KR20240014921A - Multifunction container having multi-layered structure - Google Patents

Abstract

The present invention relates to a multi-functional container having a multi-layer structure that allows the containers to be stacked at the top and bottom to store beverages, water, medicine, and condiments separately, as well as to use the container as a household light. The present invention includes a pair of upper and lower container bodies in which contents are accommodated; a connecting member formed to connect and couple the container body to each other; a display ring surrounding the outside of the connection member and partially penetrating the connection member to display one side of the connection member; a capsule member assembled to couple with the container body and installed to store lighting or cold/hot packs; a gap ring formed to compensate for the gap between the container body and the connecting member; Disclosed is a multi-functional container having a multi-layer structure, characterized in that it includes a closing cap that is coupled to both sides of the container body.

Description

{Multifunction container having multi-layered structure}

The present invention relates to a multi-functional container having a double-layer structure, and more specifically, by arranging the containers in a stacked manner at the top and bottom, beverages, water, medicines, seasonings, etc. can be stored separately, and the containers can also be used as household lighting, etc. It relates to a multi-functional container that has a multi-layer structure that allows it to be used.

Generally, beverages are sold on the market filled in various types of containers. Typically, beverage containers include cans made of aluminum or steel, PET bottles made of polyethylene terephthalate, and bottles made of glass. These beverage containers are currently widely used because they can store beverages for a long time and are generally easy to handle, and various beverages such as carbonated beverages, fruit drinks, and mixed beverages are stored in these beverage containers.

Among these, beverage containers made of PET bottles are the most widely used because they can not only fill a large amount of beverages, but are also light and easy to manufacture.

However, these food containers were inconvenient in that they had to be provided separately for each type of beverage, and separate cups were required when used by various people.

In addition, a general thermos is a container that insulates and stores liquid contents such as hot or cold water, and has a vacuum formed between the inner container and the outer container and a detachable lid on the top.

Such conventional thermos bottles can keep one type of water or contents hot or cold, but it is difficult to store multiple types of water or contents. In order to store multiple types of water or contents, each thermos bottle or storage bottle is required. It required courage and was inconvenient to use.

Therefore, in recent years, beverage containers have been provided in various forms such as double, composite, and multi-stage, but their structures are complex and limited to beverage storage containers, so they lack diversity and multifunctionality, so multifunctional containers are needed.

Registered model model gazette Y1 20-0284872 Registered Patent Publication B1 10-1053388

Therefore, the purpose of the present invention to solve the conventional problems as described above is to arrange the containers in a stacked manner at the top and bottom so that drinks, water, medicines, condiments, etc. can be stored separately, and also to store the containers separately, such as household lighting, etc. The purpose is to provide a multi-functional container with a multi-layer structure that can be used as a multi-layered container.

Another object of the present invention is to provide a set of lighting capsules and hot/cold capsules inside the container body so that the capsule set can be replaced as it is used, allowing it to be used as a multi-functional container with improved usability.

Another object of the present invention is to provide a multi-functional container capable of reproducing various colors by providing various colors and fluorescent rings on the container body.

Another object of the present invention is to provide a multi-functional container that improves convenience of use by allowing color changes depending on temperature to be immediately recognized from the outside according to the heat/cold insulation of the inner capsule.

In order to achieve the above-described object, the present invention includes a pair of upper and lower container bodies in which contents are accommodated; a connecting member formed to connect and couple the container body to each other; a display ring surrounding the outside of the connection member and partially penetrating the connection member to display one side of the connection member; a capsule member assembled to couple with the container body and installed to store lighting or cold/hot packs; a gap ring formed to compensate for the gap between the container body and the connecting member; Disclosed is a multi-functional container having a multi-layer structure, characterized in that it includes a closing cap that is coupled to both sides of the container body.

