KR20230069071A - A Cup having a structure bringing a certain amount of pills for screw plastic Closure - Google Patents

Abstract

In a finished product that uses a two-piece bottle cap consisting of a cover and a body by combining it with the mouth of a container, the finished product standing upside down is turned upside down by 90 to 180 degrees and then put upright again. It is all about bottle caps having various structures on the body or cover that allow a desired number of contents stored in the container's inner space to stay in the storage groove of the storage cup when opened.

Description

A bottle cap having a structure bringing out a certain amount of pills {A Cup having a structure bringing a certain amount of pills for screw plastic closure}

The present invention relates to a bottle cap (body + cover) having a storage cup (36) having a structure for taking out a certain amount of pills (73) from the inner space of the container inlet and a slide jaw (05).

After opening the bottle cap from the mouth of the container, the desired amount (one, two, three, etc.) of the pills (73) stored in the container is once put into the storage cup, and then the technology (method) is taken out by opening the cover. ) is about.

In the case of pills stored in the inner space of the container, it is intended to implement a function that can be taken out by grafting a new structure to the bottle cap as many as the user needs.

As a means of solving the problem, four methods (see Examples As a complement to the wind), first of all, the above problems are to be solved by improving the structure of the screw cap bottle cap (cover and bottle cap body). Specifically, storage cups of various shapes are installed integrally or separately at a predetermined position of the bottle cap. Install the slide jaw (05) integrally on the lower surface of the cover blocking plate. The structure of this storage cup is installed by adjusting its size and shape so that a certain number of pills or a certain amount of powder can be stored. The above size and shape will be described in detail through the drawings. The installation location of this storage cup is 1) integrated with or separated from the lower surface of the bottle cap blocking plate, 2) installed integrally with the bottle cap body () in the space inside the container inlet or on the vertical upper surface of the container inlet, 3) the side of the container inlet There are three types that are located on the outer surface of The method of using the developed product is to lay the finished product (bottle cap + container) with the storage cup at an angle between 90 and 180 degrees as if turning it over, then restore it and open it in the direction of opening the bottle cap to store the desired amount of pills. stored in cups Detailed description will be given in detail in the four embodiments of the drawings and [Specific Contents for Carrying Out the Invention].

The present invention is a storage cup invented to solve the problems of the prior art, and has the following effects.

1. You can take out the desired number or quantity of pills from the container and use them, and the operation is simple.

2. The pills 73 stored in the container can be used cleanly to the end.

3. During production, since it can be combined with the same assembly method as the existing screw cap, there is no additional facility cost for production.

Figure 1 is a cross-sectional view of an existing product in which a screw bottle cap is attached to the inlet of the container.
Figure 2 is a cross-sectional view of the screw cap according to the present invention coupled to the container inlet.
3 is a bottom view of a bottle cap having a slide jaw according to the present invention.
4 is an enlarged cross-sectional view of a bottle cap having a slide jaw according to the present invention.
5 is a representative cross-sectional view of a storage cup according to the present invention.
6 is a representative plan view of a storage cup according to the present invention.
Fig. 7 is a plan view in which the slider plate is installed (closed and opened) on the blocking plate of the cover according to the present invention.
8 is a cross-sectional view in which a slider plate is installed (closed state and open state) on a blocking plate of a cover according to the present invention.
9 is a perspective view and a bottom view of a slide plate according to the present invention.
10 is a perspective view of a bottle cap having an auxiliary cover connected to a blocking plate of the bottle cap according to the present invention by a hinge.
11 is a cross-sectional view of a bottle cap having an auxiliary cover connected to a blocking plate of the bottle cap according to the present invention by a hinge, a storage space, and a storage plate.
Figure 12 is a step-by-step cross-sectional view of the screw bottle cap according to the present invention from before to after the slide jaw passes through the storage cup.
Figure 13 is a projection plane operation view step by step from before the slide jaw passes through the storage cup according to the present invention to after it passes through.
Figure 14 is a plan view of various types of storage grooves installed in the storage cup according to the present invention. (About 5 types will be drawn)
Figure 15 is a plan view of variously loaded pills in various types of storage grooves installed in the storage cup according to the present invention. (About 5 types will be drawn)
Figure 16 is a partially enlarged cross-sectional view in which the dehumidifying case is mounted on the lower surface of the storage cup according to the present invention.
Figure 17 is a partially enlarged bottom view in which the dehumidifying case is mounted on the lower surface of the storage cup according to the present invention.
Figure 18 is a plan view of a bottle cap body having a cover coupled with a screw thread to a body in which a cutoff plate and a removal ring are installed according to the present invention.
*Explanation of symbols for the main parts of the drawing*
01: bottle cap (cover + body)
02: cover 03: blocking plate (cover)
04: side wall 05: slide jaw
06: Crab's Claw 07: Screw (Cover)
08: Knurl 09: Right angle joint (blocking plate and side wall)
10: hinge 11: slide plate
12: auxiliary cover 13: handle (slide plate)
14: Blocking jaw (slide plate) 15: Concave-convex coupling jaw (auxiliary cover, slide plate)
16: lower surface (blocking plate) 17: protrusion height (slide jaw)
18: barrier (auxiliary cover) 19: handle (auxiliary cover)
20: barrier wall storage space 21: removal wall (slide plate)
22: body (slide plate) 23: storage space
24: fence wall (slide plate, auxiliary cover) 31: body
32: lower side wall (body) 33: screw (body)
34: combined jaw 35: first outlet (located next to the interpolation plate)
36: storage cup 38: storage plate (storage cup)
39: locking jaw (body) 40: inclined plate (storage cup)
41: upper surface of the storage plate 42: second outlet (located directly above the storage cup)
43: upper side wall 44: cut plate
45: disconnect plate removal ring 46: removal ring stand
47: separation groove 51: container
52: container body 53: container inlet
54: screw (container) 55: waist
56: inner space 57: container bottom
58: locking jaw (container) 59: outer surface of container inlet
71: sealing member, 72: dehumidifying agent
73: pills (necessary pills) 74: ⇒ ; pill path
75: Storage space height 76: Pill inlet
77 : Remaining Pills

