KR102259683B1 - Hybrid two-room pouch based on liquid and water-soluble substance, and two-room nozzle connector for the same - Google Patents

Abstract

The present invention relates to a hybrid two-room pouch based on liquid and water-soluble substances, and a two-room nozzle connector therefor, capable of solving problems caused by a lack of oxidative stability and the like when two substances are simultaneously provided. The present invention provides the hybrid two-room pouch based on the liquid and water-soluble substances, in which a hybrid pouch body includes a first pouch and a second pouch, and a sealing wall is formed between the first pouch and the second pouch, wherein the first pouch accommodates a water-soluble liquid component, the second pouch accommodates a water-soluble substance, and a two-room nozzle connector is formed on the sealing wall.

Description

Hybrid two-room pouch based on liquid and water-soluble substance, and two-room nozzle connector for the same

The present invention relates to a hybrid two-room pouch based on a liquid and water-soluble material, and a two-room nozzle connector therefor, and more specifically, a water-soluble ingredient such as a vitamin used in a mask pack, cosmetics, etc. reacts with the liquid to cause discoloration or deterioration. The liquid material and the water-soluble granular or powdery material are separated so as to avoid problems, and the two materials are immediately combined and used to solve the problems caused by the lack of oxidative stability when both materials are provided at the same time. It relates to a hybrid two-room pouch based on a water-soluble material and a two-room nozzle connector for the same.

In products such as cosmetics and mask sheets for beauty, when mixed with water-soluble ingredients such as vitamin C and liquid ingredients, water-soluble ingredients are generally unstable substances and cause discoloration and deterioration, which makes it difficult for the ingredients to exert their proper efficacy. have.

In order to solve the above problems, additional processing of oil, packaging in transport means such as pills, etc. to solve the problem of providing a method of distribution and transportation through processing once more, but this method is that the additional process is complicated and the cost increases There are limitations.

On the other hand, in the prior art, the mask pack sheet and the cosmetic essence separate packaging mask pack pouch (Korean Patent Application No. 10-2016-0094701) relates to the mask pack sheet and the cosmetic essence separate packaging mask pack pouch, in more detail is configured so that the mask pack sheet and the cosmetic essence can be separately accommodated inside the pouch, which has a receiving function, and then the liquid is moved by applying pressure to the bonded portion to cause the bonding portion to burst, and the surface film and the back film By this mutual low-temperature pressurization and non-fusion adhesion, the cosmetic essence is extruded and moved to the mask pack sheet package part when pressure is applied to the cosmetic essence package part by utilizing the low-temperature pressurization non-fusion adhesion part that divides the mask pack sheet package part and the cosmetic essence package part. formed to do

However, in this case, there is a problem that the liquid does not move smoothly because the low-temperature pressurized non-sealed portion does not burst well, and if the low-temperature pressurized non-sealed portion is excessively closely adhered, the pouch itself bursts when excessive force is applied to the pouch. There is this.

In addition, the detachable mask pack pouch including a clip (Korea Patent Application No. 10-2017-0080748) closes the cosmetic supply part with a separately formed clip so that the liquid cosmetic material from the liquid cosmetic material packaging unit to the mask pack sheet packaging unit before use. It relates to a detachable mask pack pouch including a clip to prevent inflow.

However, in this case, there is a problem that the liquid does not move well during use because the position where the clip is pressed is adhered by fusion, and leakage occurs before use when lightly pressed.

