JP3051112B1 - Clothing packaging materials and clothing packaging covers - Google Patents

Abstract

The present invention has breathability and water repellency, can be safely packaged without damaging clothing, has moderate transparency, can be recycled, and can save resources. Provided is a wrapping material for clothing cover having sufficient strength and the cover. A thin flexible paper 2 having air permeability is impregnated with a mixture of at least one kind of resin as a water repellent and at least one kind of resin. At least one type of hydrogen compound is applied to at least a part of the flexible paper 2 to be impregnated and dried, and a packaging material 1A for the front part of the cover, which is dried, and a mixed liquid of the flexible paper and at least a water repellent and a heat-sealing auxiliary agent And the opposite edge portions were bonded together to form a flat tubular body.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a packaging material for clothing and a cover using the packaging material.

[0002]

2. Description of the Related Art For example, in a cleaning shop,
Garments that are received and cleaned from customers are placed in covers (commonly known as garments) and given to customers.

As the cover, a transparent chemical film such as polyethylene formed in a tubular shape is generally used. For example, in the case of a cleaning shop having an automatic packaging machine, a roll-wrapped cylinder is used. The tubular film is cut to the required length by setting the cleaned garment on the automatic wrapping machine, and the cut end is heat-sealed as required. Packaging.

[0004] Since the above-mentioned cover made of a chemical film is transparent, there is an advantage that it is possible to see and confirm clothing inside without removing the cover, or to read a customer's name tag or bar code attached to the clothing. is there.

[0005] However, the cover made of chemical film has poor air permeability, and when various solvents used for cleaning remain in the clothing, the volatile gas of the solvent fills the inside of the cover and discolors the fabric of the clothing. Etc., and in some cases, the person wearing the clothing may have rough skin.

[0006] In addition, chemical film covers cannot be recycled and used in practice, and collection companies do not collect them. Consumers dispose of used chemical film covers as garbage. doing.

[0007]

[Object of the present invention] The object of the present invention is to provide a breathable and water-repellent material which can be safely packaged without damaging clothing, and which is moderately transparent and can be recycled and saved. An object of the present invention is to provide a wrapping material for a clothing cover and a cover which can be recycled and have sufficient strength.

[0008]

In order to achieve the above object, a wrapping material for clothing according to the present invention is made of wood pulp and crystalline polyester.
Ter polymer, polyolefin polymer, polyvinyl
Heat fusion composed of polyester-based polymer and polyamide-based polymer
Any one of the adhesive fibers, or the heat-fusible fiber
A polymer component with a lower melting point
Or in parallel type composite, polyester polymer,
Liolefin polymer, modified polyolefin polymer
ー, ethylene vinyl alcohol polymer, ionomer
Is formed continuously along the length of a part of the fiber surface
Air- permeable thin flexible paper mixed with a heat-fusible conjugate fiber , a paraffin wax emulsion as a water repellent, at least one of an olefin-based resin and a fluorine-based resin, and acetic acid as a heat-sealing aid. Vinyl resin, ethylene vinyl acetate resin, latex resin,
At least one of acrylic resin polymer and natural rubber resin
A liquid mixture with a seed is applied and impregnated, and at least one of a hydrogen compound of an alkyd resin, a melamine resin, a phenol resin, a urea resin, an epoxy resin, and an aromatic hydrocarbon resin as a clarifying agent is used for the flexible paper. Apply or impregnate and dry at least a portion of the dried packaging material
It is formed as a flat cylindrical packaging material cut to a length .

