KR101980015B1 - Manufacturing method of aircap product and manufacturing method of package material for clothes using thereof - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of manufacturing an air cap product and a method of manufacturing a clothing packaging material using the same.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a method of manufacturing an air cap product,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of manufacturing an air cap product and a method of manufacturing a clothing packaging material using the same.

In case of courier package for clothes, 1) It is packed in a hanger type suitcase using nonwoven fabric material. 2) It is made by packing first package with transparent polyvinyl Packaging them in boxes or packaging them in opaque polyvinyls, and 3) packaging them with transparent polyvinyles and packaging them with opaque polyvinyls are widely used.

Particularly, 1) The method of packing the hanger type suitcase using the nonwoven fabric material is mainly used for the clothes which should not be wrinkled such as the coat and the formal clothes, and is packed and transported in the form of a hanger type suitcase. Such a packaging method includes a zipper for unpacking as a packaging material, and a nonwoven fabric is processed into a suitcase form of a PET series, and then a transparent film is attached to the outer packaging to confirm the clothing and facilitate the transportation of the package.

However, even in the case of being packaged as described above, there is a case where the product is folded for ease of movement through the conveyor belt at the distribution center after the product is manufactured, and there are cases where the clothes are bundled when the courier is delivered to the buyer, There is a demand for a packaging material which can prevent wrinkles and wrinkles even after distribution and delivery due to the disadvantage that the delivered product is wrinkled or wrinkled due to frequent occurrence of the customer's satisfaction.

The present application aims at providing a clothing packaging material including an air cap for solving the above problems.

The present application also relates to a first air cap; And a second air cap including a sealing portion sealable with the first air cap, wherein a part of the first air cap is joined to a front surface of the first air cap, The present invention relates to an air cap product in which an air cap is provided.

In addition, the present application relates to a method of manufacturing an air cap, comprising the steps of: Forming a first air cap in which a part of the air cap is joined to the front of the air cap and a second air cap in which a part of the air cap is joined to the part of the air cap; And sealing the first air cap with the area where the second air cap is joined to the second air cap.

The present application provides a garment packaging material comprising an air cap to achieve the above object (see Fig. 3).

Conventional methods of packaging clothes include 1) a method using a hanger-type suitcase using a nonwoven fabric material, 2) a first packaging with transparent polyvinyl, a method of putting in a box or an opaque polyvinyl, and 3) (See Fig. 1) was mainly used. However, when the conventional method of packaging the clothes is used, there is a problem that the clothes are wrinkled due to the bundling of the clothes in the distribution process or the curling of the products for the convenience of delivery.

The clothing packaging material refers to a packaging material capable of packaging clothing products, specifically, a packaging material for packaging clothing products before being packaged in a hanger type suitcase, a box, or an opaque vinyl. Specifically, It can mean suitcase. Since the hanger-type suitcase may be a suitcase manufactured so that the clothes can be folded to a minimum before inserting the clothes into the packaging material, the hanger-type suitcase may be a suitcase of the clothes type before the packaging material is packed in a box or an opaque plastic. As compared with the packaging material packed in a packaging machine. Since the clothing packaging material includes an air cap, unlike the conventional clothing packaging material, the clothing packaging material has a sufficient thickness to fix the clothes themselves, thereby reducing wrinkles and wrinkles of the clothes and preventing deterioration in quality due to delivery.

The air cap may be an air cap made of a known material, specifically, an air cap including one or more of polyethylene (PE), polypropylene (PP), and polyethylene terephthalate (PET) May be a product including a material such as rice or wheat bran. The air bubble film of the air cap may be formed by repeatedly forming a plurality of air bubbles at regular intervals at upper, lower, left, and right sides to form air bubbles and air A bubble-free film section can be repeatedly formed.

The garment packaging material may include one or more air caps with a jointed material. The shape and rigidity of the air cap can be maintained by including at least one air cap in which the parts are joined.

And one or more inner air caps sealed in part with the outer sheath air cap. By including the at least one inner air cap, the apparel article includes the at least one inner air cap and the at least one inner air cap, thereby allowing the apparel article to wrinkle or wrinkle Can be reduced.

On the other hand, the inner air cap may be formed in a plurality, and the inner air cap may include the overlap portion. The length of the plurality of internal air caps may be shorter than the length of the air cap having the plurality of internal air caps, ≪ / RTI > Specifically, the inner air cap may be formed of two or more, more specifically, a left inner air cap and a right inner air cap. The left inner air cap and the right inner air cap may be formed to have the same or different widths, but the widths of the two inner air caps may be adjusted to include the overlap portion. It is possible to prevent the garment from escaping from the garment wrapper through the overlapping portion and prevent foreign matter such as dust from entering the garment. Specifically, the left inner air cap may be manufactured in a longer length so as to include the overlap portion in such a manner that the left inner air cap covers the right inner air cap.

