US20070071367A1

US20070071367A1 - Reclosable package and method

Info

Publication number: US20070071367A1
Application number: US11/534,741
Authority: US
Inventors: James Buchman
Original assignee: Reynolds Consumer Products Inc
Current assignee: Reynolds Consumer Products Inc
Priority date: 2005-09-27
Filing date: 2006-09-25
Publication date: 2007-03-29
Also published as: JP2009509648A; WO2007038465A1; EP1928755A1; CA2624003A1

Abstract

A reclosable tamper-evident package is opened and closed repeatedly by moving a slider device with a clip in a first, inoperative position that interlocks a first closure of the package. When it is desired to close the package and provide an indication of further opening, the clip is moved to a second, operative position, so that motion of the slider also interlocks a second closure that cannot be opened without providing an indication. A slider device includes a top wall, first and second sidewalls, and a clip moveable from an inoperative position to an operative position. A closure assembly includes a zipper with the slider device. A method of using a package includes grasping a slider device and pushing a clip down to engage the clip against a portion of a zipper closure arrangement, and then moving the slider device in a first direction while the clip squeezes the portion of the zipper closure arrangement to close the mouth.

Description

This application claims priority under 35 U.S.C. § 119(e) to U.S. Provisional Application Ser. No. 60/721,186 filed Sep. 27, 2005. application Ser. No. 60/721,186 is incorporated herein by reference in its entirety.

TECHNICAL FIELD

The present disclosure relates generally to closure arrangements packages, and, in particular, to a closure arrangement for recloseable tamper-evident packages, and methods of using tamper-evident packages.

BACKGROUND

Reclosable packages are convenient because they can be closed and sealed to preserve and contain the enclosed contents. Reclosable packages are also advantageous because they may be opened and closed multiple times. However, in certain applications such as where it is desired to maintain the security and integrity of the contents of the package, it may be desired that a reclosable package be capable of being opened and closed multiple times, and also be capable of being closed in such a way that it cannot be readily opened again without providing an indication that it has been opened or tampered with. In this way, the package is tamper-evident, such that an indication, such as a visual indication, is apparent if the package is opened after having been closed in such a way to prevent re-opening without providing an indication of tampering. For example, it may be desired to place evidence for use in a legal proceeding in a package. This may require opening and closing the package multiple times to deposit contents into the package, and when it is desired that the contents no longer be accessed, then closing the package in a manner that prevents the evidence contained within from being accessed or tampered without an indication being provided. Similarly, it may be desired to place cash or financial instruments in a package where the package is capable of being opened and closed multiple times before being closed in a manner that provides an indication if the contents are later accessed. Other applications for tamper-evident packages exist.
Consequently, a need exists for a package that can be opened and closed multiple times, and can be closed in such a way that an indication is provided if the package is re-opened.

SUMMARY

In one aspect, there is disclosed a slider device for use with a zipper closure arrangement for a recloseable package that has a top wall, a first sidewall depending from the top wall, and a second sidewall depending from the top wall. Together, the top wall, first sidewall, and second sidewall define a cavity adapted to receive the zipper closure arrangement. The slider device also includes a clip that is secured to at least one of the top wall, first sidewall, and second sidewall. The clip is moveable from a first, inoperative position to a second position, where the second position includes the clip being oriented to operatively engage the zipper closure arrangement.
