Child-Resistant Package Design

Packaging liner with features that make it difficult to remove items from the packaging and prevent accidental item loss. The liner has a sticker with a window cutout. The sticker has folded back protective pieces along the sides of the window. These protective pieces stand up and shield the gap between the item and the liner, preventing grasping and removal from the packaging.

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Child-resistant polymeric cap for containers that prevents children from accessing hazardous contents while still allowing easy opening for adults with reduced grip strength or dexterity. The cap has a sliding lid that engages a portal in the cap body. The lid has spring-loaded projections that snap into depressions on the portal to secure the lid closed. An audible click indicates the lid is locked. To open, the user slides the lid along the portal to release the projections.

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Child-resistant packaging for containers like bottles with a cap that prevents unintentional opening by kids. The cap has two deformable regions that, when pressed, release ribs that engage projections on the container. Rotating the cap allows it to slide off. The ribs in slots on the neck deform and move to wider sections as they rotate, allowing full removal. The deformable regions provide grip for intentional opening. The ribs and slots distribute forces to prevent unintentional rotation. The cap has instructions for opening.

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Child-resistant lid material for PTP medication packaging that allows adults to easily remove the medication while making it difficult for children. The lid uses a thin, soft aluminum foil instead of a resin film. The soft aluminum foil stretches more than regular foil, making it harder to push out the medication with a small force. The foil thickness is 25-33 microns and the Mullen burst strength is 225-300 kPa. This provides senior-friendly ease of opening while being difficult for children. The soft aluminum foil is preferably 17-45 microns thick and alloy numbers 1N30, 8079, or 8021. The foil extrusion strength is at least 35N to prevent easy removal. The lid can have additional layers like a heat seal, printed layer, and overprint

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Recyclable child resistant package made of paperboard that provides secure packaging for hazardous materials while being senior friendly and recyclable. The package has an outer sleeve and an inner container with a locking mechanism. The inner container has a protruding locking tab that nests into a recess on the outer sleeve, preventing removal of the inner container. This provides child resistance. The package also has a folding design with web corners instead of flaps for senior friendliness and recyclability.

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Metal bottle for storing non-potable liquids like oral medications that prevents accidental drinking by causing discomfort when touching the mouthpiece. The metal bottle has a resin gasket fixed to the mouthpiece tip. When someone accidentally touches their mouth to the gasket, it creates an unpleasant feeling or unnatural sensation that discourages drinking. This prevents mistaking the bottle for a drink. The gasket can have features like a recessed shape that fits the mouthpiece, protrusions, or slits to enhance the discomfort.

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Metal bottles for non-potable liquids like medication that prevent accidental drinking by design. The bottles have features like extended mouth portions or uneven tips that create an unpleasant sensation when accidentally touched to the mouth. This discourages mistaking the bottles for beverages. The bottles also have measuring caps and can come with refill pouches.

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Child-proof plastic bottle cap with a built-in container that prevents children from accessing the contents inside the bottle. The cap has a loose fit with the container inlet to allow easy coupling but prevents easy removal by kids. The cap has a child-resistant mechanism that secures the container inside the cap. This prevents children from opening the cap and accessing the contents inside the bottle. The cap can be used with a regular bottle.

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Child-resistant sealing pouch with a unique design to prevent accidental opening by children. The pouch has a seal bar with two closing pieces that buckle together to seal. The upper extension piece of one closing piece is thermally connected to the inside of the pouch, but the other closing piece has an unconnected upper extension. The lower extension of the other closing piece folds up and attaches to the inside. This asymmetry in the closing piece extensions makes it harder for children to tear the seal apart since the forces don't align. It also prevents them from just pulling the top apart since it's connected to the pouch.

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Child-resistant zipper closures and resealable pouches that prevent children from opening them easily. The closure has profiles with tight interlocking parts that require force and motion to separate. The closure also has a slider that engages the profiles to open and close them. The slider has a channel to guide the interlocking parts as they separate. When the slider moves to open, it grabs the interlocking part and guides it into the channel to prevent prying. This prevents children from using their fingernails to separate the profiles.

