KR102563954B1 - Structure of Outlet within Inner-Cap - Google Patents

Abstract

It consists of a container with an open upper part of the container inlet and a screw thread protruding along the outer circumference of the container inlet, a hollow cylinder with a lower part open, and a blocking plate with an upper surface blocked and a body side), the lower part of the blocking plate It has a hollow cylindrical inner ring integrally installed on the surface along the circumference, and an outer cap having a thread along the circumference on the inner surface of the side of the body, a ring-type sealing member inserted into the outer cap, and an open upper surface In the bottle cap (outer cap + inner cap) composed of a hollow cup (∪) shape and an inner cap coupled to the body of the inner ring of the outer cap,
When the bottle cap assembled with the outer cap 02 and the inner cap 13 and the ring-type sealing member 08 is combined with the container inlet 32, the ring-type sealing member 08 blocks the container inlet 32 and the inner cap (13) to block the penetration of moisture into the storage space (19), and when the outer cap (02) is opened, the liquid content (39) of the storage space (40) in the container is separated from the storage space (19) of the inner cap (13). It relates to a bottle cap and container having a structure that is completely separated and discharged through the outlet 37 installed in the naecap 13.

Description

Structure of installing an outlet in the center of the inner cap {Structure of Outlet within Inner-Cap}

The present invention, in the existing three-piece bottle cap (outer cap + inner cap + ring-type sealing member), penetrates vertically through the central portion of the inner cap 13 to discharge the liquid contents 39 out of the container. It relates to a completely separately installed structure having a discharge port 21 and a storage space 19 having a function of storing solid pills 20.

The background art of the present invention, the bottle cap (01, outer cap + inner cap) and the container inlet 32 assembled with the outer cap 02 and the inner cap 13 and the ring-type sealing member 08 are screwed (10, 36) When combined using, the function of the ring-type sealing member 08 installed on the lower surface 05 of the blocking plate 03 of the outer cap is to prevent the first blocking part 101 of the container inlet 32 from polluted outside air. block it It also protects the moisture of the liquid contents 39 from penetrating into the storage space 19 of the naecap 13. When the outer cap 02 is opened from the container inlet 32, the liquid contents 39 of the storage space 40 in the container are completely separated from the storage space 19 of the container inlet body 50 and the outlet ( 37).

As mentioned in the "Background Art" above, ① in the inner cap 13, through the outlet 37 completely separated from the storage space 19, the liquid contents 39 in the container have the ability to discharge out of the container. and ② mounting a sealing member on the inner surface of the outer cap to block the inflow of contaminated external air into the container, and ③ storage of the inner cap 13 as an additional function of the ring-type sealing member 08 described above. It relates to blocking the moisture of the liquid content 39 of the container 31 from penetrating the solid pill 20 being stored in the space 19.

What is new in the present invention is, 1) having an outlet 37 that penetrates the central portion of the inner cap 13 vertically and has a smaller diameter than the inner circumferential surface of the outlet wall 28 of the inner cap, 2) In order to solve the problems (blocking function) mentioned in ② and ③ of [Problem to be solved], a ring-type sealing member 08 is installed on the lower surface 03 of the blocking plate of the outer cap 02. The above ring type sealing member 08 is a ring type (donut type). The outer diameter is shorter than the diameter of the inner surface 23 of the body side surface 09 of the outer cap 02. The inner diameter is integral with the lower surface 05 of the blocking plate 03 of the outer cap 02 and has a structure longer than the diameter of the outer surface 22 of the hollow cylindrical inner ring 07 with the lower part open. The ring-type sealing member 08 includes the lower surface 08 of the blocking plate 03, the inner surface 23 of the body side surface 09 of the outer cap 02, and the outer surface 22 of the inner ring 07. ), the upper surface 25 of the inner cap body side 24, the upper surface 35 of the container inlet is installed so as to be surrounded while in contact with. Description of specific contents will be explained in the drawings and [specific contents for carrying out the invention].

The present invention is a container with an open top of the container inlet and a screw thread protruding along the outer circumference of the container inlet, a hollow cylinder with a lower opening and a blocking plate 08 with an upper surface blocked and a side surface of the body 02 It consists of a hollow cylindrical inner ring integrally installed on the lower surface of the blocking plate along the circumference, and an outer cap having a thread along the circumference on the inner surface of the side of the body, and a ring type inserted into the outer cap In the bottle cap (outer cap + inner cap) composed of a sealing member and a hollow cup (∪) shape with an open upper surface and an inner cap coupled to the inner ring of the outer cap and the container , the holding plate, the side of the inner cap body, the storage space, and the partition Naekaep consisting of a wall, an air inlet, an outlet wall, and an outlet; an outer cap having a coupling groove on the lower surface of the blocking plate; A container inlet provided on the body of the container inlet having a lower step along the circumference in the direction of the center than the upper surface of the container inlet; Disclosed is all about bottle caps and containers in which a ring-type sealing member having the same width as the distance from the inner surface of the side of the outer cap body to the outer surface of the inner ring is attached to the outer cap.