닫은 상태 및

연 상태)한 평면도이다. 슬라이드 판(11)의 크기는 차단판의 원주 크기보다 항상 작아야 한다. 슬라이드 판(11)은 슬라이드판 몸체(22), 요철형 결합턱(15), 손잡이(13), 제거벽(21), 펜스벽(24)으로 구성된다. 사각형인 슬라이드판(11)의 네변에는 요철형 결합턱(15) 들을 가지며 하부면은 3변에 일정 높이의 벽을 수직으로 구비한다. 슬라이드판 하부면의 세 변 내부의 공간은 비어 있다. 네변 중에서 개폐 방향의 양편에 위치하고 서로 마주보는 두변에는 수직으로 일정 높이의 펜스벽(24)을 갖는다. 상기 팬스벽(24)의 기능은 알약이 보관판(38)으로 진입할 대에 보관판(38)의 양편으로 벗어나지 않도록 펜스 역할을 한다. 제거턱(21)은 몸체 측면벽(04) 방향에 설치되며 그 역할은 슬라이드판(11)을 여는 방향으로 전진시키면, 보관컵에 보관된 알약을 제외한 보관판의 알약들을 용기로 다시 밀어낸다. 나머지 한변은 열려있다. 슬라이드판의 한쪽 끝에는 윗 방향으로 적정 길이의 손잡이(13)가 설치되고 아래 방향으로 적정 높이의 제거벽(21)이 설치된다. 구체적인 것은 도면 9를 참조한다. 슬라이드판(11)을 원주 중심 방향으로 밀면 제 2유출구(42)가 드러난다. 슬라이더 판이 장착되는 차단판(03)의 위치에는 상하가 뚫려 있는 제2 유출구(42)를 비치한다. 상기 슬라이드 판은 제2 유출구(42)를 완벽하게 커버하는 크기이고, 유출구의 네변에는 요철형 결합턱(15)을 설치한다. 상기 요철형 결합턱(15)을 슬라이드판(11)의 네 변에도 설치한다. 슬라이드 판은 차단판(03)과 분리형이다. 상기의 두 요철형 결합턱(15)들을 결합하는 방법은 요철 구조를 이용한다. 상기 슬라이드 판(11)은 보관판(38) 바로 위의 제2 유출구(42)를 개폐하는 역할을 한다. 도면 8은, 본 발명에 의한 덮개의 차단판에 슬라이더 판을 설치(

