Portable Package Design

Biaxially oriented polyester film with non-slip surface, transparency, and easy winding for use in packaging applications like food containers and top seals. The film has two layers, A and B, both containing polyethylene terephthalate (PET). The dynamic friction coefficient of the A layer surface, the friction coefficient between A and B layers, and the haze are controlled within specified ranges to balance slipperiness, transparency, and processability. The film's non-slip surface prevents stacked containers from collapsing when pressed together.

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An eco-friendly repulpable packaging box that can be fixed and joined without adhesives or tapes. The box has a unique arrangement to prevent shaking when carried by the handles. The fixing parts are located on the sides instead of the top. This prevents the upper parts from shaking when carrying heavy loads. The box has a bottom member, side walls, and a cover. The cover has a protruding fixing member with engaging pieces that insert into areas on the front wall. The engaging pieces have locking pieces that fold into the front wall areas. The side walls have auxiliary fixing pieces and cut lines. The double-walled side walls have locking protrusions that fold and catch in gaps on the bottom. The cover also has reinforcing wings that touch the bottom. This allows carrying the box by the handles without the upper parts shaking or falling off.

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A packaging box for protecting fragile items like lenses during shipping. The box has an internal support cavity that provides cushioning and prevents the item from moving around inside. The box bottom connects to the support piece at one end and the lid at the other end. This allows the item to be placed inside the support cavity, which has curved walls to match the shape of the item, preventing pressure damage from stacked items. The curved walls also provide dust protection. The box is made of integrally formed paperboard.

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Two-layer food packaging container with a built-in inner tray that reduces manufacturing costs and prevents spills and odor mixing during transportation. The container has an outer container body, an inner tray fitted inside, and a lid that covers both. The inner tray has a flange fitting portion that connects to the outer container body flange. The lid has a straight side that abuts against the inner tray flange. This securely attaches the inner tray and outer container. The straight side prevents separation and spills. The flange fit helps prevent tray separation and mixing odors during transport.

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Corrugated cardboard packaging for cooking appliances that provides an environmentally sustainable and space-saving alternative to expanded polystyrene (EPS) foam packaging. The corrugated cardboard packaging aims to reduce environmental impact, improve recyclability, and save storage space compared to EPS foam. The packaging design uses corrugated cardboard with different densities or layers to provide varying levels of durability and impact absorption for shipping protection. The cardboard packaging is fully recyclable, unlike EPS foam, and can be made from biodegradable materials. It also reduces storage space compared to bulky EPS foam.

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Box for packaging flower pots that protects the pots and flowers during transportation. The box has multiple nested inner boxes that surround the pot and flowers. The lower inner box holds the pot, has supports to prevent movement, and a through hole for the stem. The upper inner box prevents the lower box from moving. The outer box encloses them. This provides secure fixation and cushioning of the pot and flowers during transport.

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Retail packaging solutions that address issues with securing movable product components, protecting complex curved surfaces, and maintaining product positioning during shipping. These solutions include: 1. Removable tear strip between lid and base box that clamps product inside when engaged, leaving a desirable remnant when torn. 2. Collar system for products with movable parts that provides support without constraining motion. The collars conform to the product's shape and connect with interlocking arms to form a closed loop. 3. Non-developable paper protective film for curved surfaces made by molding the paper to match the shape. The film has adhesive on both sides and a central paper layer.

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Pulp mold packaging with improved strength, insulation and stackability for fresh product transportation. The packaging has a main body with a cover that attaches inside the main body. This allows for insulation between the main body and cover. The cover has a top and bottom mold with an internal space. The main body has a top mold with an internal space. The cover and main body molds are made of pulp material with a binder, antifoaming agent, and water repellent. Grooves on the molds prevent distortion. A fixed coupling connects the cover bottom to the main body. This prevents jamming when stacked. The internal spaces between the molds can be filled with cellulose foam insulation.

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Eco-friendly packaging solution for heating devices like water heaters and tanks that reduces plastic usage and improves protection during transportation. The packaging uses molded pulp materials like recycled paper to make a base element that surrounds and supports the bottom of the device. The base engages into a pallet and has foldable edges to secure it. This replaces single-use plastic wedges and strapping. A covering element goes on top and side elements on the sides. The molded pulp provides cushioning and stability without plastic, reducing environmental impact compared to expanded polystyrene.