The inner cap has a constant width integrally and protrudingly along the circumference of the outer surface of the side of the body, and the holding plate maintaining the shape of a horizontal plate, the upper part is open and the lower part is hollow and the body side as the outer circumferential surface of the cylindrical storage space And, a storage space with a closed bottom, an open top and an inclined bottom surface formed by a certain width of the side surface of the body and the outlet wall, and an outlet as an inner circumferential surface of a hollow, cylindrical storage space with an open top and a closed bottom. A wall , a hollow, cylindrical outlet formed surrounded by a wall, and an outlet with the top and bottom completely open, installed from the outer to the center in accordance with the order of enumeration above (hanging plate body side storage space outlet wall outlet) can be

The naekaep may be provided with one or more partition walls having a constant width and height to separate the storage space by connecting the body side and the outlet wall, and an air inlet hole that is completely drilled up and down in the partition wall.

The step jaw is installed on a horizontal surface with a constant width toward the center of the cylinder at a height lower than the height of the upper surface of the container inlet, and may be integrally installed along the circumference of the body of the container inlet.

The coupling groove may have a groove of a certain depth in the blocking plate along the circumference at a certain position in contact with the inner surface of the inner ring.

The present invention was invented to solve the problems of the prior art, and has the following effects.

1. The storage space of the container is protected from external polluted air by the sealing member.

2. The storage space of the inner cap is protected from moisture in the liquid contents of the container by the sealing member.

3. Drinking is easy because the size of the outlet is sufficiently secured.

1 is a cross-sectional view of an existing bottle cap (outer cap and inner cap) and a container inlet combined.
Figure 2 is a cross-sectional view of the new bottle cap (outer cap + inner cap + sealing member) and the container inlet coupled according to the present invention.
Figure 3 is. It is a plan view of the naecap of the new bottle cap according to the present invention.
Figure 4 is a bottom view of the naecap of the novel bottle cap according to the present invention.
5 is a partially enlarged cross-sectional view of a novel bottle cap equipped with a ring-type sealing member according to the present invention.
6 is a partially enlarged cross-sectional view of a container inlet having a step ledge on the upper surface of the container inlet according to the present invention.
*Explanation of symbols for the main parts of the drawing*
Bottle Cap Division (01 ~ 30)
01: bottle cap (outer cap + inner cap) 02: outer cap
03: blocking plate 04: upper surface (blocking plate)
05: lower surface (blocking plate) 06: skirt
07: inner ring 08: ring type sealing member (ring gasket)
09: Body side (outer cap) 10: Screw (outer cap)
11: Inner circumferential surface of sealing member 12: Knurl
13: inner cap 14: inner surface (side of inner cap body)
15: partition wall 16: air inlet
17: bridge 18: outer circumferential surface of the sealing member
19: storage space (inner cap) 19-1: slope
19-2: bottom surface (storage space) 20: solid pill (egg, pill, powder, liquid)
21: outlet (inner cap) 22: outer surface (inner ring)
23: inner surface (body side of outer cap) 24: body side (inner cap)
25: upper surface (side of inner cap body) 26: outer surface (side of inner cap body)
27: coupling groove (blocking plate of outer cap) 28: outlet wall
29: holding plate (side of inner cap body) 30: supporting jaw (second blocking part)
Container Division (31 ~ )
31: vessel 32: vessel entrance
35: upper surface (container entrance) 36: screw
37: step jaw
39: liquid content 40: storage space (container)
41: body (container) 42: waist
43: bottom surface (container) 44: locking jaw (container outer surface)
Common (100 ~ )
101: first blocking site 102: second blocking site

1 is a cross-sectional view of an existing bottle cap (outer cap and inner cap) and a container inlet combined.