닫은 상태 및

연 상태)한 단면도이다. 도면7의 설명을 참조하기 바란다. 도면 9는, 본 발명에 의한 슬라이드 판의

사시도 및

저면도이다. 슬라이더 판(11)은 슬라이드판 몸체(22), 손잡이(13), 제거벽(21)으로 구성된다. 슬라이드판의 한쪽 끝에는 몸체(22) 높이 보다도 윗 방향으로 적정 길이의 손잡이(19)가 설치되고, 몸체 높이 보다도 아래 방향으로 적정 높이의 제거벽(21)이 설치된다. 도면 10은, 본 발명에 의한 병마개의 차단판에 힌지로 연결한 보조 덮개를 구비한 병마개에 대한 사시도이다. 보조 덮개(12)의 크기는 차단판(03)의 원주 크기보다 항상 작아야 한다. 보조 덮개(12)가 장착되는 차단판(03)의 위치에는 상하가 뚫려 있는 제2유출구(42)를 비치한다. 상기 보조 덮개(12)는 제2 유출구(42)를 완벽하게 커버하는 크기이고, 유출구의 네변에는 요철형 결합턱(15)을 설치되며 차단판의 네변에 설치된 요철형 결합턱(15)에 의하여 결합한다. 보조 덮개()의 한변은 힌지(10)에 의하여 차단판과 연결한다. 도면11은, 본 발명에 의한 병마개의 차단판에 힌지로 연결한 보조 덮개와 보관 공간과 보관판을 구비한 병마개에 대한 단면도이다. 힌지(10)로 연결되는 보조 덮개(12)에 대한 설명은 도면 10을 참고한다. 제2 유출구(42) 바로 밑에 보관 공간(23)을 구비한다. 보관 공간(23)의 아래 부분은 수평으로 설치되는 보관판(38)에 의하여 나머지 공간과 구분한다. 보관판(38)은 병마개 몸체(31)의 측면벽(04)의 내부면과 일체형으로 설치한다. 보관판(38)의 넓이는 제2 유출구(42)의 넓이와 같거나 작아야 한다. 보조 덮개의 하부 부위의 일정 위치에 차단벽(18)을 직각의 돌출형으로 설치한다. 차단벽(18)의 높이는 보관판(38) 상부면(41)과 몸체 차단판(03)의 하부면(16)과의 간격(높이)보다 짧아야 한다. 차단벽(18)의 위치는 보조 덮개(12)로 제2 유출구(42)를 덮었을 때에 보관판(38) 상부면(41) 내에 머물러야 한다. 보조 덮개(12)를 닫을 때에 힌지(10)가 설치된 위치의 아래 부위의 보조 덮개(12)의 일부분이 진입할 수 있도록 차단판의 하부면에 진입 공간을 설치한다. 상기 진입 공간의 크기는 접혀 들어 가는 보조 덮개보다 넓어야 한다. 보조 덮개(12)가 유출구를 밀봉한다. 보조덮개는 차단판 하부면, 보관판 상부면과 몸체 내부면에 의하여 보관판이 세면이 막혀 형성된다. 열려 있는 알약 유입구(76)를 통하여 알약은 보관 공간(23)에 유입된다. 보조 덮개(12)를 개방하는 즉시 보조 덮개 차단벽(18)에 의하여 알약 유입구(76)는 막히게 되고, 보관 공간(23)에 유입되어 있는 알약 들은 유출구를 통하여 꺼내어 사용한다. 도면12는, 본 발명에 의한 스크루 병마개에 있어서, 보관컵에 슬라이드턱이 통과하기 전부터 통과 후까지의 단계별 단면도이다.

통과전 부분 확대 단면도이다. 슬라이드 턱(05)이 보관컵에 아직 못미치고 있다.

슬라이드 턱(05)이 보관컵을 통과 중인 단면도이다.

슬라이드 턱(05)이 보관컵을 통과하면서 보관컵(36, 37)에 들어 있는 알약을 제외하고 보관판 위에 불안정하게 머무르는 알약을 쓸어서 제거하는 단면도이다. 도면13은, 본 발명에 의한 보관컵에 슬라이드턱이 통과하기 전부터 통과 후까지의 단계별 투영 평면 작동도이다. 본 그림들에서는 덮개의 슬라이드턱(05)만을 도시하였다. 도면 12의 설명을 참고한다. 도면14는, 본 발명에 의한 보관판에 설치된 여러 종류의 보관컵에 대한 평면도이다.

보관컵 1개,

보관컵 2개,

보관컵 3개,

보관컵 4개,

보관컵 5개에 대한 도면이다. 상부가 개방되고 바닥과 측면벽이 막히고 컵형, 중공의 원통형을 기본으로 한다. 보관컵은 몸체 측면벽(32)의 내부면과 일체형으로 설치되며 몸체 내부 원주의 넓이 보다 항상 작게 설치된다. 남는 공간은 알약 유입구(76)가 설치된다. 보관홈의 직경은 보관판의 넓이보다 항상 작게 설치된다. 도면15는, 본 발명에 의한 보관컵에 설치된 여러 종류의 보관홈에 알약이 다양하게 적재된 것에 대한 평면도이다. 보관컵(36)에는 1개 이상의 알약을 보관한다.

알약을 한알 보관한 단면도이다.

알약을 두 개 보관한 단면도이다.

