KR20080019072A - Method and manufactaring logo label of transfer type - Google Patents

Abstract

A transfer type logo label manufacturing method and a device are provided to let a user put on new clothes immediately by transferring a main or care label on the clothes without sewing the label. A transfer type logo label manufacturing method comprises the steps of: forming a raw paper by diluting silicone of 20%, xylene of 70%, and a hardening agent of 10% and silk-screen printing the diluted mixture on the upside of an imitation paper; forming an original paper by melting paraffin of 5%, EVA(Ethylene Vinyl Acetate) of 5%, xylene of 70%, and zinc stearate of 20% by heat and silk-screen printing the mixture on the upside of the raw paper; making ink of the predetermined color by mixing DOP(Dioctylphthalate) of 40%, PVC(Polyvinyl Chloride) of 30%, and color pigments of 20%; printing various logos and patterns on the upside of the original paper by silk-screen printing the color ink; spraying polyamide and polyester powder with passing the original paper through a logo label manufacturing device by a conveyor, and then removing the residual polyamide and polyester powder sprayed on the margin of the original paper where logos and patterns are formed, by the air of an air compressor; thermally treating the original paper at 160~170‹C for 2 minutes by passing the original paper through a heat setting machine by the conveyor; cooling down the original paper for 2~3 minutes by a cooler by moving the original paper through a cooling conveyor; and completing a logo label by bringing logos and patterns into contact with various fiber products of an object, pressing the original paper at 160~170‹C for 3~5 seconds by a heat press, and then separating the original paper from the object.

Description

Method and apparatus for manufacturing a transfer logo label {Method and manufactaring logo label of transfer type}

1 is a process chart showing a method of manufacturing the transfer logo label of the present invention.

Figure 2 is a front view showing the transfer logo label device of the present invention.

Figure 3 is a side view showing the invention transfer logo label device.

Explanation of symbols on the main parts of the drawings

1: manufacturing apparatus of transfer logo label 2: wire mesh

3: conveyor 4: different paper

5: powder canister 6: powder feed hole

7: Brush 8: powder removal roller

9: air compressor 10: remaining cup

11: remaining volume 12: drive motor

13, 13 ': transfer screw 14: powder

The present invention relates to a method and apparatus for manufacturing a transfer logo label, and in more detail, the transfer coating film may include a transfer garment (eg, cotton and natural materials or polyester, acetate, nylon and blends thereof). Labels are tightly adhered to the fiber to minimize integration.

Therefore, in order to maintain the vividness of the color and prevent the skin from irritating the main label and the care label attached to the inner neck of the upper part of the garment, it is not necessary to remove unnecessary actions such as removing the knife or scissors from the upper or lower garment of the garment By preventing the tops from being damaged, the present invention relates to a method of transferring logos and labels, which is characterized by improving the feel that can be felt in clothing as well as visual satisfaction.

In general, the garment is placed on the inner neck of the garment, and the main label displaying the dimensions and trademarks on a separate piece of fabric is sewn on the sewing machine, and both ends are sewn on the garment. Sew and attach the care label indicating the type of fabric and washing method.

However, in recent years, many infants, children, and adults suffer from skin diseases such as atopy, which easily reacts to very fine stimuli as the skin becomes sensitive due to environmental pollution and pollution.

In particular, when buying new clothing and wearing a top coat, the attached main label or care label slightly irritates the skin, causing itchiness to scratch the skin by hand, and then the skin is irritated to cause skin disease.

Therefore, infants, children, and those with weak skin are the first to buy clothing to cut the main label and care label with a knife or scissors, but if a new clothing is torn or holes, such as damage occurs.

Therefore, in order to solve the above problems, an object of the present invention is to purchase a garment logo that can be worn immediately without irritating sensitive skin at all without removing the main label or care label stimulating the skin from the top or bottom first To provide a method and apparatus for producing a label.

In addition, the present invention has a feature of preventing the cloth from being damaged because the main label or the care label is not cut with a knife, scissors, or the like.

