KR20160017577A - Cap and Bottle with strengthening anti-penetration and child-resistant function - Google Patents

Abstract

According to a bottle cap having an existing one touch cap function and a container (duma cap), the present invention is a new product changing structures of a locking protrusion of an inner surface of an upper end of a side surface of a bottle cap body and a locking protrusion of an upper end of an outer surface of an inlet of the container into a screw threads form. The bottle cap and the container having a new structure reinforces a blocking function which prevents and protects contents inside the container from an external air using the coupling and the fastening of the two changed screw threads and adds a new function that a child cannot easily open the cap.

Description

Cap and Bottle with strengthening anti-penetration and child-resistant function,

The present invention relates to a one-touch cap bottle cap having a structure for enhancing a blocking function and a function for protecting children.

The bottle cap 01 having the conventional one-touch cap function is connected to the container 50 so that the first barrier film 05 integrally provided on the lower surface 24 of the cap portion 02 and the inner surface 59 of the container inlet Tight contact between the bottle cap under-cut 04 provided at the upper end of the inner surface of the bottle body and the container jaw outer surface 52 of the bottle cap to block and protect the contents in the container from the outside air .

The prior art in this field maintains a loose tolerance between each other so that it can be easily engaged between the inner diameter of the inner surface of the body side 030 of the bottle cap of the existing product and the outer diameter of the outer surface 52 of the container inlet 51. Because of the loose tolerance, the outside air or moisture can flow in and out through the combined part, and the structure can be easily opened by anyone. Therefore, the contents stored in the container are easily infiltrated by outside air or moisture, (01) is easily opened so that the child can easily open and eat the contents, and the risk is very high. By protecting the child from such a problem and increasing the airtightness (airtightness) of the air or moisture, .

As a solution to the problem, the structure of the present invention having the blocking function and the child protection function enhanced will be described. The structure of the bottle cap undersole (04) protruding along the circumference at the upper end of the inner surface of the bottle cap body (03) The structure of the coupling jaws 61 of the container provided in the protruding shape on the outer surface 52 of the container inlet is changed to the protruding threads 15 and 58 of the new structure. The present invention also relates to a bottle cap and a container which are designed to have both a child protection function and a function of cutting off outside air by combining a screw thread 15 of a bottle cap and a screw thread 58 of a container. The detailed description will be given in detail in the drawings and the detailed description for carrying out the invention.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the prior art,

It has the following effects.

1. The structure of the shutoff function is strengthened at the upper inner surface of the side surface of the cap and the outer surface of the container inlet, and the function of shielding the contents stored in the container from outside air and moisture is superior.

2. It can reinforce the structure that children can not open and protect children from contents that are harmful to the human body stored in the container (child protection cap function).

3. In production, it is possible to combine with a conventional one-touch cap assembly method, so that the additional production cost is very low.