The overlapped portion may include a bonding portion for bonding the inner air caps. The adhesive portion is for preventing the detachment of the clothes product by bonding the inner air caps when there is a concern that the clothes product is heavy or detached from the clothes packaging material. However, in the case where the detachment of the clothes product is not a concern, the bonding of the inner air caps is not required. Therefore, in consideration of the simplification of the packaging process of the clothes product and the convenience of manufacturing, the adhesive portion may include a material having an adhesive function. A double-sided tape may be included. The bonding portion may be formed entirely or partly of the overlap portion and preferably formed in the longitudinal direction of the bonding portion in consideration of manufacturing convenience and airtightness for preventing detachment of the clothes product.

The inner air cap may include at least two sealing portions capable of sealing with the outer joint cap air cap. The sealing portion may be formed on all or a part of the left, right and upper and lower ends of the inner air cap. Specifically, the sealing portion starts from the left and right lower ends of the inner air cap, passes through the left and right upper ends, And may be formed on the right side in the " a " shape.

The at least one sealing portion of the at least two sealing portions may be formed by joining the material. As described later, since the sub-materials have heat resistance, the phenomenon that the air cap is melted and adhered to the sealing heating mechanism at the time of sealing can be reduced, and only the part of the inner air cap is joined. For example, when a part of the left and right sides of the inner air cap and a part of the upper end surface of the inner air cap are sealed together with the outer air cap, the left and right portions of the inner air cap may be sealed by joining the parts to maintain a strong sealing strength, It is possible to easily separate the clothes from the packaging material by separating the upper surface sealing portion while reducing the cost of the material cost by sealing the material with the weak material air-cap and weak strength without laminating the material.

The air cap of the inner air cap and the material of the sealing portion may be of the same film construction as the air cap and the material of the air gap of the outer air gap cap.

In addition, the garment packaging material may include at least one fixing part capable of folding and fixing the garment packaging material. The fixing part may include fixing means for maintaining the folded state when the clothes packing material is folded for convenience of movement and delivery at the time of distribution and delivery. Specifically, the fixing means may be a double-sided tape or a Velcro tape, and may be fixing means for fixing through a further step such as thermal bonding (hot melt) in order to maintain the folded state, have.

And the at least one fixing part may be formed at one or more of the upper and lower ends of the inside of the member-joined air cap. Further, the fixing means may be formed only at the upper or lower end of the horizontal or whole portion of the inside of the outer joint pouch air cap. Specifically, as the lacquer tape, a hook portion of a Velcro tape is formed on the upper part of the outer material air cap, and a nonwoven portion of the tape is formed on the lower end of the outer liner air cap. Alternatively, a double-sided tape may be used as a concrete fixing means, and two lines of double-sided tape may be attached to the lower end of the sub-ply air cap at spaced intervals. When the fastening means is formed as described above, it is possible to provide a sufficient adhesive force to maintain the folded state of the garment packaging material while lowering the production cost.

The material of the air gap cap or the material of the inner air cap sealing portion may be a heat resistant material. Since the above-mentioned material has heat resistance, it is possible to prevent the air cap from melting and sticking to the sealing mechanism when sealing the air gap between the outer air gap cap and the inner air gap. Specifically, the material may be at least one selected from nylon (NY), polyethylene (PE), polypropylene (PP) and polyethylene terephthalate (PET). The sub-materials may be laminated in a known form in accordance with a specific use, and may be in the form of coating the sub-materials on a non-woven fabric, paper or the like. Specifically, it may be in the form of a printed film, a foamed foam, a nonwoven fabric, a paper or the like, and more preferably a printed film.

The outer surface of the garment packaging material may further include a handle. The garment packaging material may further include a handle so that ease of handling during distribution and delivery to the purchaser can be enhanced. The handle may be included in the middle portion of the outer surface in consideration of the half-fold distribution and delivery of the garment packaging material.

In addition, the garment packaging material may further include a cut-out portion capable of cutting off the fixing portion of the air supply cap. When the fastening portion of the garment packaging material is formed of double-sided tape, the cut-out portion can cut the clothes packaging material by cutting along the cut-out portion without having to remove the double-faced tape attached by the seller.

Another aspect of the present application is directed to a first air cap; And a second air cap including a sealing portion sealable with the first air cap, wherein a part of the first air cap is joined to a front surface of the first air cap, To provide a sealed air cap product. The material to be joined to the sealing portion of the second air cap may be a heat-resistant material. Specifically, the material may be the same material as the material to be joined to the entire one surface of the first air cap, and the material formed to be larger than the first air cap may be lined with the second air cap.

And another aspect of the present application relates to a method of manufacturing an air cap comprising the steps of: Forming a first air cap in which a part of the air cap is joined to the front of the air cap and a second air cap in which a part of the air cap is joined to the part of the air cap; And sealing the first air cap with the jointed region of the second air cap (see FIG. 9).