In another aspect, a closure assembly is disclosed that has a zipper closure arrangement with first and second zipper profiles constructed and arranged to selectively interlock. A slider device is oriented to slide along the zipper closure arrangement, which includes a top wall that is oriented to slide along a top of the zipper closure arrangement, a first sidewall depending from the top wall that is oriented to slide along a side of the zipper closure arrangement, and a second sidewall depending from the top wall that is oriented to slide along a side of the zipper closure arrangement. Together, the top wall, first sidewall, and second sidewall define a cavity to operatively receive the zipper closure arrangement. The slider device also includes a clip that is secured to at least one of the top wall, first sidewall, and second sidewall. The clip is moveable from a first position to a second position, where in the first position, the clip is remote from the zipper closure arrangement, and in the second position, the clip is oriented to operatively engage the zipper closure arrangement.
In another aspect, a package is disclosed that includes a surrounding wall that defines a bottom, an interior volume, and a mouth to provide access to the interior volume. A closure assembly is oriented at the mouth of the package, where the closure assembly includes a zipper closure arrangement having first and second zipper profiles constructed and arranged to selectively interlock, and a slider device oriented to slide along the zipper closure arrangement. The slider device includes a top wall oriented to slide along a top of the zipper closure arrangement, a first sidewall depending from the top wall oriented to slide along a side of the zipper closure arrangement, and a second sidewall depending from the top wall oriented to slide along a side of the zipper closure arrangement. The top wall, first sidewall, and second sidewall define a cavity to operatively receive the zipper closure arrangement therein. There is also a clip secured to at least one of the top wall, first sidewall, and second sidewall, the clip being moveable from a first position to a second position. In the first position, the clip is remote from the zipper closure arrangement, and in the second position, the clip is oriented to operatively engage the zipper closure arrangement.
In yet another aspect, a tamper-evident zipper closure arrangement is disclosed that includes a first closure including mating profile members constructed and arranged to selectively move between being interlocked and separated, and a second closure, adjacent to the first closure, and including mating profile members constructed and arranged to selectively interlock. The second closure includes a tamper-evident structure to signal when the second closure has been interlocked and then separated at least once after being interlocked.
In a further aspect, a method of using a package is disclosed. The package includes a package surrounding wall defining an interior volume, a mouth, and a closure assembly oriented at the mouth. The closure assembly includes a zipper closure arrangement and a slider device operably oriented on the zipper closure arrangement. The method of using the package includes grasping a slider device and pushing a clip down to engage the clip against a portion of the zipper closure arrangement, and moving the slider device in a first direction while the clip squeezes the portion of the zipper closure arrangement to close the mouth.
The above summary of the present invention is not intended to describe each illustrated embodiment or every implementation of the present invention. The figures and detailed description that follow more particularly exemplify these embodiments.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a perspective view of a package having a closure assembly including a zipper closure arrangement and a slider device.
FIG. 2 is a perspective view of the closure assembly depicted in FIG. 1.
FIG. 3 is a perspective view of the slider device depicted in FIGS. 1 and 2, with a clip in a first, inoperative position.
FIG. 4 is a perspective view of the slider device depicted in FIG. 3 with the clip in a second, operative position.
FIG. 5 is an alternative perspective view of the slider device of FIG. 3 and FIG. 4.
FIG. 6 is an end view of the slider device depicted in FIGS. 1-5, with the clip in a first, inoperative position.
FIG. 7 is an alternative embodiment of a closure assembly.
FIG. 8 is an end view of the zipper closure arrangement useable in the closure assembly of FIGS. 1 and 2.
FIG. 9 is an enlarged, cross-sectional view of a reclosable portion of a zipper closure arrangement of FIG. 8.
FIG. 10 is an enlarged, cross-sectional view of a tamper-evident closure useable in the closure assembly of FIGS. 1 and 2.

