KR102039385B1 - Solid and liquid mixing soap with liquid soap pocket inherent in hard soap and the manufacturing method thereof - Google Patents

Abstract

The present invention relates to a solid and liquid laminated mixed soap having a liquid material filling container in a solid soap, and a manufacturing method thereof and, more specifically, to a solid and liquid laminated mixed soap having a liquid material filling container in a solid soap, which is the mixed soap whose the outside is surrounded by the solid soap and the inside is that the liquid material filling container is laminated in a specific container, is a new type of the soap which prevents the formation of a solid flake soap and maximizes the efficiency of soap use, and contain various liquid formulations such as shampoo, rinse, cleanser, lotion, and the like instead of a liquid soap inside, and to a manufacturing method thereof.

Description

Solid and liquid mixed soap with liquid material filling container inherent in solid soap and method for manufacturing thereofSolid and liquid mixing soap with liquid soap pocket inherent in hard soap and the manufacturing method

The present invention relates to a solid and liquid layered mixed soap having a liquid material filling container in the solid soap, and a method of manufacturing the same. More specifically, the outside is surrounded by a solid soap and the inside is contained in a specific container. This is a new type of soap that prevents the formation of solid flake soap and maximizes the efficiency of soap use. It is a shampoo, rinse, cleanser, The present invention relates to a solid and liquid layered mixed soap having a liquid material filling container embedded in a solid soap capable of incorporating various liquid formulations such as lotion, and a method of manufacturing the same.

In general, soaps used in homes are divided into cosmetic soaps and laundry soaps, depending on the purpose. Cosmetic soap is used for washing face and body cleansing soap, and it uses relatively expensive material whose main characteristics are stability, solubility, foaming, non-irritability, and fragrance.

In addition, washing soap is mainly used for washing general washing, tableware and vegetables, so the washing power is large, solubilized in cold water and rinsed quickly. Therefore, the price is lower than cosmetic soap, but there is a risk of skin damage and the fiber may be damaged.

In addition, according to the properties of the product is largely divided into a liquid type, a solid type and an intermediate type jelly type is used for each purpose and function.

The liquid type is sold in the container, so there is no problem in using it until the bottom of the container is exposed. Instead, the cost of the container and the waste of liquid use cause a price increase.

In the case of the solid type, the surface area is greatly reduced when the size is below a certain size, and thus the use of the soap foam is remarkably lowered or it is reluctant to use it because it is inconvenient to use in the hand.

For this reason, the soap left behind in the bag is thrown away or put aside, and remolded into large chunks to use the inconvenience and economic waste.

In order to solve this problem, Korean Laid-Open Patent Publication 1994-0018462, "Convenient to use and consumption-saving soap," proposed a method for putting a thin thin shim into soap, and Korean Utility Model Seal 2000-0001293, "Environmental-friendly soap. ”Suggests the use of renewable materials, such as three-dimensional ellipsoidal plastics, about one-fifth the size of a soap. A method for inserting foreign materials made of plastic, glass, metal, and wood into the interior was proposed.

In addition, the Korean Utility Model Registration No. 20-0201952, “Soap saving cap member,” uses a member designed to open and close the upper and lower parts with protrusions at the upper and lower sides, and to store acupressure or small items after use. The Korean Utility Model 20-0196434, “Soap with Capsules,” uses an empty capsule insert, but proposes to use it as a medium for sales promotion. 20-0196435, “Complete Small Solid Soap,” proposed the use of solid members with irregularities such as wood, plastic, waste paper, and loofah.

In addition, Korean Utility Model No. 20-0222412, “Economy type soap,” uses a hollow three-dimensional filling member having at least one uneven portion on the outer side, and Korea Utility Model No. 20-0396570, “Premium Soap with soap”. This embedded case included the intention of increasing the consumer's desire to purchase. In Korean Utility Model No. 20-0409682, “Complete Consumable Soap,” an elliptic spherical shape having a hollow interior and a binding protrusion is included. Insertion was characterized.