In addition, a double pouch having two accommodation parts, a mask pack using the same, and a method for manufacturing the same (Korean Patent Application No. 10-2015-0099937) contain a solid material such as a mask pack (that is, a support) and various functional materials. The liquid material is separately filled into the first and second pouches, and the second pouch containing the liquid material is separated during use and simply and easily put into the first pouch through the check valve of the first pouch to insert the solid material (or liquid material). ) and technology that can be safely mixed with

However, in this case, damage to the pouch may occur in the process of separating the second pouch, and the first pouch due to leakage and excessive liquid inflow in the process of inserting the separated second pouch into the first pouch and applying pressure. Problems such as damage to the

In addition, the detachable double pouch mask sheet (Korean Patent Application Application No. 10-2016-0129034) is a container in which the first packaging space and the second packaging space are separated from each other, a mask impregnating liquid disposed in the first packaging space, 2 Contains a sheet and a dry raw material disposed in the packaging space, the dry raw material contains a dermatologically effective ingredient to be impregnated into the sheet, and the mask impregnating solution dissolves or extracts the dermatologically effective ingredient contained in the dry raw material It relates to technology to include ingredients for

However, in this case, there is a limitation in not presenting an effective configuration for impregnating the first and second packaging spaces.

Republic of Korea Patent Application No. 10-2016-0094701 "Mask pack sheet and cosmetic essence separate packaging mask pack pouch" Republic of Korea Patent Application No. 10-2017-0080748 "Separable mask pack pouch including clip" Republic of Korea Patent Application No. 10-2015-0099937 "Double pouch having two accommodation parts, mask pack using same, and manufacturing method thereof" Korean Patent Application No. 10-2016-0129034 "Separable Double Pouch Mask Sheet"

The present invention is to solve the above problems, and is manufactured by separating a liquid substance and a water-soluble granular or powdery substance so that a water-soluble component such as a vitamin used in a mask pack, cosmetics, etc. does not react with the liquid to cause discoloration or alteration and a hybrid two-room pouch based on a liquid and water-soluble material, and a two-room nozzle connector to solve the problem caused by the lack of oxidative stability when both materials are provided at the same time by immediately combining the two materials when used. is to provide

In addition, the present invention provides two bent parts on the two-room nozzle connector, so that even if one bent part is damaged by an external force in the process of transport and distribution, the reaction of the liquid substance and the water-soluble substance does not occur. It is to provide a hybrid two-room pouch based on liquid and water-soluble substances, and a two-room nozzle connector therefor.

In addition, the present invention is to provide a hybrid two-room pouch based on a liquid and water-soluble material for preventing the components on the two-room nozzle connector from clogging the nozzle according to the flow on the pouch, and a two-room nozzle connector for the same.

However, the objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned will be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, a hybrid two-room pouch based on a liquid and water-soluble material according to an embodiment of the present invention is a first pouch 10a in a hybrid pouch body including a first pouch 10a and a second pouch 10b. ) and the second pouch (10b) in the hybrid two-room pouch (1) formed on the sealing wall (10c) based on a liquid and water-soluble material, the first pouch (10a) contains a water-soluble liquid component, and the second A water-soluble material is contained in the pouch 10b, and a two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material is formed on the sealing wall 10c, and for a hybrid two-room pouch based on a liquid and water-soluble material The first bending area (A') of the structure in which the inlet through which the liquid of the variable nozzle forming end 120 formed on the disk-shaped handle 110 on the two-room nozzle connector 100 is introduced is bent, and the fixed body tab 130 and the powder It is characterized in that a second bending area (A'') having a structure in which the outlet through which the liquid is discharged is bent is formed between the pouch tabs 140 .

At this time, the water-soluble substance, Vitamin C or a water-soluble derivative of ascorbic acid, carotenoids (carotenoids) compounds, flavonoids (flavonoids) compounds, it is characterized in that at least one or more of polypeptides including peptides or oligopeptides.

In addition, the disk-shaped handle 110 is formed in a form in which the fixed body tab 130 and the lower region are connected, and is a variable type in the region below the center of the disk shape corresponding to the upper region of the line component connected to the fixed body tab 130 . a disk-shaped plate 111 to which the nozzle forming end 120 is located; And in order to connect between the disk-shaped plate 111 and the fixed body tab 130 of a rectangular shape as a whole, the fixed body tab in both lower regions of the disk-shaped plate 111 with a flexible material integrally with the disk-shaped plate 111 An elastic force providing end 112 formed in a direction perpendicular to the upper surface of the 130; It characterized in that it comprises a.