DETAILED DESCRIPTION

The present invention is believed to be applicable to a variety of packaging arrangements. The invention has been found to be particularly advantageous for use in sealing mechanisms for polymeric packages. An appreciation of various aspects of the invention is best gained through a discussion of an application example for such a packaging arrangement.
FIG. 1 illustrates a package 20, which includes a first panel section 22 and second, opposed, panel section 24, typically made from a flexible, polymeric film. For some manufacturing applications, the first and second panel sections 22, 24 are heat-sealed together along two edges 26, 28 and meet at a fold line in order to form a three-edged containment section for a product within the interior 30 of the package 20. The fold line comprises the bottom edge 32. Alternatively, two separate panel sections 22, 24 of polymeric film may be used and heat-sealed together along the two edges 26, 28 and at the bottom 32. Together, panel sections 22, 24 comprise a surrounding wall 34 that defines the package interior 30. Access is provided to the interior 30 of the package 20 through a mouth 36. A closure assembly 38 is part of package 20 adjacent to mouth 36.
FIG. 2 illustrates an example closure assembly 38 constructed in accordance with the present disclosure. Closure assembly 38 comprises a slider device 40 and a zipper closure arrangement 42. Closure assembly 38 is shown in FIG. 1 attached to surrounding wall 34 along mouth 36. For example, closure assembly 38 may be heat sealed to surrounding wall 34. Other methods of attachment are possible.
Zipper closure arrangement 42 includes a first zipper profile 44 defining a first closure 46 and a second zipper profile 48 defining a second closure 50. First closure 46 is constructed and arranged to selectively interlock. Many embodiments of closure 46 are useable. One embodiment of closure 46 is a reclosable closure 46 shown in FIG. 9. In the embodiment shown in FIG. 9, reclosable closure 46 comprises first and second opposing surfaces 52, 54. Attached to first opposing surface 52 is a first hooked profile member 56. Attached to the second opposing surface 54 is a second hooked profile member 58. Specifically, in the particular embodiment shown, the first and second hooked profile members 56, 58 have a J-shaped cross section.
In the specific embodiment shown, the reclosable closure further includes a first closure post 60 attached to first opposing surface 52 adjacent to the first hooked profile member 56. The first closure post 60 and first hooked profile member 56 form a gap 61 along first surface 52 that is configured to receive second hooked profile member 58 within gap 61. First and second hooked profile members 56, 58 are constructed and arranged to selectively interlock and separate. Specifically, an end region 62 of the first hooked profile member 56 engages with an opposing end region 64 of the second hooked profile member 58 to interlock the first and second hooked profile members 56, 58. To separate the first and second profile members 56, 58, sufficient force must be applied to closure 46 in a separating direction to cause first hooked profile member 56 and second hooked profile member 58 to deform and to slide out of contact. In some embodiments, a slider device is used to separate the members 56, 58, as described further below.
Second closure 50 is also constructed and arranged to selectively interlock. Many embodiments of closure 50 are useable. Closure 50 may be proximate to first reclosable closure 46 along first and second opposing surfaces 52, 54. In one embodiment, closure 50 may be a closure constructed in accordance with the embodiment depicted in FIG. 9. In another embodiment, closure 50 is a tamper-evident closure that includes a tamper-evident structure to provide a signal when closure 50 has been interlocked and then separated at least once after being interlocked. An embodiment of a tamper-evident closure is depicted in FIG. 10.
In reference now to FIG. 10, closure 50 includes a first zipper profile 66 defining a male profile member 68 and a second zipper profile 70 defining a female profile member 72. Male profile member 68 and female profile member 72 are constructed and arranged to selectively interlock. The male profile member 68 includes a head 74, having a wedge-shaped forward portion 76 and a straight rearward portion 78, and a stem 80 connecting the head 74 to the remaining portion of the first zipper profile 66.
Still in reference to FIG. 10, female member 72 comprises first and second arms 82, 84 that form a receiving void 86 sized to receive the forward portion 76 of head 74 of male member 68. Each of the arms 82, 84 of female member 72 includes fingers 88, 90 extending into void 86 to engage with rearward portion 78 of head 74 when head 74 is oriented in the void 86 of the female member 72.
In FIG. 10, second closure 50 also includes first and second posts 92, 94 on first zipper profile 66, where the first post 92 is adjacent to and against the first arm 82 of female member 72, and the second post 94 is adjacent to and against the second arm 84 of female member 72 when the male member 68 is operably oriented in the female profile member 72. Stem 80 is frangible, such that a sufficient force applied in a separating direction to second closure 50 will cause stem 80 to break before male profile member 68 disengages from female profile member 72. The breaking of stem 80 separates head 74 from the remaining portion of first zipper profile 66, thereby providing an indication that the second closure 50 has been tampered with.
Closure assembly 38 includes a slider device 40. Slider device 40 is oriented to slide along the zipper closure arrangement 42 and is constructed to selectively squeeze one or more of first and second closures 46, 50. Many embodiments of slider device 40 are usable. A perspective view of one useable embodiment of a slider device 40 is shown in FIG. 3. In the embodiment depicted in FIG. 3, slider device 40 comprises a top wall 96, a first side wall 98 depending from top wall 96, and a second side wall 100 depending from top wall 96. Together, the top wall 96, first side wall 98, and second side wall 100 define a cavity 102 to operatively receive a zipper closure arrangement 42. Top wall 96 comprises an exterior surface 104 and an interior surface 106. Interior surface 106 is apparent in FIG. 5.