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Child-resistant PTP packaging with a unique design to prevent accidental opening by children while still allowing easy access for adults. The packaging has a container sheet with multiple compartments covered by a lidding sheet. The lidding sheet has a peelable cover film with a meandering cut pattern extending along the folded edge of the container sheet. This cut pattern creates weak adhesion areas and non-adhesive areas that lift off when peeling the cover film. This grip helps adults open the packaging while making it harder for children to peel the cover film due to its irregular shape.

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A packaging container with a removable cover that provides improved child resistance and tamper evidence. The container has a base, a sidewall extending upwardly from the base, and a cover that is removably connected to the sidewall. The cover has a first portion that extends over the top of the sidewall and a second portion that overlaps the first portion and is adjacent to the top of the sidewall. The second portion has a plurality of child-resistant locking tabs that engage with corresponding locking features on the sidewall to secure the cover in place. The container also includes a child-resistant sealing member that is located between the cover and the sidewall and seals the container when the cover is connected. This provides both child resistance and tamper evidence.

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Childproof packaging box made entirely from cardboard that can lock and unlock without using additional mechanical parts. The inner box slides into the outer box and a bent locking tongue connects through lock openings. This holds the inner box closed. External force deforms the tongue to release. No extra components for recyclability.

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Childproof packaging for button cells like lithium batteries that prevents accidental removal and ingestion by children. The packaging contains separate compartments for each cell that prevent easy access. The compartments are formed by thermoforming a hood over the cells and attaching a fixed film. This encloses and separates each cell to prevent unintentional removal.

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Child resistance (CR) function that prevents children and the like from easily opening the pouch. The function is achieved through selecting a region where the extension part is to be joined to the inner surface of the second wall part during manufacturing of the pouch. The pouch includes a zipper that closes an opening of a bag body.

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A sealed plastic container with a removable breakable section that allows easy opening while preventing accidental opening. The container has a lid with a flange that covers the container when closed. The container has a ring extending beyond the flange edge to prevent forced opening. A connecting section between the lid and container has a breakable section that the user removes to open the container. This prevents accidental opening but requires intentional breakage to open.

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Childproof blister packaging for button batteries to prevent accidental ingestion. The packaging has separate compartments for each battery, formed by thermoformed plastic hoods sealed with rear films. The compartments cannot be easily opened without tools. The batteries are encapsulated separately to prevent them from coming out if swallowed. This minimizes the risk of serious injuries from swallowed batteries. Children cannot easily open the sealed compartments due to the tool requirement.

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Child-safe packaging for dragees and chewing gum that prevents choking hazards and lost parts. The packaging is a single-piece plastic pen-shaped body with a removable lid. The body is conical with the dragees/gum inside, and the lid closes over the top. The lid opens and closes on hinges attached to the body, preventing it from separating. This prevents the lid from being lost or swallowed. Children can remove the dragees/gum by taking off the lid instead of pulling off the entire body. The conical shape gives a pen-like appearance.

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A packaging container with a child-resistant closure that provides enhanced child safety while still allowing easy access for adults. The container has a body with a neck and a closure. The closure has a base and a lid. The base has a first side and a second side that are oppositely disposed. The base has a first protrusion on the first side and a second protrusion on the second side. The first protrusion and the second protrusion are complementary and engage with each other to secure the closure to the container. The lid has a first notch and a second notch that are aligned with the first protrusion and the second protrusion, respectively. When the closure is closed, the first notch and the second notch overlap the first protrusion and the second protrusion, respectively. This configuration prevents a child from opening the container by pushing the lid while also allowing an adult to easily open

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Dispenser with a cap for sachets that can be permanently connected to a plastic container for dispensing products like liquid food for children. The dispenser has a unique pouring nozzle design with a thermoplastic elastomer top region that integrates with the rest of the dispenser below. This region contains an elastic partition forming a membrane with intersecting slits. The dispenser also has a tamper-evident cap with a breakable bridge that prevents rotation once opened. This design allows secure dispensing while preventing reuse of sachets.

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Reclosable zipper pouch with child-resistant closure that is easy to open for adults. The pouch has a reclosable zipper with a grasping flange that can be pulled away from the attachment flange to open the zipper. This allows adults to easily open the pouch by reaching in and pulling the grasping flange. But it makes it harder for children to open as they can't easily reach and pull the flange. The grasping flange is unattached to the sidewall behind the zipper profile, so it can be pulled free. This contrasts with a conventional zipper where the flange is fully attached.