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Packaging with improved stackability and resistance to bursting and top load forces for products like tubes, bottles, cans, and cartridges made from materials with low cohesion like cellulose. The improvement is achieved by confining the end of the tubular body between fixed elements on the inside and outside. This assembly technique prevents the low cohesion material from separating during stacking or internal pressure, improving stackability and burst resistance. The fixed elements can have low cohesion materials like cellulose too.

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A flower pot packaging box for courier delivery of young plants with developed stems and leaves. The box has a lattice structure to fix the pot during delivery and prevent soil spillage. The pot sits in a positioning member that contacts the sides and top. A removable loam cover sits on the pot top to prevent soil flooding. The positioning member is a lattice of horizontal and vertical walls forming square receiving parts for the pots. This allows multiple pots to be packed tightly. The vertical walls have a bottom separator plate alternating with longer support plates to space the pots. The horizontal walls have a top transverse support pressing the loam cover. The loam cover has a central hole and side cutout to accommodate the plant. The box also has a lower drainage groove.

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A packaging box that provides easy and secure handling of fragile items during shipping. The box has reinforced corners and sides to prevent collapsing or tearing during transit. The corners have additional material or folds to absorb impacts and prevent edge damage to the packaged item. The box also has handles or grips on the sides for carrying. The handles are positioned to provide a balanced grip for lifting the box without putting stress on the corners or sides. This prevents the box from tipping or collapsing when being carried.

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A multifunctional bottle cap opener and hook that can also attach to a carrying device like a bag. The opener has a curved shape with parallel midsegments connected by concave bends. It can open a bottle cap by inserting between the top and cap then prying with pressure. After opening, the hook can attach below the tamper-evident band by looping an attachment beneath the curved part. This allows carrying the bottle without gripping or balancing it.

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A transport packaging that provides high shock absorption without additional cushioning elements. The packaging is made from corrugated cardboard and has a prism shape with an elliptical base. The item being shipped is wedged between the corrugations and has space to deform the walls in case of impacts. The packaging is produced on a customized line with measuring, creasing, cutting, and folding stations. The line calculates and generates the optimized prism shape for each item. This allows the packaging to conform to the item and absorb shocks without added cushions.

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Shock-absorbing packaging box that protects products from impact without using excessive materials or generating pollution. The box has flaps that cross over and can rotate up and down. A rotating plate between the flaps presses the product. Connected packaging members tauten as flaps rotate to push the product. This prevents internal movement and cushions impact. A support member connects the plate to flaps. Folding connectors allow easy boxing. The flaps rotate on slopes, avoiding rigid plates. This absorbs shock while spacing the product and preventing transmission. The rotating flaps and plate minimize material use compared to fixed boxes.

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A foldable medical packaging container with a foldable side section for collapsible storage and transportation. The container is used to hold liquids like wound cleansers, disinfectants, and pharmaceutical preparations in a medical setting. The foldable side section allows the container to be compressed for easy storage and transportation when empty or partially filled, then expand to its original shape when filled. This saves space and makes it more convenient to carry around.

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Flexible and versatile transport system for packaging machines that allows more flexible and customizable transportation of objects between different regions of the packaging system. The system uses small, movable transport vehicles that can navigate complex, non-linear paths between areas of the packaging machine instead of fixed conveyor belts. The vehicles have multiple degrees of freedom for movement and can be controlled to follow customized paths. This enables more flexible and varied transportation options for objects as they move through the packaging process. The vehicles can also perform tasks like providing packaging materials, arranging products, and loading/unloading from the machines. The vehicles can be autonomous and use AI for path planning.

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Reusable packaging for shipping products that can be folded compactly when empty and expanded to protect items during transport. The packaging has a bottom, top, and four hinged side walls that can fold parallel to the bottom in a compact configuration. In the expanded configuration, the side walls pivot out perpendicular to the bottom to create a box shape for protecting items during transport. This allows the packaging to be reused multiple times by collapsing it when empty for return shipping.

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A twist-top milk bottle packaging box that combines milk powder storage and bottle filling into a single compact and portable container. The box has a rotatable bottom turntable with separate compartments for milk powder and a nipple. The top cover connects the compartments for filling the bottle with hot water before adding powder. This allows convenient carrying of milk powder and bottle in one container, eliminating the need for separate boxes. The twist-top design also enables easy operation by snapping the bottle cap onto the ring and turning the top to open/close.

