KR20090041265A - A saparating instrument case of a solid body and a liquefied body - Google Patents

Abstract

A container accommodating the solid and liquid materials is provided, which enables long retention period and prevents degeneration of content. A container accommodating the solid and liquid materials comprises: a liquid material case(100) of the cylinder or polygonal type having the internal space for storing the liquid materials; a liquid materials case locking portion(200) in which the screw part is formed in the outer circumference; a solid material case(300) of the cylinder or polygonal type having the space part for receiving the solid material; a solid material protective film(400) having the solid material inside; a knife(500) for the film incision which is formed of the space part passing the solid material; and a solid material protective film pressing hole(600) of cylinder or polygonal type.

Description

Container for separating solid and liquid substances {A Saparating Instrument Case of a Solid Body and a Liquefied Body}

The present invention relates to a container for separating and containing solid and liquid substances, in particular, solid and liquid, characterized in that the mixing and mixing of the liquid and the liquid material if necessary so that various mixed drinks eating and linear eating is sanitary. A container for separating and receiving a substance.

In general, a container in which food or other fluid contents are embedded is provided with a container body having an open space at an upper end thereof, the container body of which a male screw is formed at an upper outer circumference, and a female screw screwed to the container body at an inner circumference thereof. It is composed.

In addition, there are many kinds of caps used, the shape is also various, the use is also used differently depending on the form of the situation, the most commonly used among the cap type of bottle caps are used a lot, double synthetic resin material It is safe to say that the lid formed with the most used.

And, in the case of the container lid, the shape is made in the form of a cap, the upper surface has a flat shape and the outer circumferential surface is formed with a fine projection to allow the lid to hold and turn when opening.

These containers contain a variety of beverages, such as liquids that people drink to quench their thirst or taste, and there are various teas, cola or cider and juice, and juices.

By the way, in the case of the beverages of the type which drink powdered tea type in water in addition to the above types of beverages, the powdered tea types are sold in a disposable bag in a disposable bag and the types of tea contained in this disposable bag. When drinking in water, a separate container, such as a cup for drinking, should be provided separately. Then, water should be poured into it, and the powdered tea in a disposable bag should be poured into the water and drunk.

Therefore, in the case of drinking a conventional dry powdered tea type in the open air, it is inconvenient to use because it must be provided with a separate container such as a cup and a tea in a separate bag, and the two kinds of materials are mixed in advance. Storage containers to be stored as a long time, because the properties of each material is different, there was a risk of deterioration.

In addition, natural foods such as glutinous rice, yulmu, black beans, perilla, black sesame, etc. are washed and dried, crushed according to the characteristics of each grain, and mixed with water. It is usually sold separately in a vacuum-packed bag. In order to drink powdered wire mixed with liquid such as water or beverage, you need to open the airtight bag, put the wire in a prepared container, and then inject the water or beverage into the container. do.

Therefore, in order to mix and drink such powder wires with liquids, especially in the open air, a container, such as a cup, and water or a beverage must be separately prepared, which is cumbersome to carry. In addition, when the powder wire is put into a container such as a can and mixed with the liquid stored in the can, it is inconvenient to inject the powder wire into the hole of the container, and the powder wire must be opened by opening the sealed bag by hand. There is an unsanitary problem.

The present invention is to solve the above problems, even if the liquid material and the powdered powder or granular material to be mixed and stored in one container separately stored and stored for a long time there is no risk of deterioration of the storage material, powder It is an object of the present invention to provide a storage container that can be used to produce a simple and hygienic mixed beverage by mixing two kinds of substances separated and stored while the diaphragm separating the powder or granular material is ruptured.

As a means for achieving the above invention,

The present invention provides a liquid material case of the cylindrical or polygonal cylinder shape having an inner space for storing the liquid material; A liquid material case lock part integrally formed on an upper portion of the liquid material case and having a screw portion formed on an outer circumference thereof; Solid material is assembled to the liquid material case lock portion, the solid material locking portion of the thread type is coupled to the liquid material case lock portion on the outside, the solid material of the cylindrical or polygonal cylinder shape having a space for temporarily storing the solid material on the inside A case; A solid material protective film having a closed container shape disposed in an inner middle region of the solid material case and having a solid material embedded therein; A film cutting knife disposed in an inner lower region of the solid material case and forming a blade and a space through which the solid material is passed through the solid material protection film to cut when the solid material is lowered to be administered as a liquid material; It is disposed in the inner upper region of the solid material case, and comprises a solid material protection film pressing port of the cylindrical or polygonal cylinder shape to push down the solid material protective film by sliding the inner periphery of the solid material case by an external impact. It is characteristic.

