KR20180016127A - Apparatus for producing a web including fragrance, method thereof and a web made therefrom - Google Patents

Abstract

The present invention relates to an apparatus and a method for producing a web including a fragrance component. According to an embodiment of the present invention, an apparatus for producing a web comprises a forming means for forming a fiber board from a fiber material; a detergent coating means for coating a detergent component on the fiber board; a washing and drying means for washing and drying the fiber board coated by the detergent coating means; and a fragrance injection means for injecting the fragrance component into the dried fiber board. Further, the fragrance component in the fragrance injection means includes fragrance oil and a fragrance capsule. Fragrance can last a long time.

Description

TECHNICAL FIELD [0001] The present invention relates to a device for producing a web containing a perfume component, a method for manufacturing the same, and a web produced thereby,

An apparatus for producing a web comprising fragrance components, a method of making such a web, and a web made from such apparatus and method.

There are many kinds of cleaning tools that consumers use. Examples of cleaning tools include sponges, mops, brooms, brushes, and many other products have been used for a long time. The research to improve the cleaning tools to meet the diverse needs of consumers, such as easy to use and hygienic cleaning tools and to reduce the risk of injury to the user during cleaning, has been continuously carried out from the past to the present.

Cleaning tools have various forms and functions depending on the place and situation where they are used, and in recent years, cleaning tools capable of attaching a web made of a nonwoven fabric material have been developed. The web can effectively remove contaminants such as bacteria and fungi on the walls of bathrooms and the like. The user can grasp these webs with their rubber gloves in their hands, attach them to cleaning tools, and apply detergent on the surface of the web to scrub the walls to remove contaminants. In recent years, products such as the DTBS web, which is manufactured so that the detergent is produced when the moisture is met without the need to apply the detergent on the surface, is being released.

In order to provide the user with comfort and refreshing feeling, fragrance components can be injected into the web during the manufacturing process.

Korean Patent Publication No. 10-2007-0099665 A

However, the concentration of the fragrance component contained in the conventional web is very low, and even if the concentration is high at the initial stage of opening, there is a problem that it evaporates and disappears within a few days after opening the original package.

According to an aspect of the present invention, there is provided a forming apparatus comprising: forming means for forming a fiber board from a fiber material; A detergent coating means for coating a detergent component on the fiber board; Washing and drying means for washing and drying the fiber board coated by the detergent coating means; And fragrance injection means for injecting fragrance components including fragrance oil and fragrance capsules into the dried fiber board.

Further, the perfume capsule may be provided with an apparatus for producing a web including a membrane containing a dispersing agent.

Also, the membrane may be provided with an apparatus for producing a web comprising at least one of SMA monomethyl maleate, styrene, melamine polymer and gelatin.

The fragrance injection means includes a plurality of spray means, a plurality of the spray means are arranged along a path through which the fiber board is conveyed, and the fragrance ingredient is sequentially sprayed while the fiber board is conveyed A manufacturing apparatus for a web can be provided.

In addition, the detergent coating means may be provided with an apparatus for producing a web that does not include a perfume oil and a perfume capsule.

In addition, there is provided a web manufacturing apparatus having a cutting means for cutting the fibrous board to a predetermined size upstream of the perfume injecting means and a packaging means for packaging the fibrous board on the downstream side of the perfume injecting means .

A forming step of forming a fiber board from the fiber material; A detergent coating step of coating a detergent component on the fiber board; A drying step of washing and drying the fiber board coated with the detergent component; And a fragrance injection step of injecting a fragrance component including a fragrance oil and a fragrance capsule into the dried fiber board.

The perfume capsule may also be provided with a method of producing a web comprising a membrane containing a dispersing agent.

Also, the membrane may be provided with a method of producing a web comprising at least one of SMA monomethyl maleate, styrene, melamine polymer and gelatin.

In addition, in the perfume infusing step, a method of manufacturing a web in which the fragrance ingredient is sprayed onto the fiber board a plurality of times while the fiber board is being conveyed may be provided.

Also, in the detergent coating step, the material coated on the fibrous board may be provided with a method of producing a web that does not include a perfume oil and a perfume capsule.