알약을 세 개 보관한 단면도이다. 보관홈 하나에 여러개의 알약을 보관할 수 있도록 홈의 깊이를 임의로 조정이 가능한 상부 개방형 보관컵이다. 보관판에 하나 이상의 보관컵을 설치한다. 도면16은, 본 발명에 의하여 제습 케이스를 보관컵의 하부면에 장착한 부분 확대 단면도이다. 보관판의 하부면에 설치한다. 경사면은 제 1유출구 방향으로 높게 경사를 이룬다. 경사면 사이에 제습제를 보관할 수 있는 구조와 공간을 갖는다. 도면17은, 본 발명에 의하여 제습 케이스를 보관컵의 하부면에 장착한 부분 확대 저면도이다.도면 16의 설명을 참조한다. 도면18은, 본 발명에 의하여 단절판과 제거링을 설치한 몸체와 나사선으로 결합하는 덮개를 갖는 병마개 몸체의 평면도이다. 몸체 측면의 내부 원주와 일체형으로 보관판과 단절판을 갖는다. 단절판의 상부면에는 단절판 제거링(45)이 제거 링대(46)에 의하여 일체형으로 형성된다. 단절판(44)의 외주면과 보관컵 및 측면벽 내부면 사이에는 분리홈(47)을 갖는다. 단절판(44)을 단절판 제거링(45)에 의하여 분리홈(47)을 경계로 분리된다. 단절판(44)을 제거한 자리는 제1 유출구(35)가 생성된다. 상기 도면을 근거하여, 4종류의 실시 예를 통하여 설명한다. 실시예 1은 기본형으로서, 스크루 병마개를 용기 입구에 결합하여 사용 방법이다. 병마개는 덮개와 병마개 몸체로 구성된다. 실시에는 다음과 같다. 용기 내부 공간에 알약을 보관한 용기 입구의 나사선에 병마개 몸체를 체결하고 이 몸체와 나사선으로 결합한 덮개를 총칭하여 완제품으로 칭한다. 사용 단계는 1) 똑바로 세워진 완제품을 거꾸로 약 90도 ~ 180도 뒤집는다. 2) 다시 올바로 세운다. 3) 덮개를 몸체로부터 개봉한다. 4) 보관컵()에 올라와 있는 일정 수량의 알약을 꺼낸다. 5) 덮개를 닫은 후에 완제품을 적정 위치에 보관한다. 본 발명품의 기능을 설명하면, 완제품을 뒤집으면 용기 보관 공간에 있던 다수의 알약들이 제1 유출구를 통하여 보관판 위 및 보관홈으로 진입한다. 진입 숫자는 필요량을 상회한다. 보관홈에 저장한 알약을 제외한 다른 알약들을 제거해야 한다. 제거를 위하여 사용하는 구조가 슬라이드 턱(05)이다. 덮개 차단판()의 하부면에 일체형으로 설치한 슬라이드 판은 덮개를 개봉 하기 위하여 회전할 때에 함께 회전하면서 보관판(38) 위에 저장된 알약들을 쓸어 내어 제 1 유출구(35)를 통하여 용기의 내부공간(56)으로 돌려 보낸다. 덮개를 개봉하면, 결국 보관컵(36)에는 필요한 알약만이 남게된다. 이를 꺼내어 사용한다. 실시예 2는 보관컵에 올라온 알약을 덮개의 차단판에 설치한 보조 덮개의 개폐와 제 2 유출구를 통하여 꺼내는 구조를 말한다. 사용 단계는 1) 똑바로 세워진 완제품을 거꾸로 약 90도 ~ 180도 뒤집는다. 2) 다시 올바로 세운다. 3) 보조 덮개를 개봉한다. 이때에 차단벽이 알약 유입구(76)를 차단한다. 4) 제2 유출구를 토하여 보관컵에 저장 중인 알약을 꺼낸다. 5) 덮개를 닫은 후에 완제품을 적정 위치에 보관한다. 본 발명품의 기능을 설명하면, 완제품을 뒤집으면 용기 보관공간에 있던 다수의 알약들이 제1 유출구를 통하여 보관판으로 진입한다. 원하는 숫자만을 진입 시키려면 알약의 크기에 맞추어 보관 공간을 설정해야 한다. 실시예 3은 보관컵에 올라온 알약을 덮개와 결합한 슬라이드 판의 개폐와 제 2 유출구를 통하여 꺼내는 구조를 말한다. 사용 단계는 1) 똑바로 세워진 완제품을 거꾸로 약 90도 ~ 180도 뒤집는다. 2) 다시 올바로 세운다. 3) 슬라이드 판을 밀어서 제 2 유출구를 개봉한다. 4) 보관판의 보관 공간에 보관된 적정 알약을 꺼낸다. 5) 슬라이드 판을 닫은 후에 완제품을 적정 위치에 보관한다. 실시예 4는, 단절판과 보관판을 설치한 병마개 몸체가 나사선에 의하여 덮개와 결합한 병마개의 실시 예이다. 사용 단계는 1) 덮개를 몸체로부터 개봉한다. 2) 단절판 제거링을 이용하여 단절판을 제거하면 제거된 자리는 제1 유출구가 생성된다. 3) 덮개를 닫는다. 4) 똑바로 세워진 완제품을 거꾸로 약 90도 ~ 180도 뒤집는다. 6) 다시 올바로 세운다. 7) 덮개를 연다. 8) 보관컵에 올라온 내용물을 꺼낸다. 9) 덮개를 닫는다. 두 번째 사용 때부터는 4)항부터 9)항 까지 만을 사용한다. 상기한 기능은 본 개발 제품인 병마개 몸체의 측벽 내부면과 용기 입구의 외부면에 스크류(나사)를 설치한 제품에만 한정되지 않고, 원터치 캡(일명 듀마-캡, 용기+병마개) 제품에도 일부 또는 전부를 응용하여 적용한다. 또한 본 발명에서 고안한 내용을 다른 분야인 어떠한 포장 제품 류, 기계류, 각종 시설류, 등에도 일부 또는 전부를 응용할 수 있다.In the present invention for realizing the above object, first, it will be described through drawings, and will be described in detail through examples. Figure 1 is a cross-sectional view of an existing product in which a screw bottle cap is attached to the inlet of the container. As a generalized product, it is a cross-sectional view of a basic finished product in which a bottle cap (01) is fastened to a container inlet (53). Figure 2 is a cross-sectional view of the screw cap according to the present invention coupled to the container inlet. This is a cross-sectional view of the finished product in which the newly developed bottle cap (cover 02 + body 31) is fastened to the inlet 53 of the container storing the pills 73 in the internal space 56. The bottle cap body 31 and the container inlet outer surface 59 are coupled with threads 33 and 54 or undercuts. The bottle cap body 31 and the cover 02 are coupled to each other with threads 07 and 33. The lid 02 is formed of a blocking plate 03 and a side wall 04. A slide jaw 05 is integrally installed on the lower surface 16 of the blocking plate 03. The length of the slide jaw (05) is from the center of the blocking plate to the right angle connection part (09), and one or more are installed in the form of a bar. The maximum protruding height 17 of the slide jaw should not touch the storage plate 28. The rod shape of the slide jaw 05 is a basic type, and is installed in various shapes according to conditions. 3 is a bottom view of a bottle cap having a slide jaw according to the present invention. Please refer to the description of Figure 2. 4 is an enlarged cross-sectional view of a bottle cap having a slide jaw according to the present invention. One or more slide jaws 05 are installed in a protruding shape on the lower surface 16 of the cover blocking plate 03. The protrusion height 17 is installed shorter than the distance between the storage plate 38 and the lower surface 16 of the blocking plate 03. 5 is a representative cross-sectional view of a storage cup according to the present invention. It is installed integrally with the inner wall of the bottle cap body. It should always be smaller than the inside diameter of the body. It consists of a storage plate 38 and a storage cup 36. It has one or more storage cups (38). The storage plate of the storage cup is basically installed horizontally. The storage plate 38 has one or more storage cups. The storage cup 36 has an open upper part and has a hollow cup shape and a cylindrical shape. The diameter of the storage cup 38 should always be smaller than the storage plate. A groove or a grip-type device into which a product such as a desiccant 72 can be inserted is provided on the lower surface of the storage cup. 6 is a representative plan view of a storage cup according to the present invention. Please refer to the description of Figure 5. Figure 7 shows the installation of the slide plate 11 on the blocking plate of the cover according to the present invention (