In addition, Korean Utility Model Registration No. 20-0417163, “Soap with Reinforcing Core Material” was designed to embed plastic reinforcement cores in the shape of flowers, animals, letters, and symbols, and Korean Utility Model Model 20-2008-0006226, “Resources. Economy soap ”was also a simple proposal for the use of plastics or recycled materials in soap, and Korean Patent Laid-Open Publication No. 10-2009-0132731,“ Soap Inner Goods, ”uses a cylindrical plastic box with a lid to seal the product inside. The Korean Public Utility Model 20-2011-0003322, “Soap with Convenience and Efficiency” puts a molded product that is smaller than the size of the soap into the soap and minimizes the difference with the size of the external soap. It was characterized in that the use time of the shortened, Korea Patent No. 10-1121713, “Concentrated pods lye and Macvanseokko The broccoli soap "is made of the proposed scheme while using environment-friendly materials as a main component using a soap sole scraping oval stone neck of molten material into the quartz porphyry member.

However, the conventional patents or utility models did not consider the weight of the soap itself by using a solid material such as plastic or stone for the use of the internal member, or intended to use the inside as a premium use. In addition, the method of recycling the soap fragments left after using the solid soap or simply inserting various inserts inside the solid soap so that the soap fragments are not left, so that the overall soap content is reduced, thus maintaining the solid soap content. The technical idea of preventing soap from falling out of pieces of soap has not been presented at all.

[Patent Document 001] Korean Laid-Open Patent Publication 1994-0018462 [Patent Document 002] Korea Utility Model Model Seal 2000-0001293 [Patent Document 003] Korean Utility Model 20-1995-0006389 [Patent Document 004] Korea Utility Model Model 20-0201952 [Patent Document 005] Korea Utility Model Model 20-0196434 [Patent Document 006] Korea Utility Model 20-0196435 [Patent Document 007] Korea Utility Model Model 20-0222412 [Patent Document 008] Korea Utility Model Model 20-0396570 [Patent Document 009] Korea Utility Model Model 20-0409682 [Patent Document 0011] Korea Utility Model Model 20-0417163 [Patent Document 0012] Korean Utility Model Model 20-2008-0006226 [Patent Document 0013] Korea Patent Publication 10-2009-0132731 [Patent Document 0014] Korean Utility Model 20-2011-0003322 [Patent Document 0015] Korea Patent Registration No. 10-1121713

The present invention, in order to solve the above problems, the outside is surrounded by a solid soap, the inside is a mixed soap of the liquid material filling container is stacked in the form, preventing the formation of solid soap pieces and the efficiency of using soap It is a new type of soap that maximizes the maximum level, and solid and liquid lamination mixed with liquid material filling container inside solid soap that can contain various liquid materials such as shampoo, rinse, cleanser, lotion instead of liquid soap inside. It is an object of the present invention to provide a soap and a method of manufacturing the same.

In addition, the conventional technology has had a problem of maintaining a constant strength to prevent deformation such as breakage of the inner member until the use of the solid soap by using the hollow inner member, the present invention has a liquid material in the inner member It is intended to reduce the production cost as well as the user's convenience by preventing the soft inner member from deforming even when the solid soap is completely used.

In addition, the present invention has eliminated the use of plastics, which are the main culprit of global environmental pollution, and proposed an efficient way to utilize the internal space of the solid soap, and further to maintain the bonding force between the inner member and the soap. To solve the inconvenience of having to make the shape of the irregularities, grooves, etc. on the surface of the member.

In order to solve the above problems, a liquid material filling container is embedded in the solid soap to reduce the generation of soap bubbles due to the reduction of the surface area of the solid soap, and to prevent the formation of the solid salty soap. Solution to the problem is to use a solid and liquid layered mixed soap in which a liquid material filling container is embedded in a solid soap that can be fully used.

The liquid material filling container is molded of synthetic resin plastic or biodegradable plastic, and the opening and closing port and the stopper for the injection and discharge of the liquid material is formed, the thickness is 1 ~ 2mm to solve the problem.