In order to achieve the above object, the present invention dilutes 20% of deferred silicon, 70% of gyrylene, and 10% of a curing agent, and then forms the base paper by silkscreen printing or roll coating on the top surface of the dummy paper, and then the top surface of the base paper. Paraffin 5%, EVA 5%, Gisylene 70%, Zinc Stearate 20% dissolved by heat, mixed, and then silk-screen printing or roll coating to form a secondary paper, DOP 40%, PVC 30%, color pigments 20% and 5% of Lanopress are mixed to make color ink, and then silkscreen printing various logos and patterns on the upper surface of the color paper with color ink, and then passing the color paper through the manufacturing equipment of the logo label by the conveyor. After spraying polyamide and powdered powders, the polyamide and phosphoric powder powders are sprayed on the margins of different papers without various logos and patterns printed on the air of the air compressor. After removing the residual amount of powder, the lead-free paper is passed through a heat treatment machine by a conveyor and heat-treated at about 160 ° C-170 ° C for 2 minutes, and then cooled by a conveyor at a cooler for about 2-3 minutes to remove logos and patterns. It is characterized in that the logo label is completed when the deferred paper is separated from the to-be-transferred material after being pressed against the fiber products of the to-be-transferred object by pressing the heat press at a temperature of 160 ° C. to 170 ° C. for about 3-5 seconds.

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

1 is a process chart showing a method of manufacturing the transfer logo label of the present invention.

The present invention does not remove the main label and care label when the purchaser newly purchases the clothing by directly transferring the main label and care label to the clothing to be transferred without sewing and attaching the main label and the care label to the clothing to be transferred. It is to provide a method of manufacturing a transfer-type logo label that can be worn immediately without.

The method of manufacturing the transfer-type logo label dilutes 20% of deferred silicon, 70% of gyrylene and 10% of curing agent so that foreign materials do not adhere to the surface of the original paper, and then the silkscreen is printed on the upper surface of the imitation paper To make a sheet of paper.

At this time, in the case of producing a large amount of dissimilar paper 4 as another embodiment, a roll coating method may be used instead of silk screen printing.

In addition, the base paper is melted by heating 20% zinc stearate to adjust the printing concentration while acting as wax with paraffin 5%, EVA 5%, gyrylene 70% so that the polyamide or poly phosphate powder powder on the upper surface to fall well After mixing, silk-screen printing is used to mold the dissimilar paper (4).

At this time, in the case of producing a large amount of dissimilar paper 4 as another embodiment, a roll coating method may be used instead of silk screen printing.

In addition, the color paper by mixing DOP 40%, PVC 30%, color pigments 20%, the adhesive Lanofpress 5% to print various logos and patterns on the surface of the dissimilar paper (4).

Therefore, various logos and patterns are silk-screen printed using color inks on the upper surface of the secondary paper 4.

Therefore, when pressing the press paper (2) with the logo or pattern printed on the transfer material by heat press, the logo of the transfer logo label is sprayed to spray the polyamide and polyester powder powder so that the logo or the pattern can be separated from the lead paper (4). It inserts and discharges into the manufacturing apparatus 1 by the conveyor 3.

The dissimilar paper 4 inserted into the apparatus 1 for manufacturing a transfer-type logo label is sprinkled by a roll-type brush 7 which selectively uses polyamide having a hard property or powder of powder of powder of soft nature. .

The polyamide or polyester powder powder sprinkled on the dissimilar paper 4 is adhered to various logos and patterns, as well as the powder powder powder 14 sprinkled in the blanks where the logo and patterns are not printed. 8) After primary separation, it is removed by air of the air compressor (9), and the remaining amount of powder (14) is collected and reused, and the secondary paper (4) is inserted into the heat treatment unit by the conveyor (3). After heat treatment at 170 ° C. for 2 minutes, the heat is forced to cool for about 2-3 minutes by a cooler.

The transfer-type logo label completed by the cooling treatment is in close contact with the transfer object made of various textile products, pressurized with a heat press for about 3 to 5 seconds, and then separated from the transfer paper, the logo label is transferred.

Figure 2 is a front view showing the transfer logo label device of the present invention, Figure 3 is a side view showing the transfer logo label device of the present invention.

According to the present invention, silkscreen printing various logos and patterns on the color paper on the lead paper (4) and then using adhesives on the edges of the logo and the pattern as in the prior art to prevent adhesive marks on the logo and the pattern edges, Sprinkle the polyamide or polyestere powder powder 14 so that the logo and the pattern can be easily dropped when the logo is pressed by heat.