In addition, the pair of upper and lower container bodies includes an upper and lower body having a space for receiving contents therein; a bottleneck opening that is screwed to the closing cap from the upper side of the upper/lower body to the outer periphery and through which contents are received or discharged; a bottom support portion formed on the lower side of the upper/lower body to be stepped with a predetermined circumferential width, and raised from the center of the bottom toward the inside of the body to accommodate a portion of the capsule member; a coupling protrusion and a coupling concave portion formed on the bottom of the bottom support so that the upper and lower container bodies are assembled against each other; The ends of the bottom support may each protrude along the side circumference and may further include a connection stopper for engaging the connection member.

In addition, the coupling protrusions and coupling concave portions of the upper and lower bodies are formed to face each other at 120 degrees around the bottom circumferential direction of the upper and lower bodies, and the coupling protrusions of the upper bodies are formed to face each other, and the coupling protrusions of the upper bodies are formed to face each other at 120 degrees around the bottom circumferential direction of the upper and lower bodies. The assembly may be characterized in that it is coupled to the concave portion, and the coupling protrusions of the lower body are respectively coupled to the coupling concave portions of the upper body.

In addition, the bottom support portion is formed with a peripheral step having an outer diameter width that is somewhat smaller than the outer diameter width of the upper and lower bodies, and is formed to rise at a certain height from the center of the bottom to be sealed, and a connection connection portion to form a space for receiving the capsule member. It can be characterized as being formed.

In addition, the connecting member includes a ring-shaped body; an assembly groove formed at one end of a peripheral edge of the body with one side open and formed to allow the display ring to be assembled; It is formed to penetrate each along the circumference of the body, and forms a guide locking groove that controls and locks the upper and lower pair of container bodies, respectively, and the guide locking groove corresponds to the upper and lower pair of container bodies. Thus, it can be characterized as being formed along the upper and lower circumferences of the body, respectively.

In addition, the guide locking groove is open on one side and extended and bent from the open side to form a long groove, and has an 'ㄴ' shape along the upper circumference of the body and an 'ㄱ' shape along the lower circumference of the body. /It can be characterized as being formed in about 4 places in each lower part.

Additionally, the connecting member may be formed by applying a pigment to the surface so that color or color change can be recognized through the display ring.

Additionally, the pigment applied to the surface of the connecting member may be coated with a fluorescent material or a temperature pigment that changes temperature into color.

Additionally, the display ring includes a ring-shaped body to surround the connection member; assembly protrusions protruding at both sides along the inner circumference of the body to enable coupling with the connecting member; It may be characterized by being formed to include a display pattern window formed along the circumference of the body so that a portion of the connecting member is visible and identified.

Additionally, the capsule member includes a base assembled to the container body; It is configured to include a pair of upper and lower capsule caps that are assembled to protrude from the upper and lower portions of the base, and each LED bulb is mounted on the base to illuminate the capsule cap. .

In addition, the inside of the capsule cap may be filled with a hot pack or dry ice to keep the contents of the container warm or cold.

The present invention can provide a multi-functional container with a multi-layer structure that allows the containers to be stacked at the top and bottom to separate and store drinks, water, medicine, and seasonings, as well as to use the container as a living light. there is.

In addition, the present invention provides a set of lighting capsules and hot/cold capsules inside the container body, so that the capsule set can be replaced depending on use, allowing it to be used as a multi-functional container with improved usability.

In addition, the present invention can provide a multi-functional container capable of reproducing various colors by providing various colors and fluorescent rings on the container body.

In addition, the present invention can provide a multi-functional container that improves convenience of use by allowing color changes depending on temperature to be immediately identified from the outside according to the heat/cold insulation of the inner capsule.

1 to 8 show an example of a multi-functional container having a multi-layer structure according to the present invention,
1 is an overall illustration showing a multi-functional container with a multi-layer structure according to the present invention;
Figure 2 is a front view showing a multi-functional container having a multi-layer structure according to the present invention;
Figure 3 is a longitudinal cross-sectional view showing a multi-functional container with a multi-layer structure according to the present invention;
Figure 4 is an overall exploded perspective view showing a multi-functional container with a multi-layer structure according to the present invention;
Figure 5 is an exploded cross-sectional view taken along line AA of Figure 4;
Figure 6 is an illustration showing a connection member according to a multi-functional container having a multi-layer structure according to the present invention;
Figure 7 is an illustration showing another embodiment of a connection member according to a multi-functional container having a multi-layer structure according to the present invention;
Figure 8 is an exemplary diagram showing a capsule member according to a multi-functional container having a multi-layer structure according to the present invention.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention.