: 결합한 병마개를 좌측 방향으로 회전시키는 힘에 의하여 병마개의 차단판이 용기 입구 방향으로 수직 하강한 폭

: 병마개를 용기 입구에 결합 한 후에 닫는 방향으로 회전시킨 폭
결합 : 병마개를 용기 입구에 끼우는 것.
결속 : 결합한 병마개의 차단판 하부면과 용기 입구의 상부면의 밀착을 강화하기 위하여 '병마개를 좌측 방향으로 일정폭을 회전'시켜 주는 것. 1 is a cross-sectional front view of a front surface of a conventional one-touch cap and a container.
2 is a cross- sectional side view of a state in which an existing one-touch cap and a container are engaged.
3 is a rear external cross-sectional view showing a state where an existing one-touch cap and a container are engaged.
4 is a sectional view of the projection front with respect to the coupling jaw of the conventional cap and the container inlet.
FIG. 5 is a partial cross-sectional view of the position of a thread on a side surface of a cap of a cap according to the present invention.
6 is a front view of a screw thread provided on the inner surface of the side surface of the cap according to the present invention.
Fig. 7 is a plan view showing a screw thread installed on the inner side of the cap according to the present invention. Fig.
8 is a partial cross-sectional view of a position of a screw thread on the outer side surface of the container inlet according to the present invention.
9 is a front view showing a screw thread provided on the outer side surface of the container inlet according to the present invention in place of the engagement jaw 61 of the conventional container.
FIG. 10 is a plan view showing a screw thread developed on the outer surface of the container inlet according to the present invention, in place of the joining jaws 61 of the conventional container.
11 is an exploded view of the condition immediately before the bottle cap is horizontally rotated to the left for fastening after screwing the screw threads of the side surface of the bottle cap to the outer side surface of the container inlet according to the present invention.
12 is an exploded view of the condition immediately after the bottle cap is horizontally rotated to the left for binding after joining the threads of the inner surface of the bottle cap according to the present invention and the threads of the outer surface of the container inlet.
13 is a partial cross-sectional view illustrating the descent of the cap of the bottle cap immediately after the engagement of the threads of the inner surface of the bottle cap according to the present invention and the threads of the outer surface of the container inlet instead of the engagement jaws.
FIG. 14 is a plan view of a cap according to the present invention in which a 'shielding plate' is reinforced with a 'reinforced lead'.
FIG. 15 is a cross-sectional view of a bottle cap according to the present invention in which a 'shielding plate' is reinforced with a 'reinforced lead'.
16 is a perspective view of the rotation stop jaw 29 protruding from the inner surface of the use trace belt 10 of the bottle cap according to the present invention and the rotation stop jaw 29 protruding from the use mark groove groove 56 of the container inlet 68 before the operation.
FIG. 17 is a front perspective view having a screw line on the lower line of the container inlet coupling jaw and an alignment jaw at a predetermined position of the container.
18 is a plan view of a screw thread and an entry groove provided in a protruding form on the outer surface of the container inlet according to the present invention.
FIG. 19 is a partial cross-sectional view showing a combination of a cut-off groove provided on the inner surface of the container inlet according to the present invention and a double cut-off membrane of a bottle cap coupled thereto.
FIG. 20 is a plan view of a cap according to the present invention in which a latch ring is provided on a lid handle.
FIG. 21 is a side view of a bottle cap provided with a latching ring on the lid handle according to the present invention.
Description of the Related Art [0002]
01: Cap 02: Blocking plate
03: Body side 04: Bottle undercut (original stopper)
05: Primary screen (main screen, Main Crab's Claw)
06: Secondary barrier (Assist Crab's Claw)
07: Third barrier (Assist Crab's Claw)
08: Lid 09: Handle
10: Used trace belt 11: Lower left (thread)
12: upper right (thread) 13: upper (thread)
14: Coupling jaw (new product plug) 15: thread (cap)
16: joint part (joining jaw + handle) 17: entry groove (thread)
18: Perforation 19: Hinge (connection ring)
20: Spacing (stop thread) 21: Null (Roulette)
22: removal handle (TE belt) 23: retaining belt
24: lower surface (blocking plate) 25: reinforced lead
26: reinforcement ring 27: alignment jaw (cap)
28: Dome type 29: Rotation jaw (stopper)
31: binding chin 32: hooking ring
33: inner upper surface (hooking ring) 34: opening portion
50: container 51: container inlet
52: outer surface (container inlet) 53: joint holding jaw
54: engaging retaining belt groove 55: use trace jaw
56: Mark of use Belt groove 57: Upper surface (container inlet)
58: thread (container) 59: inner surface (container inlet)
60: entry groove (thread) 61: coupling jaw (conventional vessel)
62: gap (container thread and thread) 63: internal space (container inlet)
64: length (thread) 65: alignment jaw (container)
66: vertical stop jaw 67: entry groove (stopper handle portion)
68: reverse rotation jaw (container) 69: body (container)
70: cut-off groove (upper surface of container inlet) 71: waist area (container)
72: cut-off groove (inner surface of the container inlet) 73: container bottom
74: Joint clearance space (when fitting a cap) 75: Joint holding jaw
76: Staircase chin

: The width of the bottle cap's vertical lowering direction toward the container inlet due to the force of rotating the bottle cap in the left direction

: The width of the bottle was rotated in the closing direction after the bottle cap was connected to the container inlet
Combination : fitting the cap into the container opening.
Bonding : To increase the close contact between the lower surface of the blocking plate of the bottle cap and the upper surface of the container inlet, the bottle cap is rotated in a leftward direction.

)와 회전하는 길이(

)는 도면 13에 도시되어 있다. 이미 용기 입구(51)에 진입(결합)한 병마개(01)를 우측 방향으로 수평 회전(결속)시키면, 병마개의 나사선(15)은 용기 입구 나사선(58)의 하부면 밑으로 미끌어져 들어간다. 계속 병마개를 회전시키면 결속 유지턱(75)을 타고 넘어 간 병마개 나사선(15)의 돌출형 결속턱(31)은 종국에 수직 저지턱(66)의 저지를 받는다. 수직 저지턱(66)과 결속 유지턱(75)의 사이에 나사선(15)의 결속턱(31)이 끼워져 병마개(01)는 결속된 상태로 고정된다. 도면 13은, 본 발명에 의한 병마개 내부 측면의 나사선들과 용기 입구 외부 측면의 걸림턱을 대신한 나사선들의 결합 직후의 병마개 차단판의 하강을 설명한 부분 단면도이다. 도면 왼쪽 그림에서처럼, 이미 용기 입구(51)에 결합한 병마개(01)를 좌측 방향으로 회전 시키면, 병마개 나사선(15)이 용기 입구 나사선(58)의 밑으로 진입하여 수직 나사선(66)에 걸려서 회전이 멈춘 상태의 그림이다. 나사선의 사선 각도만큼 병마개 나사선은 용기 입구 나사선의 아래로 비스듬히 진입한다.

는 회전 시에 결합한 높이에서 결속한 높이까지의 병마개가 하강한 폭이다.