This is a cross-sectional view of the existing bottle cap (01, outer cap and inner cap) combined with the container inlet. The existing bottle cap (01) consists of an inner cap (13) and an outer cap (02). The outer cap (02) consists of a body side surface (09) and a blocking plate (03). On the lower surface 05 of the blocking plate 03, a hollow cylindrical inner ring 07 protrudes downward and is installed with various diameters along the circumference, either integrally or separately. A ring type sealing member 08 is mounted between the outer surface 22 of the body of the inner ring 07 and the inner surface 23 of the side surface 09 of the outer cap body. The diameter of the inner circumferential surface 11 of the ring-type sealing member 08 is always equal to the diameter of the outer surface 22 of the body of the inner ring 07. In addition, the diameter of the outer circumferential surface 18 of the ring-type sealing member 08 should always be the same as the diameter of the inner surface 23 of the side surface 09 of the outer cap body. A cross-sectional view of the bottle cap showing a state in which the ring-type sealing member 08 is coupled between the inner surface 23 of the body side surface 09 of the outer cap 02 and the outer surface 22 of the inner ring 07 body. This is a cross-sectional view of the existing bottle cap 01 coupled to the existing container inlet 32. Figure 2 is a cross-sectional view of the new bottle cap (outer cap + inner cap + sealing member) and the container inlet coupled according to the present invention. The present invention is a three-piece bottle cap, composed of an outer cap 02, an inner cap 13, and a ring-type sealing member 08. The outer cap 02 coupled to the container inlet 32 with screws 10 and 36 is a cylindrical shape with an open bottom and is composed of a blocking plate 03 and a side surface 09 of the body. The lower surface 05 of the blocking plate 03 is provided with a hollow cylindrical inner ring 07 having a certain height and having a downward opening with various diameters along the circumference. The inner ring 07 has a coupling groove 27 along the circumference inside (toward the center) of the inner surface 30. Naekaep has an outlet (21) and a storage space (19). The storage space 19 is installed in the space between the inner surface of the container inlet 33 and the inner cap body side 24 closely coupled to the outlet wall 28. The storage space 19 has one or more partition walls 15 separating the storage space 19 by connecting the body side 24 and the outlet wall 28 . The partition wall 15 has an air inlet 16 penetrating the top and bottom . Outside of the body side 24, a locking plate 29 is provided along the circumference. The storage space 19 stores solid pills 20 . The space surrounded by the outlet wall 28 is the outlet 21, and has a structure in which the lower portion is open and penetrates vertically. The diameter of the inner cap body side 24 is always greater than the diameter of the outlet wall 28 . The outer circumferential surface 18 of the ring-type sealing member 08 is in close contact with the inner surface 23 of the side surface 09 of the outer cap 02, and the inner circumferential surface 11 is the outer surface 22 of the inner ring 07 close with The ring-type sealing member 08 includes the lower surface 05 of the blocking plate, the inner surface 23 of the side of the outer cap body, the outer surface 22 of the inner ring, the upper surface 35 of the container inlet, and the stepped shape. It is enclosed on the upper surface of the outlet wall 28 installed with . Figure 3 is. It is a plan view of the naecap of the new bottle cap according to the present invention. Figure 4 is a bottom view of the naecap of the novel bottle cap according to the present invention. Figures 3 and 4 are a picture of the naecap, the structure of which is described as follows. Naekaep 13, the top is open along the circumference at the outermost position in the center and has a cylindrical body side (24). Between the body side 24 and the outlet wall 28 there is a storage space 19 open at the top and closed at the bottom along the circumference. The storage space 19 has one or more partition walls 15 separating the storage spaces 19 by connecting the body side 24 and the outlet wall 28 . The partition wall 15 has an air inlet 16 penetrating the top and bottom. The discharge port 21 is surrounded by the outlet wall 28 and is basically a hollow cylinder with open top and bottom portions passing therethrough. The lower part of the storage space 19 forms an inclined surface from the center to the circumferential direction. FIG. 5 is a partially enlarged cross-sectional view of a new bottle cap equipped with a ring-type sealing member according to the present invention. It is a partially enlarged cross-sectional view of the new bottle cap surrounding the ring-type sealing member (08). The width of the ring-type sealing member 08 is from the inner surface 23 of the body side surface 09 of the outer cap 02 to the outer surface 22 of the inner ring. From the inner circumferential surface 11 of the ring-type sealing member 08 to the center is empty. That is, it is shaped like a donut or ring. The ring-type sealing member 08 includes the lower surface 05 of the blocking plate 03, the inner surface 23 of the side surface 09 of the outer cap 02, the outer surface 22 of the inner ring 07, It is installed so as to be surrounded while contacting the upper surface 25 of the side surface 24 of the inner cap body and the upper surface 35 of the container inlet. 6 is a partially enlarged cross-sectional view of a container inlet having a step ledge on the upper surface of the container inlet according to the present invention. The reason for installing the step jaw 37 is that the naekaep 13 is a structure for placing the clasp plate 29 so that it does not fall down when coupled to the container inlet, and the clasp plate 29 of the naecap body side It is integrally installed on the outer surface 26 of (24) and protrudes with a certain width along the circumference. The width of the locking plate 29 is coupled with the step jaw 37 of the container inlet 32 to ensure a width sufficient to prevent the naekaep 13 from falling down. The step jaw 37 is integral with the container inlet body, is installed on the inside of the body along the circumference and maintains a horizontal surface lower than the upper surface 35. An embodiment will be described based on the above drawings. The bottle cap 01 composed of the outer cap 02 and the inner cap 13 and the ring-type sealing member 08 with a newly supplemented structure is coupled to the container inlet 32 with the structure complemented in the present invention. The liquid content 39 being stored in the storage space 40 in the container by the first blocking point 101 and the second blocking point 102 is thoroughly blocked from contaminated external air to ensure stability, and the inner cap 13 The solid pill 20 being stored in the storage space 19 of the container is blocked from moisture of the liquid contents 39 being stored in the storage space 40 of the container to ensure stability. When opening the outer cap 02 from the container inlet 32, the outer cap 02 is separated from the inner cap 13. The liquid content 39 is discharged through the outlet 37 installed in the container inlet body 50. External air is introduced into the container through the air inlet 16 to smoothly discharge the liquid content 39 . The storage space 19 of the inner cap 13 is naturally opened according to the separation of the outer cap, so that the solid pill 20 can be discharged. Describing the method of using the finished product, after opening the outer cap (02) from the container inlet (32), the liquid content (39) is discharged through the outlet (21), and the solid pill (20) is opened at the top. There is no inconvenience in drinking. A key feature of the present invention is to secure a blocking function to secure the stability of the two contents (solid pill and liquid contents) until the bottle cap is opened from the container entrance of the finished product . The liquid content 39 is protected from external polluted air by the first blocking portion 101 . The solid pill or powder stored in the storage space 19 of the inner cap 13 is blocked from moisture of the liquid contents 39 stored in the storage space 40 in the container until immediately before use by the second blocking part 102 has the characteristics of being In the present invention, the material, thickness, width, and design of the ring-type sealing member 08 can be implemented, applied, and applied in various ways, and the structure and content devised in the present invention can be applied to any packaging product in another field, Some or all of them may be applied or applied to machinery, various facilities, and the like.

