted on the injection nozzle body fixing carriage, and is formed to be movable left and right by the horizontal holding member and the vertical holding member, and the injection nozzle body of the present invention is made of silicon The supply hoses are connected to supply the compounded silicone liquid.

In addition, the silicone coating unit is continuously formed in a product of the fabrics molded by the silicone applicator equipped with the silicon nozzle of the present invention.

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic diagram of a silicone applicator of the present invention, and FIG. 2 is a perspective view of a silicone applicator equipped with a silicone nozzle of the present invention, and FIG. 3 is a coating part of a silicone applicator equipped with a silicon nozzle of the present invention. 4 is an enlarged perspective view, and FIG. 4 is an exploded perspective view of the nozzle body of the silicone applicator to which the silicon nozzle of the present invention is mounted. FIG. 5 is a schematic view of a mounting example of the silicon nozzle of the present invention, and FIG. 7 is an enlarged perspective view of a main portion of another embodiment of an application part of a silicone applicator equipped with a silicon nozzle, and FIG. 7 is a cross-sectional view illustrating a silicon nozzle of the present invention, and FIG. 8 is an illustration of an application pattern by a silicon nozzle of the present invention. 9 is a schematic view of the compounding silicone of the present invention, and FIGS. 10A, B and C are enlarged parts of other embodiments of the coating part of the silicone applicator equipped with the silicon nozzle of the present invention. 11A and B are perspective views of another embodiment of the spray nozzle body of the present invention, and FIG. 12 is a longitudinal cross-sectional view of another embodiment of the spray nozzle body of the present invention, and FIG. The longitudinal cross-sectional view of the example in which the coating part was apply | coated to the product of the product.

In the silicon applicator 100 of the present invention, the conveyor belt 200 of the endless track as shown in FIG. 1 is capable of traveling in the endless track to the conveyor roller 210 and the conveyor driving rollers 220, and the conveyor The conveyor driving roll 220 of the belt 200 is capable of traveling at a constant speed by a driving source (not shown).

In addition, the conveyor belt 200 is a product of fabrics that are mounted on the conveyor belt 200, the coating unit 110, the dryer 120 and the coating driving device 130 necessary for the application of the silicon is arranged on the driving path. Application | coating to (10) is carried out.

As shown in FIG. 2, the article 10 of the fabric to be applied is guided to the supply table 101, and the article 10 of the fabric to be guided to the supply table 101 is installed on a flat surface 102. And guided to the rollers are to be introduced to the conveyor belt (200). The band 10 is supplied to the supply table 101 and a series of running guided to the guide 102 and the band holding rollers 103 is performed according to the traveling of the conveyor belt 200.

The driving of the conveyor belt 200 is driven by a driving wheel 104 driven by a driving source (not shown) in FIG. 5, and the driving wheel 104 includes a belt 105. Follower wheels 106 connected to each other are configured to drive.

Thus, the article of fabric 10 running on the conveyor belt 200 is guided to the guide roll 108 and the push rolls 109 and subsequently driven by the driven wheel 106. Guided to and extracted to the outside.

To allow the original textile product 10 to run on the conveyor belt 200, the guide roller 108, the pressing roll 109 and the driven rollers 107, the textile product 10 to be applied is applied. It is set by the conveyor belt 200, and also by a series of setting means such as to drive in the guide roll 108, the pressing roll 109 and the driven roller 107, and once the conveyor belt ( The product 10 of the fabric set in the 200 is driven at a set speed under the control of the controller, and also the other applicator, the dryer, the applicator and the like are driven according to the set timing of the controller.

The product 10 of the fabrics that are mounted on the conveyor belt 200 and travels is coated with silicone in the applicator 110 in FIG. 1 and immediately dried in the dryer 120, and the fabrics passed through the dryer 120. Product 10 is to be extracted through the extraction unit.

The applicator 110 and the dryer 120 may be additionally used according to the number of applicators and colors applied to the fabric product 10.

Particularly, in the present invention, the injection nozzle body 300 is mounted in the fixing frame 500 so as to be movable left and right and lifts up and down, and the injection nozzle body 300 is supplied with the compounding silicone liquid 30. To be ejected through the replaceable nozzle 310.

In addition, the injection nozzle body 300 of the present invention is mounted on the injection nozzle body fixing carriage 400, as shown in Figure 5, and moved left and right by the horizontal holding member 510 and the vertical holding member 520 and It is formed to be liftable and can be fixed to a setting. The injection nozzle body fixing carriage 400 may be automatically controlled by a controller (not shown).

In addition, the injection nozzle body 300 is connected to the silicon supply hose 320 as shown in Fig. 3 and 4, the silicon supply hose 320 is connected to the compounding silicon cylinder 600 as shown in FIG. To be supplied to the injection nozzle body (300).

In the above example, the silicon supply hoses 320 are connected to the injection nozzle body 300, respectively, and only one hose may be selected and used, but the silicon may be supplied to one hose so that the silicon may be supplied at a constant pressure through the nozzle. It can cause squirt.

The compounding silicon container 600 is agitated by the stirring blade 620 driven by the motor 610 as shown in FIG. 9, and the compounding silicon container 600 in a state where the air is portal by the vacuum pump 630. The compounded silicone liquid is stored and then supplied to the injection nozzle body 300.

The silicon supply hose 320 is connected to the injection nozzle body 300 as shown in FIG. 4, and the air distribution hose (not shown) is connected to the injection nozzle body 300 so that the silicon fluid is discharged at a constant tank pressure. 310 may be ejected.

The nozzle 310 is coupled to the injection nozzle body 300 in a replaceable form, and the shape of the nozzle 310 may also be replaced by mounting a nozzle having a cross section of various shapes as shown in FIG.

