KR101474514B1 - Moisture deodorization composition - Google Patents

Abstract

The present invention relates to a moisture deodorant, and a technical problem to be solved is to provide a moisture deodorant capable of implementing a moisture removing function and a deodorizing function without using charcoal and a container.
To this end, a moisture deodorant is formed which includes volcanic stone, silicon dioxide (sio2), calcium chloride, alumina (Al2O3), loess, and residual impurities iron (Fe2O3) and lime (CaO).
Accordingly, the present invention relates to a method for producing a volcanic stone and an aldehyde (hereinafter referred to as " alumina ") by using a combination of volcanic stone, silicon dioxide (sio2), calcium chloride, alumina (Al2O3), residual impurities iron (Fe2O3) The deodorizing function, the dehumidifying function and the antibacterial function are realized, and at the same time, there is an advantage that a container for storing moisture is not required.

Description

MOISTURE DEODORIZATION COMPOSITION

The present invention relates to a moisture deodorant, and more particularly, to a moisture deodorant having improved deodorizing power and dehumidifying power by using a volcanic stone.

Moisture Deodorant is used in a room or a closet to remove moisture or odors. Among these moisture deodorizers, the most commonly used form is charcoal which is strong in deodorizing power and moisture removing power.

As a conventional prior art using such charcoal, Korean Patent Laid-Open No. 10-2002-0091501 is a technical document for removing charcoal and superabsorbent polymer at the time of removing moisture.

Here, the background of the prior art in which moisture is removed by using charcoal has been derived in order to solve the problems in the past when calcium chloride or silica is used

More specifically, when moisture is removed by using calcium chloride or silica, calcium chloride or silica must be converted into a liquid after absorbing moisture, and a separate container must be provided. Further, the liquid absorbed in the container leaks out There is a problem in that it is necessary to form an airtight seal which can be sealed.

In addition, since the prior art using charcoal requires a large amount of char when simply dehumidifying and deodorizing effect is achieved with only charcoal, when a small amount of char is used, the effect of removing moisture and deodorizing should be reduced. There is a problem that it is necessary to use the above-mentioned method.

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a moisture deodorant which can realize a moisture removing function and a deodorizing function without using charcoal and a container.

To achieve the above object, the moisture deodorant of the present invention includes a volcanic stone, sio2, calcium chloride, alumina (Al2O3), loess, iron oxide (Fe2O3), and caustic soda.

In this case, the volcanic stone is formed at 20.8 to 24.8 wt%, and the silicon dioxide (sio2) is formed at 20.3 to 24.3 wt%. The calcium chloride is 17.54 to 21.54 wt%, the alumina (Al2O3) is 14.8 to 18.8 wt% And the remaining impurities are contained in an amount of 1.16 wt% of iron oxide (Fe2O3) and 1.9 wt% of calcium oxide (CaO), and the silicon dioxide, the calcium chloride, the alumina and the remaining impurities are added to the loess And the loess is combined with the volcanic stone.

On the other hand, iron oxide (Fe2O3) and calcium hydroxide (CaO) which are the above-mentioned volcanic stone, silicon dioxide (Sio2), calcium chloride, alumina (Al2O3), the yellow loess and the remaining impurities are formed in the form of porous granules In this case, the porous granules may be used in a packed state by the porous woven fabric in the form of a plurality of the porous granules.

The present invention allows moisture to be gathered in a volcanic stone and loess by combining the volcanic stone, silicon dioxide (sio2), calcium chloride, alumina (Al2O3), and remaining impurities in a mixed state by the binding force of the loess, And has an effect of providing an antibacterial function and an advantage that a container for storing moisture is not required as in the conventional art.

Further, the present invention uses a mixture of silicon dioxide (sio2), calcium chloride and alumina (Al2O3) in the loess soil, and thus it is possible to prevent the moisture removal rate from exceeding a certain level at a wide range of temperatures such as relatively hot summer and relatively low temperature winter As shown in Fig.

In addition, the present invention implements a heating function by the lime of silica mixed in the loess when the moisture is absorbed by silicon dioxide (sio2), calcium chloride and alumina (Al2O3) for moisture removal at a wide range of temperatures .

The present invention also relates to a composition comprising volcanic stone, silicon dioxide (sio2), calcium chloride, alumina (Al2O3), loess, and residual impurities iron (Fe2O3) and calcium hydroxide (CaO) Since the porous granules are used in a bag made of porous woven fabric after being formed in granular form, there is an effect that a product for moisture deodorization can be constituted with only porous woven fabric without constituting a container.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a porous granule constituting a moisture deodorizing agent according to an embodiment of the present invention; FIG.
Fig. 2 is a perspective view of the porous granules shown in Fig. 1 in a state in which a part of the porous woven fabric is cut in a packed state of the porous woven fabric.

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

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a porous particle constituting a moisture deodorant according to an embodiment of the present invention; FIG. FIG. 2 is a perspective view of the porous granules shown in FIG. 1 in a state in which a part of the porous woven fabric is cut while the porous woven fabric is packaged.

In order to realize the moisture removing function and the deodorizing function of the moisture deodorizing agent of the present invention without using the charcoal and the container, the moisture deodorizing agent of the present invention comprises 20.8-24.8 wt% of volcanic stone, 20.3-24.3 wt% of silicon dioxide (sio2) 21.54 wt% of alumina (Al2O3), 14.8 to 18.8 wt% of alumina (Al2O3), 13.5 to 17.5 wt% of loess, and 1.16 wt% of iron oxide (Fe2O3) and 1.9 wt% of caustic soda.

