KR20070011198A - Rubber glove and method thereof - Google Patents

Abstract

Provided are rubber gloves that prevent various diseases by direct contact by blocking the direct contact of the skin and rubber and to give comfortable wearing sensation to a user by forming a space between the skin and an inner surface, and a manufacturing method for the same. The rubber gloves include a powder layer(120) formed on an inner surface and containing mugwort powder(122). The powder layer is densely spread on the inner surface so that the inner surface of the rubber gloves does not directly come in contact with the skin of a user that wears the rubber gloves. The powder layer further contains pure cotton powder(121) and lanolin that is skin protective agents, and the mugwort powder content is 30 to 90% of the weight of the whole powder layer.

Description

Rubber gloves and its manufacturing method {Rubber Glove and Method example}

1 is a front view of a rubber glove according to an embodiment of the present invention.

Figure 2 is a process of the rubber glove manufacturing method according to another embodiment of the present invention.

The present invention relates to a rubber glove, and more particularly, to a rubber glove with improved antimicrobial and aromatic properties.

Since rubber gloves used for various purposes, in particular, such as washing dishes at home, have to enhance water resistance and adhesion to objects such as washing, latex is recently used as a constituent material of gloves.

A typical manufacturing process of such rubber gloves is to immerse a mold in a dipping tank containing a solvent made of natural rubber, so that the solvent adheres to the mold to a certain thickness, and withdraw it by drying and coloring the process, followed by a mold and Rubber gloves are completed by separating moldings and turning them over. In this case, a coagulant containing calcium chloride is generally used in the rubber manufacturing process.

When the user wears gloves for a long time, sweat or body temperature rises, bacteria and molds are generated and multiplied in the inner skin of the rubber gloves, which are combined with the calcium chloride to cause various skin diseases such as housewife eczema.

In addition, due to the direct contact between the rubber surface and the skin, the user feels an unpleasant fit, and furthermore, a problem such as the penetration of various chemicals generated from the rubber itself into the skin occurs.

Accordingly, the present invention provides a rubber glove that prevents various diseases caused by direct contact by blocking direct contact between the skin and rubber, and also forms a constant space between the skin and the inner surface to generate a comfortable wearing feeling of the user. There is a first technical problem.

In addition, the present invention has a second technical problem to provide a manufacturing method for providing the rubber gloves.

One embodiment presented in the present invention to solve the first technical problem discloses a rubber glove, characterized in that formed on the endothelial surface, comprising a powder layer containing wormwood powder.

Another embodiment presented in the present invention to solve the second technical problem is the step of wet heating the finished rubber gloves with water of 100 ℃, after drying the wet heated gloves mold to expose the endothelial surface to the outside Mounting on, dipping the mounted glove with rubber, applying a powder layer containing mugwort powder on the dipped glove; And it discloses a method of manufacturing a rubber glove comprising the step of drying the applied gloves.

The present invention not only prevents the skin from directly contacting the polymer material of the rubber glove, but also has a skin protection effect by mugwort powder which produces a beneficial effect on the skin. In addition, by creating a fine space between the rubber glove and the skin, it produces a remarkable effect of improving ventilation and improving the sweat release performance.

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

1 shows a rubber glove according to an embodiment of the present invention for solving the first technical problem.

Referring to FIG. 1, a rubber glove 100 is disclosed. According to a preferred embodiment of the invention, the rubber glove is made of latex. Latex is a product made by emulsion polymerization using styrene monomer and butadiene as main raw materials. Latex is widely used as a manufacturing material for household goods due to its excellent waterproofness and durability. However, if the user's skin is in contact with the latex for a long time, it causes various diseases as described above. Therefore, while the user's skin does not come into contact with the endothelial surface of the latex, it is necessary to maintain the existing latex material of the outer skin in direct contact with water.

Also shown in FIG. 1 is an enlarged view showing the structure of the inner and outer surfaces of a glove according to an embodiment of the present invention. The envelope surface 110 represents an envelope surface made of latex. In addition, the powder layer 120 is laminated on the inner skin surface 115 in contact with the outer surface 110 is disclosed, in the embodiment of the present invention, the powder layer 120 is pure cotton powder 121 and mugwort powder (122).

In one embodiment according to the present invention, the powder layer 120 must be sufficiently densely stacked. If the powder layer 120 is not densely stacked, since the skin of the user is in direct contact with the latex material, the specific effect of the present invention cannot be generated. Therefore, the acquisition of denseness is essential in the present invention, and the acquisition of such denseness may be achieved by controlling the diameter of the powder described below.

Looking closely at the effect of the mugwort powder (122), in general, Mugwort (mugwort) is a perennial plant with a strong propagation power widely distributed in Asia, Europe, etc., as well as Korea, Japan, China, in the East region including Korea In addition to being used as therapeutic medicine, it includes substances that have activity against aromatic, antibacterial and antitumor.

