KR101864705B1 - Manufacture Method for a face cleansing gloves - Google Patents

Abstract

The present invention relates to a method for manufacturing face cleaning globes with no stimulation and enhanced cleaning force, which crosses strands of rayon thread with different thicknesses with each other to express set patterned roughness, thereby being capable of providing quite gloss and soft and elastic texture, different from a conventional art, caused by characteristics owned by a target material as well as maximizing the cleaning force as a face cleaning product, e.g. by generating a large amount of bubbles. The present invention relates to a method for manufacturing face cleaning globes with no stimulation and enhanced cleaning force, which comprises: a pocket weaving step (S100) of weaving a pocket (10) provided with an entrance (12) holding a hand by crossing two strands of 300 denier rayon thread with one strand of 150 denier rayon thread; a wrist weaving step (S200) equidistantly inserting rubber thread (21) while extending and weaving the entrance in one direction to form an elastic wrist part (20); and a pocket finishing step (S300) of finishing a tip end of the wrist part with an adhesive thread (22).

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for manufacturing a toilet glove,

More particularly, the present invention relates to a glove for toilet use, in which rayon yarns of different thickness cross each other and a roughness of a certain pattern is expressed, thereby generating a large amount of foam even with a predetermined cleanser, The present invention relates to a method of manufacturing a toilet glove having improved non-stimulus and detergency, which is provided so as to provide soft gloss and soft and resilient touch due to the characteristics of the subject material.

A cleanser such as a soap or a cleansing cream or a hygienic cream is usually used to more effectively remove waste products from the skin when cleansing the skin.

Such a cleanser is generally formed by removing bubbles from the hands or the cleansing area to remove the waste materials. In recent years, a sponge-type cleansing towel which induces foam to be applied evenly to the skin while generating bubbles more effectively is provided .

As an example of the above-described towel for towel, Japanese Utility Model Application Laid-Open No. 20-2000-0004275, "a cleansing pad"

The above-mentioned prior art has the effect of easily inducing foam generation even if only a small amount of water is used without a separate detergent by containing a cleaning agent and a pigment in a pad made of synthetic fibers. In addition, since the cleansing towel of the sponge pad type is excellent in elasticity, the cleaning performance is somewhat advantageous in the curved surface of the face or the uneven portion, but it is adversely affected when the cleansing is performed due to excessive deformation, There are many inconveniences.

In order to overcome this problem, a cleansing glove in which the towel is worn tightly in the hand is proposed to prevent it from falling out. For example, Japanese Patent Laid-Open No. 20-2002-0001173 " .

The above prior art is composed of a finger glove which is woven in any one of silicone, latex and polyethylene and embraces five fingers, and a dumb glove which embraces all four fingers except the thumb. On the other hand, the upper eyelash glove has a plurality of eyelashes each having a length of 2 mm to 8 mm and a thickness of 0.5 mm to 1.5 mm on the palm side, thereby more effectively removing the waste matter in the washed area.

These cleansing gloves use silicone, latex, polyethylene, etc., which are excellent in touch to maximize fit while minimizing irritation to the skin. However, this is a very expensive material. In addition, since materials such as silicone, latex, and polyethylene generally have a thick yarn and a soft touch, it is somewhat difficult to remove keratin and sebum from the skin.

As a result, it is necessary to provide a toilet glove that can remove keratin and sebum more thoroughly while minimizing irritation to the skin. In addition, it is imperative to provide a toilet glove that can improve productivity and purchase desire by using cheap materials. to be.

Utility Model Patent Laid-Open No. 20-2000-0004275 "Facial Pad" Utility Model No. 20-2002-0001173 "Glove for cleansing"

It is an object of the present invention to provide a toilet glove capable of effectively removing keratin and sebum while minimizing irritation directly applied to a cleaning area, in order to more positively solve all the above problems.

In addition, the present invention can be applied not only to manufacture in the form of a glove that can be worn by a hand for maximizing usability but also to a problem that the wrist part adopts a band of predetermined elasticity to induce easy attachment and detachment, Another challenge is to provide a toilet glove that can resolve the problem.

It is yet another object of the present invention to provide a toilet glove of a type that maximizes durability so that the knot of the elastic end is not loosened easily.

In order to accomplish the above object, the present invention provides a method for manufacturing a non-irritating and washable toilet glove.

