Sealing cap having tamper evidence ring for sealing resealable container and method of use
A plug styled closure cap for resealing a resealable container. The cap includes a body comprising a sidewall, a motion translating feature formed on an exterior surface of the sidewall of the plug style closure cap body that translates a rotational motion to an axial motion when engaged with a mating translating feature formed on an interior surface of a container opening, a sealing surface that engages with a mating sealing surface of the container opening, and a tamper evidence feature integral with the cap body. The sealing surface can include an elastomeric element. The tamper evidence feature can include at least one segment defined by frangible elements. A method of use enables resealing of the container and indication when the container is no longer factory sealed.
1. A plug style closure cap for sealing an opening of a container, the plug style closure cap comprising:
a plug style closure cap body comprising:
a substantially circular sidewall,
a traversing wall contiguous with the substantially circular sidewall isolating a product side from a public side of the plug style closure cap body,
a motion translating feature that translates a rotational motion to an axial motion when engaged with a mating motion translating feature on a radially interior, product side surface of a substantially circular sidewall circumscribing an opening of the container, wherein the motion translating feature is provided on a radially exterior, product side surface of the substantially circular sidewall of the plug style closure cap body,
at least one sealing surface, wherein the sealing surface is designed to engage with a mating sealing surface proximate the opening of the container, and
a tamper evidence feature integral with the plug style closure cap body, the tamper evidence feature including an actuating member, the actuating member oriented at an acute angle from an axial direction, the acute angle being respective to a direction of axial motion to activate the tamper evidence feature,
wherein the tamper evidence feature circumscribes a periphery of the plug style closure cap body,
wherein, in use, the motion translating feature of the plug style closure cap body rotationally engages with a mating motion translating feature proximate the opening of the container resulting in an axial motion, the axial motion engages the actuating member of the tamper evidence feature and a circumferential tamper evidence actuating formation with one another,
wherein the circumferential tamper evidence actuating formation circumscribes the opening of a container,
wherein, during the axial motion, the engagement and the acute angle of the actuating member cause the tamper evidence feature to at least one of change in shape and fracture,
wherein the at least one of change in shape and fracture is clearly visible to an end user indicating activation of the tamper evidence feature.
2. The plug style closure cap as recited in claim 1 , wherein the tamper evidence feature is formed in at least one of:
(a) extending radially outward from the substantially circular sidewall of the plug style closure cap body,
(b) extending radially outward and downward from the substantially circular sidewall of the plug style closure cap body,
(c) extending radially outward and downward from an upper edge of the substantially circular sidewall of the plug style closure cap body,
(d) extending radially outward from an upper surface of the plug style closure cap body, and
(e) extending radially outward and downward from an upper surface of the plug style closure cap body.
3. The plug style closure cap as recited in claim 2 , the tamper evidence feature further comprising at least one segment defined by frangible elements.
4. The plug style closure cap as recited in claim 1 , the tamper evidence feature further comprising at least one segment defined by frangible elements.
5. The plug style closure cap as recited in claim 1 , wherein the tamper evidence feature is segmented into multiple segments, wherein the tamper evidence feature identifies when a seal accessing contents of the container is initially breached by presenting the at least one segment of the multiple segments of the tamper evidence feature having at least one of:
(a) a deformed shape, and
(b) fractures of frangible elements wherein the frangible elements are integral with the tamper evidence feature.
6. The plug style closure cap as recited in claim 1 , further comprising an elastomeric material applied to the at least one sealing surface of the plug style closure cap.
7. The plug style closure cap as recited in claim 1 , wherein the at least one sealing surface is provided by at least one of:
(a) the substantially circular sidewall of the plug style closure cap body,
(b) a lower surface of an area extending radially outward from a top surface of the plug style closure cap body,
(c) an underside surface of the plug style closure cap body, and
(d) an underside annular surface of the plug style closure cap body.