The method may further include a cutting step of cutting the fibrous board to a predetermined size prior to the perfume infusing step and a packaging step of packaging the fibrous board after the perfume infusing step.

In addition, a web produced by the apparatus for producing web described above can be provided.

The web may also be provided with a web comprising a perfume component, wherein the perfume component comprises a perfume oil and a perfume capsule.

The perfume capsule may further comprise: a membrane; And a perfume oil entrained in the membrane may be provided.

The membrane may also be provided with a web comprising at least one of SMA monomethyl maleate, styrene, melamine polymer and gelatin.

In addition, a web produced by the above-described method for producing a web can be provided.

The web may also be provided with a web comprising a perfume component, wherein the perfume component comprises a perfume oil and a perfume capsule.

The perfume capsule may further comprise: a membrane; And a perfume oil entrained in the membrane may be provided.

The membrane may also be provided with a web comprising at least one of SMA monomethyl maleate, styrene, melamine polymer and gelatin.

According to embodiments of the present invention, there is an effect that the web can have a high concentration of fragrance and this fragrance can last for a long time.

1 is a conceptual diagram of an apparatus for manufacturing a web according to an embodiment of the present invention.
2 is a conceptual diagram of a web manufactured according to an embodiment of the present invention.
3 is a flowchart illustrating a process of manufacturing a web according to an embodiment of the present invention.
FIG. 4 is a graph showing the fragrance intensity of the web with respect to time according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. Here, it is noted that the drawings are not drawn at a constant rate for convenience of explanation. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

1 and 2, an apparatus 1 for manufacturing a web according to an embodiment of the present invention will be described. FIG. 1 is a schematic view of an apparatus for manufacturing a web according to an embodiment of the present invention, and FIG. 2 is a conceptual view of a web manufactured according to an embodiment of the present invention.

1, the web manufacturing apparatus 1 includes a forming means 10, a first washing and drying means 20, a first abrasive coating means 30, a second washing and drying means 40, The second cleaning and drying means 70, the cutting means 80, the perfume injection means 90, and the packaging means 100. The first and second cleaning and drying means 50,

The forming means 10 can form a fibrous board from a fibrous material. The fiber material used in the molding means 10 may be selected from the group consisting of cellulose fibers, animal hair, flax, hemp, jute, ramie, sisal, cotton, fanny, glass, stone, And may be a synthetic fiber such as polyamide, polyester, polyacrylic acid, polypropylene, conjugated fiber, vermiculite (vermiculite) fiber and the like. For example, the molding means 10 introduce a plurality of fibers into the forming chamber 11 and form a group of fibers. The fibers are blown into the forming chamber 11 and distributed on the forming wire provided at the lower part thereof. Such a forming chamber may also include a brushing mechanism such as a wing or roller to allow the fibers to escape through the bottom of the forming chamber more easily. The forming chamber 11 also has a bottom net such as a sieve having a plurality of openings through which fibers can be stacked on the forming wire, but this is not necessarily so. The fibrous board formed by the molding means 10 has an absorbent ability to absorb liquid.

The forming means 10 may also include a roller mechanism 12 for coating the fabricated fiberboard. The roller mechanism 12 can mechanically press the fiber by passing the fiber board between the roll and the roll. The roller mechanism 12 can supply the binder to the fiber board through the roller, and the fiber board can be pressed while being supplied with the binder to firmly fix the fiber to the fiber. The fiber board manufactured in this molding means 10 can be transferred to the first washing / drying means 20.

The first washing and drying means 20 can clean and dry the fiber board using a cleaning liquid. The first washing and drying means 20 can heat the fibrous board to a high temperature and dry it. The first washing and drying means 20 may be provided downstream of the molding means 10. The fiber board washed and dried by the first washing and drying means (20) is conveyed to the first abrasive coating means (30).