Further , a cover for packaging clothing according to the present invention.
Is wood pulp , crystalline polyester polymer,
Polyolefin polymer, polyvinyl polymer,
Any of heat-fusible fibers composed of rimamide polymers
Or one or more of the above heat-fusible fiber components
Core-in-sheath type or parallel type compound
And polyester-based polymers and polyolefin-based
Rimmer, modified polyolefin fin-based polymer, Echirenbini
Alcohol-based polymer and ionomer components on fiber surface
Heat-fusible composite fiber formed with a part of it continuously in the length direction
Air- permeable thin flexible paper mixed with fiber, paraffin wax emulsion as water repellent, at least one of olefin resin and fluorine resin, vinyl acetate resin as heat-sealing aid, ethylene acetate A vinyl resin, a latex resin, an acrylic resin polymer, a mixed solution with at least one of natural rubber resins is applied and impregnated, and an alkyd resin as a clarifying agent;
At least one of hydrogen compounds of melamine resin, phenol resin, urea resin, epoxy resin, and aromatic hydrocarbon resin
Seeds are applied and impregnated on at least a portion of the soft paper,
A dried front cover material and a rear cover material obtained by applying a mixture of at least a water repellent and a heat-sealing auxiliary agent to the flexible paper are combined to form a pair of facing edges. By bonding together, it is formed into a flat cylindrical packaging material of a required length , and one end opening of the cylindrical packaging material is formed.
Is heat-sealed except for the central part .

[0010]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to specific examples shown in the accompanying drawings. FIG. 1 (a) shows a wrapping material 1A used for the front part of a clothing packaging cover, in which a transparentizing agent is applied to one side of a thin flexible paper 2 having air permeability as a base.
It is impregnated and dried, and a mixture of a water repellent and a heat sealing aid is applied and impregnated to form a dried treated surface 3.

The flexible paper 2 has a weight of, for example, 1 m ^2.
A mixed paper of 10 to 30 g per unit area (per rice tsubo) is used. Mixed paper is made of wood pulp 51-99% , heat-fusible fiber
Alternatively, 49 to 1% of heat- fusible conjugate fibers are mixed , and in this embodiment, for example, wood pulp is 80 to 85% ,
A heat fusible fiber or a mixture of heat fusible composite fibers of 20 to 15% is used.

The heat-fusible fiber or the heat-fusible composite fiber
As the fiber, any one of a heat-fusible fiber composed of a crystalline polyester polymer, a polyolefin polymer, a polyvinyl polymer, and a polyamide polymer ,
Alternatively, a polymer compound component having a lower melting point than the above-mentioned heat-fusible fiber component is disposed in a core-sheath type or parallel type composite, and a polyester polymer, polyolefin polymer, modified polyolefin polymer, ethylene vinyl alcohol A heat-fusible conjugate fiber in which components such as a polymer and an ionomer are formed continuously on a part of the fiber surface in the length direction is used. Therefore, the flexible paper 2 is made of the heat-fusible fiber.
Alternatively , the flexible paper itself has a heat sealing property due to the heat- fusing property of the heat- fusible conjugate fiber .

Examples of the transparentizing agent include alkyd resins, melamine resins, phenol resins, urea resins, epoxy resins, and aromatic hydrocarbon resins such as styrene, α-methylstyrene, indene, methylindene, propenylbenzene, and vinylxylene. Hydrogen compounds and the like are used, and solvents such as paraffin wax, animal and vegetable oils and fats, and saturated fatty acids are appropriately added so that the clarifying agent easily penetrates the soft paper when the clarifying agent is applied.

Examples of the heat-sealing aid include vinyl acetate, ethylene vinyl acetate, latex resin, acrylic resin polymer and natural rubber resin. The use of coalescence allows the packaging material to be somewhat transparent.

Examples of the water repellent include paraffin wax emulsions, olefin resins and fluorine resins.
In particular, the use of paraffin wax emulsion can make the packaging material transparent to some extent.

In order to form the treated surface 3, the flexible paper 2 is first heat-treated at about 120 to 130 ° C. to increase the strength, and a transparentizing agent is applied to one side of the flexible paper 2 in a strip shape and impregnated. The transparent part 4 is formed by drying and drying.

The coating amount of the transparentizing agent is a 1 m ² per (US pyeong) 10 g of about one side of the example flexible sheet 2. The clarifying agent may be applied to one side of the flexible paper instead of a strip, or may be applied in a dotted or linear manner.