The present invention is not limited to the embodiments disclosed below and may be implemented in various different forms, but the present embodiments only serve to complete the disclosure of the present invention and to fully convey the scope of the invention to those skilled in the art. It is provided for information purposes only.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings. First, when adding reference numerals to components in each drawing, it should be noted that identical components are given the same reference numerals as much as possible even if they are shown in different drawings. Additionally, in describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description will be omitted.

1 to 8 show an example of a multi-functional container having a multi-layer structure according to the present invention. Hereinafter, the upper/lower pair of container bodies will be described as a single structure with the same configuration.

Referring to Figures 1 to 8, the multi-functional container 100 having a multi-layer structure according to the present invention includes a pair of upper and lower container bodies 110 and 120 in which contents are accommodated; A connecting member 130 formed to connect and couple the container body to each other; a display ring 140 that surrounds the outside of the connection member 130 and is formed so that a portion thereof penetrates to display one side of the connection member 130; A capsule member (150) assembled to be coupled to the container body (110) (120) and installed to store lighting or cold/hot packs; a gap ring 160 formed to compensate for the gap between the container body 110 (120) and the connecting member 130; It is configured to include a finishing cap 170 that is coupled to both sides of the container body 110 (120).

The pair of upper and lower container bodies 110 and 120 include upper and lower bodies 111 and 121 having content receiving spaces 111a and 121a therein; Bottleneck openings 113 and 123 are screwed together with the finishing cap 170 at the outer periphery from the upper side of the upper and lower bodies 111 and 121 and accommodate or discharge contents; A bottom support portion 115 is formed on the lower side of the upper/lower bodies 111 and 121 to be stepped with a certain circumferential width, and is protruded from the bottom center toward the inside of the body to accommodate a portion of the capsule member 150. )(125) and; Coupling protrusions (116) (126) and coupling concave portions (117) (127) formed on the bottom of the bottom supports (115) (125) so that the upper and lower container bodies (110) (120) are assembled against each other. and; The ends of the bottom supports 115 and 125 may each protrude along the side circumference and may further include connection stoppers 119 and 129 for engaging the connection member 130.

Here, the upper and lower bodies 111 and 121 have a circular shape like a regular water bottle, but can be provided in various design shapes such as oval, square, and polygon depending on the form of provision.

In addition, the bottleneck openings 113 and 123 have a structure that is closed by fastening the finishing cap 170, and the outer periphery of the bottleneck openings 113 and 123 has threaded portions that correspond to the inside of the finishing cap 170. It can be formed to have (113a) (123a).

In addition, the coupling protrusions 116 and 126 and the coupling recesses 117 and 127 of the upper and lower bodies 111 and 121 are centered in the bottom circumferential direction of the upper and lower bodies 111 and 121. Formed to face each other at least three places at 120 degrees, the coupling protrusion 115 of the upper body 111 is coupled to the coupling concave part 127 of the lower body 121, and the coupling protrusion 115 of the lower body 121 is coupled to the coupling protrusion 127 of the lower body 121. The protrusions 126 may be formed to be respectively coupled to the coupling concave portions 117 of the upper body 111 to enable assembly.

Meanwhile, the floor supports 115 and 125 are formed with peripheral steps 115a and 125a having an outer diameter width somewhat smaller than the outer diameter width of the upper and lower bodies 111 and 121, and the bottom center is sealed. It is possible to form connection connections 115b and 125b that are formed to protrude inward to a certain height to form a space for accommodating the capsule member 150.

Here, the peripheral steps 115a and 125a of the upper and lower bodies 111 and 121 are coupled between the upper and lower container bodies by overlapping and coupling the connecting member 130 and the indicator ring 140. The outer diameter can be configured in an integrated form so that there is no difference between the two sides.