The volcanic stone is formed of a porous sphere in which a plurality of air vents are formed, so that each of many air vents provides space for allowing the absorbed moisture to remain. In this case, the volcanic stone may be added in a range of 20.8 to 24.8 wt%. The reason why the ratio is set to be the above range is that if the volcanic stone is less than 20.8 wt%, the space for moisture remaining can be made too small, If the volcanic stone is larger than 24.8 wt%, the composition ratio of other composition for moisture absorption may be reduced.

The above-mentioned silicon dioxide (sio2) is also called silica and is added to absorb moisture even at high temperatures because it has excellent moisture absorption rate at high temperatures in the seasons like summer. In this case, silicon dioxide (sio2) may be added in an amount of 20.3 to 24.3 wt%. The reason why the ratio is set to the above range is that if the amount of silicon dioxide (sio2) is less than 20.3 wt% , And the amount of silicon dioxide (sio2) is limited to 24.3 wt%, so that the dehumidifying power can be limited to such an extent that the volcanic stone can absorb.

Since the calcium chloride is added for moisture removal and antibacterial, the moisture absorption rate at a high temperature is combined with silicon dioxide and alumina excellent in moisture absorption rate at a low temperature, so that it is possible to dehumidify a certain amount even in a wide temperature environment, The cost is lower than other materials and is used to lower the manufacturing cost. This calcium chloride may be added in an amount of 17.54 to 21.54 wt%. The reason why the calcium chloride is formed in the above range is that when the amount of calcium chloride is less than 17.54 wt%, the addition amount of silicon dioxide or alumina is increased, , And the ratio of calcium chloride is limited to 21.54 wt%, thereby raising the ratio of silicon dioxide to alumina to an appropriate level so as to maintain the dehumidification amount even at a wide range of temperatures.

The alumina (Al2O3) is added to absorb moisture even at low temperatures because it has excellent moisture absorption rate at low temperatures in the season such as winter. In this case, alumina may be added in an amount of 14.8 to 18.8 wt%. The reason why the alumina is formed in the above-mentioned ratio range is that if the alumina is less than 14.8 wt%, the absorption rate of moisture may be lowered at a low temperature, wt% and may be limited to the above range to maintain a certain amount of moisture removal rate even at a high temperature by silicon dioxide (sio2).

The loess is mixed with water to form viscous, and the volcanic stone, silicon dioxide, calcium chloride, alumina and residual impurities are bonded to the loess of the loess. Here, when the loess is heated and dried at a high temperature, the volcanic stone, silicon dioxide, calcium chloride, alumina and residual impurities can be integrally bonded by the binding force of the loess. In this case, the yellow loess forms fine pores together with the volcanic stone, and plays a role of enhancing the moisture absorbed by silicon dioxide, calcium chloride, alumina and residual impurities because of its excellent air and moisture permeability.

When iron oxide (Fe2O3) is added to the loess as residual impurities, it increases the structural strength of the loess by enhancing the bonding force of the loess with the loess, thereby maintaining the shape in which the loess is integrally combined with the volcanic stone. In this case, iron oxide (Fe2O3) can be added at 1.16 wt%.

The caulk lava (caulic acid), together with the moisture removing function, generates heat when absorbing moisture, thereby acting as a moisture removing function and a constant temperature function. Such caustic soda (cao) can be added at 1.9 wt%.

On the other hand, a composition formed by including the volcanic stone, the silicon dioxide (sio2), the calcium chloride, the alumina (Al2O3), the loess and the residual impurities iron (Fe2O3) and calcium hydroxide (CaO) The porous granules are formed in the form of granules by the bonding force generated by the fixing of the loess when heated at a high temperature in a state of being formed in the form of a porous woven fabric. In this case, the porous granules made of the above- . As described above, the moisture and moisture deodorant according to the embodiment of the present invention can be used as a product for moisture deodorization by using only porous woven fabric without having to provide a container by using a plurality of porous particles in a porous woven fabric.

The present invention described above is merely illustrative. Therefore, it is to be understood that the present invention is not limited to the above-described embodiments. Accordingly, the technical scope of the present invention should be determined by the technical idea of the appended claims. That is, the technical scope of protection of the present invention should be construed as including modifications, equivalents, and substitutions of the elements described in the above embodiments.

10; Kernel 20; Porous woven fabric

Claims (4)

Wherein the moisture deodorant comprises a volcanic stone, silicon dioxide (sio2), calcium chloride, alumina (Al2O3), loess, residual iron oxide (Fe2O3) and calcium hydroxide.
The method according to claim 1,
Wherein the volcanic stone is 20.8 to 24.8 wt%, the silicon dioxide (sio2) is 20.3 to 24.3 wt%, the calcium chloride is 17.54 to 21.54 wt%, the alumina (Al2O3) is 14.8 to 18.8 wt%, the loess is 13.5 to 17.5 wt% 1.16 wt% of iron oxide (Fe2O3) and 1.9 wt% of caustic soda (CaO)
Wherein the loess is combined with the volcanic stone in a state in which the loess is compounded with the silicon dioxide, the calcium chloride, the alumina and the residual impurities by the binding force of the loess.
The method according to claim 1,
Wherein the volcanic stone, the silicon dioxide (sio2), the calcium chloride, the alumina (Al2O3), the loess and the residual impurities iron (Fe2O3) and lime (CaO) are formed in the form of porous granules by the binding force of the loess Moisture deodorant feature.
The method of claim 3,
A porous woven fabric which is formed in a bag shape and which packs and holds the plurality of kernels, and which allows moisture to pass therethrough; Wherein the moisture deodorant further comprises:

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