The first abrasive coating means 30 can provide an abrasive to the cleaned fiber board. For example, the first abrasive coating means 30 can be configured to eject the abrasive onto the fiber board through the injection nozzle. The abrasive may include mineral particles, synthetic particles, natural abrasive particles, or combinations thereof. Examples of mineral particles include aluminum oxides such as ceramic aluminum oxide, heat treated aluminum oxide and white fused aluminum oxide, as well as silicon carbide, alumina zirconia, diamond, ceria, cubic boron nitride, garnet, flint, , Pumice, and calcium carbonate. The synthetic particles include polymeric materials such as polyester, polyvinyl chloride, methacrylate, methyl methacrylate, polycarbonate and polystyrene. Natural abrasive grains include nutshells such as walnut shells or fruit seeds such as apricots, peaches and avocados.

By coating the fibrous board with the first abrasive coating means 30, the fibrous board can have strong abrasiveness to poor abrasiveness. Such an abrasive may be composed of a combination of abrasive grains having different sizes and hardness, and can have strong abrasive properties without scratching. The first abrasive coating means 30 is transferred to the second washing and drying means 40.

The second cleaning and drying means 40 can clean and dry the fiber board using a cleaning liquid. The second cleaning and drying means (40) may be provided downstream of the first abrasive coating means (30). The second washing and drying means 40 may have the same configuration as the first washing and drying means 20, but is not limited thereto. The fiber board washed and dried by the second washing / drying means (40) is transferred to the detergent coating means (50).

The detergent coating means 50 may provide a detergent component to the fiber board. For example, the detergent coating means 50 can include a roller through which the detergent component flows, and the fiber board can be passed between the rollers. The detergent component can be impregnated into the fiber board while the fiber board passes between the rollers of the detergent coating means 50. [ Such detergent ingredients may include one or more of a surfactant, a bleach, and an antibacterial agent. Surfactants may include, for example, one or more of sodium lauryl sulfate and dodecylbenzene sulfonate. In addition, bleaching agents may include, for example, inorganic peroxides such as sodium perborate monohydrate and tetrahydrate and at least one of sodium percarbonate, organic peracid derivatives and calcium hypochlorite. Antimicrobial agents may include, for example, one or more of sodium dihydrochloride isocyanurate dihydrate, benzylic chloride, halogenated dialkyl hydantoin, and halogens including compounds such as trichloroacid. However, these detergent ingredients do not contain a fragrance component. In other words, the detergent coating means 50 does not provide a fragrance component to the fiber board. The fibrous board having been subjected to the detergent coating means (50) can be transferred to the second abrasive coating apparatus (60).

The second abrasive coating apparatus 60 may provide an abrasive to the textile board impregnated with detergent. The description of the second abrasive coating apparatus 60 is replaced with the description of the first abrasive coating apparatus 30 described above. The second abrasive coating apparatus 60 may have the same configuration as the first abrasive coating apparatus 30 but is not limited thereto and may be configured in a different manner from the first abrasive coating apparatus 30. [ For example, the second abrasive coating apparatus 60 may use an abrasive different from the abrasive of the first abrasive coating apparatus 30. The fiber board having passed through the second abrasive coating apparatus 60 can be transferred to the second washing / drying means 70.

The third washing and drying means 70 can wash and dry the fiber board using a cleaning liquid. The third cleaning and drying means 70 may be provided downstream of the second abrasive coating means 60. The second washing and drying means 40 may have the same configuration as at least one of the first washing and drying means 20 and the second washing and drying means 40, but is not limited thereto. The fiber board washed and dried by the third washing / drying means (70) is conveyed to the cutting means (80).

The cutting means 80 can be cut to a size suitable for packaging the fiberboard. The cut fiber board is conveyed to the perfume injecting means (90).

The perfume injection means 90 can provide fragrance to the cut fiber board. The perfume injecting means 90 may inject the fragrance component in the form of a slurry, and the slurry may have a viscosity of about 900 CPs or more and 1400 CPs or less. When the viscosity of the perfume component is less than 900 CPs, there is a problem that the perfume component is not coated and flows down. Further, when the viscosity of the perfume component exceeds 1400 CPs, there is a problem that the production rate of the web 2 is excessively lowered. For this, the perfume injecting means 90 may include a plurality of perfume injection nozzles 91, and the perfume injection nozzles 91 may be implemented by a spraying method. In addition, the perfume injecting means 90 can inject a plurality of fragrance components while the fibrous board is being conveyed through the plurality of perfume injection nozzles 91. For example, the perfume injection means 90 may include three perfume injection nozzles 91 that are sequentially arranged in the transfer path of the fiber board, and the perfume injection nozzles 91 may be arranged so that, The fragrance component can be sequentially sprayed onto the fiber board. The injected fragrance component can be absorbed by the fiber board and embedded in the interior of the fiber board.