The upper armrest is a pocket weaving step of weaving two pockets of Rayon yarn of 300 Denier and one of the rayon yarns of 150 Denier to provide a pocket 10 with an entrance 12 for receiving a hand A wrist section weaving step S200 for forming a wrist section 20 having elasticity by inserting the rubber yarn 21 at regular intervals while extending and weaving the entrance in one direction, And a pocket finishing step (S300) of finishing the pocket finishing with the yarn (22).

The upper pocket weaving step S100 includes a first weaving step S110 of weaving an hourglass-shaped base 11 using rayon yarns, a folding step S110 of folding the base 11 in a semi- And a second weaving step (S120) in which the diameter portion (11-1) is overlaid by rayon yarn to finish the second weaving step (S120).

In addition, the upper rubber yarn 21 generates a natural solvent that generates tetrahydrofuran (THF) through a de-carbonation reaction after adding water to the puruler by generating dephthalate reaction to the sugar extracted from the plant or fruit, (S221), and a rubber yarn forming step (S222) of removing phosphorus bonds by removing water by adding phosphoric acid-silica zeolite to the natural solvent.

The upper pocket finishing step S300 is characterized in that a part of the wrist part 20 is folded into the inner space of the pocket and the end of the wrist part inserted into the inner space is closed and fixed with the adhesive yarn 22. [

The upper adhesive yarn 22 includes a filament yarn forming step S311 for forming a filament yarn by melt-synthesizing polypropylene and polyethylene, a filament yarn forming step for winding the filament yarn on a winding roller, And a synthetic yarn forming step (S312) of heating and stretching by heating with a stretcher while applying a tangle powder, and an adhesive yarn forming step (S313) of covering the synthetic yarn with the spandex yarn covered with the acrylic yarn.

The toilet glove of the present invention having the above-described construction exhibits an excellent cleaning effect while minimizing irritation to the skin by using a Rayon yarn.

For this purpose, according to the present invention, two Rayon yarns of 300 Denier and one Rayon yarn of 150 Denier cross each other to form a uniform pattern of roughness on the whole surface of the glove, so that a small amount of cleanser So that the cleansing force is improved.

In addition, in the toilet of the present invention, the rubber yarn is inserted into the wrist part at a predetermined interval to prevent the convenience of the detachment and peeling of the wrist part, and the end of the wrist part is closed with the adhesive material of soft material, There is an effect that can freely wash freely.

In addition, the toilet glove of the present invention has another effect that a natural harmless product can be provided to a human body by adding a natural extract extracted from fruit or vegetable to rubber yarn.

FIG. 1 is a flow chart illustrating the steps of manufacturing a toilet glove having improved irritation and detergency according to a preferred embodiment of the present invention.
2 is a view sequentially showing a process of weaving a pocket into a rayon yarn;
3 is a front view of a toilet glove constructed according to a preferred embodiment of the present invention;

BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will become more apparent from the following description taken in conjunction with the accompanying drawings, in which: FIG.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and how to accomplish them, will become apparent by reference to the embodiments described in detail below with reference to the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. To fully disclose the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. And throughout this specification, like reference numerals refer to like elements throughout.

In the present invention, rayon yarns of different thicknesses cross each other and a roughness of a certain pattern is expressed, thereby generating a large amount of bubbles even with a predetermined cleanser, thereby maximizing the detergency, while inserting rubber yarns at regular intervals in the wrist region, Which is excellent in durability and feel, and has improved washing power, as well as a method for manufacturing a toilet glove.

FIG. 1 is a flow chart showing sequential steps of manufacturing a toilet glove with improved irritation and detergency according to a preferred embodiment of the present invention.

As shown in FIG. 1, the toilet glove with improved irritation and detergency according to the present invention includes a pocket weaving step S100 for weaving a pocket using rayon yarn to accommodate a finger, A step (S200) of waving a wrist to form a vertically extending weave from a pocket, the step of waving a wrist to insert the rubber yarn (21) at regular intervals to impart elasticity to the entrance; a pocket finishing step (S300).