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Child-resistant zipper closure for flexible packaging that is difficult to open by children but easy for adults. The zipper has interlocking profiles that separate when a slider is moved in a specific sequence. The slider has features like an ear channel and splitter that guide the profiles into interlocking position. Opening involves pressing a tab to separate the profiles, then sliding the ear into the channel. Closing involves sliding the ear back to interlock. This sequence prevents opening by prying with fingernails.

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A child-resistant zipper closure system for flexible packages that prevents young children from easily opening the package. The closure has interlocking profiles that engage when closed and unlock when pulled apart. The slider has features to guide the profiles into interlocking and unlocking positions. The ear of one profile rests on a stub of the other when interlocked. To open, the slider is moved to a notch, then the splitter is pressed to separate the profiles. The ear is guided into a channel and pulled apart to unlock. This makes it harder for kids to pry open using fingernails compared to regular zippers.

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Childproof packaging for button cells to prevent accidental ingestion by young children. The packaging has individual compartments for each cell that are sealed with foil. The cells cannot be easily removed without tools due to side gaps that are opened by scissor cuts. This prevents accidental removal by young children who may swallow the cells. The compartments also prevent cells from rattling and falling out.

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A blister packaging for pharmaceuticals and nutritional products that is child-resistant, easy to open, and recyclable. The packaging consists of a thermoformed mesh with cavities and a flat cover that seals over it. The mesh is made of HDPE with a sealing layer and an oxygen barrier layer. The cover has multiple HDPE layers with additives to reduce elongation. This provides CRSF opening force without separating layers for recycling. The thermoformed mesh can be recycled without separating components.

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Zip closure for child-proof packaging that prevents accidental opening. The zipper has inner flanges on some of the closing strips that bend inward. This makes it harder to access and pull the flanges to open the zipper, compared to the outer flanges. It requires more force and leverage to open the zipper with the inner flanges, providing protection against unwanted opening. The inner flanges are located next to the outer flanges of the closing strips. This design allows multiple closing and opening of the package while preventing easy forced opening.

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Child-proof packaging for button batteries to prevent accidental ingestion. The packaging has separate compartments for each battery that cannot be easily opened without tools. Each battery is enclosed in its own thermoformed plastic hood secured to a backing film. The hood and film are joined tightly to prevent removal without tools like scissors. This encapsulation keeps swallowed batteries contained and less hazardous since they remain enclosed.

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Bottle cap design that allows easy removal while preventing accidental opening. The cap has a soft plastic body and an advertising cover made of plastic. They are joined with an interference fit. When the cap is opened, a pull piece peels off a fixed frame connected to a fracture surface. This allows easy cap removal while preventing accidental opening since kids can't easily pull off the cap. The cap also has features to prevent separation during storage and transport. The cap body has a spiral protrusion that engages a spiral groove on the bottle neck. Obstacles on the cap prevent turning. A locking groove and protrusion secure the cap. The advertising cover has a coupling cap with broken pieces that connect to the cap body. The broken pieces have a d-shape to allow some separation range. The cap fits into the coupling cap on the cover. The broken pieces prevent full removal of the cap body. But

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Child-resistant reclosable zipper pouch with a zipper closure that is easy to open for adults and seniors. The zipper has a grasping flange that can be pulled away from the attachment flange to open the zipper. This allows adults and seniors with larger fingers to easily open the pouch, while making it more difficult for children to open. The grasping flange is separate from the attachment flange and can be adjusted between a hidden position behind the zipper profile and an open position extending away from the attachment flange.

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Packaging for water-soluble unit dose detergents that reduces water migration and provides child resistance while using biodegradable materials. The packaging contains a biodegradable component like paper or pulp that makes up at least 50% of the container weight. The water-soluble film inside the capsules contains carrageenan. The container may also have a childproof closure. The biodegradable material helps prevent water ingress/egress from the capsules, especially during leakage. The carrageenan film improves water resistance. The biodegradable container and film components are ecologically beneficial.