closed state and

open) is a plan view. The size of the slide plate 11 should always be smaller than the size of the circumference of the blocking plate. The slide plate 11 is composed of a slide plate body 22, a concave-convex coupling jaw 15, a handle 13, a removal wall 21, and a fence wall 24. The four sides of the rectangular slide plate 11 have concavo-convex coupling protrusions 15, and the lower surface has walls of a certain height vertically on three sides. The space inside the three sides of the lower surface of the slide plate is empty. It is located on both sides of the four sides in the opening and closing direction and has a fence wall 24 of a certain height vertically on the two sides facing each other. The function of the fence wall 24 serves as a fence to prevent pills from escaping to both sides of the storage plate 38 when they enter the storage plate 38 . The removal jaw 21 is installed in the direction of the side wall 04 of the body, and its role is to advance the slide plate 11 in the opening direction to push the pills in the storage plate excluding the pills stored in the storage cup back into the container. The rest of the side is open. At one end of the slide plate, a handle 13 having an appropriate length is installed upward and a removal wall 21 having an appropriate height is installed downward. See Figure 9 for details. When the slide plate 11 is pushed toward the center of the circumference, the second outlet 42 is exposed. A second outlet 42 is provided at the position of the blocking plate 03 where the slider plate is mounted. The slide plate has a size that completely covers the second outlet 42, and concave-convex coupling jaws 15 are installed on four sides of the outlet. The concave-convex coupling jaws 15 are also installed on the four sides of the slide plate 11. The slide plate is separate from the blocking plate (03). The method of combining the two concave-convex coupling jaws 15 uses a concave-convex structure. The slide plate 11 serves to open and close the second outlet 42 right above the storage plate 38 . 8 is a slider plate installed on the blocking plate of the cover according to the present invention (

closed state and

open state) is a cross-section. Please refer to the description of Figure 7. 9 is a slide plate according to the present invention