The liquid material filling container is formed of a starch material in which 90 to 95% by weight of biodegradable starch and 5 to 10% by weight of gelatin or glycerin are mixed, and an opening and a stopper are formed to inject and discharge the liquid material. It is assumed that the solution is 3 mm.

The liquid material filling container solidifies the surface of the starch material and solidifies the surface of the starch material as the soap liquid phase at a high temperature to form a solid soap is solidified when combined with the solid soap. The solution of the problem is that the soap is melt-bonded to prevent layer separation.

The liquid material filling container is a solution of the problem to form an uneven or rib groove on the surface in order to increase the bonding force with the solid soap so as not to separate the inside of the solid soap.

The liquid material is a liquid or gel type material including water soap, shampoo, conditioner, cleanser, toothpaste, gargle, lotion, body wash liquid, skin, cream, lotion, perfume, cleansing foam, gel type cleanser, oil cleanser It is to solve the problem.

The solution of the problem is to minimize deformation such as damage of the liquid material filling container due to external force even in the state where the soap layer becomes thin due to the use of the solid soap by the filling of the liquid material.

The liquid material filling container is a solution for solving the problem of accommodating gold rings, gems, or watertight premiums therein.

In addition, the present invention, the liquid material filling container with a hollow inner space formed water soap, shampoo, rinse, cleanser, toothpaste, gargle, lotion, body wash liquid, skin, cream, lotion, perfume, cleansing foam, gel type cleanser Filling and encapsulating one selected from a liquid or gel type material including an oil cleanser; Mounting the sealed liquid material filling container in the center of the solid soap mold and injecting the molten soap solution into the mold; Cooling the molten soap solution to form a solid soap; and a method for producing a solid and liquid layered mixed soap in which a liquid material filling container is embedded in the solid soap comprising a solution to the problem.

The solid and liquid layered mixed soap having the liquid material filling container in the solid soap of the present invention is surrounded by the soap in the solid state while the inside is a mixed soap having the liquid layer filled in the liquid material. It is a new type of soap that prevents the production of hieroglyphic soap and maximizes the efficiency of soap use. It has an excellent effect of incorporating various liquid materials such as shampoo, rinse, cleanser, and lotion instead of the liquid soap inside.

In addition, the solid and liquid layered mixed soap in which the liquid material filling container is embedded in the solid soap of the present invention maintains the area of the solid soap as large as possible until the inner container containing the liquid material appears. Maximizing continually while minimizing the production of salty soap.

In addition, the various types of liquid material filled in the inner space can be used at any time after storage, it is possible to reduce the cost to separate liquid supplies by moving to another container for storage.

In addition, various types of liquid materials filled in the inner space support the pressure applied to the liquid material filling container while minimizing deformation such as breakage of the liquid material filling container until the full use of the solid soap.

In addition, since the final inner container is a biodegradable material, it can be disposed of in food waste or dissolved in hot water, thereby releasing from the fear of environmental pollution that cannot be decomposed.

In addition, starch powder has the characteristic of forming a sense of unity between the soap layer and the inner container through chemical bonding in the saponification process, gelatin, glycerin and dietary fiber components contained in the starch powder improve the mechanical properties of the starch container. It is effective to increase the convenience when using to take out the liquid in the inner container.

1 is a conceptual diagram of a mixed soap of the present invention
Figure 2 is a conceptual diagram of the combined soap and container of the mixed soap of the present invention

The present invention, there is a liquid material filling container inside the solid soap, while reducing the amount of soap bubbles generated by reducing the surface area of the solid soap while preventing the formation of solid soap powder soap, it is possible to use the solid soap completely The solid and liquid layered mixed soap in which the liquid material filling container is embedded in the solid soap is characterized by a technical configuration.

The liquid material filling container is formed of synthetic plastic or biodegradable plastic, and has opening and closing holes and plugs for injecting and discharging liquid material, and has a thickness of 1 to 2 mm.