는 병마개를 수평으로 회전한 폭이다. 도면14는, 본 발명에 의한 병마개에 '강화 리드'로 '차단판'을 강화한 평면도이다. 도면15는, 본 발명에 의한 병마개에 '강화 리드'로 '차단판'을 강화한 단면도이다. 병마개의 차단판에 강화 링(26)과 강화 리드(25)을 하나 이상 설치한다. 강화 링(26)은 2차 차단막(06)의 바로 위의 차단판(02)에 설치하여 차단 기능을 강화한다. 병마개가 하강 시에 차단판(02)에 설치된 강화 링(26)과 강화 리드(25)는 용기 입구 상부면(57)에 균일하게 밀착하는 것을 강화하기 위한 것이다. 강화 링(26)은 차단판(02)에 돌출 원주형으로 설치한다. 강화 리드(25)는 차단판(02)의 상부면에 좌측 및 우측 방향으로 두 개 이상 배열하여 설치한다. 도면16은, 본 발명에 의한 병마개의 사용 흔적 밸트(10) 내부면에 돌출로 구비한 회전 저지턱(29)과 용기 입구의 사용 흔적 밸트 홈(56)에 돌출로 구비한 역 회전 저지턱(68)의 작동 전후에 대한 평면도이다. 병마개의 사용 흔적 밸트(10)의 일정한 위치에 돌출형으로 좌측에서 우측 방향으로 높이가 높아지는 회전 저지턱(29)을 삼각형 형상으로 구비한다. 또한 용기 입구의 사용 흔적 밸트 홈(56)의 일정 위치에 돌출형으로 우측에서 좌측 방향으로 높이가 높아지는 역 회전 저지턱(68)을 삼각형 형상으로 구비한다. 병마개를 회전시켜서(회전 후 그림 참조) 역회전 저지턱(68)을 타고 넘은 후에는 역회전 되지 않고 고정된다. 이 경우 제품을 사용하지 않음을 증명하는 또 하나의 방법이된다. 병마개의 사용 흔적 밸트(10)를 제거하면 동시에 회전 저지턱(29)이 제거된다. 뚜껑(08)의 개봉을 위하여 우측 방향으로 병마개를 우측에 위치하는 수직 저지턱(66) 까지 회전 시킬 수 있으며, 이 위치는 병마개의 나사선(15)이 하강하여 용기입구와 결합할 수 있는 용기의 진입홈(60)과 일치하는 위치이다. 도면17은, 용기 입구 결합턱 하부선에 나사선과 용기의 일정 위치에 정렬턱(65)을 구비한 정면 입체도이다. 기존 용기의 결합턱(61)의 하부선을 나사선(15)이 결속하도록 변경한 그림이다. 결합턱(61)을 그대로 둔 상태에서 하부선의 위치에 나사선(58)의 기능을 추가한다. 용기를 컨베이어로 이송 중에 일정한 방향으로 이동시키기 위하여 용기의 일정 위치에 정렬턱(65)을 하나 이상 설치한다. 본 도면에서는 허리 부위(71)에 정렬턱(65)를 구비한 대표 도면이다. 병마개 외부 측면에 이미 구비된 손잡이(09), 제거 손잡이(22)가 정렬턱(65)의 한 역할을 하며, 추가로 일정한 위치에 돌출형의 정렬턱(65)을 하나 이상 설치할 수 있다. 도면18은, 본 발명에 의한 용기 입구 외부면에 돌출형으로 설치된 나사선과 진입홈에 대한 평면도이다. 이미 설명하였듯이, 병마개를 용기 입구(51)에 결합 시에 수월하게 결합하도록 병마개 나사선(15)이 진입하는 진입홈(60)을 나사선(58)과 나사선(58) 사이에 똑같은 간격으로 설치한다. 나사선(58)의 좌우 폭도 균일하게 설치한다. 병마개 나사선(15)의 폭은 용기 입구 진입홈(60) 간의 간격보다 크지 않아야 한다. 또한 용기 입구(51)의 나사선(58)의 폭도 병마개의 진입홈(17) 간의 간격보다 크지 않아야 한다. 도면19는, 본 발명에 의한 용기 입구 내부면에 설치한 차단홈과 이와 결합하는 병마개의 이중 차단막들이 결합한 부분 단면도 이다. 병마개와 용기 입구를 결합한 후에 우측으로 회전하여 결속을 강화한 그림이다. 병마개의 일정 위치에 차단막(05, 06, 07)을 설치한다. 1차 차단막(05)은 용기 입구 내부면(59)에 밀착하여 용기 내부의 기밀성을 유지하는 기존 병마개의 설치물이다. 2차 차단막(06)은 보조 차단막으로서 용기 입구 내부면(59)에 형성된 계단턱(76)의 원주를 따라 차단홈(70)을 설치하고 이와 결합하여 기밀성을 높히는 역할을 한다. 3차 차단막(07)은 보조 차단막으로서, 용기 입구 상부면(57) 또는 용기 입구 외부면(52)에 용기 입구(51)의 원주를 따라 홈의 형상으로 설치된다. 1차 및 2차 차단막(05, 06)은 차단판(02)의 하부면(24)과 일체형으로서, 하부가 개방된 중공의 원통형으로서 필요한 높이만큼 수직으로 설치된다. 부호 '15'와 '58'이 지적하는 그림은 병마개 나사선(15)과 용기 입구(51)의 나사선(58)이 결합한 상태를 설명한 그림이다. 도면20은, 본 발명에 의하여 뚜껑 손잡이에 걸림고리를 설치한 병마개의 평면도이다. 병마개 측면의 외부면에 설치되는 손잡이의 몸체에 "

"자형의 걸림 고리를 설치한다. 전면은 막혀 있고 병마개 나사선과 결합하는 방향은 개방된다. 도면21은, 본 발명에 의하여 뚜껑 손잡이에 걸림고리를 설치한 병마개의 측면도이다. "