8. A resealable container, including:
a container body, the container body comprising:
a tubular sidewall extending upward from a bottom to an upper portion of the container body, interior surfaces of the tubular sidewall, the bottom, and the upper portion collectively defining a storage cavity for storing contents therein, and
a circumferential tamper evidence actuating formation circumscribing an opening of the container body enabling access to contents within the storage cavity; and
a plug style closure cap, the plug style closure cap comprising:
a plug style closure cap body comprising:
a substantially circular sidewall,
a traversing wall contiguous with the substantially circular sidewall isolating a product side from a public side of the plug style closure cap body,
a motion translating feature that translates a rotational motion to an axial motion when engaged with a mating motion translating feature on a radially interior, product side surface of a substantially circular sidewall circumscribing the opening of the container, wherein the motion translating feature is formed on a radially exterior, product side surface of the substantially circular sidewall of the plug style closure cap body,
at least one sealing surface, wherein the sealing surface is designed to engage with a mating sealing surface proximate the opening of the container, and
a tamper evidence feature integral with the plug style closure cap body, the tamper evidence feature including an actuating member, the actuating member oriented at an acute angle from an axial direction, the acute angle being respective to a direction of axial motion to activate the tamper evidence feature,
wherein, in use, the motion translating feature of the plug style closure cap body rotationally engages with a mating motion translating feature proximate the opening of the container resulting in an axial motion, the axial motion engages the actuating member of the tamper evidence feature and the circumferential tamper evidence actuating formation with one another,
wherein, during the axial motion, the engagement and the acute angle of the actuating member cause the tamper evidence feature to at least one of change in shape and fracture,
wherein the at least one of change in shape and fracture is clearly visible to an end user indicating activation of the tamper evidence feature.
9. The resealable container as recited in claim 8 , wherein the tamper evidence feature of the plug style closure cap is formed in at least one of:
(a) extending radially outward from the substantially circular sidewall of the plug style closure cap body,
(b) extending radially outward and downward from the substantially circular sidewall of the plug style closure cap body,
(c) extending radially outward and downward from an upper edge of the substantially circular sidewall of the plug style closure cap body,
(d) extending radially outward from an upper surface of the plug style closure cap body, and
(e) extending radially outward and downward from an upper surface of the plug style closure cap body.
10. The resealable container as recited in claim 9 , wherein the tamper evidence feature of the plug style closure cap further comprising at least one segment defined by frangible elements.
11. The resealable container as recited in claim 8 , wherein the tamper evidence feature of the plug style closure cap further comprises at least one segment defined by frangible elements.
12. The resealable container as recited in claim 8 , the tamper evidence feature of the plug style closure cap is segmented into multiple segments, wherein the tamper evidence feature identifies when a seal accessing contents of the container is initially breached by presenting at least one segment of the multiple segments of the tamper evidence feature having one of:
(a) a deformed shape, and
(b) fractures of frangible elements wherein the frangible elements are integral with the tamper evidence feature.
13. The plug style closure cap as recited in claim 8 , further comprising an elastomeric material applied to the at least one sealing surface of the plug style closure cap.
14. The resealable container as recited in claim 8 , wherein the at least one sealing surface of the plug style closure cap is provided by at least one of:
(a) the substantially circular sidewall of the plug style closure cap body,
(b) a lower surface of an area extending radially outward from a top surface of the plug style closure cap body,
(c) an underside surface of the plug style closure cap body, and
(d) an underside annular surface of the plug style closure cap body.
15. A method of using a resealable container, the method comprising steps of:
rotating a plug style closure cap inserted into an opening of a resealable container body, the resealable container comprising:
a container body, the container body comprising:
a tubular sidewall extending upward from a bottom to an upper portion of the container body, interior surfaces of the tubular sidewall, the bottom, and the upper portion collectively defining a storage cavity for storing contents therein,
a circumferential tamper evidence actuating formation circumscribing an opening of the container body enabling access to contents within the storage cavity, and
a container motion translating feature provided on a substantially circular sidewall of a radially interior, product side surface of the opening of the resealable container;
the plug style closure cap comprising a plug style closure cap body having:
a substantially circular sidewall,
a traversing wall contiguous with the substantially circular sidewall isolating a product side from a public side of the plug style closure cap body,
a cap motion translating feature provided on a radially exterior, product side surface of the substantially circular sidewall of the plug style closure cap body,
at least one sealing surface, wherein the at least one sealing surface is designed to engage with a mating at least one sealing surface of the opening of the container, and
a tamper evidence feature integral with the plug style closure cap body, the tamper evidence feature including an actuating member, the actuating member oriented at an acute angle to an axial direction, the acute angle being respective to a direction of axial motion to activate the tamper evidence feature, wherein the actuating member of the tamper evidence feature engages with a surface of a tamper evidence actuator located proximate the opening of the container body;
translating a rotational motion of the plug style closure cap to an axial motion, wherein the translation is caused by engagement between the cap motion translating feature and the container motion translating feature;
rotationally engaging the motion translating feature of the plug style closure cap body rotationally with the container motion translating feature resulting in an axial motion,
engaging the actuating member of the tamper evidence feature and the circumferential tamper evidence actuating formation with one another during the axial motion, and
causing the tamper evidence feature to at least one of change in shape and fracture as a result of the acute angle of the actuating member during the engagement between the actuating member of the tamper evidence feature and the circumferential tamper evidence actuating formation during the axial motion,
wherein the at least one of the change in shape and the fracture is clearly visible to an end user indicating activation of the tamper evidence feature.