The liquid material filling container is formed of a starch material in which 90 to 95% by weight of biodegradable starch and 5 to 10% by weight of gelatin or glycerin are mixed, and an opening and a stopper are formed to inject and discharge the liquid material. It is a feature of the technical configuration that it is -3 mm.

The liquid material filling container solidifies the surface of the starch material and solidifies the surface of the starch material as the soap liquid phase at a high temperature to form a solid soap is solidified when combined with the solid soap. It is a feature of the technical construction that the soap is melt bonded to prevent layer separation.

The liquid material filling container is characterized in that the convex or rib grooves are formed on the surface in order to increase the bonding force with the solid soap so as not to separate the inside of the solid soap.

The liquid material is a liquid or gel type material including water soap, shampoo, conditioner, cleanser, toothpaste, gargle, lotion, body wash liquid, skin, cream, lotion, perfume, cleansing foam, gel type cleanser, oil cleanser It is characterized by the technical configuration.

The filling of the liquid material is characterized by the technical configuration of minimizing deformation such as breakage of the liquid material filling container due to external force even when the soap layer is thinned according to the use of the solid soap.

The liquid material filling container is characterized by a technical configuration that accommodates a gold ring, jewelry or watertight premiums therein.

In addition, the present invention, the liquid material filling container with a hollow inner space formed water soap, shampoo, rinse, cleanser, toothpaste, gargle, lotion, body wash liquid, skin, cream, lotion, perfume, cleansing foam, gel type cleanser Filling and encapsulating one selected from a liquid or gel type material including an oil cleanser; Mounting the sealed liquid material filling container in the center of the solid soap mold and injecting the molten soap solution into the mold; And cooling the molten soap solution to form a solid soap. A method of manufacturing a solid and liquid laminated mixed soap having a liquid material filling container in the solid soap includes a technical configuration.

Hereinafter will be described in detail with reference to the embodiments and drawings of the present invention so that those skilled in the art can easily practice. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.

First, referring to [FIG. 1] to [FIG. 2], the solid and liquid layered mixed soap in which the liquid material filling container 100 is embedded in the solid soap 200 of the present invention is a solid soap 200. The liquid material filling container 100 is embedded therein to reduce the generation of soap bubbles due to the reduction of the surface area of the solid soap, and to prevent the formation of the solid soapy soap, and to enable the full use of the solid soap.

At this time, the liquid material filling container is formed of synthetic plastic or biodegradable plastic, the opening and closing port and plug for injection and discharge of the liquid material is formed, the thickness can be formed of 1 ~ 2mm, in particular, the liquid material filling The container is formed of a starch material in which 90 to 95% by weight of biodegradable starch and 5 to 10% by weight of gelatin or glycerin are mixed, and an opening and a stopper 120 are formed to inject and discharge the liquid material. It is preferable to form 3mm.

That is, the present invention used a member having an internal space through the solidification of the biodegradable starch material, the inside of them are water soap, cleaning foam, gel type cleanser, oil cleanser, shampoo, rinse, lotion, skins that can be used as a liquid By filling the liquid product 110 used in all kinds of bathrooms, including the back, it is possible to reduce the waste of soap along with the efficient use of space and to configure a variety of products according to the consumer's taste.

In addition, the outside of the starch material solidified by utilizing the water solubility characteristics at high temperatures of the starch melts the surface of the starch as the soap liquid phase at a high temperature solidifies, and then the starch powder and the soap component are mixed in the course of gradually cooling. The chemical bond 210 that makes up the body becomes possible, so that it is possible to prevent layer separation between the soap layer and the inner container during use.

In other words, by forming the shape of the irregularities or grooves on the surface of the inner member to prevent the separation of the layers and to induce physical bonding, it is possible to bond more organically strong bonds.

In particular, the liquid material 110 is a liquid or gel including soap, shampoo, rinse, cleanser, toothpaste, gargle, lotion, body wash liquid, skin, cream, lotion, perfume, cleansing foam, gel type cleanser, oil cleanser Any material of the form can be used.