Preferably, the upper and lower bodies 111 and 121 and the connecting portions 115b and 125b are made of transparent plastic or glass, and light is illuminated by an internal LED bulb by a capsule member connected to the connecting portion. It can be formed to be visible.

Meanwhile, at least three or more connection stoppers 119 and 129 may be formed to protrude along the circumferential surfaces of the peripheral steps 115a and 125a to engage the connecting member 130. At this time, the number of connection stoppers 119 and 129 may be two, but for stable and smooth connection, it is preferable that they are formed at least in three places extending 120 degrees from the center.

The connecting member 130 includes a ring-shaped body 131; an assembly groove 133 (133') formed at one end of a peripheral edge of the body 131 with one side open and formed to assemble the display ring 140; Guide locking grooves ( 135)(136) are formed, and the guide locking grooves 135 and 136 may be formed along the upper and lower circumferences of the body 131, respectively, corresponding to a pair of upper and lower container bodies. At this time, the guide locking grooves 135 and 135 are also preferably formed at three locations extending 120 degrees from the center corresponding to the positions of the connection stoppers 119 and 129.

In addition, at least two assembly grooves 133 (133') may be formed to penetrate along the peripheral edge of the connection member 130 to facilitate stable and smooth assembly of the display ring.

In addition, the guide locking grooves 135 and 136 are open on one side and bent to extend from the open side to form a long groove shape, and have an 'ㄴ' shape along the upper circumference of the body and 'ㄱ' along the lower circumference of the body. It is preferable that it is formed in the shape of a 'shape' in at least two or four places on the upper and lower parts.

Preferably, the connecting member 130 may have a pigment applied to its surface so that color or color change can be recognized through the display ring 140.

Also preferably, the pigment applied to the surface of the connecting member 130 can be formed by coating with a fluorescent material or a temperature pigment that changes color in response to temperature changes.

The display ring 140 includes a ring-shaped body 141 to surround the connection member 130; Assembly protrusions 143 and 143' are formed to protrude at both sides along the inner circumference of the body 141 and can be coupled to the connecting member 130; It is further formed to include a display pattern window 145 that is formed along the circumference of the body 141 so that a portion of the connection member 130 can be seen and identified.

Here, the display pattern window 145 can be provided in various design forms, and is preferably formed through the window so that one side of the connecting member 130 assembled inside can be partially visible. As a result, it is possible to highlight the thermal or cold insulation information of the contents and the design aesthetics of the container through the color of the connecting member painted with fluorescence or coated with Zion pigment.

Figure 7 is an exemplary diagram showing another embodiment of a connection member according to a multi-functional container having a multi-layer structure according to the present invention. Hereinafter, some configurations in the description follow the structural description above.

A connecting member (130A) formed to connect and couple the container body (110 (120)) to each other; a display ring that surrounds the outside of the connecting member (130A) and is formed so that a portion penetrates and displays one side of the connecting member (130A) It can be provided as (140B).

The connecting member (130A) includes a ring-shaped body (131A); an assembly groove (133A) formed at an end of one peripheral edge of the body (131A) with both sides open and formed to assemble the display ring (140A); Guide locking grooves 135A and 136A are formed to penetrate each of the circumferences of the body 131A and control and lock the upper and lower pair of container bodies 110 and 120, respectively, The guide locking grooves 135A and 136A may be formed along the upper and lower circumferences of the body 131A, corresponding to a pair of upper and lower container bodies.

In addition, the guide locking grooves 135A and 136A are open on one side and bent to extend from the open side to form a long groove shape, and have an 'ㄴ' shape along the upper circumference of the body and a 'ㄱ' shape along the lower circumference of the body. It is desirable to form a 'shape' so that the top and bottom face each other at least in two or more places.

Preferably, the assembly grooves 133A may be formed in a plurality in both directions in the vertical longitudinal direction of both ends of the body 131A to increase the assembly rigidity of the display rings 140A that are assembled together.