In addition, the outer side of the solid material locking portion is characterized in that the combination of the protective material in the form of a cap for accommodating and protecting the solid material protective film pressing port and the solid material case.

In addition, the protective case is a cylindrical or polygonal cylindrical housing member having a space for accommodating, a thin strip-shaped connecting piece connected to the lower portion of the receiving member, the lower side of the connecting piece is connected to the liquid material case lock outer peripheral edge It is characterized by consisting of a strip for removing the separation of the receiving member while tearing off the connecting piece as necessary to strip the outside as needed.

In addition, the solid material protective film is composed of a film for receiving and the lower support, at least one species selected from polyethylene terephthalate (PET) film, polypropylene film, polyethylene film, polyamide film It is characterized by consisting of a plurality of joints.

In addition, the receiving film and the lower support film is characterized in that the bonding by ultrasonic thermocompression bonding.

In addition, the knife for cutting the film is characterized in that the straight or cross-shaped cross form of the straight form.

In addition, the film removal knife 500 is characterized in that the center is protruded and installed inclined sequentially to the edge.

In addition, the solid material protective film pressing port is characterized in that consisting of the pressing member and the support member of the cylindrical or polygonal cylindrical shape located at the bottom of the pushing member.

In addition, the solid material case and the solid material protective film outside the pressing port is characterized in that the airtight member of the cylindrical or polygonal cylindrical shape for preventing the departure of the solid material further comprises.

In addition, the sealing material for the airtight sealing agent is characterized in that the coupling surface of the solid material case and the solid material protective film crimp.

In addition, the inner peripheral lower region of the solid material case is characterized in that the stopper is further formed to temporarily stop the solid material protection film.

Other objects, specific advantages and novel features of the invention will become more apparent from the following detailed description and the preferred embodiments associated with the accompanying drawings.

As described above, since the storage container of the present invention separates and stores two different kinds of substances, there is no fear of deterioration even if the storage period is long, and the substances separated and stored in the inner cylinder by the operation of opening the opening of the outer cylinder when drinking It is convenient to use because it is mixed into each other into the material of the outer cylinder.

That is, since solid and liquid materials are stored in separate storage spaces, the shelf life can be extended as much as possible, helping economically and hygienically to producers, distributors, and consumers.

In particular, when the wire is provided through the storage container of the present invention, many candidates or office workers who often skip the morning can be easily ingested in peace, which can help to improve productivity.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is a block diagram showing the entire liquid material case and solid material case of the present invention.

Figure 2 is an enlarged configuration diagram of the solid material case of the present invention.

3 is a cross-sectional view taken along the line A-A of Figure 1 of the film cutting knife of the present invention.

Figure 4 is a state of use for pressing the solid material protective film crimping the solid material protective film of the present invention.

Figure 5 is a state of use showing that the solid material is mixed with a liquid material by bursting the solid material protective film of the present invention.

Figure 6 is a use state showing that the mixing of the solid material and liquid material of the present invention is completed.

7 is a state diagram of removing the solid material case after the mixing of the solid material and the liquid material in the present invention,

The components of the present invention are classified into a liquid material 10, a solid material 20, a liquid material case 100, a liquid material case locking part 200, a solid material case 300, and a solid material. It is divided into the material protection film 400, the film cutting knife 500, the solid material protection film pressing hole 600, the protective case 700, the airtight member 800, the airtight sealing agent 900. .

The liquid material case 100 is in the form of a cylindrical or polygonal cylindrical shape having an internal space for storing a liquid material and a case for storing a conventional liquid material. In other words, it is similar to beer cans, fruit drink cans, and bottled water bottles currently in circulation.