perspective view and

This is the bottom view. The slider plate 11 is composed of a slide plate body 22, a handle 13, and a removal wall 21. At one end of the slide plate, a handle 19 with an appropriate length is installed upwards above the height of the body 22, and a removal wall 21 is installed with an appropriate height downwards above the height of the body. 10 is a perspective view of a bottle cap having an auxiliary cover connected to a blocking plate of the bottle cap according to the present invention by a hinge. The size of the auxiliary cover (12) should always be smaller than the size of the circumference of the blocking plate (03). A second outlet 42 is provided at the position of the blocking plate 03 to which the auxiliary cover 12 is mounted. The auxiliary cover 12 has a size that completely covers the second outlet 42, and has concave-convex coupling jaws 15 installed on the four sides of the outlet, and by the concave-convex coupling jaws 15 installed on the four sides of the blocking plate. combine One side of the auxiliary cover ( ) is connected to the blocking plate by a hinge (10). 11 is a cross-sectional view of a bottle cap having an auxiliary cover connected to a blocking plate of the bottle cap according to the present invention by a hinge, a storage space, and a storage plate. For a description of the auxiliary cover 12 connected by the hinge 10, see FIG. 10. A storage space 23 is provided just below the second outlet 42 . The lower part of the storage space 23 is separated from the rest of the space by a storage plate 38 installed horizontally. The storage plate 38 is integrally installed with the inner surface of the side wall 04 of the bottle cap body 31. The width of the storage plate 38 should be equal to or smaller than the width of the second outlet 42 . A blocking wall 18 is installed in a right-angled protruding shape at a predetermined position of the lower part of the auxiliary cover. The height of the blocking wall 18 should be shorter than the distance (height) between the upper surface 41 of the storage plate 38 and the lower surface 16 of the body blocking plate 03. The position of the blocking wall 18 should stay within the upper surface 41 of the storage plate 38 when the second outlet 42 is covered with the auxiliary cover 12 . When the auxiliary cover 12 is closed, an entry space is installed on the lower surface of the blocking plate so that a part of the auxiliary cover 12 can enter the lower part of the position where the hinge 10 is installed. The size of the entry space should be wider than that of the auxiliary cover that is folded. An auxiliary lid 12 seals the outlet. The auxiliary cover is formed by blocking three sides of the storage plate by the lower surface of the blocking plate, the upper surface of the storage plate, and the inner surface of the body. Pills flow into the storage space 23 through the open pill inlet 76 . As soon as the auxiliary cover 12 is opened, the pill inlet 76 is blocked by the auxiliary cover blocking wall 18, and the pills flowing into the storage space 23 are taken out and used through the outlet. Figure 12 is a step-by-step cross-sectional view of the screw bottle cap according to the present invention from before to after the slide jaw passes through the storage cup.

This is a partial enlarged cross-section before passing through. The slide jaw (05) is still short of the storage cup.

A cross-sectional view of the slide jaw 05 passing through the storage cup.

This is a cross-sectional view of the slide jaw 05 passing through the storage cup and sweeping and removing pills remaining unstable on the storage plate, except for the pills contained in the storage cups 36 and 37. Figure 13 is a projection plane operation view step by step from before the slide jaw passes through the storage cup according to the present invention to after it passes through. In these figures, only the slide jaw 05 of the cover is shown. See the description of Figure 12. Figure 14 is a plan view of various types of storage cups installed on the storage plate according to the present invention.

1 storage cup,

2 storage cups,

3 storage cups,

4 storage cups,

This is a drawing of 5 storage cups. The top is open, the bottom and side walls are closed, and the cup-shaped, hollow cylindrical shape is the basis. The storage cup is integrally installed with the inner surface of the side wall 32 of the body and is always smaller than the width of the inner circumference of the body. A pill inlet 76 is installed in the remaining space. The diameter of the storage groove is always smaller than the width of the storage plate. Figure 15 is a plan view of variously loaded pills in various storage grooves installed in the storage cup according to the present invention. One or more pills are stored in the storage cup 36 .

This is a cross-section of a single pill.

A cross-sectional view of two pills.