Next, one of the heat-sealing aids
The seed or several kinds and one or several kinds in the water repellent are selected and mixed as appropriate, and the mixed solution is applied to the entire surface of the flexible paper 4 on which the transparent portion 4 is formed, impregnated, and dried.

For example, a mixed solution of a latex resin as a heat-sealing aid and a paraffin wax emulsion as a water repellent is applied to one surface of the flexible paper 2 in an amount of 3 to ²⁰ g per square meter (per square meter of rice). The mixed solution may be applied to one side of the paper with a uniform thickness, or may be applied in a linear manner with a different applied thickness.

FIG. 1 (b) shows a wrapping material 1B used at the rear of the clothing cover. One side of a thin flexible paper 2 having air permeability as a base is provided with a water repellent and a heat sealing aid. The treated surface 5 is formed by applying and impregnating the mixed agent, and the dried treated surface 5 is formed. The only difference is that the transparent agent is not applied to the above-described front-side packaging material 1A. The application of the heat sealing aid is the same as that of the front side packaging material 1A.

The front packaging material 1A constructed as described above.
As shown in FIG. 2, the packaging material 1B for the rear part and the rear packaging material 1B are bonded together so that the processing surfaces 3 and 5 become inner surfaces, and the opposite edges are adhered to each other with glue to form a cylindrical packaging material.

The cylindrical packaging material is cut into a required length and shape corresponding to the cover to form a cylindrical packaging material 6 as a unit.
Reference numeral 7 denotes an adhesive portion of the tubular packaging material 6. in this way
Insert one end of the formed tubular packaging material unit into the center
Leaving the molded cover 8 was heat sealed, reference numeral 9 denotes a heat seal portion of the cover.

In order to change from a cylindrical packaging material to a cover, for example, in a shop having a known automatic packaging machine (not shown) in a cleaning shop, the roll-wrapped cylindrical packaging material is mounted on the automatic packaging machine. By setting the cleaned garment on the automatic wrapping machine, the tubular wrapping material is cut to a required length, and the cut end is heat-sealed leaving a central portion , and the garment 10 is wrapped as the cover 8. .

If the shop does not have an automatic packaging machine, the tubular packaging material is cut to a required length, or a short tubular packaging material cut to a required length is purchased, and the short tubular packaging material is purchased. The material is put on the clothing and one end of the cut is heat-sealed as required to package the clothing.

In the above-described embodiment, the cylindrical packaging material 6 is formed by bonding the packaging materials 1A and 1B for the front part and the rear part of the cover so that the processing surfaces 3 and 5 face each other. However, there is a case where the processing surfaces 3 and 5 of both packaging materials are bonded together so that both of them become outer surfaces, or a case where only one of the packaging materials is bonded so that only the processing surface thereof becomes the inner surface. Further, although the transparent portion 4 is formed on the packaging material 1A for the front portion of the cover, the transparent portion may not be formed, or the transparent portion may be formed on the packaging material 1B for the rear portion of the cover.

[0026]

[Function and Effect] The cover 8 made in this manner is made by mixing wood pulp and heat fusible fibers or heat on the base mixed paper.
Since the mixed paper made of the fusible composite fiber is used, a sufficient strength without easily breaking is obtained.

Further, the heat-fusible fibers or
Since heat-fusible conjugate fibers are included, heat sealing can be performed as it is when packaging clothing, and clothing can be quickly packaged by heat sealing. Since the sealing aid is applied, sufficient sealing strength can be obtained.

Further, since the water repellent is applied, the base flexible paper is resistant to water, so that the cover does not have the possibility of being torn even if it gets wet in the rain, You can take your clothing home with confidence.

Further, since the transparent part 4 is formed on the packaging material by applying a clarifying agent, in the cover 8 using the packaging material, the clothing inside can be confirmed through the transparent part and attached to the clothing. It is possible to confirm the name tag of the customer and read the barcode.