16. The method of using a resealable container as recited in claim 15 , the tamper evidence feature further comprising multiple frangible score lines, the method further comprising a step of:
fracturing the frangible score lines during the step of changing the shape of the tamper evidence feature.
17. The method of using a resealable container as recited in claim 16 , the tamper evidence feature further comprising segments, wherein each segments extends between adjacent frangible score lines, wherein the step of reshaping the tamper evidence feature includes a step of bending the sections of the tamper evidence feature.
18. The method of using a resealable container as recited in claim 15 , the method further comprising a step of resealing the resealable container by:
rotating the plug style closure cap within the opening of a resealable container body;
translating the rotational motion of the plug style closure cap to an axial motion, wherein the translation is caused by engagement between the cap motion translating feature and the container motion translating feature;
seating the at least one sealing surface of the plug style closure cap against the mating at least one sealing surface of the opening of the resealable container body.
19. The method of using a resealable container as recited in claim 15 , the plug style closure cap includes an elastomeric material applied to the at least one sealing surface thereof, the method further comprising a step of resealing the resealable container by:
rotating the plug style closure cap within the opening of a resealable container body;
translating the rotational motion of the plug style closure cap to an axial motion, wherein the translation is caused by engagement between the cap motion translating feature and the container motion translating feature;
seating the elastomeric material against the mating at least one sealing surface of the opening of the resealable container body.
20. The method of using a resealable container as recited in claim 15 , the method further comprising a step of resealing the resealable container by:
rotating the plug style closure cap within the opening of a resealable container body;
translating the rotational motion of the plug style closure cap to an axial motion, wherein the translation is caused by engagement between the cap motion translating feature and the container motion translating feature;
seating the at least one sealing surface of the plug style closure cap against the mating at least one sealing surface of the opening of the resealable container body,
wherein the at least one sealing surface is at least one of:
(a) the substantially circular sidewall of the plug style closure cap body,
(b) a lower surface of an area extending radially outward from a top surface of the plug style closure cap body,
(c) an underside surface of the plug style closure cap body, and
(d) an underside annular surface of the plug style closure cap body.
21. The plug style closure cap as recited in claim 1 , wherein the circumferential tamper evidence actuating formation is unitarily and integrally formed circumscribing the opening of the container.
22. The plug style closure cap as recited in claim 1 , wherein an actuating surface of the circumferential tamper evidence actuating formation defines a substantially radially oriented plane.
23. The plug style closure cap as recited in claim 1 , wherein the tamper evidence feature transitions from an acute angle from the axial direction to an obtuse angle from the axial direction indicating activation of the tamper evidence feature, wherein the acute angle and the obtuse angle are respective to the direction of axial motion during activation of the tamper evidence feature.
24. The plug style closure cap as recited in claim 8 , wherein the circumferential tamper evidence actuating formation is unitarily and integrally formed circumscribing the opening of the container.
25. The plug style closure cap as recited in claim 8 , wherein an actuating surface of the circumferential tamper evidence actuating formation defines a substantially radially oriented plane.
26. The plug style closure cap as recited in claim 8 , wherein the tamper evidence feature transitions from an acute angle from the axial direction to an obtuse angle from the axial direction indicating activation of the tamper evidence feature, wherein the acute angle and the obtuse angle are respective to the direction of axial motion during activation of the tamper evidence feature.
27. The method of using a resealable container as recited in claim 15 , the container body further comprising a contacting surface of the circumferential tamper evidence actuating formation, the contacting surface defining a substantially radially oriented plane, wherein the step of engaging the actuating member of the tamper evidence feature and the circumferential tamper evidence actuating formation with one another during the axial motion is accomplished by the actuating member of the tamper evidence feature engaging with the contacting surface of the circumferential tamper evidence actuating formation.
28. The method of using a resealable container as recited in claim 15 , wherein the step of causing the tamper evidence feature to at least one of change in shape and fracture as a result of the acute angle of the actuating member during the engagement between the actuating member of the tamper evidence feature and the circumferential tamper evidence actuating formation during the axial motion causes the tamper evidence feature to change shape from an acute angle from the axial direction to an obtuse angle from the axial direction indicating activation of the tamper evidence feature, wherein the acute angle and the obtuse angle are respective to the direction of axial motion during activation of the tamper evidence feature.