Slider device 40 also comprises a clip 108 that is movable from a first, inoperative position to a second position. By “inoperative,” it is meant that when in the first position, the clip 108 does not affect the operation of the slider device 40 relative to the zipper closure arrangement 42. Many embodiments of clip 108 are possible. A perspective view of one embodiment of clip 108 is shown in FIG. 3. In the embodiment depicted in FIG. 3, clip 108 is secured to at least one of the top wall 96, first side wall 98, and second side wall 100. In the embodiment shown in FIG. 3, clip 108 includes a first wall 110, a first leg 112 depending from the first wall 110, and a second leg 114 depending from the first wall 110. The embodiment shown in FIG. 3 depicts the clip 108 secured to the top wall 96. A living hinge 116 is depicted in this embodiment as securing the top wall 96 of the slider device 40 to the clip first wall 110.
In the embodiment shown, top wall 96 of slider device 40 includes an aperture or opening 118 extending through top wall 96. Opening 118 is sized or dimensioned to allow the first and second legs 112, 114 of clip 108 to move through the cavity 102. First sidewall 98 of slider device 40 defines a first groove 134 sized to receive first leg 112 of clip 108. Second sidewall 100 of slider device 40 defines a second groove 136 sized to receive second leg 114 of clip 108.
Clip 108 is moveable from a first position, as shown in FIG. 3, wherein the clip 108 is inoperative, to a second position, as shown in FIG. 5, wherein the clip 108 is operatively oriented to engage the zipper closure arrangement 42. In the embodiment shown in FIG. 3, in the first position of clip 108, the first and second legs 112, 114 are outside of opening 118, and the clip first wall 110 is angled relative to the top wall 96. As shown in FIG. 4, when the clip 108 is in the second position, the first and second legs 112, 114 are at least partially inside of cavity 102. In particular, in the illustrated embodiment, the first and second legs 112, 114 are substantially all the way inside of cavity 102, and the clip first wall 110 is against top wall 96. Clip 108 is brought to the second position by moving clip 108 through opening 118 in top wall 96.
In some embodiments, slider device 40 includes a plow or splitter 120. Splitter 120 is constructed and arranged to at least partially separate the zipper closure arrangement 42 when the slider device 40 is slid along the zipper closure arrangement 42. One embodiment of a splitter 120 is depicted in FIG. 5. The depicted splitter 120 depends from interior surface 106 of top wall 96, and is generally wedge-shaped. Splitter 120 is characterized by a splitter depth 121, defined as the distance that splitter 120 protrudes away from surface interior surface 106. Splitter depth 121 is generally not greater than the distance from top surface 138 of zipper closure arrangement 42 to the uppermost hooked profile member, such as hooked profile member 56.
In use, as the slider device 40 is slid or moved in an opening direction A (FIG. 1), the splitter 120 urges the first hooked profile member 56 and second hooked profile member 58 (FIG. 9) to deform and move out of engagement, causing the first closure 46 to unmate and open. In the embodiment depicted in FIG. 9, splitter 120 contacts first and second opposing surfaces 52, 54 associated with first closure 46, so that motion of splitter 120 in an opening direction causes a separating force to be applied to opposing surfaces 52, 54. This separating force is transmitted through surface 52 to the first hooked profile member 56, and through surface 54 to second hooked profile member 58, causing each hooked profile member 56, 58 to deform and move out of engagement.
When the slider device 40 is slid along the zipper closure arrangement 42, splitter 120 does not operatively affect the second closure 50. In the embodiment of the zipper closure arrangement 42 depicted in FIG. 8, surfaces 52, 54 of zipper closure arrangement 42 are sufficiently flexible that the separating force applied to them by splitter 120 near top surface 138 is significantly transmitted to first closure 46 but is not significantly transmitted to second closure 50.
Referring now to the embodiment of slider device 40 depicted in FIG. 6, the first and second sidewalls 98, 100 of slider device 40 define a first width 122 therebetween to define a zipper squeezing region 124. The first width 122 is sized to cause the first and second sidewalls 98, 100 to squeeze at least a portion of the zipper closure arrangement 42. For example, in certain embodiments, the zipper squeezing region 124 is sized to cause the first and second sidewalls 98, 100 to squeeze first closure 46 of zipper closure arrangement 42 to cause first hooked profile member 56 and second hooked profile member 58 to interlock. First and second sidewalls 98, 100 also define a second width 126 therebetween to define a zipper non-squeezing region 128. Second width 126 is typically greater than first width 124. Furthermore, in the embodiment shown in FIG. 6, the first and second sidewalls 98, 100 each has a hook construction 130, 132 at an end remote from the top wall 96. Zipper non-squeezing region 128 is between each hook construction 130, 132 and the zipper squeezing region 124.
Slider device 40 is configured to engage with zipper closure arrangement 42. Referring to the particular embodiment depicted in FIG. 8, zipper closure arrangement 42 includes end or top surfaces 138, a first region 140 corresponding to first closure 46, a second region 142 corresponding to second closure 50, and package-side or bottom surfaces 144. In one embodiment, the second region 142 projects outwardly relative to the first region 140. In the embodiment shown, the bottom surfaces 144 intersect with an outer portion 146 of the zipper closure arrangement 42 to define projecting corners 148. The corners 148 and the bottom surfaces 144 together result in rails 150 that are used for retaining the slider device 40 in sliding relation on the zipper closure arrangement 42.
In use, interior surface 102 of slider 40 engages with and slides along top surfaces 138 of zipper closure arrangement 42. Zipper squeezing region 124 engages with and slides along first region 140, and zipper non-squeezing region 128 engages with and slides along second region 142. Zipper squeezing region 124 generally contacts first region 140 and applies a compression load or squeezing force to first closure 46. Zipper non-squeezing region 128 generally provides a clearance with second region 142 or makes light contact with second region 142, such that zipper non-squeezing region 128 does not cause significant squeezing force to be applied to second closure 50. Hook construction 130, 132 engages with and slides along rails 150.