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A split bottle warmer that allows detachable heating module to connect to a bottle mouth for direct heating. The base and heating module can be separated for easy handling. The module has conductive parts that plug into electro-contact parts on the base to make an electrical connection. This allows the module to be electrically connected to the base when attached. The split design enables detachment for storage and transportation convenience. The modular connection allows the module to be swapped out if needed. The split bottle warmer also has features like temperature and water level sensing, display, and switch on the base. The module has a hollow adapter to fit inside the bottle and a second sealing element to create a tight seal. The split design improves user experience by enabling quick disconnect for cleaning, easier storage, and simplified transportation compared to integrated bottle warmers.

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Packaging structure for parts that improves workability and reduces costs compared to traditional vertical partition and tray insertion methods. The packaging structure has a base sheet and a separator sheet with multiple flaps that fold outwards. The parts are placed on the base sheet and the separator sheet is folded around them. This creates separate compartments without the need for engaging cuts or pre-formed openings. The folded flaps protect the parts and prevent them from moving during shipping. The design allows packing of mixed part types without separate trays, reduces material usage compared to vertical partitions, and simplifies packing compared to interlocking cuts.

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A device for transporting and packaging goods that allows automated, continuous movement of bags filled with goods without spillage during transport. The device has a sliding frame with rollers that carries a half-ring structure. This half-ring slides on an upper slide rail. The rolling motion enables the half-ring to move goods-filled bags between two limiting brackets on the lower slide rail. The half-ring contains the bags and prevents them from tilting or expanding during transport. The sliding frame allows the bags to be loaded and unloaded while the device is moving. The bags can be easily swapped for continuous automated transportation and packaging of goods.

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Packaging box with a sliding inner box that allows the top platform to raise and lower when the inner box is pulled out or pushed in. The inner box has a connector panel that interconnects with the top platform. When the inner box is pulled out, the connector panel raises the top platform. When pushed back, the connector panel lowers the top platform. This provides a collapsible platform that can be raised when items are removed, then collapses when the inner box is replaced.

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Packaging system to protect consolidated items in a single shipping container from damage during transit. The system uses customizable dividers to separate and cushion individual items within the container. The dividers can be adjusted in size and shape to fit the specific items being shipped. This prevents them from moving around and colliding with each other during transport, reducing the risk of damage. The dividers also provide cushioning and shock absorption to further protect the items.

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Compact shipping method for chairs with height adjustable components to minimize space while allowing quick loading and unloading. The chairs are packed vertically by pivoting the side walls with holders for the base and straps to engage the chair seats. As the chairs are adjusted, the straps tighten. This allows multiple chairs to be stacked vertically without needing to nest them. The pivoting side walls move from a horizontal loading position to vertical shipping position.

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Packaging element for stabilizing products like syringes, ampoules, etc. in cardboard packaging. The packaging element is made from a single foldable sheet and has a base body and at least one recess to hold the product. The packaging element is inserted between the base and cover layers of the packaging. The recesses stabilize the products and prevent movement during shipping. The packaging element can be easily folded from a single sheet for simplicity and efficiency.

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Folding container with improved stability and impact resistance for holding food products. The container has a bottom wall, flange, side walls, flange tabs, and front reinforcing tabs. The flange tabs rest against the flange when folded to increase stability in the front area. The reinforcing tabs rest against the flange for additional front area stability. This prevents container collapse or damage during handling and shipping. The design provides increased protection for the food products inside.

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Packaging system for efficiently and accurately packaging a set product containing a smaller item inside a larger item, removing air, and detecting the presence of the smaller item inside the package. The system has a rotating brush to remove air from the package, a conveyor to transport the package, and a detection device using light passing through gaps between conveyor belts to detect the smaller item inside. The rotating brush supports the entire bottom of the semi-package to prevent bulging, and the conveyor belts are wide enough to prevent misalignment. This allows accurate detection without interference.

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Packaging design for windshield wipers that provides safe transportation while also enabling efficient packing of multiple wipers in a container. The packaging unit has a recess to hold the wiper and a spacing unit to position another packaging unit at a specific distance and orientation. This allows multiple wipers to be packed tightly together without contacting each other. The spacing unit prevents misalignment or damage to the wipers during transit. The packed wipers can then be placed inside an outer packaging.