The liquid material case lock part 200 is integrally formed on the upper portion of the liquid material case 100 and forms a screw part on the outer circumference to combine with a means for forming an external screw part, and a stopper is normally coupled to the present invention. The material case is combined.

The solid material case 300 is assembled to the liquid material case lock part 200, and installs the solid material case lock part 310 having a thread form coupled to the liquid material case lock part on the outside thereof, and temporarily installs the solid material inside. It consists of a cylindrical or polygonal cylinder having a space for storage.

The solid material protection film 400 is in the form of a closed container disposed in the inner middle region of the solid material case 300, and is formed by embedding a solid material filled with nitrogen therein. In addition, the solid material protection film 400 is made of a receiving film 410 and the lower support film 420, the solid material protection film 400 is a polyethylene terephthalate (PET) film, a polypropylene film and It is preferable to comprise the polyethylene film and the polyamide film by joining at least one selected species in multiple layers. This is to prevent the solid material protection film 400 from being easily damaged by an unwanted impact during the storage of the solid material. In this case, the receiving film 410 is formed thicker than the lower support film 420 to sufficiently cover the outer area, and the lower support film 420 is formed thin so that it is easily cut. In addition to the above components, the synthetic resin film can be manufactured by appropriately bonding a plurality of them after selection. In addition, the receiving film 410 and the lower support film 420 is preferably bonded by ultrasonic thermocompression bonding. In addition, the stopper 320 for temporarily stopping the solid material protection film 400 is further formed in the lower peripheral area of the solid material case 300 so that the solid material protection film 400 is not moved to the lower area.

The film cutting knife 500 is disposed in the inner lower region of the solid material case 300, and when the solid material protection film 400 is lowered, it cuts the lower surface of the solid material protection film 400 and is present therein. The solid material is to be administered to the liquid material present in the liquid material case 100, for this purpose is formed a blade 510 of the date or cross form. In other words, the film cutting knife 500 is formed in the form of a straight or cross-shaped cross form perpendicular to the cross form to form a blade 510, whereby the blade 510 cut the solid material protective film 400 If so, the solid material is administered to a space other than the straight or cross shape to be mixed with the liquid material. In the embodiment of the present invention to illustrate the cross-shaped knife 500 and the blade 510 to maintain the strength.

The solid material protective film pressing hole 600 is disposed in the inner upper region of the solid material case 300, and by sliding the inner circumference of the solid material case 300 by an external impact to press the solid material protective film 400. Descending cylinder or polygonal cylinder. In addition, the solid material protective film pressing hole 600 is made of a combination of the pushing member 610 and the support member 620 of the cylindrical or polygonal shape is located at the bottom of the pushing member. As described above, the reason for distinguishing the solid material protective film pressing hole 600 into the pushing member 610 and the supporting member 620 in the embodiment of the present invention is to provide convenience of manufacturing, and the pushing member 610. Of course, the support member 620 can be manufactured integrally.

The protective case 700 is installed outside the solid material case lock part 310 to accommodate and protect the solid material protective film pressing hole 600 and the solid material case 300, and more specifically, has a storage space. Cylindrical or polygonal cylindrical receiving member 710, a thin strip-shaped connecting piece 720 is connected to the lower portion of the receiving member, and the lower side of the connecting piece is connected to one side of the strip form surrounding the outer periphery of the liquid material case lock portion If necessary, the removal piece 730 for separating the housing member while tearing off the connection piece to the outside. The protective case 700 is for protecting the solid material protective film pressing port 600 while carrying the product, and in actual use, removes the receiving member 710 using the removing piece 730.

The airtight member 800 is installed outside the solid material case 300 and the solid material protective film pressing hole 600, and is configured to be disposed in a cylindrical or polygonal cylindrical shape as a use for preventing the external separation of the solid material.

The airtight sealing agent 900 is installed on the bonding surface of the solid material case 300 and the solid material protective film pressing hole 600, and prevents the solid material from being separated to the outside in the operation of pushing the solid material protective film pressing hole. To do this.

Hereinafter will be described the operation and effect of the present invention configured as described above.

Water is usually contained in the liquid material case 100 of the present invention. Of course, in addition to water, various liquid substances such as milk or yogurt vegan can be added.