Referring to FIGS. 1 and 2, when clip 108 is in the first position, engaging the slider device 40 by moving it transversely in a first direction B (FIG. 1) across the zipper closure arrangement 42 causes a squeezing pressure to be applied by zipper squeezing region 124 to first closure 46. In one embodiment, the squeezing pressure causes first hooked profile member 56 to engage with second hooked profile member 58, causing first closure 46 to be closed. Subsequently, engaging slider device 40 by moving it transversely in a second direction (A, FIG. 1), reverse of the first direction, causes splitter 120 to engage with first and second opposing surface 52, 54 of first closure 46 and apply a disassembling force to first and second hooked profile members 56, 58, causing first closure 46 to be opened. While the clip 108 is in the first position, no squeezing pressure is applied to the second closure 50, and the male and female profile members 66, 70 are unaffected.
When clip 108 is moved to the second position (FIG. 4), engaging the slider device 40 by moving it transversely in a first direction (B) across the zipper closure arrangement 42 causes both a first squeezing pressure to be applied by zipper squeezing region 124 to first closure 46 and a second squeezing pressure to be applied by first and second legs 112, 114 of clip 108 to second closure 50. Specifically, the legs 112, 114 engage the second region 142. In one embodiment, the first squeezing pressure causes first hooked profile member 56 to engage with second hooked profile member 58, causing first closure 46 to be closed. The second squeezing pressure causes male profile member 66 and female profile member 70 to engage and interlock, causing second closure 50 to be closed. Subsequently, engaging slider device 40 by moving it transversely in a second direction (A, FIG. 1), reverse of the first direction, causes splitter 120 to engage with first and second opposing surfaces 52, 54 of first closure 46 and apply a disassembling force to first and second hooked profile members 56, 58, causing first closure 46 to be opened. However, because of the configuration of second closure 50, for example by being sufficiently remote from first closure 46, engaging slider device 120 in the second direction does not cause a sufficient force to be applied to second closure 50 to cause it to be opened. Accordingly, once the male and female profile members 66, 70 of the second closure 50 are engaged and interlocked, further motion of slider device 40 will not cause second closure 50 to open.
To open second closure 50, it is necessary to apply force in a separating direction to second closure 50, such as by manually spreading zipper closure arrangement 42. When applying a tensile load or separating force to second closure 50, the amount of force required to disengage male profile member 66 from female profile member 70 is greater than the amount of force required to break male profile member 66 at neck 80. Thus, applying a sufficient separating force will break male profile member 66 at neck 80, releasing the connection between male profile member 66 and female profile member 70, and causing second closure 50 to be opened. However, the broken male profile member 66 will provide an indication that the package 10 has been opened at least once after the second closure 50 has been closed, providing evidence of tampering.
Zipper closure arrangement 42 typically comprises a polymeric material. Alternatively, as shown in FIG. 7, zipper closure arrangement 42 may comprise a plurality of materials. For example, the first closure 46 of zipper closure arrangement may comprise a first material, such as polyethylene, and the second closure 50 of zipper closure arrangement 42 may comprise a second material, such as polypropylene.
A method of using a package such as package 20 is provided. The package 20 includes a package surrounding wall 34 defining an interior volume 30, a mouth 36, and a closure assembly 38 oriented at the mouth 36. Closure assembly 38 includes a zipper closure arrangement 42. In one embodiment, the method of using a package includes grasping a slider device such as slider device 40 and pushing a clip such as clip 108 down toward the slider device 40, and moving the slider device 40 in a first direction while the clip 108 squeezes a portion of the zipper closure arrangement 42 to close the mouth 36. In the embodiment of closure assembly 38 depicted in FIG. 2, pushing clip 108 down causes first and second legs 112, 114 of clip 108 to engage against a portion of zipper closure arrangement 42, such as second region 142 associated with second closure 50. Slider device 40 is moved in a first direction along zipper closure arrangement 42, and in doing so, legs 112, 114 of clip 108 apply a squeezing force to second region 142, typically causing male profile member 66 to interlock with female profile member 70. When male profile member is interlocked with female profile member 70, the second closure 50 cannot be opened without breaking a portion of the second closure 50. The method may also include applying a separating force to second closure 50 so that a portion of the second closure 50 breaks, allowing access to the interior 30 of package 20.
The method of using a package also includes a step, before the step of grasping a slider device and pushing a clip down, where the earlier step includes grasping a slider device and moving the slider device in a first direction to squeeze only a portion of the zipper closure and releasably close the mouth. For example, where the clip 108 is not pushed down toward top face 96 of the slider device 40, but rather is removed from opening 118 and in an inoperative position and slider device 40 is moved in a first direction along zipper closure arrangement 42, then first and second sidewalls 98, 100 of slider device 40 apply a squeezing force only to first region 140. The squeezing force applied to first region 140 typically causes first and second hooked members 56, 58 to interlock and create a releasable seal. A squeezing force is not applied to second region 142, so that male profile member 66 does not interlock with female profile member 70.
In one embodiment, slider device 40 and zipper closure arrangement 42 are configured so that after clip 108 has been moved to a second, operative position and slider device 40 has been moved in a direction to operatively engage male member 66 and female member 70 of second closure 50, slider device 40 may be slid off of zipper closure arrangement 42 and disposed of.
The above specification and examples are believed to provide a complete description of the manufacture and use of particular embodiments of the invention. Because many embodiments of the invention can be made without departing from the spirit and scope of the invention, the true scope and spirit of the invention reside in the broad meaning of the claims hereinafter appended.

