Packaging Compliance Testing

Cardboard packaging materials that are highly recyclable and have water resistance and moisture permeability, as well as a system for optimizing the production and supply of these materials. The cardboard is made by coating a cellulose ester like cellulose acetate onto the paper base. This provides water resistance without adding plastics that impair recycling. The coating weight is carefully balanced to achieve water resistance and moisture permeability. A system uses demand data, shipping destinations, and regulatory information to determine the optimal cellulose ester coating for each shipment. This reduces environmental impact by avoiding overproduction of non-compliant materials.

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An AI-based tablet dispensing and packaging system for pharmaceutical applications that automates and optimizes the processes of dispensing and packaging tablets in pharmaceutical settings. The system uses AI algorithms, integrated sensors, and real-time data processing to improve accuracy, efficiency, and safety in tablet handling. The AI analyzes historical dispensing data, monitors inventory levels, and predicts future requirements to dynamically adjust dispensing rates and packaging schedules. This reduces manual intervention and minimizes error. The AI also enables precise control over tablet quantity and placement to meet regulatory standards.

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A blockchain-based food packaging system that uses smart contracts, IoT sensors, and blockchain to ensure nutritional integrity and compliance during food packaging. The system involves tracking environmental factors like temperature, humidity, and light exposure during packing using sensors. Smart contracts enforce nutritional standards. Blockchain records the data for transparency and traceability. This prevents nutrient degradation and ensures compliance. It also provides an auditable chain of custody for food safety. Consumers can scan QR codes to view blockchain records confirming nutritional value and compliance.

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Verification system for pharmacy packaging that uses multiple levels of checks to ensure medication accuracy and safety during packaging. The system uses barcode scanning, image recognition, database integration, electronic prescription verification, dosage verification, drug interaction checking, allergy alerts, expiration date verification, tamper-evident packaging detection, and user authentication. It involves steps like offline coding, line check, packaging line, printed material store, online coding, return control, return to store.

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Transport packaging set for safe and compliant transport of uranium-containing fissile material by all means of transport, including air transport. The packaging set uses a double-cased design with shock-absorbing dampers covering the outer container. The inner container has a neutron shielding cover and slots for inserting fissile material containers. This prevents container opening from causing leakage or material redistribution. The dampers are impregnated with fire-retardant material to prevent ignition. The double lids and neutron shielding prevent fissile material dispersal. The design improves radiation and nuclear safety, prevents leakage, and simplifies loading/unloading compared to conventional containers.

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Packaging laminates for food products that meet regulatory requirements, extend shelf life, and are recyclable. The laminates have two or more layers made of polyolefins like HDPE, LDPE, LLDPE, PP. The outer layer can be printed on. The inner layer has a barrier layer with EVOH coextruded to prevent gas permeation. The layers are chosen to balance properties like sealing, puncture resistance, printability, recyclability. The laminates can also have a middle HDPE layer. The HDPE content of the outer layer can be high, like 80%. This allows recycling with LLDPE.

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Compostable film for packaging perishable items like seafood that has adjustable oxygen transmission rate (OTR) to meet regulatory requirements. The film has a micro-perforated structure with pores connecting the food and environment sides. A barrier coating on the external side covers the pores further adjusts OTR. The internal surface can be modified and coated with antimicrobials. This provides a compostable film with customizable oxygen and antimicrobial properties for food packaging.

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A wrapper for heat-not-burn tobacco products that makes them non-combustible to meet regulatory requirements and reduce safety concerns. The wrapper is made from a base web of cellulosic fiber paper containing a flame retardant filler like calcium silicate. The filler amount is 10-40% by weight. Alternatively, the wrapper can have a coating of reduced ignition composition on one side. This composition contains colloidal microcrystalline cellulose, calcium carbonate, and a cellulose derivative. The filler or coating makes the wrapper non-combustible when tested.

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Standardized modular container system for transport and disposal of radioactive waste that enables efficient, cost-effective, and safe handling of diverse types and volumes of radioactive waste while minimizing regulatory burden. The system uses modular containers of varying sizes that can be configured with specific inserts and frames to accommodate different waste types and volumes. The containers have structural strength, confinement, and shielding integrity for transport and disposal. The modular design allows optimized waste packaging for different waste classes and activities. It aims to reduce the need for customized waste packages and overpacks while meeting safety and regulatory requirements.