Such perfume ingredients include fragrance oils and perfume capsules. The perfume oil may be a directional substance or a hydrophobic substance. The perfume capsules may include a membrane that functions as a capsule wall and an encapsulated oil that is entrained within the interior of such a membrane. The encapsulated oil may contain a fragrance component and may be a hydrophobic material. Such an encapsulated oil may be composed of the same material as the perfume oil, but is not limited thereto. The membrane of the capsule may be provided in a small size of a few micrometers and may be, for example, 2 micrometers. Such membranes may include hydrophilic materials and dispersants. For example, the membrane may comprise one or more of SMA monomethyl maleate, styrene, melamine polymer and gelatin, wherein the SMA monomethyl The maleate may function as a dispersant. In addition, the content of the perfume component may be perfume oil of 5% or more and 25% or less and perfume capsule of 60% or more and 85% or less, and may contain water as other residue.

2, the web 2 may be transported to the packaging means 100 provided downstream of the perfume infusion means 90 and packed thereon. have. The web 2 comprises a fragrance component containing a fragrance oil and a fragrance capsule 61 and the fragrance capsule 61 comprises a membrane 63 and an oil 62 encapsulated inside the membrane 63 .

Hereinafter, a method of manufacturing a web according to an embodiment of the present invention will be described with reference to FIG. 3 is a flowchart illustrating a process of manufacturing a web according to an embodiment of the present invention.

Referring to Fig. 3, a fiber board can be produced from a fiber material in the molding means 10 (S10). The fibers included in such a fiber board may be one or more of natural fibers and synthetic fibers. The fiber board having undergone the forming step S10 may be firstly washed and dried in the first washing and drying means 20 (S20). Thereafter, the washed fiber board is first coated with an abrasive (S20). This primary abrasive coating step may be carried out by a first abrasive coating means 30 and the fiber board coated with the abrasive may be secondarily cleaned and dried (S40) and transferred to the detergent coating means 50 . The detergent coating means 50 coats the fiber board with detergent (S50). In the detergent coating step (S50), the detergent component is impregnated into the fiber board. By impregnating these detergent components, the cleaning ability of the web can be improved. In this detergent coating step (S50), the components to be coated do not contain aroma components. Thereafter, the washed fiber board is coated with an abrasive (S60), and then washed and dried (S70). The abrasive coated in the second abrasive coating step (S60) may have the same composition as the abrasive coated in the first abrasive coating step (S30), but is not limited thereto. Further, the fiber board coated with the abrasive is cut by the cutting means 80 (S80).

The cut fiber board is coated with the perfume ingredient by the perfume injecting means 90 (S90). The perfume ingredient in the perfume injecting step (S90) may include a perfume capsule and perfume oil. A perfume oil is encapsulated inside the perfume capsule. The membrane of such a perfume capsule comprises a dispersing agent and can combine with an external perfume oil as well as an encapsulated perfume oil therein. The fragrance capsule is combined with the external perfume oil, so that the external oil can be kept on the web for a long time without evaporation or volatilization. In addition, in the perfume injecting step (S90), a small amount of the perfume component can be coated a plurality of times, thereby improving the production speed. The web produced through the perfume injection step (S90) may be packed by the packaging means (100) (S100).

Hereinafter, effects of the apparatus for manufacturing a web and the method for manufacturing a web using the same will be described with reference to FIG. FIG. 4 is a graph showing the fragrance intensity of the web with respect to time according to an embodiment of the present invention.