The mugwort powder 122 is thus in direct contact with the skin instead of the latex material to produce the various effects described above, the mugwort powder 122 is preferably 30% to 90% based on the weight of the entire powder layer 120. More preferably 40 to 80%. If the content is higher than the above range, the content of the pure cotton powder 121 is too low, so that the sweat absorbency of the pure cotton is reduced, and thus the wear comfort is reduced. .

In the above embodiment of the present invention, the mugwort powder 122 preferably has a diameter of 800 to 900 mesh, more preferably 600 to 1000 mesh diameter. In order to make uniform distribution of the mugwort powder 122 and skin contact, it is preferable that the pure cotton powder 121 also has a diameter similar to that of the mugwort powder 122.

Another embodiment for solving the first technical problem, discloses a rubber glove further comprises a lanonin as a skin protective agent in the powder layer 120. If necessary, other additives other than the skin protectant may be included, and the scope of the present invention is not limited to the above-mentioned ranonine.

An embodiment for solving the second technical problem will be described in detail with reference to the accompanying drawings.

Figure 2 is a block diagram schematically showing a method of manufacturing a rubber glove according to an embodiment of the present invention.

Referring to Figure 2, first heat the completed rubber gloves (S200). Through this process, the salt component (mainly calcium chloride) remaining in the material of the rubber glove is removed. In one embodiment of the present invention, a wet heating method is employed in which the rubber glove is immersed in boiling water at 100 ° C. and heated. If necessary, a dry method based on steam or the like can also be considered.

Next, the heated rubber gloves are dried by a blowing method or the like, then turned over and mounted in a mold to expose the inner surface of the rubber gloves to the outside (S200).

Thereafter, a dipping process is performed on the inner skin surface of the rubber glove (S300). Through the dipping process, a predetermined rubber liquid is applied to the inner surface of the rubber glove. In an embodiment of the present invention, a latex liquid was used, and through this dipping process, the inner skin surface of the rubber glove was in contact with a solid powder to obtain sufficient adhesiveness to be attached.

Next, a powder layer consisting of mugwort powder, pure cotton powder, and additives is formed on the dipped endothelial surface (S400). In this embodiment, the powder layer was formed by contacting the dipped endothelial surface to a space containing the powder composed of the above components. At this time, the inner layer after the dipping process, the powder layer should be formed in a sufficiently short time. Otherwise, the dipped endothelial surface is naturally dried, so that the powder layer cannot be formed to a sufficient thickness. In this embodiment, the powder layer was formed within 30 minutes after the dipping process.

Another important technical factor is the diameter of the powder constituting the powder layer. If the diameter difference between the powders is large, the effect of the rubber glove will be dominated by the larger diameter. Considering that the present invention intends to obtain both the effects of pure cotton and mugwort, it is preferred that there is virtually no thickness difference between the two powders.

In addition, it is important that the thickness of the powder is small enough so that the skin does not come into contact with the inner skin surface of the rubber gloves located below the powder layer. The thickness of the said powder component is as above-mentioned.

Next, after drying the powder layer (S500) again to expose the outer surface to form a finished product (S600). In this example, the endothelial surface was dried at 80 ° C. for 40 minutes.

Therefore, a powder layer including mugwort powder is formed on the inner skin surface of the rubber glove completed according to the embodiment of the present invention. The powder layer containing the mugwort powder may solve various problems caused by wearing rubber gloves by acting on the skin such as aroma, sterilization and the like.

Claims (7)

It is formed on the inner surface, rubber gloves, characterized in that it comprises a powder layer containing wormwood powder. The rubber glove of claim 1, wherein the powder layer is densely coated so that the inner skin surface of the rubber glove does not come into direct contact with the skin wearing the rubber glove. The rubber glove according to claim 1, wherein the powder layer further contains a pure cotton powder and a skin protectant ranonine, and the content of the mugwort powder is 30% to 90% based on the weight of the entire powder layer. The rubber glove of claim 1, wherein the wormwood powder has a diameter of 600 to 1000 mesh. Wet heating the finished rubber glove; Drying the wet heated glove and mounting it to a mold to expose the endothelial surface to the outside; Dipping the mounted glove with rubber liquid; Applying a powder layer containing mugwort powder on the dipped glove; And Method of producing a rubber glove comprising the step of drying the applied glove. 6. The rubber glove of claim 5, further comprising the pure cotton powder and the skin protective agent ranonine, wherein the content of the mugwort powder is 30% to 90% based on the weight of the entire powder layer. 6. The rubber glove of claim 5 wherein the mugwort powder has a diameter of 600 to 1000 mesh.

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