Claims

1. A slider device for use with a recloseable package having a zipper closure arrangement; the slider device comprising:

(a) a top wall;

(b) a first sidewall depending from the top wall;

(c) a second sidewall depending from the top wall;

(i) the top wall, first sidewall, and second sidewall defining a cavity to operatively receive a zipper closure arrangement; and

(d) a clip secured to at least one of the top wall, first sidewall, and second sidewall; the clip being moveable from a first, inoperative position to a second position;

(i) the second position including the clip being operatively oriented to engage the zipper closure arrangement.

2. A slider device according to claim 1 wherein:

(a) the clip includes a first wall, a first leg depending from the first wall, and a second leg depending from the first wall.

3. A slider device according to claim 2 wherein:

(a) the clip is secured to the top wall.

4. A slider device according to claim 3 further comprising:

(a) a living hinge between the clip first wall and top wall to secure the clip to the top wall.

5. A slider device according to claim 4 wherein:

(a) the first position of the clip includes:

(i) the first and second legs being outside of the cavity; and

(ii) the clip first wall being angled relative to the top wall; and

(b) the second position of the clip includes:

(i) the first and second legs being at least partially inside of the cavity; and

(ii) the clip first wall being against the top wall.

6. A slider device according to claim 5 wherein:

(a) the top wall defines an opening; and

(b) the first and second legs are movable through the opening when the clip moves from the first position to the second position.

7. A slider device according to claim 6 further comprising:

(a) a splitter depending from the top wall; the splitter being constructed and arranged to at least partially separate the zipper closure arrangement when the slider device is slid along the zipper closure arrangement.

8. A slider device according to claim 7 wherein:

(a) the first and second sidewalls define:

(i) a first width therebetween to define a zipper squeezing region; the first width being sized to cause the first and second sidewalls to squeeze at least a portion of the zipper closure arrangement;

(ii) a second width therebetween to define a zipper non-squeezing region; the second width being sized greater than the first distance;

(b) the first and second sidewalls each has a hook construction at an end remote from the top wall;

(i) the zipper non-squeezing region being between each hook construction and the zipper squeezing region;

(c) the first sidewall defines a first groove sized to receive the first leg; and

(d) the second sidewall defines a second groove sized to receive the second leg.

9. A slider device according to claim 2 wherein:

(a) the first position of the clip includes the first and second legs being outside of the cavity; and

(b) the second position of the clip includes the first and second legs being at least partially inside of the cavity.

10. A slider device according to claim 9 wherein:

(a) the top wall defines an opening; and

(b) the first and second legs are movable through the opening to move the clip from the first position to the second position.

11. A slider device according to claim 1 further comprising:

12. A slider device according to claim 1 wherein:

(a) the first and second sidewalls define:

(i) a first width therebetween to define a zipper squeezing region; the first width being sized to cause the first and second sidewalls to squeeze at least a portion of the zipper closure arrangement; and

(ii) a second width therebetween to define a zipper non-squeezing region; the second width being sized greater than the first distance.

13. A slider device according to claim 12 wherein:

(a) the first and second sidewalls each has a hook construction at an end remote from the top wall;

(i) the zipper non-squeezing region being between each hook construction and the zipper squeezing region.

14. A slider device according to claim 2 wherein:

(a) the first sidewall defines a first groove sized to receive the first leg; and

(b) the second sidewall defines a second groove sized to receive the second leg.

15. A closure assembly comprising:

(a) a zipper closure arrangement having first and second zipper profiles constructed and arranged to selectively interlock; and

(b) a slider device oriented to slide along the zipper closure arrangement; the slider device including:

(i) a top wall oriented to slide along a top of the zipper closure arrangement;

(ii) a first sidewall depending from the top wall oriented to slide along a side of the zipper closure arrangement;

(iii) a second sidewall depending from the top wall oriented to slide along a side of the zipper closure arrangement;

(A) the top wall, first sidewall, and second sidewall defining a cavity to operatively receive the zipper closure arrangement therein; and

(iv) a clip secured to at least one of the top wall, first sidewall, and second sidewall; the clip being moveable from a first position to a second position;

(A) the first position including the clip being remote from the zipper closure arrangement; and

(B) the second position including the clip being oriented to operatively engage the zipper closure arrangement.

16. A closure assembly according to claim 15 wherein:

(a) the zipper closure arrangement includes first and second closures defined by the first and second zipper profiles;

(i) the first closure being constructed and arranged to mate when the slider device is moved along the zipper closure arrangement in a first direction; and

(ii) the second closure being constructed and arranged to mate when the slider device is moved along the zipper closure arrangement in the first direction and when the clip is in the second position; the second closure being constructed and arranged not to mate when the clip is in the first position.

17. A closure assembly according to claim 16 wherein:

(a) the slider device further includes a splitter depending from the top wall; the splitter being constructed and arranged to separate the first closure when the slider device is moved along the zipper closure arrangement in a second direction opposite of the first direction.

18. A closure assembly according to claim 17 wherein:

(a) the splitter and the second closure are oriented so that the second closure is not separated by the splitter, when the slider device is moved along the zipper closure arrangement in the second direction.

19. A closure assembly according to claim 16 wherein:

20. A closure assembly according to claim 19 wherein:

(a) the clip is secured to the top wall.

21. A closure assembly according to claim 20 further comprising:

22. A closure assembly according to claim 21 wherein:

(a) the first position of the clip includes:

(i) the first and second legs being outside of the cavity; and

(ii) the clip first wall being angled relative to the top wall; and

(b) the second position of the clip includes:

(i) the first and second legs being at least partially inside of the cavity and pressed against the second closure; and

(ii) the clip first wall being against the top wall.