Furthermore, since the water repellent, the heat-sealing auxiliary agent and the clarifying agent do not impair the air permeability, the air permeability of the base flexible paper is not impaired, and the cover has air permeability. Therefore, even when the cleaning garment has a part that is not sufficiently dried when used for the cover of the cleaning product, the residual cleaning solvent vaporized gas is released from the cover and remains in the cover. You don't have to remove the cover in a hurry even if you bring it back from the laundry,
There is no discoloration or damage to clothing by solvent gas.

The cover is obtained by coating a flexible paper with a water repellent, a heat sealing aid and a clarifying agent. The water repellent, the heat sealing aid and the clarifying agent are separated from the paper by dissolving with a solvent. Since it can be discarded, the remaining paper can be reused as used paper, and there is an advantage that resource saving can be expected.

In the above-described embodiment, the cover is for a cleaning product. However, the cover is not limited to the cleaning product, and can be used for general packaging and covering of clothing.

[Brief description of the drawings]

FIG. 1 (a) is a perspective view of an embodiment of a garment packaging material (for a front part of a cover) according to the present invention viewed from below, and FIG. 1 (b) is a garment packaging material according to the present invention (a rear part of a cover). FIG. 3 is a perspective view of the embodiment of FIG.

FIG. 2 is a perspective view showing an example of a tubular packaging material.

FIG. 3 is a front view showing an embodiment of a clothing packaging cover according to the present invention.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Flexible paper 1A Covering material for front part of cover 1B Packaging material for rear part of cover 3 Processing surface 4 Transparent part 5 Processing surface 6 Cylindrical packaging material 7 Adhesive part 8 Cover 9 Heat seal part 10 Clothing

────────────────────────────────────────────────── ─── Continuation of the front page (56) References JP-A-8-137121 (JP, A) JP-A-6-207391 (JP, A) JP-A-7-36818 (JP, U) (58) Field (Int.Cl. ⁷ , DB name) B65D 65/00-65/38 B65D 85/00-85/18 D21H 11/00-11/12 D21H 5/14 A47G 25/00-25/36

Claims (10)