A cross-section of three pills. It is an open top storage cup that can arbitrarily adjust the depth of the groove so that several pills can be stored in one storage groove. Install one or more storage cups on the storage plate. Figure 16 is a partially enlarged cross-sectional view in which the dehumidifying case is mounted on the lower surface of the storage cup according to the present invention. It is installed on the lower surface of the storage plate. The inclined surface is highly inclined in the direction of the first outlet. It has a structure and space to store the desiccant between the slopes. Figure 17 is a partially enlarged bottom view in which the dehumidifying case is mounted on the lower surface of the storage cup according to the present invention. Refer to the description of Figure 16. Figure 18 is a plan view of a bottle cap body having a cover coupled with a screw thread to a body in which a cutoff plate and a removal ring are installed according to the present invention. It has a storage plate and a break plate integrally with the inner circumference of the side of the body. The disconnect plate removal ring 45 is integrally formed on the upper surface of the disconnect plate by the removal ring base 46. A separation groove 47 is provided between the outer circumferential surface of the cut plate 44 and the storage cup and the inner surface of the side wall. The disconnected plate 44 is separated by the disconnected plate removal ring 45 with the separation groove 47 as a boundary. The first outlet 35 is created in the place where the disconnection plate 44 is removed. Based on the drawings, it will be described through four types of embodiments. Example 1 is a basic type, and is used by combining a screw bottle cap with the mouth of a container. The bottle cap is composed of a cover and a bottle cap body. The implementation is as follows. The body of the bottle cap is fastened to the screw at the entrance of the container storing the pills in the inner space of the container, and the cover combined with the body and the screw is collectively referred to as a finished product. The steps to use are: 1) Turn the finished product upright about 90 to 180 degrees upside down. 2) Put it right again. 3) Open the cover from the body. 4) Take out a certain number of pills from the storage cup (). 5) After closing the cover, store the finished product in an appropriate location. Describing the function of the present invention, when the finished product is turned over, a plurality of pills in the container storage space enter the storage plate and the storage groove through the first outlet. The number of entries exceeds the required amount. Except for the pills stored in the storage groove, other pills must be removed. The structure used for removal is the slide jaw (05). The slide plate integrally installed on the lower surface of the cover blocking plate ( ) rotates together to open the cover, sweeping out the tablets stored on the storage plate ( 38 ) and passing through the first outlet ( 35 ) to the inner space of the container. return to (56). When the cover is opened, only the necessary pills are eventually left in the storage cup 36 . Take it out and use it. Embodiment 2 refers to a structure in which the pills in the storage cup are taken out through the opening and closing of the auxiliary cover installed on the blocking plate of the cover and the second outlet. The steps to use are: 1) Turn the finished product upright about 90 to 180 degrees upside down. 2) Put it right again. 3) Open the auxiliary cover. At this time, the blocking wall blocks the pill inlet 76. 4) Take out the pills stored in the storage cup by vomiting through the second outlet. 5) After closing the cover, store the finished product in an appropriate location. Describing the function of the present invention, when the finished product is turned over, a number of pills in the container storage space enter the storage plate through the first outlet. In order to enter only the desired number, the storage space must be set according to the size of the pill. Embodiment 3 refers to a structure in which pills on the storage cup are taken out through opening and closing of the slide plate combined with the cover and through the second outlet. The steps to use are: 1) Turn the finished product upright about 90 to 180 degrees upside down. 2) Put it right again. 3) Push the slide plate to open the second outlet. 4) Take out the appropriate tablet stored in the storage space of the storage plate. 5) After closing the slide plate, store the finished product in an appropriate location. Embodiment 4 is an embodiment of a bottle cap in which a bottle cap body in which a cutoff plate and a storage plate are installed is coupled to a cover by means of a screw thread. Steps to use are: 1) Open the cover from the body. 2) When the disconnected plate is removed using the disconnected plate removal ring, the first outlet is created at the removed seat. 3) Close the cover. 4) Turn the finished product upright about 90 to 180 degrees upside down. 6) Put it right again. 7) Open the cover. 8) Take out the contents from the storage cup. 9) Close the cover. From the second use, use only items 4) to 9). The above function is not limited to the product in which screws (screws) are installed on the inner surface of the side wall of the bottle cap body and the outer surface of the container inlet, which is a product of this development, but also some or all of the one-touch cap (aka Duma-cap, container + bottle cap) product. Apply by applying In addition, some or all of the contents conceived in the present invention can be applied to any packaging products, machinery, various facilities, etc., which are other fields.

In the 'bottle cap' composed of the 'bottle cap body' coupled to the container inlet with a screw thread or undercut and the 'cover' coupled with the 'bottle cap body' with a screw thread or undercut, a 'slide jaw' integrally formed on the lower surface of the blocking plate A 'cover' having; A 'bottle cap body' having a storage plate and an outlet inside the 'side of the body'; A storage plate of a 'bottle cap body' having one or more storage cups of various structures and shapes; a cover having an 'auxiliary cover' or a 'slide plate' on the blocking plate in place of the 'slide jaw'; All of the bottle cap (cover + bottle cap body) manufactured by combining the above structures alone or two or more are disclosed.

In the 'cover' composed of the 'blocking plate' and the 'side wall of the cover', it is installed on the lower surface of the blocking plate as an integral or separate and protruding type, and one end of both ends starts from the center of the circumference of the lower surface of the blocking plate It is installed in a bar shape up to the inner surface of the side wall of the cover, but may be implemented in various shapes (line-shaped, U-shaped, etc.), and may include one or more slide jaws installed.

In a bottle cap body composed of a 'side wall of the body', a 'storage plate' and an 'outlet', a storage plate having one or more storage cups with an open top, side and bottom surfaces blocked and installed in various forms, and the storage plate Discloses everything for an outlet with space excluding the horizontal area of .

