46 results about "Child-resistant packaging" patented technology

An improved child-resistant blister package is provided in which the lidding component includes a tear-resistant nonwoven layer and a barrier layer. The nonwoven layer can be a melt-spun continuous filament nonwoven web or a flash spun plexifilamentary sheet. The lidding component used in peel off-push through blister packages of the invention contains fewer layers and has improved puncture resistance compared to lidding components used in child-resistant packages known in the art. In addition, in peel off-push through and peel-open package designs of the present invention, the lidding peels more cleanly from the blister component compared to packages known in the art which have a tendency to tear during peeling.

A child-resistant blister package having: (a) a product; (b) a multilayer lidstock; and (c) a formed blister film; and the lidstock has at least four layers: i) an inner thermoplastic heat sealable layer; ii) a first intermediate aluminum foil layer; iii) a second intermediate adhesive layer; and iv) an outer polyester or oriented nylon layer with the outer layer having a loop shaped score line therethrough, and the adhesive layer is disposed between layers (ii) and (iv); and optionally has a fifth layer (v) which is a release coating disposed within the loop shape and between layers (ii) and (iv) for manual peelable detachment of at least the outer layer (iv) from (ii) the first intermediate layer; with layer (c) having at least two compartments: (i) a first blister compartment adapted for receiving product (a); and (ii) a second blister compartment having a blister compartment film overlaying and spaced apart from a portion of the lidstock heat seal layer opposite a tab area portion of the score line in the outer layer; and wherein the second blister compartment is adapted for manual inward deformation activation of separation of the lidstock from itself along said score line tab area portion; and product (a) is hermetically sealed between (b) and (c) within said first blister compartment.

A flip-top closure, for dispensing a product from a container, comprising a base member having a neck and a dispensing orifice. A cap is formed integral with the base member and connected thereto by a hinge which facilitates pivoting motion of the cap relative to the base member. The cap is pivotable from an open position to a closed position, and vice versa. The cap carries a sealing member which facilitates sealing of the dispensing orifice when the cap is in the closed position. The flip-top closure includes a child resistant locking system, which resists opening of the flip-top container by a child, comprising at least one hook member carried by one of the base member and the cap and at least one latching surface, carried by the other of the base member and the cap. The hook member is located to engage with the latching surface and retain the cap in a locked position and resist opening of the flip-top container by a child.

A medication dosage unit packaging system includes a tray for holding a blister containing a plurality of unit chambers. The blister is divided into a general access zone containing at least one general access unit chamber and a restricted access zone containing at least one restricted access unit chamber. The general access zone and the restricted access zone are separated by a chamber-free zone. A retaining cap holds the blister package in the tray. The retaining cap and the tray have therebetween a guide post fitting into a guide slot in the chamber-free zone in the blister. The guide post and the guide slot are positioned in the tray such that when a blister package is held in the tray by the retaining cap, the blister is slidable between a first position in which only the general access zone of the blister is accessible, and a second position which both the general access zone and the limited access zone of the blister are accessible. A child-resistant hinging cap is hingeably mounted into the tray, such that when the hinging cap is in a closed position, it locks the blister package in its first position, and when the hinging cap is in an opened position, it allows the blister package to be slid into its second position.

A child-resistant package for pharmaceutical articles includes a blister pack having a product casing layer defining blisters, a foil closure layer enclosing articles in the blisters and a reinforcing layer preventing dispensing of each article until an access mechanism is used. Each access mechanism includes a puncturing element of the product casing layer and a tear-away element of the reinforcing layer defined by a perforation line. The puncturing element includes a pointed portion for separating a first end of the tear-away element. Application of pulling force to the first end further separates the tear-away element to expose the foil layer adjacent the blister for dispensing the article. According to one embodiment, the package includes an outer jacket having a mounting portion receiving the blister pack and a cover movable with respect to the mounting portion between opened and closed positions.