(57) [Claims] (1) Wood pulp and a crystalline polyester resin
Limmer, polyolefin-based polymer, polyvinyl-based poly
, Heat-fusible fiber composed of polyamide-based polymer
Or any of the above heat-fusible fiber components
Core-in-sheath or side-by-side polymer compound with lower melting point
Polyester polymer, polyolefin
Olefin polymer, modified polyolefin polymer, ethylene
Lenvinyl alcohol polymer and ionomer components
Thermal fusion in which a part of the fiber surface is continuously formed in the length direction
To thin flexible paper with air permeability mixed with water- soluble composite fiber ,
The mixed material of the water repellent and the heat sealing aid is applied, impregnated, and dried, and the packaging material is cut into a long or required length.
Clothing packaging material formed into a flat, tubular packaging material that has been cut . 2. A wood pulp and a crystalline polyester resin.
Limmer, polyolefin-based polymer, polyvinyl-based poly
, Heat-fusible fiber composed of polyamide-based polymer
Or any of the above heat-fusible fiber components
Core-in-sheath or side-by-side polymer compound with lower melting point
Polyester polymer, polyolefin
Olefin polymer, modified polyolefin polymer, ethylene
Lenvinyl alcohol polymer and ionomer components
Thermal fusion in which a part of the fiber surface is continuously formed in the length direction
To thin flexible paper with air permeability mixed with water- soluble composite fiber ,
A paraffin wax emulsion as a water repellent, an olefin resin, at least one of a fluorine resin, and a vinyl acetate resin, an ethylene vinyl acetate resin, a latex resin, an acrylic resin polymer as a heat sealing aid; A mixture of at least one of natural rubber resins is applied, impregnated, and dried to form a long packaging material.
Or formed into a flat cylindrical packaging material cut to the required length.
Clothing packaging material made of Te. 3. A wood pulp and a crystalline polyester resin.
Limmer, polyolefin-based polymer, polyvinyl-based poly
, Heat-fusible fiber composed of polyamide-based polymer
Or any of the above heat-fusible fiber components
Core-in-sheath or side-by-side polymer compound with lower melting point
Placed in a composite mold, polyester polymers, Poriore off
Olefin polymer, modified polyolefin polymer, ethylene
Lenvinyl alcohol polymer and ionomer components
Thermal fusion in which a part of the fiber surface is continuously formed in the length direction
To thin flexible paper with air permeability mixed with water- soluble composite fiber ,
A mixture of a paraffin wax emulsion as a water repellent and a latex resin or an acrylic resin polymer as a heat sealing aid is applied, impregnated, and dried to form a packaging material. Long or
Do not form into a flat cylindrical packaging material cut to the required length.
That clothing packaging materials. 4. A wood pulp and a crystalline polyester resin.
Limmer, polyolefin-based polymer, polyvinyl-based poly
, Heat-fusible fiber composed of polyamide-based polymer
Or any of the above heat-fusible fiber components
Core-in-sheath or side-by-side polymer compound with lower melting point
Polyester polymer, polyolefin
Olefin polymer, modified polyolefin polymer, ethylene
Lenvinyl alcohol polymer and ionomer components
Thermal fusion in which a part of the fiber surface is continuously formed in the length direction
To thin flexible paper with air permeability mixed with water- soluble composite fiber ,
A mixed material of a water repellent and a heat-sealing aid is applied and impregnated, and a clarifying agent is applied and impregnated on at least a part of the flexible paper, and the dried packaging material is elongated or dried.
Clothing packaging material formed into a flat tubular packaging material cut to the required length . 5. A wood pulp and a crystalline polyester resin.
Limmer, polyolefin-based polymer, polyvinyl-based poly
, Heat-fusible fiber composed of polyamide-based polymer
Or any of the above heat-fusible fiber components
Core-in-sheath or side-by-side polymer compound with lower melting point
Polyester polymer, polyolefin
Olefin polymer, modified polyolefin polymer, ethylene
Lenvinyl alcohol polymer and ionomer components
Thermal fusion in which a part of the fiber surface is continuously formed in the length direction
To thin flexible paper with air permeability mixed with water- soluble composite fiber ,
A paraffin wax emulsion as a water repellent, an olefin resin, at least one of a fluorine resin, and a vinyl acetate resin, an ethylene vinyl acetate resin, a latex resin, an acrylic resin polymer as a heat sealing aid; A mixture of at least one of natural rubber resins is applied and impregnated, and an alkyd resin, a melamine resin, a phenol resin, a urea resin as a clarifying agent,
At least one of a hydrogen compound of an epoxy resin and an aromatic hydrocarbon resin is applied to at least a part of the flexible paper, impregnated, and dried to obtain a long or required length packaging material.
Clothing packaging material formed into a cut flat tubular packaging material. 6. A wood pulp and a crystalline polyester resin.
Limmer, polyolefin-based polymer, polyvinyl-based poly
, Heat-fusible fiber composed of polyamide-based polymer
Or any of the above heat-fusible fiber components
Core-in-sheath or side-by-side polymer compound with lower melting point
Polyester polymer, polyolefin
Olefin polymer, modified polyolefin polymer, ethylene