The outlet can maintain a size (height and width) that completely penetrates the upper and lower portions so that contents (pills) can freely enter and exit from the inner space of the container to the storage plate.

Depending on the size of the contents (pills), the diameter and depth of the inner space (storage space) are installed in various sizes, and depending on the height of the storage groove, one or more various shapes (e.g., cup-shaped, cylindrical) that can load multiple pills ) Disclosed is a storage cup having a storage groove.

Disclosed is a cover having a cylindrical, hollow barrier film (Crab's Claw) having a certain height on the lower surface of the cover plate along the inner circumferential surface of the side wall of the cover.

Disclosed is a storage cup installed on an outer surface of a side wall of a container inlet and integrally or separately installed with a bottle cap body.

In the 'bottle cap' composed of the 'bottle cap body' coupled to the container inlet with a screw thread or undercut and the 'cover' coupled with the 'bottle cap body' with a screw thread or undercut, other than the contents safely stored in the internal space of the storage groove When other contents (pills) remain on the storage plate, use the structure and function of sweeping the contents (pills) remaining on the storage plate by the rotational motion of opening the cover and dropping them back into the storage space of the container through the outlet, or All of the bottle caps to be applied and other instruments, machinery, and others using (applying) the above functions are disclosed.

A bottle cap with an auxiliary cover installed, which is coupled to the outer surface of the container inlet with a screw thread or undercut and connected to the blocking plate of the bottle cap by a hinge, wherein the bottle cap is installed integrally with the inner surface of the side of the bottle cap body a storage plate; A blocking wall of a certain height installed on the lower surface of the auxiliary cover; a blocking wall storage space installed on a lower surface of the blocking plate; All bottle caps having structures such as a first outlet and a second outlet through which pills flow are disclosed.

Disclosed is a cover blocking plate having a blocking wall storage space 20 on its lower surface into which the lower portion of the auxiliary cover can be folded when the auxiliary cover is closed.

Disclosed is a bottle cap having a structure in which, when opening and closing the auxiliary cover, a passage of contents (a first outlet) is blocked by a blocking wall protrudingly installed at the lower part of the auxiliary cover so that only a certain amount of contents are stored on a storage plate.

A bottle cap with a slide plate installed, wherein the bottle cap is coupled to the container inlet by a screw thread or an undercut, and the blocking plate and the slide plate of the bottle cap are coupled by concave-convex jaws,

a storage plate integrally installed on the inner surface of the side of the body; Disclosed are all bottle caps having structures such as a first outlet and a second outlet through which pills can flow.

A bottle cap with a combination of a one-touch cap and a screw cap, which is composed of a bottle cap body coupled to the container inlet by an undercut and a cover coupled to the outer surface of the side wall of the body, which has a 'slide jaw' integrally on the lower surface of the blocking plate. with 'cover'; A 'bottle cap body' having a storage plate and a cutoff plate inside the 'side of the body'; A storage plate of a 'bottle cap body' having one or more storage cups of various structures and shapes; Discloses everything about the bottle cap (cover + bottle cap body) manufactured by combining the above structures.

Disclosed is a bottle cap body having a storage cup and a cut plate integrally with an inner surface of a body side, and having a cut plate removal ring, a ring stand, and a removal groove on the cut plate.

Disclosed is a cover having at least one slide plate on a lower surface of the blocking plate.

Disclosed is a bottle cap cover and a body in which a hollow cylindrical barrier film (Crab's Claw) is mounted at a right angle connecting portion between an outer circumferential surface of the barrier plate and a side wall.

Pills (contents) are safely stored in the storage cup of the 'bottle cap' consisting of a 'bottle cap body' coupled to the outer surface of the container inlet with a screw thread or undercut and a 'cover' coupled with the 'bottle cap body' with a screw thread or undercut, , When excess content (pills) remains on the storage plate, horizontally sweep the excess content (pills) remaining on the storage plate by the rotational action of opening the cover from the body and return to the storage space of the container through the first outlet. Discloses all things such as bottle caps and other instruments and machinery that use the structure of the down function.

Claims (1)

A bottle cap body 31 coupled to the inlet of the container with a screw thread or an undercut and having an outlet 42;
a storage plate 38 protruding inward from the inner surface of the bottle cap body 31 and having one or more storage cups 36 containing pills 73;
It includes a slide plate 11 installed on the outlet 42 to open and close the outlet 42,
When the slide plate 11 advances in the opening direction of the outlet 42 by sliding, it pushes the pills 73 excluding the pills stored in the storage cup 36 into the container, and the outlet 42 ) to expose the storage cup 36 to the outside,
The storage plate 38 is integrally installed with the inner surface of the bottle cap body 31,
When the outlet 42 is moved forward in the opening direction by sliding, the pills 73 excluding the pills stored in the storage cup 36 are pushed to the lower surface 16 of the blocking plate 03 into the container. Bottle cap, characterized in that the slide jaw (05) is installed integrally.

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