In addition, the elastic force providing end 112 is located on the disk-shaped plate 111 when bending the disk-shaped plate 111 and the powder pouch tab 140 of the disk-shaped handle 110 using one hand each of the user, respectively. It is characterized in that it is formed to provide an elastic force to the disk-shaped plate 111 together with the elastic force center end 122 of the variable nozzle forming end 120 .

In addition, when the variable nozzle forming end 120 is bent by the user holding the disk-shaped handle 110 , the disk-shaped handle 110 is bent by using the elastic force of the disk-shaped plate 111 and the elastic force providing end 112 . a bending end 121 providing a structure in which the nozzle lock 121a inserted into the elastic force center end 122 can be pulled out; It characterized in that it comprises a.

A liquid and water-soluble material-based hybrid two-room pouch according to an embodiment of the present invention, and a two-room nozzle connector therefor, are liquid materials so that water-soluble ingredients such as vitamins used in mask packs and cosmetics do not react with liquid to cause discoloration or deterioration. By separating and preparing the water-soluble granular or powdery material, and immediately combining the two materials when used, the problem caused by the lack of oxidative stability when the two materials are simultaneously provided can be solved.

In addition, a hybrid two-room pouch based on a liquid and water-soluble material according to another embodiment of the present invention, and a two-room nozzle connector for this, by providing two bent parts on the two-room nozzle connector, are resistant to external forces in the process of transportation and distribution, etc. It is possible to provide stability to prevent the reaction between the liquid material and the water-soluble material even if the bent part is damaged by the

In addition, a hybrid two-room pouch based on a liquid and water-soluble material according to another embodiment of the present invention, and a two-room nozzle connector for this, provide the convenience of preventing the parts on the two-room nozzle connector from blocking the nozzle according to the flow on the pouch. can

1 is a view showing a hybrid two-room pouch (1) based on a liquid and water-soluble material according to an embodiment of the present invention.
2 is a front view showing a two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material according to an embodiment of the present invention.
FIG. 3 is a view for explaining the structure of the nozzle 123 in the two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material according to an embodiment of the present invention in FIG. 2 .
4 is a side view showing a two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material according to an embodiment of the present invention.
5 is a top view showing a two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material according to an embodiment of the present invention.
6 is a view showing that the auxiliary pad 20 is formed in the hybrid two-room pouch 1 based on a liquid and water-soluble material according to an embodiment of the present invention.

Hereinafter, a detailed description of a preferred embodiment of the present invention will be described with reference to the accompanying drawings. In the following description of the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted.

1 is a view showing a hybrid two-room pouch 1 based on a liquid and water-soluble material according to an embodiment of the present invention. 1, a hybrid two-room pouch (1) based on a liquid and water-soluble material is a hybrid pouch body including a first pouch (10a) and a second pouch (10b), a first pouch (10a) and a second pouch (10b) ( It may be formed on the sealing wall 10c between 10b).

Here, a cosmetic liquid component such as hydrogel may be contained in the first pouch 10a, and a cosmetic water-soluble component may be contained in the second pouch 10b.

Here, the cosmetically water-soluble component contained in the second pouch 10b is an unstable material when it is prepared by mixing with the cosmetic liquid component, and may be a material such as those shown in Table 1 below, and may be a granular material corresponding to a solid in a dried state or It may be a powdery body.