"자형의 걸림 고리를 손잡이 몸체에 구비한다. 높이는 뚜껑의 높이의 범위 내에 있다. 상기 걸림 고리는 용기 입구에 설치되는 돌출형 나사선과 결합 및 결속한다. 걸림 고리 내부 상부면의 각도는 나사선(58)의 사선 각도와 일치한다. 상기 도면을 근거하여, 실시 예를 설명한다. 정렬턱(65)에 의하여 일정하게 각각의 컨베이어로 이송하는 병마개와 용기에 있어서, 항상 일정한 방향과 위치로 용기 입구에 병마개를 결합시킨다. 이렇게 결합하기 위하여 병마개의 외부면과 용기의 외부면의 일정 위치에 하나 이상의 정렬턱(65)이 설치된다. 병마개 나사선(15)은 용기 입구 진입홈(60)을 통과하여 결합 유지 벨트(23)는 결합 유지 턱(53)을 통과하여 용기 입구의 결합 유지 벨트 홈(54)까지 진입한다. 병마개를 좌측 방향으로 병마개 나사선(15)이 수직 저지턱(66)에 의하여 정지 될 때 까지

만큼 회전시킨다. 회전하는 힘에 의하여 병마개 나사선(15)은 용기 입구 나사선(58)의 밑으로 진입하며

만큼 하강한다(도면 13 참조). 하강한 만큼 병마개 차단판(02)의 하부면(24)과 용기 입구 상부면(57)은 강하게 밀착하여 기밀성이 강화된다. 또한 회전 시에 병마개의 결속턱(31)은 용기 입구의 결속 유지턱(75)를 통과하여 강한 결속을 유지한다. 병마개의 나사선(15)과 용기 입구(51)의 나사선(58)의 돌출한 높이를 의도적으로 높힌 만큼, 결속 상태에서는 병마개(01)를 용기 입구(51)로부터 개방할 없다. 개봉을 원하는 경우에는, 병마개 외부 측면의 돌출로 설치되고 사용 흔적 밸트(10)와 일체형인 제거 손잡이(22)를 잡아 절취선(18)을 분리하여 사용 흔적 밸트(10)를 병마개로부터 분리 및 제거한다. 결속한 방법의 역순으로 병마개(01)를 우측으로