After sprinkling evenly the polyamide or powdered powder powder (14) and collecting the remaining amount to remove the polyamide or polyester powder powder (14) sprinkled in the margin of the second paper (4) that is not printed logo and pattern After that, the apparatus 1 for manufacturing a transfer-type logo label that can be resupply is configured.

The apparatus 1 for manufacturing a transfer-type logo label drops the residual amount of polyamide or polyester powder powder sprayed on the dissimilar paper 4 while transferring the dissimilar paper 4 printed with various logos and patterns to the heat treatment unit. Wire mesh belt (2) is fastened to the conveyor (3) to collect and collect.

In addition, the center of the conveyor 3, the powder container 5 is located at a predetermined height so as to be spaced apart, the powder container 5 containing the polyamide and the polyester powder therein, the deferred paper (4) The upper surface is opened in a hopper shape so as to be sprayed on, and a plurality of powder supply holes 6 are formed in the lower bottom surface.

In addition, a roll-type brush 7 is disposed between the powder container 5 and the conveyor 3 so as to evenly spray polyamide or polyester powder on the upper surface of the second paper 4.

Therefore, the powder supply hole 6 of the powder container 5 is not directly sprayed with the polyamide or the polyester powder 14, but is first supplied to the brush 7, but not shown in the drawing, but a separate driving motor 12 is provided. Alternatively, the polyamide or polyestere powder is sprinkled evenly on the upper surface of the dissimilar paper 4 in such a manner as to contact with the surface of the conveyor 3 and rotate together.

In addition, the conveyor (3) has a conveyor (3) to remove the polyamide or polyester powder (14) sprinkled in the margin except for the portion where the logo and pattern of the second paper (4) past the brush (7) is printed. Located at the top of the) is a square roller (8) for powder removal is installed so that the wire mesh belt (2) to instantaneously extrude the powder powder (14).

Therefore, except for the polyamide or polyester powder 14 attached to the portion where the logo and pattern of the second paper 4 are printed by the powder removing square roller 8, the poly sprayed on the remaining unprinted margins. The maid or foreste powder 14 is removed to the lower part of the conveyor 3 by the air of the air compressor 9 in the primary separated state.

A hopper-shaped remaining support base 10 is installed to collect and reuse the polyamide or polyester powder 14 removed and removed by the air compressor 9 in one place.

A transfer screw 13 ′ is installed between the remaining capacity receiving stand so that the polyamide or polyester powder 10 to be collected can be smoothly transferred to the remaining amount container 11.

Therefore, the remaining amount container 11 is installed at the lower part of the remaining amount receiving base 10 so that the polyamide or the polyester powder 10 can be collected and resupply in one place.

A tubular pipe is vertically inserted in order to re-supply the polyamide or polyester powder 14 collected in the whole quantity container 11 to the powder container 5.

The lower end of the pipe is located in the powder remaining container (11), the upper end is located in the open powder container (5) in the state inside the conveying screw 13 in the longitudinal direction is driven by the drive motor 12 remaining The polyamide or polyester powder 14 collected in the keg 11 can be automatically supplied to the keg 5 for use.

As described above, the present invention does not sew the main label or the care label attached to the garment by the method and apparatus for manufacturing the transfer type logo label, and adheres to various textile products of the transferred object, and immediately transfers the newly purchased garment by transferring the garment. Since it is possible to prevent the skin disease caused by the stimulation of the conventional main label or care label.

In addition, the present invention does not need to cut the main label or care label sewn on the newly bought clothing has the effect of preventing the clothing is damaged.