In addition, the solid and liquid layered mixed soap in which the liquid material filling container is embedded in the solid soap of the present invention is a liquid soap filling container having a hollow inner space, such as water soap, shampoo, rinse, cleanser, toothpaste, gargle, Filling and encapsulating one selected from a liquid or gel type material including lotion, body wash liquid, skin, cream, lotion, perfume, cleansing foam, gel type cleanser and oil cleanser; Mounting the sealed liquid material filling container in the center of the solid soap mold and injecting the molten soap solution into the mold; And cooling the molten soap solution to form a solid soap.

In other words, in a liquid material filling container with a hollow inner space, water soap, shampoo, rinse, cleanser, toothpaste, gargle, lotion, body wash liquid, skin, cream, lotion, perfume, cleansing foam, gel type cleanser, oil cleanser Filling and encapsulating one selected from a liquid or gel-containing material; Mounting the sealed liquid material filling container in the center of the solid soap mold and injecting the molten soap solution into the mold; And cooling the molten soap solution to form a solid soap.

More specifically, a variety of materials utilizing the characteristics of soap products are ground, mixed and stirred to form a liquid at about 40 to 50 ° C., and immediately before pouring into a mold for forming a solid soap, starch powder and water. Liquid or gel such as water soap, shampoo, rinse, cleanser, toothpaste, gargle, lotion, body wash liquid, etc., designed according to consumer's preference, in a starch container with a hollow inner space manufactured using materials such as solids Secondary materials should be prepared with various types of bathroom materials inside. The secondary material thus made can be freely devised with a certain shape and size, and it should be understood that the secondary material should be smaller than the size of the soap.

The inner container filled with liquid, which is a secondary material, is mounted on a mold and surrounded by a high-temperature molten soap solution to make soap.

At this time, the material of the inner container used may be any material that can be biodegradable and easy to combine with the solid soap.

Starch powder is used in the present invention, which is reminiscent of the toothpick material used for environmental protection. This is because starch powder is easily hydrolyzed in water and biodegraded naturally after a long time, so it may not pollute the environment. The thickness as an inner container must be kept at least 1 to 3 mm.

The reason for this is that the surface of the material will dissolve some layers during the solidification of the liquid soap, because if it is too thin, it will cause a depression and if it is too thick, the amount of internal filling will be reduced by that much.

Because the use of 100% starch is fragile, it may be necessary to use additives that increase strength and flexibility, such as gelatin or glycerin in the range of 5% to 10% by weight.

The strength thus obtained should be suitable for maintaining the shape of the product and the flexibility should be combined with the appropriate thickness to ensure the ease of squeezing when the contents of the secondary material are taken out and used after the end of use as a soap. do.

However, if the use of starch material causes some material cost increase, it is known that the use of the plastic material that is commonly proposed may be used.

At this time, the shape of the inner container may include a lid that can be opened or closed, or a detachable form, and the methodology is not limited in the present invention because the methodology can be adopted from a well-known method.

In addition, the container filled with the liquid material may be used for the prize event by receiving a gold ring, jewelry or a premium with a waterproof inside.

  In the present invention, since the process of preparing a general soap in a mixed soap and a method of manufacturing the liquid soap inherent in the solid soap of the present invention are well known processes, the material and mechanical properties of the inner container are not separately described. The conditions are set in Table 1 below.

(Example)

First, commercially available starch powder is prepared by adding gelatin and glycerin, which are biodegradable additives, to increase the mechanical properties of 100% starch powder. After filling 100% with commercially available water soap, the soap was molded thereon, and the size of the inner container was fixed at 25% of the total soap size.

The outer size of the soap was 75x50x30mm (LxWxH), and 54 samples were prepared, 9 for each sample group #. The universal load tester was used to confirm the compressive load of the final soap product and the separation between the soap layer and the inner container according to the additive content.