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Reinforced plastic bottles for packaging liquids that have improved impact resistance during transportation and handling. The bottles have a neck with equally spaced ribs extending from the neck to the body. The ribs transition smoothly into the neck and body. This reinforces the transition area between the neck and body, preventing cracking and breaking when the bottle is dropped or impacted.

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Packaging design for efficiently protecting and shipping multiple products without individual packaging. The packaging uses modular elements that snap together to form a collective packaging around the products. Each element has two parts, a connecting side and a product support side. When assembled, the connecting sides form a container around the products while the product support sides face inward to hold the items. This allows multiple products to be packaged together in a compact, stackable container without the need for individual boxes. The modular elements also provide better protection against impacts and vibrations during shipping.

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Packing body carrier and packing body design to reduce shock during transportation. The packing body carrier has a body portion for holding the packed item and a load receiving member on the body portion with a slanted load receiving portion. When the packed item moves horizontally, the slanted load receiving portion prevents vertical movement and instead causes the load receiving member to tilt. This redistributes the load force and reduces shock compared to a flat load receiving surface.

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Reducing the number of work steps and costs in packaging by optimizing cushioning material selection. The method involves choosing a larger cushioning material than the packaging box size when wrapping the item by hand. This prevents gaps between the box and cushioning that could allow item movement during transport. By selecting an oversized cushion, it eliminates the need for inserting additional materials between the box and cushioning to fill gaps.

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A one-piece cardboard packaging insert for protecting and separating fragile objects like bottles during transportation. The insert has three compartments to hold elongated objects like bottles. It is made from a single piece of cardboard, with the side walls, front wall, and rear wall folded from the blank. This eliminates the need for doubled walls, reducing material and weight compared to conventional inserts. The blank is punched from a larger cardboard format, then adhesive is applied to connect the walls. The blank is folded to form the compartments and erect the insert.

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A crate for transporting reusable bottles that prevents breakage when bottles are removed from multipacks. The crate has a frame with intersecting webs that stabilize bottles without parallel walls. This allows the webs to connect to bottle shoulders without being too tall. Bottle holders have recesses to receive the webs. The crate can hold both multipacks and individual bottles. The recesses receive webs from a first sleeve type around a central tube. The holders also have recesses for a second sleeve type. Bottles in multipacks fit in the first type, and individual bottles fit in both. This prevents side-to-side movement and breakage.

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Cartridge for filling and packaging oblong bottles for food use that allows automation, reusability, and protection of oblong bottles during filling and after filling. The cartridge consists of a lower part that protects the bottle barrels and an upper part that protects the bottle caps. The lower and upper parts can interlock to form a complete cartridge around multiple bottles. This enables vertical filling of unstable oblong bottles and secure packaging of filled bottles in a cartridge that can be easily transported and automated. The cartridge design allows adapting to different bottle and cap shapes while separating protection of the barrels and caps.

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A biodegradable condiment packaging device for restaurants that addresses the issues of compostability and ease of use compared to traditional condiment containers. The packaging is made of biodegradable materials that can break down after disposal. It is designed to be filled and sealed at the restaurant, eliminating the need for manual filling and closing. The packaging has a small footprint and can be easily transported with food items in a to-go bag. The biodegradable material allows for shorter shelf life compared to non-biodegradable containers, making it practical for use in restaurants.

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Bicycle packaging structure that reduces plastic usage and improves quality during transportation by using a fixed frame instead of cartons. The structure has a lower support base, a handlebar storage column, and an upper fixed bracket. The bicycle parts like wheels, fork, frame, seat, handlebar, etc. are fixed in place using these components. This avoids the need for excessive plastic packaging to prevent part collisions during transport. The fixed structure also provides better protection against damage.

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A lidded egg container that provides improved strength for transporting eggs without breaking. The container has features like an intermediate support between slots, recessed edge supports on the lid, and a central support. These elements enhance structural integrity when closing the lid. The container is made of cellulosic material and can be recycled. It aims to reduce weight compared to traditional containers while maintaining strength. The coated lid further improves hardness.

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Biodegradable, folding container for batteries that is made from renewable or recycled materials like corrugated paper or cardboard. The container is designed to replace plastic battery packaging that is discarded after each recharge. The folding container allows easy access to the battery terminals for recharging without breaking apart the container. It provides protection and shock absorption during transport. The biodegradable material reduces environmental impact compared to plastic. The folding design reduces waste by eliminating the need for new plastic containers for each recharge. The container can be flattened and reused multiple times.

