Abstract: A package and a process for forming the package are provided. The process may include providing a first flexible polymer film and a second flexible polymer film, sealing the first film and the second film together to form an enclosure and at least one tab area, and trapping fluid within a discrete portion of the tab area to form a breachable bubble. The enclosure may define an interior volume configured to receive a consumer product. Fluid trapped within a discrete portion of the tab area to form a breachable bubble may be sufficient to cause the bubble to breach upon application of minimal pressure by a user, separating a sealed portion of the first film from the second film.

Abstract: A sealed package is disclosed that includes a breachable bubble for opening the package in combination with at least one reclosable device. The reclosable device may comprise a pair of opposing interlocking members. The breachable bubble allows for the package to be easily opened while the reclosable device allows for the package to be closed once opened. The breachable bubble and the reclosable device can be preformed on opposing strips that are then incorporated into the package as the package is being formed.

Abstract: A package and a process for forming the package are provided. The process may include providing a first flexible polymer film and a second flexible polymer film, sealing the first film and the second film together to form an enclosure and at least one tab area, and trapping fluid within a discrete portion of the tab area to form a breachable bubble. The enclosure may define an interior volume configured to receive a consumer product. Fluid trapped within a discrete portion of the tab area to form a breachable bubble may be sufficient to cause the bubble to breach upon application of minimal pressure by a user, separating a sealed portion of the first film from the second film.

Abstract: Secure product container 10 has opposed closure shells 10P and 10A forming product chamber 10C. The shells may be separated into an open accessible state (see FIG. 1A), in which the closure shells are uncaptured and product 10G is accessible. The closure shells may be placed together in a closed state along closure interface 12C (see FIG. 1B), in which the closure shells are captured to enclose the product. A closure capture between the closure shells holds the shells in the closed state. Closure capture 26 has a secured condition (see FIG. 2B) in which the closure shells are captured together in the closed state, and a released condition (see FIG. 2A) in which the closure shells may be uncaptured in the accessible state. Capture release device 12 on active shell 10A is pressure responsive for releasing the closure capture from the secured condition into the released condition when pressurized.

Abstract: Sealed delivery unit 10 (shown in exploded format in FIG. 1A) contains medication 10M, and is formed by a generally flat member 10F pressed into selective engagement with an opposed shaped member 10S. Pumping chamber 12P, enclosed between the members generates a rupturing pressure in response to an external force applied by the user (indicated by arrow F shown in FIG. 1B). Enclosed Medication chamber 12M contains the medication to be delivered. Tunnel conduit 14 provides fluid communication between the chambers for rupturing the medication chamber in response to the rupturing pressure. Perimeter seal 16 extends around the pumping chamber and the medication chamber and the tunnel conduit. The perimeter seal is secure enough to withstand the internal rupturing pressure generated during delivery. Delivery port 18 with pull-away closure 18C (see FIG. 1C) delivers the medication out of medication chamber 12M. Rupture site 18S is proximate the delivery port.

Abstract: Breaching access structure 10S provides easy access to sealed interior 10I containing contents 10C. Access region 12A proximate edge 12E of package 10, provides entrance into the interior and access to the contents. Band seal 14 formed by upper lamina 14U and lower lamina 14L extends along the access region, enclosing breaching bubble 16. The band seal has inner seal portion 14I between the bubble and the interior, and outer seal portion 14O between the bubble and edge 12E of the package. The bubble is expandable to open the package in response to bursting detonator 18. The detonator is burst by external pressure applied by a user. Opposed pair of peel flaps, upper flap 16U and lower flap 16L, are formed by the opposed laminae of the outer seal along the edge breach as the bubble breaches. These small initial flaps are grasped by the user and manually peeled apart to initiate opening the band seal.