division category specific example problem One Water-soluble derivatives of vitamin C or ascorbic acid Ascorbic Acid, Sodium Ascorbyl Phosphate, Ascorbyl Glucoside Since vitamin C is chemically unstable, it is easily altered by sunlight, heat, and surrounding pH, and is especially oxidized by reacting with oxygen in the air. 2 carotenoids
(carotenoids) compounds Beta-carotene, lutein, lycopene, zeaxanthin, astaxanthin, capsanthin, and beta-cryptoxanthin, etc. Carotenoids have excellent effects such as skin wrinkle improvement and anti-aging by cell regeneration and antioxidant activity. Carotenoids are easily discolored and odorless due to contact with external stimuli such as air or moisture, and their potency decreases over a long period of time, resulting in reduced efficacy. 3 flavonoid system
(flavonoids) compounds flavones, flavonols, flavonones, flavonols (or catechins), anthocyanins, and isoflavones, etc. poor oxidation stability 4 Polypeptides comprising peptides or oligopeptides EGF, FGF, etc. In order to protect the amide bond of a protein that is easily hydrolyzed and to maintain the activity of various peptides for a long period of time during storage, distribution and use, freeze-drying with a composition containing saccharides such as mannitol for stabilization, or after purification with high purity Methods for stabilizing biological activity using additives in the liquid phase have been tried. However, these technologies are not easy to apply to cosmetics. 5 enzyme the group consisting of amylases, proteases and lipases, etc. Since the enzyme is unstable with changes in various chemicals, temperature, moisture, and pH, it is difficult to expect the original intended effect because the activity of the enzyme disappears in a short period of time when incorporated into cosmetics as it is.

That is, the above-described unstable solid material is difficult to distribute directly to mask packs and cosmetics due to dissolution by liquid, so it is prepared and distributed by additional processing such as additional processing of oil, additional processing through pills, etc. The present invention solves this problem, so that the second pouch 10b may be provided with one side of the dry material, which is prone to problems such as oxidation, and the first pouch 10a may be provided with the liquid.

In a further embodiment, when there is a food ingredient in the form of a granular or powdery solid contained in the second pouch 10b, the first pouch 10a contains the food in the second pouch 10b. When mixed with ingredient food ingredients, liquid food ingredients that improve texture, influence, etc. can be contained, and as a more specific example, milk is put in the first pouch 10a, and flakes are put in the second pouch 10b to distribute the liquid and By using the two-room nozzle connector 100 for a water-soluble material-based hybrid two-room pouch, the contents in the first pouch 10a and the second pouch 10b can be mixed and eaten immediately before ingestion.

That is, the two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material formed on the sealing wall 10c has an inlet through which the liquid of the variable nozzle forming end 120 formed on the disk-shaped handle 110 is introduced. The first bending area (A') having a bent structure, and the second bending area (A'') having a structure in which the outlet through which the liquid is discharged between the fixed body tab 130 and the powder pouch tab 140 are bent, respectively By bending the plate-shaped handle 110 and the powder pouch tab 140 with both hands of the user using a slight external force, the liquid phase of the first pouch 10a can flow into the solid material of the second pouch 10b. can provide

On the other hand, not only the corners of the disk-shaped handle 110 are formed to have a curved surface, but also the corners of both lower ends of the powder pouch tab 140 are formed to have a curved surface, thereby providing a structure in which the user can easily distinguish both handles. The first bending area (A') and the second bending area (A'') are formed by using the thumb and index finger of each of the user's both hands around the fixed body tab 130 inside the sealing wall 10c. By simultaneously folding one side of both sides of the disk-shaped handle 110 and the powder pouch tab 140 , the liquid and the solid can be mixed.

2 is a front view showing a two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material according to an embodiment of the present invention. FIG. 3 is a view for explaining the structure of the nozzle 123 in the two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material according to an embodiment of the present invention in FIG. 2 . 4 is a side view showing a two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material according to an embodiment of the present invention. 5 is a top view showing a two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material according to an embodiment of the present invention.

2 to 5, the two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material includes a disk-shaped handle 110, a variable nozzle forming end 120, a fixed body tab 130, and a powder It may include a pouch tab 140 .

The disk-shaped handle 110 may include a disk-shaped plate 111 and an elastic force providing end 112 .

The disk-shaped plate 111 is formed in a form in which the fixed body tab 130 and the lower region are connected, and the variable nozzle forming end is formed in the region below the center of the disk shape corresponding to the upper region of the line component connected to the fixed body tab 130 . 120 may be formed.