Starch content (wt%) Gelatin Content (wt%) Glycerin Content (wt%) Sample # 0 - - - Sample # 1 98.5 One 0.5 Sample # 2 94 5 One Sample # 3 88 10 2 Sample # 4 75 20 5 Sample # 5 60 30 10

Sample # 0 was made from 100% solid soap only, to obtain a baseline value for comparison with the experimental group results.

Physical properties Sample 0 Sample # 1 Sample # 2 Sample # 3 Sample # 4 Sample # 5 Compression Load (Kgf) 5.3 3.5 3.4 3.4 3.0 1.1 Delamination none none none none none none

For all samples, the compressive load capacity (Kgf) was measured three times using a universal testing machine (Cumsys, Model: QM100SS) and the average value was used.

The compressive strength value of the sample shown here can vary greatly depending on the width, length, thickness, and material composition of the sample. Therefore, the compressive strength value of the sample may be different from that of general solid soaps. Note that this is to judge the effect on the overall rigidity.

As can be seen from the results, it was found that the compressive strength was lowered but the delamination did not occur compared to the general soap without the inner container.

Here, the compressive load of the soap was intended to be an indicator for predicting the damage of the soap due to the impact or the pressure at the time of use, but if the compressive load is more than 3Kgf, it is not expected to be a problem at all. There was no inconvenience at all until use.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments and the drawings disclosed in the present invention are not intended to limit the technical spirit of the present invention but to explain, and the scope of the technical idea of the present invention is not limited by these embodiments and the drawings. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

100: liquid material filling container 200: solid soap
110: liquid material (soap) 210: starch powder and soap bonding layer
120: liquid injection cap

Claims (8)

The liquid filling container is embedded inside the solid soap to reduce the generation of soap bubbles due to the decrease of the surface area of the solid soap, and to prevent the formation of solid soap scraps and to use the solid soap completely. As a solid and liquid laminated mixed soap having a liquid material filling container in the
The liquid material filling container is formed of a starch material in which 90 to 95% by weight of biodegradable starch and 5 to 10% by weight of gelatin or glycerin are mixed, and an opening and a stopper are formed to inject and discharge the liquid material. Solid and liquid layered mixed soap with liquid material filling container in the solid soap, characterized in that ~ ~ 3mm
delete delete The method of claim 1,
The liquid material filling container solidifies the surface of the starch material and solidifies the surface of the starch material as the soap liquid phase at a high temperature for solid soap is formed when the liquid material filling container is combined with the solid soap. Soap is melt-bonded to prevent delamination, solid and liquid laminated mixed soap having a liquid material filling container in the solid soap
The method of claim 1,
The liquid material filling container is embedded in the liquid material filling container in the solid soap, characterized in that to form a concave-convex or rib groove on the surface in order to increase the bonding strength with the solid soap so as not to separate the layer inside the solid soap. Solid and liquid laminated mixed soap
The method of claim 1,
The liquid material may be a liquid or gel type material including water soap, shampoo, rinse, cleanser, toothpaste, gargle, lotion, body wash liquid, skin, cream, lotion, perfume, cleansing foam, gel type cleanser or oil cleanser. Solid and liquid layered mixed soap with liquid material filling container in the solid soap
The method of claim 1,
The liquid material filling container is a solid and liquid layered mixed soap in which the liquid material filling container is embedded in the solid soap, characterized in that it accommodates gold rings, gems or waterproofing premiums therein.
A liquid material filling container in which a hollow inner space is formed, including water soap, shampoo, rinse, cleanser, toothpaste, gargle, lotion, body wash, skin, cream, lotion, perfume, cleansing foam, gel type cleanser or oil cleanser Filling and packing one selected from a liquid or gel type material; Mounting the sealed liquid material filling container in the center of the solid soap mold and injecting the molten soap solution into the mold; And cooling the molten soap solution to form a solid soap. The liquid material filling container in the solid soap according to any one of claims 1 and 4, wherein the solid soap is formed. Manufacturing method of intrinsic solid and liquid layered mixed soap

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