Aspects of the invention include a child resistant packaging system that makes use of a container, a protective sleeve and a two part child resistant lid with inner lid and an outer lid that are co-axially aligned. The protective sleeve has a recessed groove that substantially matches a corresponding lip on the container enabling the protective sleeve to retain the container without a stretch fit. Also provided is a sleeve for protecting a container that is constructed from a molded silicone and has a recessed groove for retaining a container.

A child resistant package for tablets is disclosed. The package includes an outer sleeve and a blister package. The blister package is designed to fit within the outer sleeve, and is capable of being slid from a closed position to an open position. The blister package includes a blister sheet and a lidding material sheet that is peeled from the blister sheet to access the tablets.

The present invention relates to a child safe packaged-product system with multi-operational access control. The invention further relates to packaged-product system that facilitates interaction with the user so as to render child safe state of the package after use. The synergistic operational combination of the said package holding provision, package fixing provision, an assembly of the package and package fixing provision operably connected by the said restrictive means results in a multi-operational access control to access the package after the completion of the child resistant activity obviating the problem of package access as a part of the child resistant activity. Further provision of the said means to remind / alert user of reengaging / repositioning the package in the child-safe state after use renders child resistant state to the package after use enhancing the effectiveness of the child resistant function of the package.

Child resistant packaging for storing medicine or medicinal compositions that frustrates or prevents a child's attempts to access the contents while permitting an adult to easily open the packaging through a series of movements or steps in coordination or combination to readily access the contents. The child resistant packaging includes a housing component and an insert component that is configured to slideably interact with an interior space of the housing component between a locked configuration and an unlocked configuration.

A heavily calendered multiple component sheet is provided by calendering a multiple component nonwoven web formed from multiple component spunbond filaments under conditions that cause the lower-melting component to melt and flow into the interstitial spaces between the spunbond filaments. The calendered sheets are useful in child resistant packaging.

Disclosed is a reclosable child resistant package having a front panel and a back panel that are connected together at their bottom, left, and right sides. The tops of these panels have closing means preferably consisting of a projection extending from the interior surface, near the top, of the front panel and a cooperating depression in the interior surface, near the top, of the back panel. The package is closed by squeezing the tops of the two panels together, forcing the projection into the cooperating depression. Part of the child resistant feature requires that there is insufficient material above said closing means to grasp for opening the package. The package is opened by moving the front panel with respect to the back panel, as indicated. This movement causes the panels to flex removing a portion of the projection from the depression. This causes the tops of the panels to separate a sufficient amount so as to allow one to grasp the tops of the panels to pull them apart, to fully open the package. The required movement of the panels with respect to each other for package opening is the main child resistant feature. This feature is enhanced by requiring that the package be gripped in a specific location when moving these panels.

A childproof package includes a package housing, two guide recesses, which are formed in an area of an inside surface of the package housing, and a sliding element for a package content. The sliding element has two projections on its top or bottom surface, which are guided in the guide recesses. Further, the childproof package has a spring element arranged between the package housing and the sliding element. The projections can be latched by the elastic force of the spring element in notches, which extend from the guide recesses and branch off from it, and can be released against the elastic force of the spring element so that the projections are returned to the guide recesses.

A child resistant packaging container comprises a cover having an open end opposite a closed end and at least one access opening disposed through a cover side wall. A drawer is sized to fit within the cover. A portion of the cover side wall between the at least one access opening and the open end comprises a blocking feature that inwardly extends from the cover side wall. The drawer includes at least two spring tabs that are each connected at a first end to an exterior corner of the drawer so that a second free end of each spring tab extends over a drawer sidewall and is biased away from the drawer sidewall. The drawer is disposed within the cover so that the at least two spring tabs are accessible from outside of the cover through the at least one access opening, and the second free ends are in contact with an interior surface of the cover between the at least one access opening and an end of the blocking feature.

A child resistant package for tablets is disclosed. The package includes an outer sleeve and a blister package. The blister package is designed to fit within the outer sleeve, and is capable of being slid from a closed position to an open position. The blister package includes a blister sheet and a lidding material sheet that is peeled from the blister sheet to access the tablets.

