IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0640265
(2015-03-06)
|
등록번호 |
US-9540151
(2017-01-10)
|
발명자
/ 주소 |
|
출원인 / 주소 |
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
0 인용 특허 :
17 |
초록
▼
In one embodiment there is provided a twist closure combined with a bottle. The shell is secured between the twist closure that permits rotation of the closure with respect to the bottle while keeping the closure secured thereto. Rotation of the closure moves an orifice from a raised segment closing
In one embodiment there is provided a twist closure combined with a bottle. The shell is secured between the twist closure that permits rotation of the closure with respect to the bottle while keeping the closure secured thereto. Rotation of the closure moves an orifice from a raised segment closing the bottle to an notched segment that permits the contents of the bottle to flow out of the orifice.
대표청구항
▼
1. A container comprising: a bottle having a central bottle orifice through which contents of the bottle may flow through, the bottle having a bottle surface wall terminating to a bottle shoulder, the bottle shoulder extending to a bottle well surrounding the central bottle orifice;a shell secured a
1. A container comprising: a bottle having a central bottle orifice through which contents of the bottle may flow through, the bottle having a bottle surface wall terminating to a bottle shoulder, the bottle shoulder extending to a bottle well surrounding the central bottle orifice;a shell secured about the bottle well, the shell includes an outer shell wall annually extending around the bottle well, the shell further having an upper surface including a raised segment and a notched segment and terminating annually towards a central well positioned about the central bottle orifice, the central well includes first and second downwardly extending side walls, wherein the first and second downwardly extending side walls are connected to an annual base wall at a spaced distance to form an annual channel therebetween and wherein the first downwardly extending side wall is configured to abut an inside portion of the bottle well, and wherein the first and second downwardly extending side walls further include notches configured at an adjacent position to the notched segment; anda twist closure rotatably secured on to the shell, the twist closure having a top surface with a downwardly extending skirt fitted about the outer shell wall of the shell, the top surface having a top orifice sized to receive the raised segment when the twist closure is in a closed configuration about the bottle, the top orifice is configured to rotate to position over the notched segment when in an opened configuration allowing contents in the bottle to flow through the notches in the first and second downwardly extending side walls into the notched segment and out the top orifice, andwherein the shell further has an upper surface defined to include a lower portion interspaced between a portion of the upper surface wherein the lower portion of the upper surface includes a pair of opposed partitions and where the twist closure further includes a downwardly extending stop flange configured between the pair of opposed partitions when the twist closure is secured to the shell. 2. The container from claim 1, wherein the twist closure further includes a curved groove positioned in the top surface and configured to provide the raised segment with a travel region when the twist closure is rotating between the open and closed configurations. 3. The container from claim 1, wherein the twist closure includes first and second annual walls extending downwardly from an underside of the top surface, the first annual wall being spaced from the second annual wall such that the first annual wall is configured to fit into the channel between the first and second downwardly extending side walls, with the second annual wall abutting an inside portion of the second downwardly extending side wall, and wherein the first and second annual walls further include notches such that in the opened configuration, the contents of the bottle which can flow to the notched segment. 4. The container from claim 1, wherein the bottle shoulder further includes a plurality of bottle flanges and the outer shell wall has internally extending shell flanges, and wherein one or more shell flanges are configured to abut one or more bottle flanges when the shell is secured to the bottle. 5. The container claim 1, wherein the first downwardly extending side wall is terminal to a central inner edge defined on the upper surface of the shell such that the first downwardly extending side wall forms an inside surface wall to the upper surface. 6. The container from claim 1, wherein the second downwardly extending side wall forms a surface wall to the central well. 7. The container from claim 1, an inner surface of the outer sell further includes an internally extending ring formed to fit against an indented ridge formed on the bottle well when the shell is secured against the bottle. 8. A container comprising: a bottle having a central bottle orifice through which contents of the bottle may flow through, the bottle having a bottle surface wall terminating to a bottle shoulder, the bottle shoulder extending to a bottle well surrounding the central bottle orifice;a shell secured about the bottle well, the shell includes an outer shell wall annually extending around the bottle well, the shell further having an upper surface including a raised segment and a notched segment and terminating annually towards a central well positioned about the central bottle orifice, the central wall includes first and second downwardly extending side walls, wherein the first and second downwardly extending side walls are connected to an annual base wall at a spaced distance to form an annual channel therebetween and wherein the first downwardly extending side wall is configured to abut an inside portion of the bottle well, and wherein the first and second downwardly extending side walls further include notches configured at an adjacent position to the notched segment; anda twist closure rotatably secured on to the shell, the twist closure having a top surface with a downwardly extending skirt fitted about the outer shell wall of the shell, the top surface having a top orifice sized to receive the raised segment when the twist closure is in a closed configuration about the bottle, the top orifice is configured to rotate to position over the notched segment when in an opened configuration allowing contents in the bottle to flow through the notches in the first and second downwardly extending side walls into the notched segment and out the top orifice and wherein an inside portion of the first downwardly extending side wall is configured to abut an inside portion of the bottle well when the shell is secured to the bottle, and wherein an inside portion of the first downwardly extending side wall is configured to abut an inside portion of the bottle well when the shell is secured to the bottle. 9. The container from claim 8, wherein the twist closure further includes a curved groove positioned in the top surface and configured to provide the raised segment with a travel region when the twist closure is rotating between the open and closed configurations. 10. The container from claim 8, wherein the twist closure includes first and second annual walls extending downwardly from an underside of the top surface, the first annual wall being spaced from the second annual wall such that the first annual wall is configured to fit into the channel between the first and second downwardly extending side walls, with the second annual wall abutting an inside portion of the second downwardly extending side wall, and wherein the first and second annual walls further include notches such that in the opened configuration, the contents of the bottle which can flow to the notched segment. 11. The container from claim 8, wherein the shell further has an upper surface defined to include a lower portion interspaced between a portion of the upper surface wherein the lower portion of the upper surface includes a pair of opposed partitions and wherein the twist closure further includes a downwardly extending stop flange configured between the pair of opposed partitions when the twist closure is secured to the shell. 12. The container from claim 8, wherein the bottle shoulder further includes a plurality of bottle flanges and the outer shell wall has internally extending shell flanges, and wherein one or more shell flanges are configured to abut one or more bottle flanges when the shell is secured to the bottle. 13. The container from claim 8, wherein the first downwardly extending side wall is terminal to a central inner edge defined on the upper surface of the shell such that the first downwardly extending side wall forms an inside surface wall to the upper surface. 14. The container from claim 8, wherein the second downwardly extending side wall forms a surface wall to the central well. 15. The twist closure from claim 8, an inner surface of the outer shell further includes an internally extending ring formed to fit against an indented ridge formed on the bottle well when the shell is secured against the bottle.
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