Further, as shown in FIG. 8, various application portions 20, etc. are continuously or intermittently applied to the product 10 of the fabric on the conveyor belt 200 traveling at a constant speed by the cross-sectional shape of the various shapes. It can be formed in various ways, such as, the control of the shape of the coating portion is controlled by a controller (not shown). Various nozzles can be represented by the nozzle.

The silicone coating part 20 is continuously formed on the product 10 of the fabrics formed by the silicone applicator equipped with the silicon nozzle.

The injection nozzle body 300 is fixed to the injection nozzle body fixing carriage 400 by a screw 340, for example, as shown in Figure 4, the injection nozzle body fixing carriage 400 of the horizontal holding member 510 The nut 350 is slidably coupled to the slide groove 511, and the fixing screw 360 and the washer 370 are assembled to the nut 350, such that the injection nozzle body fixing carriage 400 is a horizontal holding member. Can be assembled to be coupled to 510.

In addition, the injection nozzle body fixing carriage 400 is fixed to the horizontal holding member 510 is set by a fixing member (not shown) by adjusting the height to the vertical holding member 520 in Figs. 2, 3 and 5 The height of the nozzle body fixing carriage 400 may be adjusted to adjust the ejection height of the silicone liquid ejected through the nozzle 310 and the product 10 of the fabric on the conveyor belt 200.

The injection nozzle body fixing carriage 400 may be used by setting fixed to the horizontal holding member 510, and may also form one injection nozzle body 300, the product of the fabrics mounted on the silicone applicator 100 According to the setting number of (10), it is possible to form a plurality of injection nozzle body 300 as shown in FIG.

Next, Figures 10a, b, c to Figure 13 is another embodiment of the present invention by forming the injection molding groove 350 is connected to the nozzle hole 340 in the injection nozzle body 300 to supply the silicon supply hose 320 It is an example formed so that the silicon supplied through the injection molding groove 350 can be ejected.

The injection nozzle body 300 is a substantially square body as shown in FIGS. 11A, 12B, and 12, and the nipple 360 is screwed onto the nozzle hole 340 so that the silicon supply hose 320 is attached to the nipple 360. Connected molding groove 350, which is connected to the nozzle hole 340 on the bottom surface, is a groove having a single-layered dimension in which silicone is ejected onto the product 10 of the textile material so that the coating portion 20 is molded. . Then, a screw hole 370 is formed on the injection nozzle body 300 is fastened and fixed to the interval maintaining handle 410 to be described later.

The injection nozzle body 300 is screwed to the interval maintaining handle 410 disposed at equal intervals on the horizontal holding member 510 fixed to the vertical holding member 520 as shown in Figure 10a, b, c. The spacing holding handle 410 is spirally coupled to the horizontal holding member 510, the silicon is ejected through the coating molding groove 350 of the injection nozzle body 300 by adjusting the height of the spacing holding handle 410 The ejection height of the liquid and the product 10 of the fabric on the conveyor belt 200 can be adjusted.

When the product 10 of the fabric as shown in Figure 10a is guided to the band holding roll 103 in the band guide 102 in accordance with the drive of the conveyor belt 200 enters the coating unit 110, the vertical holding member 520 The vehicle is driven toward the spray nozzle body 300 fixed to the horizontal holding member 510 and the gap maintaining handle 410.

The silicon flowing from the injection nozzle body 300 through the silicon supply hose 320 is ejected at a constant pressure through the nipple 360, the nozzle hole 340, and the coating molding groove 350 in FIG. 12. The silicone liquid is applied to the applicator 20 on the product 10 of the fabric in the form of the coating molding groove 350. In addition, as described above, the applicator 20 on the product 10 of the fabric is passed through the dryer 120 to be molded dry.

As described above, the present invention is aligned to the product supply stand of the fabric to be supplied with the product of the fabric to be applied, is supplied to the conveyor of the crawler so that the silicone is applied on the product of the fabric through the silicone coating unit and the dryer In order to apply a variety of patterns by applying the product of the fabrics to the conveyor run to the conveyor and the liquid silicone ejected through the spray nozzle body in the coating unit can be applied in various patterns, thereby increasing the productivity of silicone coating further In addition, it is possible to significantly reduce the cost by improving the workability of the setting equipment for the application of the desired design.

Claims (5)

The silicon applicator 110 and the dryer 120 are formed in an array, and the conveyor belt 200 of the endless track which allows the product 10 of fabrics to run on the silicon applicator 110 and the dryer 120 is mounted. In the silicone applicator installed, The injection nozzle body 300 is mounted in the fixing frame 500 to the applicator 110, and the injection nozzle body 300 can be supplied with the compounded silicone liquid 30 through a replaceable nozzle 310. Silicone applicator with a silicone nozzle, characterized in that it can be ejected. According to claim 1, wherein the injection nozzle body 300 is mounted on the injection nozzle body fixing carriage 400, fixed by setting the left and right by moving and lifting by the horizontal holding member 510 and vertical holding member 520 Silicone applicator equipped with a silicon nozzle, characterized in that. 3. The silicone applicator according to claim 1 or 2, wherein the injection nozzle body (300) is connected with a silicon supply hose (320) to supply a compounding silicone solution. According to claim 1, wherein the injection nozzle body 300 is a silicone nozzle is equipped with a silicone nozzle, characterized in that the coating molding groove 350 is formed to eject the silicon of the silicon supply hose (320). The silicone coating product according to claim 1, wherein the silicone coating portion (20) is formed in a continuous coating molding arrangement on the article of fabrics formed by the silicone applicator equipped with the silicone nozzle.

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