The elastic force providing end 112 is made of a flexible material integrally with the disk-shaped plate 111 in order to connect between the disk-shaped plate 111 and the fixed body tab 130 of a rectangular shape as a whole, both sides of the disk-shaped plate 111 . By being formed in a direction perpendicular to the upper surface of the fixed body tab 130 in the lower region, the disk-shaped plate 111 and the powder pouch tab 140 of the disk-shaped handle 110 are bent using each user's one hand. It may be formed to provide an elastic force to the disk-shaped plate 111 together with the elastic force center end 122 of the variable nozzle forming end 120 positioned on the disk-shaped plate 111 .

In addition, the elastic force providing end 112 is located on both ends of the lower region on the disk-shaped plate 111, so that the user's fingertips can recognize the end of the disk-shaped handle 110. can

In addition, when the elastic force providing end 112 is formed as a straight frame connected to the fixed body tab 130 , the first bending region A ′ is formed by providing a rotational force to the disk-shaped handle 110 . When the disc-shaped plate 111 integrally formed with the bending end 121 of the variable nozzle forming end 120 is damaged, it does not move around in the first pouch 10a and is connected to the fixed body tab 130 so that it can be maintained. can play a role.

That is, the elastic force providing end 112 serves to firmly support the disk-shaped handle 110 and the fixed body tab 130 , and the bending end 121 is separated from the elastic force center end 122 by providing an external force. In addition to the bending end 121 separated in the process, the disc-shaped plate 111 that is likely to be damaged may serve to prevent the first pouch 10a from floating around.

The variable nozzle forming end 120 may include a bending end 121 , an elastic center end 122 , and a nozzle 123 .

The bending end 121 uses the elastic force of the disk-shaped plate 111 and the elastic force providing end 112 when the user holds the disk-shaped handle 110 and bends the disk-shaped handle 110 in a clockwise or counterclockwise direction. In the case of an elastic force, the nozzle lock 121a inserted into the central end 122 has a structure that can be pulled out.

To this end, the bending end 121 is formed in the shape of a cap protruding to the front and rear on the disk-shaped plate 111 , and the inlet of the nozzle 123 passing through the center of the elastic force center end 122 is connected to the nozzle 123 . The nozzle lock (121a) having a larger diameter than the diameter is formed in a form connected from the center to the bottom of the lower surface, so that the diameter of the nozzle lock (121a) and the diameter of the hole are identical to the elastic force of the central end (122) to block the central hole. have

The elastic force center end 122 has the same protruding thickness as the shape protruding to the front and rear around the center on the horizontal plane on the fixed body tab 130 on the horizontal plane, and the cross section on the horizontal plane is larger than the diameter of the bending end 121. It may be formed in a cap shape having a structure of

The nozzle 123 is formed inside the elastic force center end 122 having a smaller diameter than the central hole into which the nozzle lock 121a is inserted on the elastic force center end 122, and from the lower end of the central hole fixed body tab 130 inside. By being formed to extend to the end, the liquid supplied through the central hole of the elastic force center end 122 may serve to provide the second pouch 10b formed at the end of the fixed body tab 130 .

The fixed body tab 130 may include a fixed body 131 , a protruding end 132 , and a sealing wall fixing end 133 .

The fixed body 131 is formed in a rectangular shape on a vertical plane and an elongated oval shape protruding to the front and rear around the center on a horizontal plane on a horizontal plane, and has a structure in which the sealing wall fixing ends 133 in a triangular shape are formed on both sides of the vertical plane.

The protruding end 132 is formed with protrusions in the transverse direction on both sides of the rectangular shape, so that a plurality of protrusions are formed in the transverse direction, so that the disk-shaped handle ( 110), and to prevent the fixed body 131 from being pushed up and down inside the sealing wall 10c when the user applies an external force in the same or different directions to the front and rear surfaces of the powder pouch tab 140 located below It can provide support.

The sealing wall fixing end 133 extends to both sides of the fixing body 131, thereby increasing the surface area occupied by the fixing body 131 itself on the sealing wall 10c, so that the fixing body 131 inside the sealing wall 10c. ) with respect to the front and rear surfaces of the disk-shaped handle 110 positioned on the upper part, and the powder pouch tab 140 positioned on the lower part, when the user provides an external force in the same or different directions inside the sealing wall 10c It is possible to provide a supporting force to prevent the fixed body 131 from being easily pushed from side to side.