According to the apparatus for producing such a web and the method for producing the web using the same, the fragrance ingredient is provided after being coated on the detergent fiber board by the detergent coating means 50. The detergent coating step (S50) is accompanied by a washing and drying step (S70), and the fiber board is heated in a washing and drying step (S70). When the fragrance ingredient is injected in the detergent coating step (S50), there is a risk that the perfume oil may be evaporated or volatilized in a washing and drying step in which the perfume oil may be carried forward, and the perfume capsule may be destroyed in a roller process that can proceed thereafter. However, according to one embodiment of the present invention, since the injection of the perfume ingredient is performed after the detergent coating step (S50) and the washing and drying step (S70), the perfume ingredient can be kept useful. Thus, the web 2 may initially have a high level of abundance, as shown in FIG. Here, the abundance of the vertical axis of the graph indicating the fragrance intensity in FIG. 4 is used in the structure analysis of the community, and means the average number of the fractions in which the fragrance component appears. This fragrance intensity is A = 100 × D / F (A: Abundance, frequency F, density D (irradiation area)).

In addition, the fragrance ingredient injected into the web 2 includes the fragrance capsule 61 and the perfume oil together. The dispersant contained in the membrane 63 of the perfume capsule can be combined with the hydrophilic material included in the membrane and also with the perfume oil which is the hydrophobic material. Since the perfume oil is bonded to the dispersant of the perfume capsules, evaporation or volatilization can be prevented and can be fixed to the fiber board for a long time. Therefore, the aroma intensity of the web 2 can be maintained for a relatively long period of time as shown in Fig.

The following is a list of embodiments of the present invention.

Item 1 is a forming means for forming a fiber board from a fiber material; A detergent coating means for coating a detergent component on the fiber board; Washing and drying means for washing and drying the fiber board coated by the detergent coating means; And fragrance injection means for injecting fragrance components including fragrance oil and fragrance capsules into the dried fiber board.

Item 2 is an apparatus for producing a web, wherein the perfume capsule comprises a membrane containing a dispersant.

Item 3 is an apparatus for producing a web, wherein the membrane comprises at least one of SMA monomethyl maleate, styrene, melamine polymer and gelatin.

Item 4 is characterized in that the perfume injecting means includes a plurality of spraying means, a plurality of the spraying means are arranged along a path through which the fiberboard is conveyed, and sequentially spraying the perfume ingredients while the fiberboard is being conveyed And the like.

Item 5 is a device for producing a web, wherein the detergent coating means comprises a perfume oil and a perfume capsule.

Item 6 is a manufacturing apparatus for a web in which a cutting means for cutting the fibrous board to a predetermined size is provided upstream of the perfume infusion means and packaging means for packaging the fibrous board is provided downstream of the perfume infusion means.

Item 7 is a forming step of forming a fiber board from a fiber material; A detergent coating step of coating a detergent component on the fiber board; A drying step of washing and drying the fiber board coated with the detergent component; And a perfume injection step of injecting a fragrance ingredient including a perfume oil and a perfume capsule into the dried fiber board.

Item 8 is a method for producing a web comprising the membrane in which the perfume capsule contains a dispersing agent.

Item 9 is a method for producing a web wherein the membrane comprises at least one of SMA monomethyl maleate, styrene, melamine polymer and gelatin.

Item 10 is a method for producing a web in which the perfume oil and perfume perfume capsules are injected onto the fiber board in the perfume infusion step.

Item 11 is a method for producing a web in which the material coated on the fibrous board in the detergent coating step contains a perfume oil and a perfume capsule.

Item 12 further comprises a cutting step of cutting the fibrous board to a predetermined size prior to the perfume infusing step and a packaging step of packaging the fibrous board after the perfume infusing step.

Item 13 is a web produced by the apparatus for manufacturing a web according to any one of Items 1 to 6.

Item 14 is a web wherein the web comprises a fragrance component and the fragrance component comprises a fragrance oil and a perfume capsule.

Item 15 wherein the perfume capsule comprises: a membrane; And perfume oil entrained in the membrane.

Item 16 is a web wherein the membrane comprises at least one of SMA monomethyl maleate, styrene, melamine polymer and gelatin.

Item 17 is a web produced by a method of manufacturing a web according to any one of Items 7 to 12.