만큼 회전시킨다. 우측으로 회전되는 병마개 나사선(15)은 오른쪽에 위치한 별개의 용기 입구 나사선(58)의 수직 저지턱(66)에 의하여 회전이 저지된다. 저지되는 위치는 병마개 나사선(15)과 용기 입구 진입홈(60)이 오버랩(overlap)되는 위치이다. 물론 용기 입구 나사선(58)과 병마개 진입홈(17)도 동시에 오버랩(overlap) 한다. 오버랩 된 시점에 병마개 손잡이(09)를 잡고 상측 방향으로 병마개를 개봉하여 용기 내의 내용물을 사용한다. 병마개를 결합 및 결속을 다시 원할 경우에는 상기 개봉 방법의 역순으로 작동시킨다. 상기한 기능은 본 개발 제품에만 한정되지 않고 어떠한 기계, 시설 등에도 적용 또는 응용될 수 있다.In the present invention for realizing the above-mentioned problem, first, a description will be given with reference to the drawings and specifically described by way of examples. 1 is a cross-sectional front view of a front surface of a conventional one-touch cap and a container. 2 is a cross-sectional side view of a state in which an existing one-touch cap and a container are engaged. 3 is a rear external cross-sectional view showing a state where an existing one-touch cap and a container are engaged. The shaving surface is a well-known existing one-touch cap and a description of the container that is associated therewith. The existing product (aka: one-touch cap and container or Duma cap) combines the inner surface 03 of the body side 03 of the bottle cap 01 with the outer surface 52 of the container inlet 51 of the container 50 to form an article . The bottle cap includes a blocking plate 02, a body side 03, a coupling jaw 04, a handle 09, a use trace belt 10, a perforated line 18, a hinge 19, And an engagement holding belt 23 for holding the bottle cap 01 and the container inlet 51 integrally by the hinge 19 after the use trace belt 10 is removed. The container 50 is composed of a container inlet 51, a waist portion 71, a body 69, and a container bottom 73. The engaging protrusions 61 and the use trace jaws 55, the use trace belt grooves 56, the engagement retaining jaws 53 and the engagement retaining grooves 54 are provided in this order on the outer surface 52 of the container inlet . 4 is a sectional view of the projection front with respect to the coupling jaw of the conventional cap and the container inlet. The conventional bottle cap 01 has a hollow cylindrical shape with an open bottom and a body side 03 in a vertically integrated form along the outer circumference of the shield plate 02 and the shield plate. The body side 03 connected at right angles to the shutoff plate 02 of the cap 01 is installed in the following order from top to bottom. The use mark belt 10 is composed of an undercut 04 of a joining portion 16 which engages with the container inlet 51 and a use mark belt 10 and an engagement retaining belt 23. The use mark belt 10 is engaged with the lid 08 The retaining belt 23 is connected to the use trace belt 10 and the tear line 18. At the proper position of the outer surface of the used trace belt 10, a removal handle 22 for separating the used trace belt 10 from the side surface of the bottle cap is provided in various shapes of protruding shapes. The hinge 19 is left even after removing the used trace belt 10. The hinge 19 connects the lid 08 and the engagement and retention belt 23 vertically. The outer surface of the body side 03 is provided with a handle 09 for opening the bottle cap. The container inlet 51 which engages with the inner surface of the body side 03 of the bottle cap has a coupling jaw 61, a use trace jaw 55, a use trace belt groove 56, The engagement holding jaw 53, and the engagement holding groove 54 in this order. And a container waist region 71 therebelow. FIG. 5 is a partial cross-sectional view of the position of a thread on a side surface of a cap of a cap according to the present invention. At the core of this figure is a new function (airtightness, child protection function) is greatly enhanced by replacing undercut (04), which is a joint part of existing products, with screw (15). At least one screw thread (15) is provided on the uppermost part of the inner surface of the body side surface (03). The screw thread 15 is projected along the circumference at the upper end of the inner surface of the body side surface 03 and the screw thread 15 is provided with a diagonal line having a constant width. One or more boards (21) are vertically protruded on the outer surface of the body side surface (03) so that the bottle cap can be rotated right and left when binding the bottle cap. 6 is a front view of a screw thread provided on the inner surface of the side surface of the cap according to the present invention. At least one projecting thread (15) is provided on the inner surface of the cap side (03) along the circumference. The screw thread (15) is provided on the right side as a slanting line downward to the left as a basic type. The thread 15 and the thread 15 are separated. The spaced apart interval has an entry groove 17 into which the threaded line 58 of the container inlet can enter. By rotating the screw thread 15 in the fastening direction, the lower surface 24 of the cap cap 02 engages strongly with the upper surface 57 of the container inlet 51. Fig. 7 is a plan view showing a screw thread installed on the inner side of the cap according to the present invention. Fig. At least one screw thread 15 is provided on the inner surface of the bottle cap body side surface 03 in a protruding manner. The screw thread 15 is installed at the uppermost position of the side surface 03 of the body. 8 is a partial cross-sectional view of a position of a screw thread on the outer side surface of the container inlet according to the present invention. The threaded line 58 of the container inlet replaces the engagement tab 61 of the conventional container inlet 51 shown in FIG. The thread 58 is provided on the uppermost portion of the outer surface 52 of the container inlet 51 in a protruding manner. And has a use mark jaw 55 and a use mark belt groove 56 right below it. And a coupling retaining jaw 53 and a coupling retaining groove groove 54 are provided below the coupling retaining jaw 53 and the coupling retaining groove groove 54, respectively. When the bottle cap is rotated in the leftward direction, the bottle cap can be easily lowered by a predetermined width (as much as the binding clearance space 74) as a method for strongly adhering the lower surface 24 of the shutoff plate of the bottle cap to the container inlet 51 The coupling retaining groove 54 and the use mark belt groove 56 are provided with a binding clearance space 74 in the up-and-down direction. 9 is a front view showing a screw thread provided on the outer side surface of the container inlet according to the present invention in place of the engagement jaw 61 of the conventional container. At least one projecting thread 58 is provided on the outer surface 52 of the container inlet 51 along the circumference. A vertical thread 66 is provided at the lower left of the thread. The screw thread 58 is provided in a slanting line downward from the right side to the left side. Between the thread 58 and the thread 58 is broken. At the broken intervals, an entry groove 67 into which the screw thread 15 provided in a protruding shape can enter the inner side surface of the bottle cap is provided. If the bottle cap is rotated in the left direction so that the bottle cap and the screw threads 15 and 58 of the container inlet are coupled to each other, the screw thread of the bottle cap slides under the threaded portion 58 provided at the container inlet, Descend. At this time, the lower surface 24 of the blocking plate 02 strongly engages with the upper surface 57 of the container inlet 51. FIG. 10 is a plan view showing a screw thread developed on the outer surface of the container inlet according to the present invention, in place of the joining jaws 61 of the conventional container. One or more threads 58 are provided in a protruding shape along the circumference of the outer surface 52 of the container inlet 51. The screw thread is provided in a protruding shape on the uppermost surface of the outer surface 52 of the container inlet 51. Between the thread 58 and the thread 58, there is provided an entry groove 62 through which the bottle cap thread 15 can enter when the cap is coupled to the container inlet. 11 is an exploded view of the condition immediately before the bottle cap is horizontally rotated to the left for fastening after screwing the screw threads of the side surface of the bottle cap to the outer side surface of the container inlet according to the present invention. A threaded protruding thread (15) is provided along the circumference at the upper part of the inner surface of the cap. The spacing between the threads 15 is regularly spaced at regular intervals and has an entry groove 17 into which a thread 58 provided in the container inlet 51 can enter. The outer surface (52) of the container inlet (51) has a projecting thread (58) along the circumference. And a protruding vertical screw 66 at the left end of the thread 15. The screw threads 58 are provided at the predetermined intervals and have an entry groove 60 into which the bottle cap screw 15 is engaged. The protruding threads 15 and 58 are provided in place of the joining jaws 04 and 61 between the bottle cap and the container inlet. The upper end of the thread 15 is hooked on the upper part of the vertical thread 66 provided on the thread 58 of the container inlet provided on the right side so that the thread 15 of the bottle cap can not be rotated to the right. A coupling holding jaw 75 of a protruding vertical shape is provided below the screw thread 58. 12 is an exploded view of the condition immediately after the bottle cap is horizontally rotated to the left for binding after joining the threads of the inner surface of the bottle cap according to the present invention and the threads of the outer surface of the container inlet. The bottle cap coupled to the container inlet 51 is rotated in the left direction until the lower left end 11 of the bottle cap screw 15 is caught by the container inlet vertical screw 66 and stops. Two threads 15 and 58 are provided so that the bottle cap thread 15 enters the lower part of the container inlet thread 58 at the time of rotation for binding. While the bottle cap rotates into the container inlet 51 for binding, the bottle cap 01 descends in an equally balanced vertical downward direction. The lower shielding plate lower surface 24 and the primary shielding membrane 05, the secondary shielding membrane 06 and the tertiary shielding membrane 07 are arranged on the upper surface 57 of the container inlet, that is, The groove 70, the blocking groove 71 on the inner surface of the container inlet, and the inner surface 59 of the container inlet. Falling depth (