For example, the toilet glove of the present invention is made of wood pulp as a raw material, and is excellent in cool feeling upon contact with skin and has excellent breathability, so that rayon yarn can be stored comfortably at all times. The rayon filament fiber is stretched and repelled It is preferable to use reinforced rayon yarn having excellent elasticity and improved strength. However, it should be understood that the wiredon company is not limited to the material according to the preferred embodiment of the present invention, and that any one of various artificial materials can be selected and used.

The upper pocket weaving step S100 includes a first weaving step S110 of weaving an hourglass-shaped base 11 using rayon yarns, a folding step S110 of folding and folding in the form of semi- And a second weaving step S120 in which the portion 11-1 is overlaid by rayon yarn and closed.

FIG. 2 is a view showing the details of the first weaving step S110 to the second weaving step S120 from FIG. 2, and FIG. 2 is a view for explaining the steps from the first weaving step S110 to the second weaving step S120, As shown in FIG.

As shown in FIG. 2, the first weaving step (S110) of the present invention weaves an hourglass-shaped base 11 using a rayon yarn, wherein the upper base includes two Rayon yarns of 300 Denier, 150 Denier rayon yarn is woven by mutual crossing of weft and slope to express a certain pattern of convex roughness. For example, the toilet glove of the present invention is made up of all-convex patterns, but since the rayon yarn made of an extremely soft material is used, the irritating and ovoid pattern on the skin induces foaming of the cleanser, Bubbles can be generated, thereby improving the cleaning ability.

Since the warp yarns usually use a stronger yarn than the weft yarns, the woven fabrics have a stronger strength and elongation in the longitudinal direction than in the lateral direction. However, in the present invention, as the thickness of the rayon yarn used in the weft yarn and the number of twist yarns are increased, all the sides of the base have a uniform strength and elongation.

Below is a table comparing the performance of the toilet gloves according to the number of rayon yarns.

The specimens used for the test were specimen 1 woven only with rayon yarn of 150 Denier, specimen 2 woven with rayon yarn of 300 Denier, and specimen 1 woven with one rayon yarn of 150 Denier and one rayon yarn of 300 Denier 3, a specimen 4 made by cross-woven two rayon yarns of 150 Denier and one rayon yarn of 300 Denier, two specimens of 300 Denier rayon yarns and one 150 Denier rayon yarn Respectively.

The strength, elongation, warp and weft shrinkage, bubble generation, water cohesion and skin irritation of the above specimens were measured.

As shown in Table 1, the strength of specimen 1 was the lowest with 78.523%, followed by 76.964% specimen 3, 79.126% specimen 2, and 81.057% specimen 4, Pellet 5, which was cross-woven between two layers of rayon yarn and one layer of rayon yarn of 150 Denier, showed the highest value at 93.117%.

The average elongation was 40%. On the other hand, specimen 5, in which two 300-Denier rayon yarns and one 150-Denier rayon yarn were cross-woven, had the highest value of more than 55%.

On the other hand, the shrinkage ratios of specimen 1 and specimen 2, which were woven with the same weft and warp, showed uniform values of 61% to 87%, respectively. However, there is no uniform pattern on the surfaces of specimens 1 and 2 woven with the same thickness Since the amount of foam produced was not over 30%, it was somewhat difficult to use as a toilet glove.

In addition, specimen 3 and specimen 4 were able to generate a large amount of foam even with a small amount of cleanser using a rayon yarn of different thickness, but the difference in shrinkage between weft and slope was more than 10% When we walked away from the hand or rubbed on the skin, we found that the stimulus was severe.

On the other hand, specimen 5 formed many obovoid patterns of 0.01 to 0.05 mm, which produced the largest amount of foam compared with specimens 1 to 4, and particularly, the superior shrinkage rate exceeding 90% There was no difference in only 1%, and it was easy to grasp the hands, and irritation did not occur at all when rubbing the skin in various directions and shapes.

In addition, even in the test results of the water cohesion rate remaining in the toilet glove itself, 66.087% of specimen 1, 68.758% of specimen 2, 70.585% of specimen 3, 72.412% of specimen 4, and 88.085% It was found that the most amount of water could be put into the water.

As can be seen from the above test results, it is considered that the most desirable aspect of the washcloth using the rayon yarn is to woven two 300-Denier rayon yarns and one 150-Denier rayon yarn.