Further, the air cap product may include a step of folding a remaining material region of the air gap cap in the direction of the inner air cap; And a step of sealing a part or all of a portion where the superficial material and the inner air cap overlap each other. In the sealing step, the air cap may be sealed at a portion where the air cap overlaps, specifically, at the sealing portion. The sealing mechanism can use a known mechanism as a thermal bonding mechanism.

In addition, the present application can provide a method of manufacturing a clothing packaging material using the air cap manufacturing method. Specifically, a fixing means may be provided at the upper and lower ends of the first air cap of the air cap product, and a handle may be attached to the outer middle of the first air cap to manufacture a clothing packaging material.

The air cap product, the method of manufacturing the air cap product, and the method of manufacturing the clothing packaging material of the present application can be similarly applied to the same substrate as the clothing packaging material.

The present application is directed to an effect that the folded state of the clothing product and the garment packaging material during the distribution and delivery process can be maintained through the attachment means without wrinkling or wrinkling, .

The present application has the effect of preventing the air cap from melting and sticking to the sealing mechanism when the first air cap and the second air cap are sealed through the air cap product.

In addition, the present application has an effect that the above-described clothes packaging material can be manufactured easily through the above-described method of manufacturing an air cap product and a method of manufacturing a clothing packaging material.

Figure 1 shows a conventional transparent vinyl garment packaging material.
2 shows a hanger-type clothing packaging material using a conventional nonwoven fabric material.
Figs. 3 and 4 show a garment packaging material of the present application. Fig.
Figure 5 shows the inner air cap of the present application.
Figure 6 shows the inner air caps of the present application overlapping to form an overlap.
FIG. 7 shows a partial composite air cap of the present application. FIG.
Fig. 8 shows that the garment packaging material of the present application is folded in half.
Fig. 9 shows a manufacturing method of the air cap product of the present application.
10 is a photograph of an article of clothing distributed after being packaged by the apparel packaging material of the present application in accordance with Experimental Example 1. Fig.

Hereinafter, the present application will be described in more detail by way of examples. It should be noted, however, that the embodiments are not intended to limit the scope of the present application to embodiments, for example, to aid understanding of the present application.

<Examples>

Example 1: Manufacture of clothing packaging material

(1) a step of manufacturing the first air cap and the second air cap

The pattern was printed on a polyethylene terephthalate film and thermally lined with the air cap. Then, the first air cap and the second air cap (left and right side) were produced by cutting the inner cap inner side (25 mm inner side of the polyethylene terephthalate film) of the air cap.

(2) Sealing step

 The first air cap and the left and right second air caps were laminated and sealed in the 'A' shaped sealing part along the edge of the left and right second air caps.

(3) Manufacture of clothing packaging materials

(50 mm in width and 50 mm in length on the upper part and 100 mm in length and 50 mm in length on the lower part) of the air cavity cap (first air cap) as the fixing part after sealing, Two tapes of two sides are attached to the lower end of the joint air cap (first air cap) so as to be spaced apart from each other in the transverse direction, one side of the double-faced tape is bonded to the overlapping portion of the left inner air cap (second air cap) A handle was manufactured in the middle of the outside of the cap (first air cap) to produce a clothing packaging material.

Experimental Example  1: Confirmation of anti-creasing effect

In order to confirm the anti-rub effect of the present invention, the clothing product was packaged in the clothing packaging material of Example 1 and the actual distribution test was conducted. As a comparative example, the clothes were packaged in a hanger type suitcase using a conventional non- Respectively. Specifically, it was circulated once in Seoul using four courier companies.

As a result, as shown in Fig. 10, it was confirmed that the garment packaging material of the present application does not cause wrinkling or wrinkling of the clothes product even after distribution. However, in the case of a hanger-type suitcase using a conventional nonwoven fabric material, it was confirmed that wrinkles and wrinkles occurred in the clothes after the distribution.

100: Conventional vinyl clothing packaging material
200: Conventional nonwoven fabric suitcase
210: nonwoven fabric material 220: zipper
300, 301: Clothing packaging material 311: Left inner air cap
312: right inner air cap 313: overlapping portion
320: a left-side sealing part
332: Right sealing portion 340: Adhesive portion
351: upper end fixing portion 351: lower end fixing portion
360: Handle 371: Lower end fixing part
372: Lower end fixing portion 380: Cutting portion

Claims (13)

delete delete delete delete delete delete delete delete delete delete delete Joining a part of the air cap to a part of the air cap;
Forming a first air cap in which a part of the air cap is joined to the front of the air cap and a second air cap in which a part of the air cap is joined to the part of the air cap;
And sealing the first air cap with the region of the second air cap where the second air cap is joined. A method of manufacturing a clothing packaging material using the method of manufacturing the air cap product of claim 12.

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