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Pharmacy container system with improved ease of use for child-resistant prescription bottles. The system involves optimizing the design of the container and closure components to make them more user-friendly for adults, while still meeting child resistance requirements. The container has stops at the neck that define tab retention areas. The closure has tabs that engage these stops. This provides a secure child-resistant closure, but also allows easier one-handed opening for adults compared to conventional CRSF closures. The container and closure components are also designed to be compatible across different bottle sizes to simplify inventory management.

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Packaging containing water-soluble capsules for laundry detergent that uses biodegradable materials for the container to reduce environmental impact. The capsules are made of a water-soluble film inside a biodegradable packaging. The packaging can be made from materials like biodegradable plastics, paper, or cardboard. The capsules are sealed inside the biodegradable container using a childproof closure mechanism. The packaging also has features like printing on the inside of the capsule to prevent sticking. The biodegradable materials used in the packaging break down after use.

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Childproof packaging containers with reusable childproof lids that maintain their safety features after initial opening. The containers are shaped to match the contents inside and can be clear or tinted to correspond to the fruit flavor. The lids have a unique mechanism that allows initial opening but then snaps shut and requires pressure to release. This prevents accidental opening by kids. The reusable lids retain the childproof feature each time the container is opened.

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Child-resistant packaging that prevents accidental opening by young children while still being easy for adults to use. The packaging has an inner tray and an outer sleeve that matingly receive the inner tray. The sleeve and tray have engagement portions that prevent separation without disengaging the portions. The engagement portions engage when the tray is fully enclosed in the sleeve, preventing removal. This ensures the contents are secure when the packaging is closed. Adults can open the packaging by disengaging the portions, while children find it difficult to separate them.

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Child-resistant packaging with a lid that prevents accidental ingestion of hazardous contents by children while still allowing adults to use the product. The packaging has a base material and a sealing layer to close around the contents. The lid material has breakable piercing sections over the contents area and a sealed sealing section. The sealing section has an emetic agent applied to deter ingestion. This allows the contents to be removed without touching the emetic layer. The piercing sections prevent sticking when opening. The emetic agent is not applied to the contents section.

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A child-safe blister pack for button cells that prevents accidental removal by children. The pack has a molded plastic base with a depression that forms a sealed receptacle when attached to the carrier. The button cell fits into a central cylindrical space with a bulge on the side that prevents the cell from fully filling the receptacle. This ensures the cell cannot be easily popped out by pressure or force.

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Blister card retail packaging for coin cell batteries that provides improved safety and prevents accidental removal by children. The packaging has a carrier with multiple separate receiving parts, each with a molded plastic base. The batteries are inserted into the cylindrical central spaces. The molded parts have indented bases that form closed recesses with the carrier. The side spaces of the recesses cannot be filled by the batteries. This prevents the batteries from being pushed out. The molded parts can be attached to the carrier by adhesive or welding. Additional features include multiple receiving parts arranged separately, and a reinforcing film covering the molded parts to further secure the batteries.

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Child-resistant sealing pouch that prevents accidental opening by children. The pouch has a unique design for the sealing mechanism. The top seal bar has a first closing piece with an upper extension thermally sealed to one side of the pouch. The second closing piece has an upper extension and a folded lower extension thermally sealed to the other side. The upper extensions are wider than the lower extension. This creates a misaligned stress point when the pouch is opened. The upper extensions resist pulling forces while the narrower lower extension tears. The hooking mechanism also increases tension as it tears. This makes the pouch very difficult for children to open while still being easy for adults.

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Packaging for perfume laundry additives that uses cardboard instead of plastic bottles to address environmental concerns. The packaging has a child-resistant closure mechanism on a cylindrical cardboard container. The closure impedes access to prevent accidental ingestion. The perfume particles inside have a low perfume content (0.5-20%) and a carrier material. The cardboard packaging provides a sustainable alternative to plastic bottles while ensuring child safety.

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Child-resistant zipper pouch with a reclosable zipper that is easier to open for adults and seniors. The zipper has a grasping flange that can be pulled out of the way to open the pouch. The flange is separate from the main attachment flange and can be adjusted between hidden and open positions. This allows adults to easily open the zipper by pulling the grasping flang out, while making it harder for kids to open. The grasping flang can be unfolded or extended to move it away from the zipper teeth.