The second weaving step (S120) is folded in the form of a semicircle overlaid on the basis of the center of the base, and then the diameter portion (11-1) is overlaid with rayon yarn to form a pocket. As described above, in the second weaving step S120, the two side diameter portions 11-1 are closed and the entrance 12 is formed at the upper side so that the fingers can be inserted.

The upper wrist section weaving step S200 is divided into a wrist section knitting step S210 in which the wick section is extended and extended in the vertical direction from the entrance of the pocket, and a rubber yarn inserting step S220 for inserting the rubber yarn into the wrist section.

In the upper wrist section knitting step S210, two rayon yarns of 300 Denier and one rayon yarn of 150 Denier are cross-linked with weft and warp yarns in the same manner as weaving the base 11, do. On the other hand, it is preferable that the wrist portion is extended to 4 to 10 cm in consideration of the age of the user.

In the inserting step (S220), the rubber yarn (21) is inserted into the wrist. During the process of knitting the wrist with the rayon yarn, the rubber yarn is inserted at regular intervals from a predetermined region of the wrist.

Here, general rubber yarn sold on the market can be used, but in the present invention, an eco-friendly rubber yarn using natural materials has been developed in order to positively improve user's skin.

The above eco-friendly rubber yarn is manufactured through a natural solvent production step (S221) and a rubber yarn production step (S222).

In the natural solvent-producing step (S221), sugar is first extracted from a plant or a fruit, a dephosphate reaction is performed on the extracted sugar to generate a purulent, water is added to the produced purulent, (THF).

The step (S222) of producing the rubber fiber yarn is a step of removing natural water from the tetrahydrofuran by adding a catalyst such as phosphoric acid-silica zeolite to tetrahydrofuran to remove the ring bonds of tetrahydrofuran to form natural butadiene .

This example compares the performance of conventional rubber yarns made of eco-friendly rubber yarns and polyurethane fibers.

* Type of specimen used in test

Test piece 1: An eco-friendly rubber yarn produced through a natural solvent producing step (S221) and a rubber yarn producing step (S222), which is an embodiment of the present invention, extracted from orange.

PAT. 2: A rubber yarn made of polyurethane fibers, which is usually sold on the market.

* The table below compares the measured values of each tested specimen.

As shown in Table 2, tensile strength, elongation, elastic recovery rate, heat resistance temperature, radioactive property, marine property, and skin irritation due to texture and tensile strength, fungicide, and storage retention were measured for specimen 1 and specimen 2 The specimen 1 showed a tensile strength of 1.92 g / d, an elongation of 690%, an elastic recovery of 98%, an endothermic temperature of 195 ° C, a very good radioactivity and marine property, The specimen 2 exhibited a tensile strength of 1.58 g / d, an elongation of 605%, an elastic recovery of 91%, an endothermic temperature of 187 ° C, and radioactive and marine skin The degree of irritation, the bactericidal property and the storage stability. In particular, when the rubber sheet of the test piece 2 was exposed to water for a long time, the skin suffered red spot problems and itching symptoms such as allergies. However, the rubber sheet of test piece 1 had no trouble or discomfort to the skin even after prolonged exposure. The specimen 1 and the specimen 2 were immersed in water one time per 10 hours and then subjected to natural drying at 10 to 15 ° C for 50 days. As a result, specimen 1 maintained its initial state, And various defects such as cracks or reduced elasticity have occurred.

On the other hand, the eco-friendly rubber yarn 21 obtained as described above is inserted into the wrist portion in a state in which the elastic force is further improved by twisting two to three strands. Two rows are inserted at the first narrow intervals as shown in Fig. 3, One line is inserted at regular intervals. The first two lines of rubber yarn 21 inserted first presses the palm or wrist starting position with respect to the finger, and the adhesive yarn 22, which will be described below, presses the palm or the end of the wrist Secondary pressure. As the rubber yarn 21 and the adhesive yarn 22 double the wrists, the cleansing foam formed on the gloves is prevented from being separated from the hand while being actively prevented from separating the toilet gloves from the hand. It blocks the loss.

The upper pocket finishing step S300 is a step of finishing the end portion of the wrist portion with the adhesive yarn 22 to prevent the wrist portion knitted from the pocket entrance from being loosened and the adhesive yarn is wrapped around the palm or wrist It presses the ending part and blocks the separation of the toilet glove from the hand.