23. A closure assembly according to claim 22 wherein:

(a) the top wall defines an opening; and

24. A closure assembly according to claim 22 further comprising:

(a) a splitter depending from the top wall; the splitter being constructed and arranged to separate the first closure when the slider device is moved along the zipper closure arrangement in a second direction opposite of the first direction.

25. A closure assembly according to claim 19 wherein:

(a) the first and second sidewalls define:

(i) a first width therebetween to define a zipper squeezing region; the first width being sized to cause the first and second sidewalls to mate the first closure;

(ii) a second width therebetween to define a zipper non-squeezing region; the second width being sized greater than the first distance and to not cause the first and second sidewalls to mate the second closure.

26. A closure assembly according to claim 19 wherein:

(i) each of the hook constructions slidably engaging an external portion of the zipper closure arrangement.

27. A closure assembly according to claim 19 wherein:

28. A closure assembly according to claim 16 wherein:

(a) the second closure includes a tamper-evident structure to signal when the second closure has been mated and then separated at least once after being mated.

29. A closure assembly according to claim 28 wherein:

(a) the second closure includes:

(i) a male profile member on the first zipper profile; the male profile member including a head at a free end and a stem connecting the head to a remaining portion of the first zipper profile; and

(ii) a female profile member on the second zipper profile; the female profile member being sized to receive and interlock with the male profile member.

30. A closure assembly according to claim 29 wherein:

(a) the stem is frangible and will break to separate the head from a remaining portion of the first zipper profile responsive to a separation force applied to the second closure.

31. A closure assembly according to claim 30 wherein:

(a) the female profile member includes first and second arms with a receiving void therebetween sized to receive the head; and

(b) each of the first and second arms includes a depending finger extending into the void to engage a base of the head, when the head is oriented in the void of the female profile member.

32. A closure assembly according to claim 31 wherein:

(a) the second closure includes first and second posts on the first zipper profile; the first post being adjacent to and against the first arm and the second post being adjacent to and against the second arm when the male profile member is operably oriented in the female profile member.

33. A closure assembly according to claim 31 wherein:

(a) the clip includes a first wall, a first leg depending from the first wall, and a second leg depending from the first wall;

(b) the top wall defines an opening; and

(c) the second position of the clip includes:

(i) the first and second legs being at least partially through the top wall opening and inside of the cavity pressed against the second closure to force the head of the male profile member into the void of the female profile member.

34. A closure assembly according to claim 28 wherein:

(a) the first closure includes a first hooked profile member on the first zipper profile;

(b) the first closure includes a second hooked profile member on the second zipper profile;

(i) the first and second hooked profile members being constructed and arranged to selectively mate and separate.

35. A closure assembly according to claim 34 wherein:

(a) the first closure further includes a first closure post on the first zipper profile adjacent to the first hooked profile member;

(i) the second hooked profile member being received within a gap between the first closure post and the first hooked profile member, when the first and second hooked profile members are mated.

36. A closure assembly according to claim 35 wherein:

(a) the first and second sidewalls define:

(i) a first width therebetween to define a zipper squeezing region; the first width being sized to cause the first and second sidewalls to press against the first closure and move the second hooked profile member into the gap between the first closure post and the first hooked profile member,

37. A closure assembly according to claim 36 wherein:

(a) the first closure is located between the second closure and the top wall of the slider device; and

(b) the zipper squeezing region is located between the zipper non-squeezing region and the top wall.

38. A closure assembly according to claim 16 wherein:

(a) the first closure is located between the second closure and the top wall of the slider device.

39. A package comprising:

(a) a surrounding wall defining a bottom, an interior volume, and a mouth to provide access to the interior volume; and

(b) a closure assembly oriented at the mouth; the closure assembly including:

(i) a zipper closure arrangement having first and second zipper profiles constructed and arranged to selectively interlock; and

(ii) a slider device oriented to slide along the zipper closure arrangement; the slider device including:

(A) a top wall oriented to slide along a top of the zipper closure arrangement;

(B) a first sidewall depending from the top wall oriented to slide along a side of the zipper closure arrangement;

(C) a second sidewall depending from the top wall oriented to slide along a side of the zipper closure arrangement;

(1) the top wall, first sidewall, and second sidewall defining a cavity to operatively receive the zipper closure arrangement therein; and

(D) a clip secured to at least one of the top wall, first sidewall, and second sidewall; the clip being moveable from a first position to a second position;

(1) the first position including the clip being remote from the zipper closure arrangement; and

(2) the second position including the clip being oriented to operatively engage the zipper closure arrangement.

40. A package according to claim 39 wherein:

41. A package according to claim 40 wherein:

(a) the slider device further includes a splitter depending from the top wall; the splitter being constructed and arranged to separate the first closure when the slider device is moved along the zipper closure arrangement in a second direction opposite of the first direction; and

(b) the splitter and the second closure are oriented so that the second closure is not separated by the splitter, when the slider device is moved along the zipper closure arrangement in the second direction.