Claims (8)

delete a vessel having an open-top vessel inlet 32;
Including a container stopper coupled to the container inlet,
The container closure,
an outer cap 02 screwed to the outer circumferential surface of the container inlet;
It includes a naecap 13 inserted into the inner circumferential side of the container inlet,
The inner cap 13 is,
an outlet wall (28) which is open on the upper side and forms a hollow outlet (21);
An inner cap body side surface 24 installed at intervals on the outer circumferential side of the outlet wall 28 and having a lower end integrally connected with the outlet wall 28 to form a storage space 19;
It includes a locking plate 29 extending radially from the body side surface 24,
The container inlet is formed lower than the upper surface 35 of the upper surface 35 of the container inlet 32, the stair step 37 to which the locking plate 29 of the naekaep 13 is engaged,
The inner cap 13 includes one or more partition walls 15 for separating the storage space by connecting the inner cap body side 24 and the outlet wall 28,
The partition wall (15) is a container, characterized in that the air inlet is formed completely open up and down. The method of claim 2,
A container, characterized in that a sealing member (08) is additionally installed between the bottom surface of the outer cap (02) and the upper surface (35) of the container inlet (32). The method of claim 2,
The outer cap (02) is a hollow cylindrical shape and includes a blocking plate (03) and a side surface of the body with a lower portion open and an upper portion blocked,
The outer cap (02) is a container, characterized in that the inner ring (07) is formed on the lower surface of the blocking plate (03) so that the upper end of the outlet wall (28) is coupled. The method of claim 2,
The locking plate 29 protrudes horizontally integrally along the circumference of the outer circumferential surface of the inner cap body side 24,
The side surface 24 of the inner cap body forms an outer circumferential surface of the storage space 19, the upper part of which is open and the lower part is blocked,
The storage space 19 is connected to the lower end of the inner cap body side surface 24 and the outlet wall 28 and the lower end of the inner cap body side surface 24 and the outlet wall 28 positioned to form a preset width. The lower part is blocked and the upper part is formed so that it is open,
The outlet wall 28 forms an inner circumferential surface of the storage space,
The container, characterized in that the outlet (21) is formed surrounded by the outlet wall (28), which is hollow and cylindrical, and is completely open at the top and bottom. delete delete The method of claim 4,
The bottom surface of the outer cap 02 is characterized in that the coupling groove 27 formed at a constant depth along the circumference at a constant position in contact with the inner surface of the inner ring 07 is formed.