) And the rotating length (

Is shown in FIG. When the bottle cap 01 already joined (joined) to the container inlet 51 is horizontally rotated (bound) in the rightward direction, the screw thread 15 of the bottle cap slides under the lower surface of the container inlet screw thread 58. When the bottle cap is continuously rotated, the protruding tying jaws 31 of the bottle cap thread 15 passing over the binding holding jaws 75 finally receive the blocking of the vertical blocking jaws 66. The binding jaws 31 of the screw thread 15 are fitted between the vertical blocking jaws 66 and the binding holding jaws 75 so that the bottle cap 01 is fixed in a bundled state. 13 is a partial cross-sectional view illustrating the descent of the cap of the bottle cap immediately after the engagement of the threads of the inner surface of the bottle cap according to the present invention and the threads of the outer surface of the container inlet instead of the engagement jaws. As shown in the left-hand side of the drawing, when the bottle cap 01 already coupled to the container inlet 51 is rotated to the left, the bottle cap thread 15 enters under the container inlet thread 58 and engages with the vertical thread 66, It is a picture in a stopped state. The thread of the cap is angled down the thread of the container inlet by the oblique angle of the thread.

Is the width at which the cap is lowered from the combined height at the time of rotation to the combined height.

Is the width of the bottle cap rotated horizontally. FIG. 14 is a plan view of a cap according to the present invention in which a 'shielding plate' is reinforced with a 'reinforced lead'. FIG. 15 is a cross- sectional view of a bottle cap according to the present invention in which a 'shielding plate' is reinforced with a 'reinforced lead'. At least one reinforcing ring (26) and reinforcing leads (25) are provided on the shutoff plate of the cap. The reinforcing ring 26 is installed on the shield plate 02 immediately above the secondary shielding film 06 to enhance the shielding function. The reinforcement ring 26 and the reinforcing lead 25 provided on the shutoff plate 02 when the bottle cap is lowered are intended to reinforce uniform adhesion to the container inlet upper surface 57. The reinforcing ring (26) is installed on the blocking plate (02) in a protruding cylindrical shape. The reinforcing leads 25 are arranged on the upper surface of the blocking plate 02 in two or more directions in the left and right directions. 16 is a perspective view of a rotation stop jaw 29 protruding from the inner surface of a use mark belt 10 of a bottle cap according to the present invention and a rotation stop jaw 29 protruding from a use mark groove groove 56 of a container inlet 68 before the operation. And a rotation stopping jaw 29 having a height in the left-to-right direction in a protruding form at a predetermined position of the use-mark belt 10 in the shape of a triangle. And a reverse rotation stopping jaw 68 having a height in the right-to-left direction in a protruding form at a predetermined position of the use mark groove groove 56 of the container inlet in a triangular shape. After the bottle cap is rotated (see the figure after rotation) and after riding over the reverse rotation jaw 68, it is fixed without being reversed. This is another way to prove that you are not using the product. When the use sign of the bottle cap 10 is removed, the rotation stopping jaws 29 are simultaneously removed. The bottle cap can be rotated to the right side vertical jaw chute 66 for opening the lid 08 to the right and this position can be changed to a position where the screw thread 15 of the bottle cap descends to engage with the container inlet And coincides with the entry groove 60. FIG. 17 is a front perspective view with a screw line on the lower line of the container inlet coupling jaw and an aligning step 65 at a predetermined position of the container. And the lower line of the joining jaws 61 of the conventional vessel is connected to the screw thread 15. [ The function of the screw 58 is added to the position of the lower line with the joining jaw 61 left. In order to move the container in a certain direction during conveyance to the conveyor, one or more alignment jaws 65 are provided at certain positions of the container. In the figure, the waist portion 71 is provided with an alignment step 65 as a representative figure. The handle 09 and the removal handle 22 already provided on the outer side of the cap can serve as the alignment jaw 65 and one or more protruding alignment jaws 65 can be additionally provided at certain positions. 18 is a plan view of a screw thread and an entry groove provided in a protruding form on the outer surface of the container inlet according to the present invention. The inlet grooves 60 into which the bottle cap thread 15 enters are provided at the same intervals between the thread 58 and the thread 58 so as to be easily engaged when the cap is inserted into the container inlet 51. [ The left and right widths of the threaded lines 58 are evenly set. The width of the bottle cap thread 15 should not be greater than the gap between the container inlet entry grooves 60. Also, the width of the screw thread 58 of the container inlet 51 should not be larger than the gap between the inlet grooves 17 of the bottle cap. FIG. 19 is a partial cross-sectional view showing a combination of a cut-off groove provided on the inner surface of the container inlet according to the present invention and a double cut-off membrane of a bottle cap coupled thereto. After combining bottle cap and container inlet, it rotates to the right and strengthens binding. Install a barrier (05, 06, 07) at a certain position on the bottle cap. The primary blocking membrane 05 is a conventional cap fitting which closely contacts the container inlet inner surface 59 to maintain airtightness inside the container. The secondary shielding film 06 serves as an auxiliary shielding membrane to provide a blocking groove 70 along the circumference of the stepped step 76 formed on the inner surface 59 of the vessel inlet and to provide airtightness. The tertiary barrier membrane 07 is an auxiliary barrier membrane and is provided in the form of a groove along the circumference of the vessel inlet 51 in the upper surface 57 of the vessel inlet or the outer surface 52 of the vessel inlet. The primary and secondary shielding membranes 05 and 06 are integrally formed with the lower surface 24 of the shielding plate 02 and are vertically installed by a required height as a hollow cylindrical shape with an open bottom. The drawings indicated by the reference numerals '15' and '58' are drawings for explaining the state in which the bottle cap thread 15 and the thread 58 of the container inlet 51 are coupled. FIG. 20 is a plan view of a cap according to the present invention in which a latch ring is provided on a lid handle. The body of the handle provided on the outer surface of the bottle cap side is "