In addition, the inside of the solid material protection film 400 includes a variety of powders and solids in the form of granules, powdered vitamins or powdered honey, lemon powder, black tea powder, orange powder or glutinous rice, yulmu, black beans, perilla, It contains flour from grains used for wire, such as black sesame seeds. The inside of the solid material protection film is filled with nitrogen to protect the solid material from external impact.

In addition, the locking portion 310 of the solid material case 300 is engaged with the locking portion 200 of the liquid material case 100 is screwed.

Inside the solid material case 300, the film cutting knife 500, the solid material protection film 400, and the solid material protection film pressing hole 600 are sequentially stacked from the bottom to the upper side, and in particular, the film cutting A ring-shaped stopper 320 is formed between the knife 500 and the solid material protection film 400 so that the solid material protection film 400 is stably fixed.

In addition, since the solid material protective film 400 is formed by joining a plurality of layers of at least one selected from a polyethylene terephthalate (PET) film, a polypropylene film, a polyethylene film, and a polyamide film, The form remains the same.

In addition, the protective case 700 is mounted to the outer surface of the solid material protective film pressing hole 600, and the housing 710 constituting the protective case 700 is connected to the connection piece 720 and the removal piece 730. It is fixed to the liquid material case lock part 200.

The user of the container of the present invention first tears off the removal piece 730, and sequentially tears off the removal piece 730 that surrounds the outer shell of the liquid material case lock part 200 like a belt to protect the connection piece 720 while being damaged. The case 700 is separated to the outside.

That is, since the removal piece 730 is surrounded by a band around the outer circumference of the liquid material case lock part 200, when the removal piece 730 is torn out sequentially, the connection piece 720 is sequentially damaged and thus the protective case 700. ) Can be separated from the liquid material case, the user is to separate the protective case 700 to the outside.

Afterwards, the user presses the solid material protective film pressing hole 600 by hand or shocks to other external objects so as to be compressed into the solid material case 300.

That is, when the pushing member 610 of the solid material protective film pressing hole 600 is strongly pressed from the top by hand or collided with furniture such as a table, the support member 620 is below the inner circumference of the solid material case 300. To descend into parts.

Then, the solid material protective film pressing port 600 is moved downward and at the same time the solid material protective film 400 disposed immediately below the solid material protective film pressing port 600, the solid material protective film 400 It descends down to enter the film cutting knife 500. Then, the center of the lower support film 420 constituting the solid material protection film 400 is torn in contact with the blade 510 protruding toward the center and is cut crosswise along the sequentially inclined blade 510.

That is, initially, the center of the lower end of the solid material protection film 400 is drilled, after which the solid material protection film 400 is sequentially cut from the center to the edge portion so that the solid material 20 present therein is leaked outward.

Thereafter, the solid material 20 embedded in the solid material protection film 400 escapes downward through the space portion 520 of the film cutting knife 500 and the liquid material 10 present in the liquid material case 100. ) And the solid material 20 and the liquid material 10 are mixed with each other.

At this time, the airtight member 800 seals the outside of the solid material case 300 and the fixed material protection film pressing hole 600, and the sealing agent 900 is the solid material case 300 and the fixed material protection film pressing hole 600. ) To prevent the solid material 20 from escaping to the outside of the solid material protective film pressing hole 600, and especially when the liquid material 10 and the solid material 20 are mixed to shake well. It acts to prevent it from going out in two stages.

When the solid material 20 and the liquid material 10 are mixed in the liquid material case 100, the solid material case locking part 310 is rotated counterclockwise to form a solid from the liquid material case locking part 200. The material case 300 is to be completely separated out.

Then, only the liquid material case 100 and the liquid material case lock part 200 exist, and the user may drink the mixed liquid contained in the liquid material case 100 directly or ingest it according to a cup.

1 is a block diagram showing the entire liquid material case and solid material case of the present invention.

Figure 2 is an enlarged configuration diagram of the solid material case of the present invention.

3 is a cross-sectional view taken along the line A-A of Figure 1 of the film cutting knife of the present invention.

Figure 4 is a state of use for pressing the solid material protective film crimping the solid material protective film of the present invention.

Figure 5 is a state of use showing that the solid material is mixed with a liquid material by bursting the solid material protective film of the present invention.