Item 18 is a web wherein the web comprises a perfume ingredient and the perfume ingredient comprises a perfume oil and a perfume capsule.

Item 19 wherein the perfume capsule comprises: a membrane; And perfume oil entrained in the membrane.

Item 20 is a web wherein the membrane comprises at least one of SMA monomethyl maleate, styrene, melamine polymer and gelatin.

While the present invention has been described with reference to the specific embodiments of the apparatus for manufacturing a web of the present invention and the method of manufacturing the web using the same, the present invention is not limited thereto. For example, Range. ≪ / RTI > Skilled artisans may implement a pattern of features that are not described in a combinatorial and / or permutational manner with the disclosed embodiments, but this is not to depart from the scope of the present invention. It will be apparent to those skilled in the art that various changes and modifications may be readily made without departing from the spirit and scope of the invention as defined by the appended claims.

10: forming means 20: first washing / drying means
30: first abrasive coating means 40: second washing and drying means
50: detergent coating means 60: second abrasive coating means
61: perfume capsule 62: encapsulated oil
63: Membrane 70: Third washing and drying means
80: cutting means 90: perfume injection means
100: Packaging means

Claims (20)

Molding means for forming a fiber board from the fiber material;
A detergent coating means for coating a detergent component on the fiber board;
Washing and drying means for washing and drying the fiber board coated by the detergent coating means; And
And a perfume injection means for injecting fragrance components including fragrance oil and perfume capsules onto the dried fiber board. The method according to claim 1,
Wherein the perfume capsule comprises a membrane containing a dispersing agent. 3. The method of claim 2,
The membrane
SMA monomethyl maleate, styrene, melamine polymer and gelatin. The method according to claim 1,
Wherein the perfume injecting means includes a plurality of injecting means,
Wherein the plurality of spraying means are arranged along a path through which the fiber board is conveyed and sequentially spray the fragrance components while the fiber board is conveyed. The method according to claim 1,
Wherein the detergent coating means comprises a perfume oil and a perfume capsule. The method according to claim 1,
A cutting means for cutting the fiber board to a predetermined size is provided upstream of the perfume injecting means,
And a packaging means for packaging the fiber board is provided downstream of the perfume infusion means. A forming step of forming a fiber board from the fiber material;
A detergent coating step of coating a detergent component on the fiber board;
A drying step of washing and drying the fiber board coated with the detergent component; And
A perfume injection step of injecting a fragrance component including fragrance oil and perfume capsules into the dried fiber board. 8. The method of claim 7,
Wherein the perfume capsule comprises a membrane containing a dispersing agent. 9. The method of claim 8,
The membrane
SMA monomethyl maleate, styrene, melamine polymer and gelatin. 8. The method of claim 7,
Wherein the fragrance injection step injects the fragrance component onto the fiber board a plurality of times while the fiber board is being conveyed. 8. The method of claim 7,
Wherein the material coated on the fibrous board in the detergent coating step comprises a perfume oil and a perfume capsule. 8. The method of claim 7,
A cutting step of cutting the fiber board to a predetermined size prior to the perfume injecting step,
And a packaging step of packaging the fibrous board after the perfume infusing step. A web produced by an apparatus for manufacturing a web according to any one of claims 1 to 6. 14. The method of claim 13,
Wherein the web comprises a fragrance component,
Wherein the perfume ingredient comprises a perfume oil and a perfume capsule. 15. The method of claim 14,
The perfume capsule comprises:
Membrane; And perfume oil entrained in the membrane. 16. The method of claim 15,
The membrane
SMA monomethyl maleate, styrene, melamine polymer and gelatin. 13. A web produced by a method of manufacturing a web according to any one of claims 7 to 12. 18. The method of claim 17,
Wherein the web comprises a fragrance component,
Wherein the perfume ingredient comprises a perfume oil and a perfume capsule. 19. The method of claim 18,
The perfume capsule comprises:
Membrane; And perfume oil entrained in the membrane. 20. The method of claim 19,
The membrane
SMA monomethyl maleate, styrene, melamine polymer and gelatin.

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