Claims (3)

Diluting 20% of deferred silicon, 70% of gyrylene, and 10% of a curing agent so that foreign materials do not adhere to the surface of the original paper, and then shaping the original paper by silkscreen printing on the upper surface of the dummy paper; Melting and mixing paraffin 5%, EVA 5%, gisylene 70%, and zinc stearate 20% by heat on the upper surface of the base paper, followed by silkscreen printing to form a lead-free paper; Mixing DOP 40%, PVC 30%, color pigment 20%, and Lanopress 5% to make colors inks; Printing various logos and patterns by silk-screen printing on the upper surface of the dissimilar paper through the color ink; The sprinkled paper with the logo or pattern printed on it is sprinkled with polyamide and powder of powder powder while passing through the manufacturing apparatus of the logo label by a conveyor, and then sprinkled on the margins of various logos and non-printed non-printed paper by air of the air compressor. Removing the residual amount of polyamide and powder of powder of powdered polyester; Heat-treating the dissimilar paper from which the polyamide and the powder of the powder of powdered powder, which are sprayed on the margin, are passed through a heat treatment machine by a conveyor for 2 minutes at about 160 ° C. to 170 ° C .; After the heat treatment process, the cooler is cooled by a cooling conveyor for about 2 to 3 minutes, and the logo and the pattern are closely adhered to various textile products of the transferred object, and then the heat press is performed at a temperature of 160 ° C. to 170 ° C. with a heat press. Method of producing a transfer-type logo label, characterized in that the logo label is completed when the second paper is separated from the transfer object after pressing for a second. Forming a base paper by diluting 20% of deferred silicon, 70% of gyrylene, and 10% of a curing agent so that foreign paper does not adhere to the surface of the base paper, and then rolling the imitation model on the upper surface of the base paper; Paraffin 5%, EVA 5%, gyrylene 70%, zinc stearate 20% by melting the mixture on the upper surface of the base paper, followed by roll coating to form a lead-free paper; Mixing DOP 40%, PVC 30%, color pigment 20%, and Lanopress 5% to make colors inks; Printing various logos and patterns on the upper surface of the dissimilar paper through the color ink using silk screen printing; The sprinkled paper with the logo or pattern printed on it is sprinkled with polyamide and powder of powder powder while passing through the manufacturing apparatus of the logo label by a conveyor, and then sprinkled on the margin of unprinted non-printed paper with various logos and patterns by air of the air compressor. Removing the residual amount of polyamide and powder of powder of powdered polyester; Heat-processing the dissipated paper from which the polyamide and the powder of powdered powder of powdered polyester, which have been sprinkled on the margin, are passed through a heat treatment machine by a conveyor at a temperature of about 160 ° C. to 170 ° C. for 2 minutes; After the heat treatment process, the conveyor is cooled with a cooler by about 2 to 3 minutes, and the logo and the pattern are closely adhered to various textile products of the transfer object, and the heat press is performed at a temperature of 160 ° C. to 170 ° C. for about 3 to 5 seconds. Method of manufacturing a transfer-type logo label, characterized in that the logo label is completed when the separated paper is separated from the transfer object after pressing. A conveyor belt wire fastened so as to collect the remaining amount of polyamide or polyester powder powder sprinkled on the lead paper while transferring the lead paper on which various logos and patterns are printed to a heat treatment apparatus; A powder pail having a predetermined height spaced apart from the center of the conveyor and having an upper surface open in a hopper shape so as to spray polyamide and polyester powder on the second sheet; A roll-type brush disposed between the powder pail and the conveyor to disperse the polyamide and the polyester powder evenly on the upper surface of the heterogeneous paper; A square roller for removing powder so as to protrude the wire mesh belt so as to be located on the upper portion of the conveyor so that the polyamide or polyester powder sprinkled on the margin except the logo and pattern of the dissimilar paper past the brush can be removed; An air compressor for removing by air to the lower part of the conveyor in the state in which the polyamide or polyester powder sprinkled on the margin except for the logo and pattern of the dissimilar paper is separated by the powder removing square roller; A hopper-shaped remaining tray for collecting the polyamide or the polyester powder removed by the air compressor in one place; The remaining tray and the transfer screw installed between the remaining container to smoothly transport the collected remaining amount of powder and A remaining passage for collecting the remaining powder by the transfer screw of the remaining tray; In order to supply the polyamide or polyester powder collected in the whole container into the powder container, the tubular pipe is placed in the vertical direction so that the lower end is located in the powder remaining container and the upper end is located in the open powder container. The transfer screw is built in the longitudinal direction is a device for manufacturing a transfer-type logo label, characterized in that driven by the drive motor.

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