"Install a locking ring of the shape. The front is blocked and is the opening direction, which in combination with the threaded cap. Figure 21 is a side view of the installed locking ring on the lid handle by the present invention cap."

"And a retaining ring of the shape to the handle body. The height in the range of height of the lid. The swivel hook engages and binds the protruding thread is provided on the container opening. Engaging angle of the ring inside the top surface is threaded (58 ) coincides with the oblique angle. on the basis of the drawings, a description will be given of an embodiment according to the cap and the container constantly transferred to the respective conveyor by the alignment jaw (65), always in the container inlet at a predetermined position and orientation One or more alignment jaws 65 are provided at certain positions on the outer surface of the cap and the outer surface of the container to engage with the bottle cap 15. The bottle cap screw 15 passes through the container inlet entrance groove 60, The retaining belt 23 passes through the engaging and holding jaw 53 and enters the engaging and holding belt groove 54 of the container inlet port 44. The bottle cap screw 15 is pushed in the left direction by the vertical stopping jaw 66 Until stopped

. The rotating force causes the bottle cap thread 15 to enter under the container inlet thread 58

(See FIG. 13). The lower surface 24 of the bottle cap block 02 and the upper surface 57 of the container inlet are tightly adhered to each other to enhance the airtightness. Further, at the time of rotation, the binding jaws 31 of the bottle caps pass through the binding holding jaws 75 of the container inlet to maintain strong binding. The bottle cap 01 can not be opened from the container inlet 51 in the binding state by intentionally heightening the protruding height of the threaded line 15 of the bottle cap and the threaded line 58 of the container inlet 51. [ When the opening is desired, the perforated line 18 is detached by holding the removal handle 22 integrally formed with the use mark belt 10 by being protruded from the outer surface of the cap, and the use mark belt 10 is separated and removed from the cap . In the reverse order of the binding method, the cap (01)

. The rotation of the bottle cap thread 15 to the right is prevented by the vertical blocking jaws 66 of the separate container inlet thread 58 on the right. The position to be blocked is a position where the bottle cap thread 15 and the container inlet entrance groove 60 overlap. Of course, the container inlet thread 58 and the cap opening groove 17 also overlap at the same time. At the point of overlapping, hold the bottle cap knob 09 and open the bottle cap in the upper direction to use the contents in the container. If the cap is to be joined and the binding is desired again, operate in the reverse order of the opening method. The functions described above can be applied to any machine, facility, or the like without being limited to the developed product.

Claims (36)