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Packaging bag for moving heavy contents like construction materials and grains. The bag has handles to easily carry the bag when full. The handles are formed on the packaging sheet and extend into the space between the sheets. Reinforcement members distribute load from the handles to prevent tearing. A removable sheet allows controlled discharge of contents. A bottom spacer sheet guides contents to the bottom. The bag can also have storage packs inside. The handles connect through a through groove in the sheet.

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Recyclable, reusable, and visually appealing packaging cushion made from recycled corrugated cardboard that overcomes the limitations of traditional packaging materials like air cushions and styrofoam. The packaging cushion is created by compactly rolling and compressing used corrugated cardboard boxes into a dense, high-density roll. This roll is then cut into thin, flat sheets that are stacked and compressed into a compact cushion shape. The resulting cushion provides excellent shock absorption and filling properties without the issues of leakage, puncture, static electricity, or contamination associated with air cushions and styrofoam. It also has a clean, uniform appearance compared to shredded cardboard. The compact cushion shape allows efficient storage and transportation of the cushion between shippers and recipients. The cushion can then be recycled or reused by compacting it back into a roll.

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Polygonal foldable packaging material with improved structure to create a more secure and convenient packaging box for products. The packaging material has a polygonal bottom, side walls, and end walls that fold together to create a box shape. The side walls have overlapping covers with arcuate lifting ears. The end walls connect to the sides with flaps. This allows the box to be easily folded and unfolded without additional steps or materials compared to traditional paper boxes. The overlapping covers and flaps provide secure sealing without the need for tape or glue. The lifting ears and handles make it easier to open and carry the box. The polygonal shape provides stability and strength.

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Vertical packaging for bottles that prevents leakage and allows upright storage. The packaging has a rectangular body with cells for the bottles that have three vertical protrusions to securely hold the bottles upright. The cells are cylindrical shapes with side walls that extend upwards. This allows the bottles to stand upright without tipping over during transport or storage. The packaging also has a recessed pocket between the cells for drinking straws. This allows easy access to the bottles without opening them. The protrusions seal against the body to prevent leaks.

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A packaging box for perfume bottles that provides improved protection and presentation. The box has a main compartment for holding the perfume bottle, as well as additional compartments for storing accessories like perfume pumps and atomizers. The box is made of materials like cardboard, paperboard, or plastic. It can be designed with a hinged lid or a sliding drawer mechanism for opening. The box may also have a handle for carrying. The additional compartments allow better organization and protection of the perfume and accessories during shipping and storage.

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Packaging bag with a cover that prevents the bag from collapsing when gripped. The cover has cutouts on the inside corners where the bag body bends. When the bag is squeezed, the corner of the bag gets caught in the cutouts, preventing the cover from rotating and collapsing. This keeps the bag shape intact when handled.

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Small container packaging box that allows upright storage of multiple small containers in a compact and stable configuration. The box has a storage section with a grid of holes to hold the containers. The holes have upper and lower supports to prevent horizontal movement. This allows the containers to be spaced apart without contact. The supports are connected by plates that form a buffer space between them. This cushions the containers against impact. The box also has outer plates with thickness maintaining features that support the inner plates to maintain thickness.

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Folding box for packaging containers with necks like bottles that prevents containers from touching and scratching each other during handling and storage. The box has at least one upper centering panel that folds onto the inner face of the top base when assembled. This panel centers and spaces the containers inside the box to prevent contact between them and the walls. It allows easy placement of containers inside the box while preventing damage during transportation.

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Transport packaging for a bicycle that allows easy and complete enclosure of the bike without disassembly. The packaging has two shells that connect around the bike in its riding position. The lower shell has a front receiving element for the handlebars, and the upper shell pivots open to cover the bike. The handlebars rest on the front element and are secured with straps. The pivoting upper shell allows separate attachment to the lower shell. This avoids dismantling the bike and handlebars.

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Reusable packaging for kitchen appliances that allows compact and efficient return shipping. The packaging consists of two reusable elements that attach to the appliance and connect together. During shipping, the appliance is packed in both elements. For return shipping, the elements are folded together and connected. This saves space compared to separate boxes. The connection element can be a stretch film, strap, or elastic band. The packaging can be automated for efficient handling.

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