Meanwhile, the adhesive thread 22 of the present invention may be a general product sold on the market. However, in the present invention, adhesive threads using a natural material are provided so that stimulation of the user's skin may be suppressed, do.

More particularly, the present invention relates to a filament yarn forming step (S301) for forming a filament yarn by melt-synthesizing polypropylene and polyethylene, a filament yarn winding method for winding a filament yarn on a winding roller, A synthetic yarn forming step (S302) of heating and stretching by applying a stretcher while applying the yarn, and an adhesive yarn forming step (S303) covering the synthetic yarn on the spandex yarn covered with an acrylic yarn to produce an environmentally friendly adhesive yarn (22).

The rosin and kelp powder added during the process of producing the environmentally friendly adhesive yarn 22 is heated by a stretching machine to generate a mucilage which is a characteristic property of the material and induces a constant viscosity to the adhesive yarn, The beneficial effect of the powder on the human body protects and improves the skin of the user.

The adhesive yarn 22 manufactured as described above is used to finish the wrist part of the toilet glove or to fold a part of the wrist part into the inner space of the pocket and to finish the stitch end of the wrist part inserted into the inner space, Completely blocks the case where the rayon or adhesive thread can be loosened.

Using the rayon yarn, the toilet glove manufactured according to the present invention crossed two rayon yarns of 300 Denier and one rayon yarn of 150 Denier while minimizing irritation applied to the skin, and a uniform pattern of roughness A large amount of foam is generated even with a small amount of the cleanser due to the roughness, and the cleansing power is improved. The rubber yarn 21 is inserted into the wrist portion 20 at a predetermined interval, And the end of the wrist is closed with the adhesive material 22 of soft material so that the user can freely wash freely without wearing the toilet glove. In addition, the natural extract can be added to the rubber yarn 21 and the adhesive yarn to provide a harmless product to the user's body.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Should be clarified. Therefore, it is intended that the present invention cover the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents.

10. Pocket 11. Base
11-1. Diameter 12. Entrance
20. Wrist 21. Rubber
22. Adhesive
S100. Pocket weaving step S110. The first weaving step
S120. Second weaving step S200. Wrist part weaving step
S210. Wrist section knitting step S220. Rubber yarn inserting step
S221. Natural solvent generation step S222. Rubber yarn forming step
S300. Pocket finish step S301. Filament yarn forming step
S302. Synthetic yarn forming step S303. Adhesive yarn forming step

Claims (5)

A pocket weaving step S100 for weaving a pocket 10 provided with an entrance 12 for receiving a hand crossing two Rayon yarns of 300 Denier and one Rayon yarn of 150 Denier; (Step S200) of forming a wrist part 20 to which elasticity is imparted by inserting the rubber yarn 21 at regular intervals while extending and extending in one direction, And a pocket finishing step (S300) of finishing the glove,
The woven rubber yarn (21) is a natural solvent producing step in which a dehydrogenation reaction is performed on a sugar extracted from a plant or a fruit to produce a puruler, water is added to the puruler, and the carbon is decarboxylated to form tetrahydrofuran (THF) S221), and adding a phosphoric acid-silica zeolite to the natural solvent to remove water to release the ring bond (S222).
The method according to claim 1,
The upper pocket weaving step S100 includes a first weaving step S110 of weaving an hourglass-shaped base 11 using rayon yarns, a second weaving step S110 of folding the base 11 in a semi- And a second weaving step (S120) in which the weft yarn (11-1) is folded over to the rayon yarn to finish the weaving step (S120).
delete The method according to claim 1,
Wherein the upper pocket finishing step S300 is performed by folding a part of the wrist part 20 into the inner space of the pocket and fixing the end of a part of the wrist part inserted into the inner space with the adhesive yarn 22, And a method for manufacturing a toilet with improved washing power
The method according to claim 1,
The upper adhesive thread 22 is formed by a filament yarn forming step S311 for forming a filament yarn by melt-synthesizing polypropylene and polyethylene, a filament yarn winding step for winding the filament yarn on a winding roller, A synthetic yarn forming step (S312) of heating and stretching with a stretching machine while applying a tangle powder, and an adhesive yarn forming step (S313) of covering the synthetic yarn with the spandex yarn covered with an acrylic yarn. Method of manufacturing toilet gloves.

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