In the powder pouch tab 140 , the nozzle 123 formed on the variable nozzle forming end 120 may be formed in the same inside of the fixed body 131 through the center of the fixed body 131 . In this case, even if the powder pouch tab 140 is not separated from the bonding surface of the fixed body tab 130 with the fixed body 131 by the user's external force against the powder pouch tab 140 , the liquid phase of the first pouch 10a is transferred to the bending end 121 . ) is bent or separated, the elastic force center end 122 of the variable nozzle forming end 120 , the fixed body 131 of the fixed body tab 130 , and the nozzle integrally formed in the center of the powder pouch tab 140 . It may be provided as a powder of the second pouch 10b through 123 . Here, a partition wall formed of nano cellulose is formed at the position of the nozzle 123 formed at the junction point of the fixed body 131 of the fixed body tab 130 and the powder pouch tab 140 , so that the user can use the powder pouch tab 140 . When an external force is provided centering on the fixed body 131 of the fixed body tab 130 for the , it is preferable to have a structure in which the partition wall can be separated from the inside of the nozzle 123 .

In another embodiment of the present invention, the powder pouch tab 140 may be formed in a form in which the fixed body 131 and the lower region of the fixed body tab 130 are connected, in a rectangular shape on a vertical plane, and centered on the center on a horizontal plane. It is formed in an elongated oval shape protruding to the front and rear surfaces, and in a rectangular shape, left and right lengths may be formed to have the same length as the fixed body 131 of the fixed body tab 130 . In this case, the powder pouch tab 140 is preferably manufactured in a form that can be separated by laser dotted line pattern processing at the connection portion of the fixed body tab 130 with the fixed body 131 .

6 is a view showing that the auxiliary pad 20 is formed in the hybrid two-room pouch 1 based on a liquid and water-soluble material according to an embodiment of the present invention. Referring to FIG. 6, in the hybrid two-room pouch 1 based on a liquid and water-soluble material, the area in contact with the first pouch 10a at one end and the second pouch 10b at the other end with the sealing wall 10c as the center. In the abutting area, a convex auxiliary pad 20 with a convex center is formed by padding the front and back surfaces of the first pouch 10a and the second pouch 10b, so that the liquid in the first pouch 10a is transferred to the second pouch. When flowing to (10b), the sealing wall (10c) is prevented from excessively inflated due to the liquid to flow into the second pouch (10b) at a constant flow rate, and the liquid is introduced on the second pouch (10b). In this case, it is possible to solve the problem of rapidly increasing the volume of the inflow region to damage the solid second material.

Here, if the auxiliary pad 20 is a two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material as shown in FIG. 6 , the first pouch 10a on the hybrid two-room pouch 1 based on a liquid and water-soluble material And on the other side where the two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material is not formed convexly around a place formed on one side spaced from the center of the second pouch 10b. When installed eccentrically, since the two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material cannot play a role of intensively protecting the area, the auxiliary pad 20 is a liquid- and water-soluble material-based On the hybrid two-room pouch (1), it is preferable that the first pouch (10a) and the second pouch (10b) be formed to be convex upwards and downwards, respectively, with respect to a place formed on one side spaced apart from the center.

Above, the hybrid two-room pouch based on the liquid and water-soluble material according to the present invention, and the two-room nozzle connector therefor have been described in detail with reference to the drawings.

A liquid and water-soluble substance-based hybrid two-room pie according to an embodiment of the present invention is a mask pack in which the liquid and the sheet (eg, a corrosive sheet for a mask pack) are separated, the prepared food in the form in which the sauce and the food are separated, the first In a detachable pouch for storing drugs or medical supplies prepared by combining a drug and a second drug, the liquid from the pouch containing the liquid constituting the detachable pouch does not forcibly flow into another pouch by an external force, When mixing is necessary, there is an advantage in that the flow of the liquid phase can be performed smoothly. In particular, by separating and forming a powdery substance that is easy to cause discoloration and deterioration when in contact with a liquid component, it is possible to apply an active ingredient made of a powdery substance to a mask pack without worrying about discoloration or deterioration.