Lenvinyl alcohol polymer and ionomer components
Thermal fusion in which a part of the fiber surface is continuously formed in the length direction
To thin flexible paper with air permeability mixed with water- soluble composite fiber ,
Applied the mixture of water-repellent agent and the heat-sealable aid to impregnation, the dried packaging material formed required length flat tubular
Forming the packaging material, one end opening of the tubular packaging material, the
Cover for clothing packaging made by heat sealing leaving the center part
- 7. Wood pulp and a crystalline polyester resin
Limmer, polyolefin-based polymer, polyvinyl-based poly
, Heat-fusible fiber composed of polyamide-based polymer
Or any of the above heat-fusible fiber components
Core-in-sheath or side-by-side polymer compound with lower melting point
Polyester polymer, polyolefin
Olefin polymer, modified polyolefin polymer, ethylene
Lenvinyl alcohol polymer and ionomer components
Thermal fusion in which a part of the fiber surface is continuously formed in the length direction
To thin flexible paper with air permeability mixed with water- soluble composite fiber ,
A paraffin wax emulsion as a water repellent, an olefin resin, at least one of a fluorine resin, and a vinyl acetate resin, an ethylene vinyl acetate resin, a latex resin, an acrylic resin polymer as a heat sealing aid; A mixed liquid with at least one kind of natural rubber resin is applied, impregnated, and dried to obtain a required packaging material .
Forming a flat tubular packaging material length, one of the tubular packaging material
Heat sealing the end opening, leaving the center
Cover for clothing packaging . 8. A wood pulp and a crystalline polyester resin.
Limmer, polyolefin-based polymer, polyvinyl-based poly
, Heat-fusible fiber composed of polyamide-based polymer
Or any of the above heat-fusible fiber components
Core-in-sheath or side-by-side polymer compound with lower melting point
Polyester polymer, polyolefin
Olefin polymer, modified polyolefin polymer, ethylene
Lenvinyl alcohol polymer and ionomer components
Thermal fusion in which a part of the fiber surface is continuously formed in the length direction
To thin flexible paper with air permeability mixed with water- soluble composite fiber ,
A mixture of a paraffin wax emulsion as a water repellent and a latex resin or an acrylic resin polymer as a heat sealing aid is applied, impregnated, and dried to form a packaging material. Required length
Formed into a flat tubular packaging material, one end opening of the tubular packaging material
Clothing made by heat sealing the mouth, leaving the center part
For product packaging . 9. Wood pulp and a crystalline polyester resin
Limmer, polyolefin-based polymer, polyvinyl-based poly
, Heat-fusible fiber composed of polyamide-based polymer
Or any of the above heat-fusible fiber components
Core-in-sheath or side-by-side polymer compound with lower melting point
Polyester polymer, polyolefin
Olefin polymer, modified polyolefin polymer, ethylene
Lenvinyl alcohol polymer and ionomer components
Thermal fusion in which a part of the fiber surface is continuously formed in the length direction
To thin flexible paper with air permeability mixed with water- soluble composite fiber ,
A mixture of a water repellent and a heat-sealing aid is applied and impregnated and dried, and a clarifying agent is applied and impregnated on at least a part of the flexible paper and dried for a cover front part. A required length is obtained by laminating the wrapping material and the wrapping material for the rear portion of the cover, in which a mixture of at least a water repellent and a heat-sealing aid is applied to the flexible paper, and bonding the opposing edges together. formed in the flat tubular packaging material,
Open one end opening of this tubular packaging material,
A cover for clothing packaging with a sheet seal . 10. Wood pulp and crystalline polyester
Polymer, polyolefin-based polymer, polyvinyl-based polymer
Heat-fusible fiber composed of rimer and polyamide polymer
Any one of the fibers or the heat-fusible fiber component
A polymer compound with a lower melting point
Arranged in a row type composite, polyester-based polymer, polyole
Fin polymer, modified polyolefin polymer, d
Tylene vinyl alcohol polymer, ionomer components
Is formed by continuously forming a part of the fiber surface in the longitudinal direction.
Paraffin wax emulsion as a water repellent on a thin flexible paper with air permeability mixed with adhesive composite fibers ,
An olefin resin, at least one of a fluorine resin,
A liquid mixture with at least one of vinyl acetate resin, ethylene vinyl acetate resin, latex resin, acrylic resin polymer, and natural rubber resin as a heat-sealing auxiliary agent is applied, impregnated, and made transparent. A cover obtained by applying at least one kind of a hydrogen compound of an alkyd resin, a melamine resin, a phenol resin, a urea resin, an epoxy resin, or an aromatic hydrocarbon resin as an agent to at least a part of the flexible paper, impregnating it, and drying. Packaging material for the front,
Where by bonding opposite edge portions to each other by a packaging material of the flexible sheet to at least water repellent and cover a rear liquid mixture has been applied heat-sealable auxiliaries 2 ply
Formed into a flat tubular packaging material of the required length , this tubular packaging material
Heat seal one end opening, leaving the center part
Become a clothing packaging cover .