When the one-touch cap and the container (a Duma cap and the container) are bonded and bound to each other,
To enhance confidentiality and child protection,
One or more protruding threads 58 of various shapes instead of the existing joining jaws on the outer surface of the container inlet;
And one or more protruding threads 15 of various shapes instead of the existing joining portion on the inner surface of the side surface of the body of the cap;
(17, 67) so as to maintain a constant gap between the screw and thread of the container and the cap;
One or more horizontal rotation jaws on the outer surface of the trail belt groove of the container inlet;
Having a vertical thread at a certain portion of the protruding thread of the container inlet;
Installing two or more barrier ribs (Crab's Claw) on the lower surface of the bottle cap block;
Providing a stepped trench-type blocking groove (69) for inserting a blocking membrane on the upper surface of the outer surface of the container inlet, the upper surface of the container inlet, or the inner surface of the container inlet;
One or more rotation stopping jaws are provided in a vertical protruding shape at a predetermined position of a used trace groove;
Having at least one protruding screw thread at a certain position on the outer surface of the container inlet and having all or at least one cap screw thread interlocking with the container thread at a certain position of the cap inner surface The method according to claim 1,
After the fastening, the protruding screw thread 15 of the bottle cap located at the upper side of the inner surface of the body of the cap is a protruding thread located at the upper part of the outer surface of the container inlet. The thread 58 of the face The method according to claim 1,
After joining, the thread of the bottle cap which is engaged with the thread provided in the protruding shape on the outer surface at the upper end of the container inlet, is inserted into the protruding shape of the container inlet screw so that no thread installed on the outer surface of the container inlet, More than The method according to claim 1,
The protruding thread provided on the upper outer surface of the container inlet is provided with one or more entry grooves provided in the container inlet having a width and an interval so that the bottle cap thread can easily pass through the vertically descending direction for engaging the container inlet The method according to claim 1,
After the bottle cap is coupled to the container inlet, a screw thread (15) located on the side inner surface of the bottle cap and a threaded tube (58) located on the lateral outer surface of the container inlet are tightly attached, Various shapes of protrusions and various threads of protrusion diagonal angles and screw threads of the cap < RTI ID = 0.0 > The method according to claim 1,
A bottle cap having two or more crab's claws arranged along the circumference in a vertical direction of a hollow cylinder integrally formed on the lower surface of the cap of the cap The method according to claim 1,
Containing at least one step jut or blocking groove at the top of the inner surface of the container inlet The method according to claim 1,
Having one or more blocking grooves on the upper outer surface of the container inlet The method according to claim 1,
A protruding thread line formed at a predetermined length in an oblique (oblique) direction in the left or right downward direction The method according to claim 1,
A container inlet having at least one quadrangular thread in at least one protruding shape along the circumference of the outer surface of the container inlet; The method according to claim 1,
Wherein one or more thread-like threads are provided on at least one protruding shape along the circumference on the inner side surface of the cap The method according to claim 1,
Having one or more alignment jaws (65) protruding from a certain portion of the outer surface of the container or a certain portion of the bottom surface and the outer surface of the bottle cap so as to be aligned in a certain direction on the conveyor line conveyed for joining the container and the bottle cap The method according to claim 1,
The threads on the outer surface of the container inlet and on the inner side of the cap are of varying lengths 14. The method of claim 13,
May be provided with a screw thread installed at an oblique angle or with a vertical screw thread installed vertically with a certain distance in the lower side of the screw thread installed at an angle, 14. The method of claim 13,
A protruding threaded body in which the left side is higher than the right side or the right side is higher than the left side and which is treated as a straight line or a diagonal line, The method according to claim 1,
(Inlet of the container) which is installed at a height lower than the thread along the circumference of the outer surface of the container inlet and is provided at least one between the protruding thread and the thread, The method according to claim 1,
The use of a rotation jaw jaw and a reverse jaw jaw The method according to claim 1,
Container inlet outer surface with at least one binding clearance at a constant location 19. The method of claim 18,
Bonding space used to secure a certain width in the groove and engagement holding groove The method according to claim 1,
A bottle cap with two or more hollow cylindrical cut-offs, The method according to claim 1,
A container inlet having at least one blocking groove at a suitable location on the top surface, inner surface or bottom surface of the container inlet 23. The method of claim 21,
A cut-off groove having a groove at an appropriate depth along the circumference of the container inlet so that the barrier film of the bottle cap can enter, The method according to claim 1,
The height of the screw thread () of the container inlet and the height of the bottle cap screw (15) are strengthened to have a function of child protection cap (the upper surface is treated at an obtuse angle and the lower surface is treated at a right angle) The method according to claim 1,
Arranging jaws on the outer side of the cap and on the outer surface of the container so that they can be aligned with the conveyor line The method according to claim 1,
After the bottle cap is connected to the container inlet, the bottle cap is lowered so that the bottle cap can be lowered when the bottle cap is rotated to enhance the airtightness. Having free space. The method according to claim 1,
A ring type dehumidifying agent (aka: silica gel) is mounted on the groove of the step jaw The method according to claim 1,
A bottle cap provided with a blocking jaw so that it can be caught on the lower surface of the container inlet screw thread at a certain position of the handle of the container 28. The method of claim 27,
"

" Shape"

"Shape,"

" Cap-cap lid having a hook ring on its handle The method according to claim 1,
A dehumidifier pack is installed on the lower surface of the car dam plate inside the circumference of the primary barrier A plurality of projecting thread lines horizontally arranged at predetermined positions along a circumference of the outer surface of the container inlet and at a predetermined position along the circumference of the inner surface of the capter, All of which are spaced at regular intervals and are provided with one or more protrusions A bottle cap with two or more hollow cylindrical cut-offs, none A container inlet having at least one blocking groove at a suitable location on the top, inner or outer surface of the container inlet, On the outer surface of the side surface of the cap body, "

" Shape,"

" Shape, "

" Cap-cap lid having a hook ring on its handle 35. The method of claim 34,
A handle grip ring which engages with a lower surface of a screw thread (58), wherein the handle grip ring is provided with a lid handle provided at an oblique angle equal to the angle of the oblique line provided on the outer surface of the container inlet, In order to enhance the airtightness of the one-touch cap and the container (a Duma cap and the container) and newly add a child protection function, it is necessary to provide at least one screw having various projections along the circumference of the inner surface of the bottle cap body, Having at least one screw thread extending along the circumference

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