As described above, in the present specification and drawings, a preferred embodiment of the present invention has been disclosed, and although specific terms are used, this is only used in a general meaning to easily explain the technical content of the present invention and to aid understanding of the invention. , It is not intended to limit the scope of the present invention. In addition to the embodiments disclosed herein, it is obvious to those of ordinary skill in the art that other modified examples based on the technical idea of the present invention can be implemented.

1: Hybrid two-room pouch based on liquid and water-soluble substances
10a: first pouch 10b: second pouch
10c: sealing wall 20: auxiliary pad
100: Two-room nozzle connector for a hybrid two-room pouch based on liquid and water-soluble substances
110: disk-shaped handle 111: disk-shaped plate
112: elastic force providing end 120: variable nozzle forming end
121: bending end 122: elastic force center end
123: nozzle 130: fixed body tab
131: fixed body 132: protruding end
133: sealing wall fixed end 140: powder pouch tab

Claims (5)

In a hybrid pouch body including a first pouch (10a) and a second pouch (10b), a liquid and water-soluble material-based hybrid formed on the sealing wall (10c) between the first pouch (10a) and the second pouch (10b) In the two-room pouch (1),
The first pouch 10a contains a water-soluble liquid component, the second pouch 10b contains a water-soluble material, and a two-room nozzle connector for a hybrid two-room pouch based on a liquid and water-soluble material on the sealing wall 10c ( 100) is formed, and on the two-room nozzle connector 100 for a hybrid two-room pouch based on a liquid and water-soluble material, the inlet of the variable nozzle forming end 120 formed on the disk-shaped handle 110 is bent. 1 bending area (A'), and a second bending area (A'') having a structure in which the outlet through which the liquid is discharged is bent between the fixed body tab 130 and the powder pouch tab 140 is formed. A hybrid two-room pouch based on water-soluble substances.
The method according to claim 1, The water-soluble substance,
A liquid and water-soluble substance-based hybrid turmeric pouch, characterized in that at least one of vitamin C or a water-soluble derivative of ascorbic acid, a carotenoid compound, a flavonoid compound, a peptide, or a polypeptide including an oligopeptide.
The method according to claim 1, The disk-shaped handle 110,
It is formed in a form in which the fixed body tab 130 and the lower region are connected, and the variable nozzle forming end 120 is positioned in the region below the center of the disk shape corresponding to the upper region of the line component connected to the fixed body tab 130 Disc-shaped plate 111; and
In order to connect between the disk-shaped plate 111 and the fixed body tab 130 of a rectangular shape as a whole, the fixed body tabs in both lower areas of the disk-shaped plate 111 are made of a flexible material integrally with the disk-shaped plate 111 ( 130) an elastic force providing end 112 formed in a direction perpendicular to the top surface; A hybrid two-room pouch based on a liquid and water-soluble material comprising a.
The method according to claim 3, The elastic force providing end 112,
When the disk-shaped plate 111 and the powder pouch tab 140 of the disk-shaped handle 110 are bent using each user's one hand, the center of elastic force of the variable nozzle forming end 120 located on the disk-shaped plate 111 A hybrid two-room pouch based on a liquid and water-soluble material, characterized in that it is formed to provide an elastic force to the disk-shaped plate 111 together with the stage 122.
The method according to claim 1, The variable nozzle forming stage 120,
When the user holds the disk-shaped handle 110 and bends it, when the disk-shaped handle 110 is bent using the elastic force of the disk-shaped plate 111 and the elastic force providing end 112, the nozzle lock inserted into the elastic force center end 122 a bending end 121 providing a structure in which the (121a) can be pulled out; A hybrid two-room pouch based on a liquid and water-soluble material comprising a.

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