Child resistant packaging for storing medicine or medicinal compositions that frustrates or prevents a child's attempts to access the contents while permitting an adult to easily open the packaging through a series of movements or steps in coordination or combination to readily access the contents. The child resistant packaging includes a housing component and an insert component that is configured to slideably interact with an interior space of the housing component between a locked configuration and an unlocked configuration.

Disclosed is a packaging system, comprising a top cover (30), a bottom cover (20) and a sled (40). The bottom cover further includes a sled lock (26) positioned along the side wall near the closed end of the bottom cover and a sled rail extending substantially the length of the bottom surface. The sled lock includes a ramped surface facing the open end of the bottom cover and a flat vertical surface facing the closed end of the bottom cover. The sled is adapted to sit between the top and bottom cover when the packaging system is assembled. The sled includes a dagger (42) capable of receiving and retaining an insert card. Pressure applied to the top and bottom covers or the sides proximate to where the sled is positioned will cause the sled to deflect inward and result in the trailing edge of the sled clearing the sled lock.

The present invention relates to a child access restricted / child safe packaged-product system. The invention further relates to child resistant closures for packaged-product. The synergistic combination of a closure means provided with engaging provisions adapted to removably receive and engage package wherein combination of multiple operations is necessary to access the product by disengaging the package from the said closure provides child access restricted / child safe packaged-product system. The system comprises of a closure means provided with engaging member / s adapted to removably receive and engage a package wherein combination of multiple operation is necessary to access the product by disengaging the package from the said closure. The package is provided with a provision to removably receive the said engaging member / s. The package is optionally provided with a uniquely identifiable information

The present invention relates to a child safe packaged-product system with multi-operational access control. The invention further relates to packaged-product system that facilitates interaction with the user so as to render child safe state of the package after use. The synergistic operational combination of the said package holding provision, package fixing provision, an assembly of the package and package fixing provision operably connected by the said restrictive means results in a multi-operational access control to access the package after the completion of the child resistant activity obviating the problem of package access as a part of the child resistant activity. Further provision of the said means to remind / alert user of reengaging / repositioning the package in the child-safe state after use renders child resistant state to the package after use enhancing the effectiveness of the child resistant function of the package.

Disclosed is a child-resistant packaging. The child-resistant packaging consists of a lid featuring an “I” shaped slot and an “I” shaped tab that is inserted into and withdrawn from the slot to create an enclosure for a box that requires specific manipulation to open and close.

A combination includes a child-resistant package and a collapsible tube removably positionable therein. A sidewall of a body of the package has an interior surface and an opposing exterior surface. A cavity is defined by the body. An opening is positioned proximate an open first end of the body. A bottom wall is positioned proximate an open second end of the body. A cap is removably mounted onto at least a portion of the first end of the body. The collapsible tube is surrounded by the body, the bottom wall and the cap when the cap is mounted onto at least a portion of the first end of the body. The collapsible tube includes a generally flexible housing defining a cavity for holding a substance to be dispensed from the housing. A closure is removably mounted onto the housing.

Child resistant packaging for storing medicine or medicinal compositions that frustrates or prevents a child's attempts to access the contents while permitting an adult to easily open the packaging through a series of movements or steps in coordination or combination to readily access the contents. The child resistant packaging includes a housing component and an insert component that is configured to slideably interact with an interior space of the housing component between a locked configuration and an unlocked configuration.

Compositions, preferably cleaning compositions, containing at least one component which is corrosive by nature and present at a level to render the compositions corrosive, are provided with reduced corrosivity by increasing the viscosity of the compositions. Reduction in corrosivity of the compositions is provided to a degree so that the compositions are classified as non-corrosive under EPA or OECD / GHS regulations and do not have to be stored in and dispensed from child-resistant packaging and do not require regulated hazard warning labeling.