Figure 6 is a use state showing that the mixing of the solid material and liquid material of the present invention is completed.

Figure 7 is a state removing the solid material case after the mixing of the solid material and liquid material in the present invention.

Explanation of symbols on the main parts of the drawings

10: liquid substance

20: solid matter

100: liquid material case

200: liquid material case lock

300: solid material case

310: solid material case lock

320: stopper

400: solid material protection film

410: film for storage

420: film for lower support

500: film cutting knife

510: blade

520: space part

600: solid material protection film crimp

610: pushing member

620: support member

700: protective case

710: protective case storage

720: protective case connection

730: protective case removal

800: airtight member

900: hermetic sealant

Claims (11)

A liquid material case 100 having a cylindrical or polygonal cylinder shape having an inner space for storing the liquid material; A liquid material case lock part 200 formed integrally with an upper part of the liquid material case and having a screw portion formed on an outer circumference thereof; A cylindrical or polygonal cylinder is assembled to the liquid material case lock portion, the solid material locking portion 310 of the thread form coupled to the liquid material case lock portion on the outside, and has a space for temporarily storing the solid material inside A solid material case 300 of the form; A solid material protective film 400 formed in a closed container shape disposed in an inner middle region of the solid material case and having a solid material embedded therein; The film is disposed in the lower inner region of the solid material case, the film formed with a blade 510 for cutting the solid material protection film is lowered so that the solid material is administered as a liquid material, and the space 520 for passing the solid material Cutting knife 500; The solid material protective film pressing hole 600 is disposed in the inner upper region of the solid material case and slides the inner circumference of the solid material case by external shock to press down the solid material protective film to form a cylindrical or polygonal cylinder. Container for separating and receiving solid and liquid material, characterized in that comprising a. The method of claim 1, The outer side of the solid material locking portion 310 is characterized in that the combination of the protective material 700 in the form of a cap for storing and protecting the solid material protective film pressing port 600 and the solid material case 300 A container for separating and containing solid and liquid materials. The method of claim 2, The protective case 700 has a cylindrical or polygonal cylindrical housing member 710 having a space for accommodating, a thin strip-shaped connection piece 720 connected to a lower portion of the storage member, and a lower side of the connection piece is connected to one side thereof. A container for separating and receiving the solid and liquid materials, characterized in that the strip is formed around the outer periphery of the liquid material case lock portion, if necessary remove the outer piece to tear the connecting piece to separate the receiving member. The method of claim 1, The solid material protection film 400 is composed of a film for receiving 410 and the lower support film 420, polyethylene terephthalate (PET) film, polypropylene film, polyethylene film, polyamide film A container for separating and containing solid and liquid materials, characterized in that a plurality of layers of at least one selected species are bonded together. The method of claim 4, wherein The receiving film 410 and the lower support film 420 is a container for separating and receiving the solid and liquid material, characterized in that bonded by ultrasonic thermocompression. The method of claim 1, The film cutting knife 500 is a container for separating and receiving the solid and liquid material, characterized in that the cross-shape of the straight or cross-shaped straight form. The method according to claim 1 or 6, The film removal knife 500 is a container for separating and receiving the solid and liquid materials, characterized in that the center is protruded and installed inclined sequentially to the edge. The method of claim 1, The solid material protective film pressing hole 600 is to receive and separate the solid and liquid materials, characterized in that consisting of the pushing member 610 and the support member 620 of the cylindrical or polygonal cylindrical shape located at the bottom of the pushing member Vessel. The method of claim 1, Solid and liquid, characterized in that formed in the solid material case 300 and the solid material protective film pressing port 600 outside the cylindrical or polygonal airtight member 800 to further prevent the departure of the solid material. A container for separating and containing material. The method of claim 1, A container for separating and receiving solid and liquid materials, characterized in that the airtight sealing agent 900 is further added to the coupling surface of the solid material case 300 and the solid material protective film pressing hole 600. The method of claim 1, A container for separating and receiving solid and liquid materials, characterized in that formed in the inner peripheral lower region of the solid material case 300 further comprises a ring-shaped stopper 320 for temporarily stopping the solid material protection film.

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