42. A package according to claim 41 wherein:

(b) the clip is secured to the top wall with a living hinge;

(c) the first position of the clip includes:

(i) the first and second legs being outside of the cavity; and

(ii) the clip first wall being angled relative to the top wall;

(d) the second position of the clip includes:

(ii) the clip first wall being against the top wall;

(e) the top wall defines an opening; and

(f) the first and second legs are movable through the opening to move the clip from the first position to the second position;

43. A package according to claim 40 wherein:

(a) the first and second sidewalls define:

(ii) a second width therebetween to define a zipper non-squeezing region; the second width being sized greater than the first distance and to not cause the first and second sidewalls to mate the second closure;

(b) the first sidewall defines a first groove sized to receive the first leg; and

(c) the second sidewall defines a second groove sized to receive the second leg;

44. A package according to claim 40 wherein:

45. A package according to claim 44 wherein:

(a) the second closure includes:

(ii) a female profile member on the second zipper profile; the female profile member being sized to receive and interlock with the male profile member;

(iii) the stem being frangible to separate the head from a remaining portion of the first zipper profile responsive to a separation force applied to the second closure;

(b) the first closure includes:

(i) a first hooked profile member on the first zipper profile; and

(ii) a second hooked profile member on the second zipper profile; the first and second hooked profile members being constructed and arranged to selectively mate and separate.

46. A package according to claim 44 wherein:

47. A package according to claim 40 wherein:

(a) the first closure comprises a first material; and

(b) the second closure comprises a second material different from the first material.

48. A tamper-evident zipper closure arrangement comprising:

(a) a first closure including mating profile members constructed and arranged to selectively move between being interlocked and separated; and

(b) a second closure, adjacent to the first closure, and including mating profile members constructed and arranged to selectively interlock;

(i) the second closure including a tamper-evident structure to signal when the second closure has been interlocked and then separated at least once after being interlocked.

49. A tamper-evident zipper closure arrangement according to claim 48 wherein:

(a) the second closure includes:

(i) a male profile member on a first zipper profile; the male profile member including a head at a free end and a stem connecting the head to a remaining portion of the first zipper profile; and

(ii) a female profile member on a second zipper profile; the female profile member being sized to receive and interlock with the male profile member;

(A) the stem being frangible to separate the head from a remaining portion of the first zipper profile responsive to a separation force applied to the second closure.

50. A tamper-evident zipper closure arrangement according to claim 49 wherein:

(b) each of the first and second arms includes a depending finger extending into the void to engage a base of the head, when the head is oriented in the void of the female profile member;

(c) the second closure includes first and second posts on the first zipper profile; the first post being adjacent to and against the first arm and the second post being adjacent to and against the second arm when the male profile member is operably oriented in the female profile member.

51. A tamper-evident zipper closure arrangement according to claim 49 wherein:

(i) the first and second hooked profile members being constructed and arranged to selectively interlock and separate; and

(c) the first closure includes a first closure post on the first zipper profile adjacent to the first hooked profile member;

(i) the second hooked profile member being received within a gap between the first closure post and the first hooked profile member, when the first and second hooked profile members are interlocked.

52. A tamper-evident zipper closure arrangement according to claim 48 wherein:

(a) the first closure comprises a first material; and

53. A method of using a package; the package including a package surrounding wall defining an interior volume, a mouth, and a closure assembly oriented at the mouth; the closure assembly including a zipper closure arrangement and a slider device operably oriented on the zipper closure arrangement; the method comprising:

(a) grasping a slider device and pushing a clip down to engage the clip against a portion of the zipper closure arrangement; and

(b) moving the slider device in a first direction while the clip squeezes the portion of the zipper closure arrangement to close the mouth.

54. A method according to claim 53 further comprising:

(a) before the step of grasping a slider device and pushing a clip down, grasping the slider device and moving the slider in a first direction to squeeze only a second portion of the zipper closure and releasably close the mouth.

55. A method according to claim 53 wherein:

(a) the zipper closure arrangement includes a first closure and a second closure; and

(b) the step of moving the slider in a first direction while the clip squeezes the portion of the zipper closure arrangement to close the mouth includes moving the slider in a first direction while the clip squeezes the second closure to close the mouth.

56. A method according to claim 55 wherein:

(a) before the step of grasping a slider device and pushing a clip down, grasping the slider device and moving the slider in a first direction to squeeze only the first closure and not the second closure to releasably close the mouth.

57. A method according to claim 56 wherein:

(a) the step of grasping a slider device and pushing a clip down includes pushing a clip having a pair of legs through an opening in a top wall of the slider device to engage the second closure.

58. A method according to claim 56 wherein:

(a) the step of moving the slider device in a first direction while the clip squeezes the second closure to close the mouth includes locking the second closure secure; the second closure being unable to be opened without breaking a portion of the second closure.

59. A method according to claim 56 further comprising:

(a) after the step of using the clip to close the second closure, accessing the interior volume by breaking the second closure.