Meanwhile, the display ring 140B includes a ring-shaped body 141B to surround the connecting member 130A; Assembly protrusions (143B) are formed to protrude in both directions in the vertical longitudinal direction along the inner circumference of the body (141B) to enable coupling with the connecting member (130A); It may also be formed to further include a display pattern window 145B formed along the circumference of the body 141B so that a portion of the connection member 130A can be seen and identified.

The capsule member 150 includes a base 151 assembled to the container body 110 and 120; It includes a pair of upper and lower capsule caps 152 and 153 that are assembled to protrude from the upper and lower portions of the base 151, and each LED bulb 155 is provided on the upper and lower portions of the base 151. It can be formed so that it is mounted and illuminates through the capsule caps 152 and 153.

Here, a plurality of LED lights are shown, but one may be mounted on the top and bottom. The LED light bulbs are assembled in a socket type on the base, and a battery (not shown) connected to the power supply can be installed inside.

Meanwhile, the capsule caps 152 and 153 can be configured to contain hot packs, dry ice, etc. to keep the container contents warm or cold. At this time, the hot pack and dry ice can be provided in the form of a separate bag, and the socket connection area can be closed and closed with a separate stopper (not shown).

The spacing ring 160 is coupled to compensate for the gap between the upper and lower pair of container bodies 110 and 120 and the connecting member 130, and a general O-ring structure is sufficient.

The finishing cap 170 is formed to be finally screwed to the bottleneck openings 113 and 123 of the upper and lower pair of container bodies 110 and 120, and has bottleneck openings 113 and 123 on the inside. A threaded portion 171 corresponding to the threaded portions 113a and 123a formed in can be formed.

Here, the maga cap 170 serves as a bottle cap to preserve the contents, and when a beverage is placed in the container body, it can be turned over and used as a portable cup.

Hereinafter, the operations and effects of the multi-functional container having a multi-layer structure according to the present invention will be described as follows. The following description follows the above structural description.

In the present invention, the upper and lower container bodies 110 and 120 can be provided with candy, confectionery, beverages, and various types of seasonings.

First, the assembly grooves 133 (133') formed in the connection member 130 and the assembly protrusions 143 (143') of the indicator ring 140 are connected to each other to the outside of the connection member 130 at the same time as assembly. The display rings 140 are combined in an overlapping form.

Then, the connection stoppers 119 and 129 formed on the container body 110 and 120 are inserted along the guide locking grooves 135 and 136 of the connection member 130, and the upper body 111 is rotated along the groove. The coupling protrusion 115 is coupled to the coupling recess 127 of the lower body 121, and the coupling protrusion 126 of the lower body 121 is coupled to the coupling recess 117 of the upper body 111. You can complete the assembly by connecting the two upper and lower container bodies into one.

Depending on use, when storing beverages, different beverages can be stored in the upper container body and the lower container body for double storage.

In addition, the inside of the capsule cap can be configured to contain a hot pack or dry ice to keep the contents of the container warm or cold, allowing various beverage uses.

On the other hand. By coating the surface of the connecting member 130 that assembles the upper and lower container bodies 110 and 120 with a fluorescent material or a temperature pigment that changes temperature into color, the user can keep the beverage warm and warm at any time. It provides convenience of use by allowing immediate identification of the degree of cooling.

In addition, when all contents of the container body 110 and 120 are emptied, the LED bulb can be installed as an assembly module and used as a mood light in indoor or outdoor camping.

In addition, the capsule members are provided in modular sets such as LED capsules, cold/hot pack capsules, etc., enabling the use of various containers by immediately replacing the capsule set in various places.

Although the present invention has been illustrated and described with reference to preferred embodiments as discussed above, it is not limited to the above-described embodiments and is intended to be used by those skilled in the art without departing from the spirit of the invention. Of course, various modifications and variations are possible within the scope of equivalence of the technical idea of the present invention and the scope of the patent claims described below.