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Child resistant reclosable zipper pouch with a zipper closure that is difficult for children to open but easy for adults. The zipper has an adjustable grasping flap that can be pulled out to expose the zipper teeth and open the pouch. This flap is detached from the pouch wall behind the zipper track. This allows adults to open the pouch by grasping the flap and pulling it away from the zipper teeth, while preventing children from easily pressing the flap against the teeth to close the zipper.

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Child-proof packaging for containers like candy and medication jars that maintains child safety even after initial opening. The packaging has a reusable cover with child-proof features that can be easily opened but cannot be accidentally opened by children. The cover seals tightly and cannot be accessed without specific actions, preventing kids from getting inside. This provides ongoing child protection beyond the initial opening unlike traditional child-proof caps. The containers themselves can also be fruit-shaped and tinted to match the flavor inside.

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Child-resistant container with locking mechanism that requires dexterity to open, preventing children from accessing the contents while allowing adults to easily open it. The container has a receptacle, lid, and lock. The lock has a catch that engages the lid when closed, and a release button that folds the catch out of the way when pressed. The lock is inside the receptacle, protected by a removable food-grade sheath. The lid has a spring that biases the receptacle forward to engage the lock. The lid also has channels for the lock tab to prevent removal. The receptacle has a protruding front with a notch for grip. The lock mechanism requires dexterity to fold the catch, allowing adults to open the container.

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Child-resistant packaging for products that requires a two-step action to open. The packaging has a tray inside a sleeve. The tray is slideable between a closed position inside the sleeve and an open position where it extends out. A latch prevents tray withdrawal when closed. To open, pull the front wall while manipulating a tab on the sleeve. This releases the latch. The design makes it difficult for a child to figure out the two-step opening sequence, but easy for an adult.

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Child-resistant packaging for pharmaceuticals that is both safe for children and easy for elderly users. The packaging has a unique design with blister cards that can be pressed together to open the package for extraction. The blister cards are stacked with overlapping blister cavities in the closed position. This prevents access by small children. Elderly users can press the cards together to extract the pills. The overlapping blister cavities ensure no pills fall out. The cover foils face inward in the blister cards to protect the pills. The packaging can be shaped as a pillow or prism.

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Child-proof blister pack for button batteries to prevent accidental removal by young children. The pack has a molded plastic base with a recessed area. The batteries are held in place by snaps that engage with protrusions on the recessed base. This prevents the batteries from falling out when the pack is tilted or shaken. It also makes it harder for a child to accidentally pop out a battery by pushing on the pack. The recessed base provides a secure and child-proof storage for the batteries while still allowing easy access for adults.

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A child-proof packaging and dispensing device for products like medicine, cosmetics, and food. The device has a closure cover with two flared ribs that engage slots in the container lid. When pressed, the ribs deform to release and allow opening. The cover also has lugs with deformable regions that must be pressed to release the ribs. This provides a simple, robust, and cost-effective child-proof packaging closure that meets regulatory standards.

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Childproof packaging system for containers like bottles and flasks that allows easy access by adults while preventing children from opening. The system has a unique cap design with features that prevent kids from opening but allow adults to easily remove the cap. The cap has two ribs that engage slots in the bottle neck. The ribs have wider flared ends that lock into the slots. Adults can grip the ribs and pull to open the cap. Kids can't grip the narrower slots. Once the ribs pass the slots, they no longer lock and the cap can be lifted.

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Child-resistant packaging for medications that prevents accidental overdosing in children while still being easy for seniors to use. The packaging has a blister card with multiple compartments for storing pills. The blister card has a separate backing card that can be compressed simultaneously on opposite sides to remove a pill. This requires larger hand spans than a child can make. The backing card protects the blister card and prevents opening by peeling. The backing card has an indentation to grip. Seniors can remove a pill by compressing the backing card and gripping the indentation. Children can't compress both sides with one hand.

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Child-proof PTP packaging for medications that is designed to prevent accidental ingestion by children. The packaging has a container sheet with multiple compartments and a lid with a peelable cover film. The lid has a bent section with a notched cover film that meanders along the bend. When peeling the cover film, the notched section forms a knob that helps grip and lift the lid. This makes it easier to open the package, but the bent lid and base material remain attached. To access the medication, the knob is picked and the film peeled, breaking the base material to extract the contents. The bent lid and base retention provides additional resistance to prevent accidental opening by young children.

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