100: Multifunctional container
110, 120: Container body
111, 121: upper/lower body
113, 123: bottleneck opening
115, 125: floor support
116, 126: combined protrusion
117, 127: combined concave portion
119, 129: Connection stopper
130, 130A: Connection member
131: body
133, 133': Assembly groove
135, 136: Guide catching groove
140, 140B: Indication ring
141: body
143, 143': Assembly protrusion
145: Display pattern window
150: Capsule member
151: base
152, 153: Capsule cap
160: gap ring
170: Closing cap

Claims (11)

A pair of upper and lower container bodies that accommodate the contents;
a connecting member formed to connect and couple the container body to each other;
a display ring surrounding the outside of the connection member and partially penetrating the connection member to display one side of the connection member;
a capsule member assembled to couple with the container body and installed to store lighting or cold/hot packs;
a gap ring formed to compensate for the gap between the container body and the connecting member;
Characterized in that it includes a closing cap that is coupled to both sides of the container body.
A multi-functional container with a two-layer structure.
According to claim 1,
The upper and lower pair of container bodies
an upper/lower body having a content-accommodating space therein;
a bottleneck opening that is screwed to the closing cap from the upper side of the upper/lower body to the outer periphery and through which contents are received or discharged;
a bottom support portion formed on the lower side of the upper/lower body to be stepped with a predetermined circumferential width, and raised from the center of the bottom toward the inside of the body to accommodate a portion of the capsule member;
a coupling protrusion and a coupling concave portion formed on the bottom of the bottom support so that the upper and lower container bodies are assembled against each other;
The end of the bottom support is formed to protrude along the side circumference and further includes a connection stopper for engaging the connection member.
A multi-functional container with a two-layer structure.
According to clause 2,
The coupling protrusions and coupling concave portions of the upper and lower bodies are formed to face each other at least three locations at 120 degrees around the bottom circumferential direction of the upper and lower bodies,
The engaging protrusion of the upper body is coupled to the engaging concave part of the lower body,
Characterized in that the coupling protrusions of the lower body are respectively coupled to the coupling concave parts of the upper body for assembly.
A multi-functional container with a two-layer structure.
According to clause 2,
The bottom support portion is formed with a peripheral step having an outer diameter width somewhat smaller than the outer diameter width of the upper and lower bodies,
Characterized in that a connection connection is formed to rise at a certain height from the center of the sealed floor to form a space for receiving the capsule member.
A multi-functional container with a two-layer structure.
According to claim 1,
The connection member is
A ring-shaped body;
an assembly groove formed at one end of a peripheral edge of the body with one side open and formed to allow the display ring to be assembled;
Guide locking grooves are formed to penetrate along the circumference of the body and control and lock the upper and lower pair of container bodies, respectively,
The guide locking groove is formed along the upper and lower circumferences of the body in response to the upper and lower pair of container bodies.
A multi-functional container with a two-layer structure.
According to clause 5,
The guide locking groove is open on one side and bent to extend from the open side to form a long groove,
Characterized by being formed in at least four places on the upper and lower sides in an 'ㄴ' shape along the upper circumference of the body and an 'ㄱ' shape along the lower circumference of the body.
A multi-functional container with a two-layer structure.
According to claim 1,
The connecting member is characterized in that a pigment is applied to the surface and formed to recognize color or color change through the display ring.
A multi-functional container with a two-layer structure.
According to clause 7,
The pigment applied to the surface of the connecting member is characterized in that it is coated with a fluorescent material or a temperature pigment that changes temperature into color.
A multi-functional container with a two-layer structure.
According to claim 1,
The indicator ring is
a ring-shaped body to surround the connecting member;
assembly protrusions protruding at both sides along the inner circumference of the body to enable coupling with the connecting member;
Characterized in that it is formed through a marking pattern window formed along the circumference of the body so that a portion of the connecting member is visible and identified.
A multi-functional container with a two-layer structure.
According to claim 1,
The capsule member is
A base assembled to the container body;
It is configured to include a pair of upper and lower capsule caps assembled to protrude from the upper and lower portions of the base,
Each LED bulb is mounted on the base and illuminates through the capsule cap.
A multi-functional container with a two-layer structure.
According to claim 10,
The capsule cap is characterized by containing a hot pack and dry ice to keep the contents of the container warm or cold.
A multi-functional container with a two-layer structure.

Images