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Calculating environmental charges for packaging materials based on product information and sales volumes. The method involves receiving product names, determining the packaging materials, registering the products with sales volumes, and calculating environmental charges for the packaging materials based on the registered data. This allows tracking and assessing the environmental impact of packaging materials for products sold.

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A pressurized bottle with a container made of plastic material that meets regulatory requirements for aerosol bottles containing liquefied gases and compressed gases. The container has specific thickness dimensions in different parts to provide mechanical strength for testing without cracking or deformation. The thicknesses are: - Lower part: >1.1 mm (preferably >1.4 mm) - Middle part 1: >0.65 mm (preferably >0.9 mm) and >6 mm height - Middle part 2: >0.4 mm (preferably >0.6 mm) and >8 mm height - Middle part 3: >0.4 mm (preferably >0.6 mm) and >8 mm height - Bottom part: >0.6 mm This thickness distribution prevents bottle failure during tests for venting, vacuum, drop, water immersion

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A pressurized bottle made of plastic that meets regulatory requirements for aerosol containers containing liquefied gases. The bottle has specific dimensions for the container volume, diameters, and heights to achieve compliance. The dimensions are: 100 ml, 105 mm, 20 mm, 47 mm, 77.6 mm, 100.1 mm (volume), 210 ml, 166.5 mm, 20 mm, 86.5 mm, 139 mm, 161.5 mm, 110 ml, 102.3 mm, 20 mm, 47 mm, 74.8 mm, 97.3 mm, 210 ml, 165.3 mm, 20 mm, 86.5 mm, 1

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Packaging laminate for food products that meets USDA and FDA requirements for extending shelf life, being recyclable, and having high barrier properties. The laminate has two or more layers of polyolefins like HDPE, LDPE, LLDPE, and PP. The outer layer is a printable HDPE with calcium carbonate. The inner layer is HDPE, LLDPE, and LDPE with an EVOH barrier and compatibilizer. This allows sealing, recyclability, and barrier properties for food packaging. The laminate can also have a middle HDPE layer.

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Packaging laminates for food products that meet regulatory requirements and are recyclable. The laminates have two or more polymeric layers, such as an outer layer of high density polyethylene (HDPE) and an inner layer of HDPE, LLDPE, or LDPE with a coextruded ethyl vinyl alcohol (EVOH) barrier. This allows recycling by extruding and pelletizing the laminate, then adding a specific amount of LLDPE for recyclability. The laminate can also have a middle HDPE layer.

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A pressurized bottle with a container made of plastic material that meets regulatory requirements for containing liquefied or compressed gases. The bottle has specific thickness measurements in different parts of the container to provide mechanical strength and prevent deformation during testing. The thickness is at least 0.65 mm in the first portion, 0.4 mm in the second portion, 0.6 mm in the third portion, and 0.6 mm in the fourth portion. The thicknesses allow the bottle to pass tests like hot air, water bath, drop, and vacuum without breaking or deforming. The bottom of the container can have a concave recess to prevent deformation during use.

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A modular packaging structure for display devices that provides high protection, meets environmental regulations, and allows customization for different device sizes. The packaging uses modular corner and side guards made by pulp molding. The corner guards protect the device corners and fold together to create a corner receiving groove. Multiple corner guards can cover all device corners. The side guards protect the sides and have a side receiving groove. The modular guards can be shared between devices of similar size. This allows customizing the number and orientation of guards for different devices. The pulp molded guards are recyclable and meet environmental standards.

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Generating packaging material certification documents that meet requirements and legal standards according to the producer responsibility recycling system. The document generation includes receiving, by the certification document generating system, packaging information of the packaged product from the second terminal; and generating a certification document regarding the packaging material of the packaged product based on the packaging information.

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A packaging unit for shisha tobacco that enables accurate taxation by providing verifiable information about the tobacco quantity sold. The packaging consists of a spherical segment screen body, filled with a weighed amount of shisha tobacco, sealed inside a wrapping film. This allows the exact tobacco amount in each package to be known and documented for tax purposes, preventing disputes over how much tobacco is being sold.

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A plastic aerosol bottle that meets regulatory requirements for liquefied gas aerosol products. The bottle has a container made of a specific type of plastic material and a unique neck design. The container is made of a plastic like PET, PEF, PC, PGM, PMMA, SAN, PBT, PA6, PA12, PEEK, PPG, or filled polymers with thickness of at least 0.9 mm in a specific area. The neck is also made of the same plastic and is one-piece with the body, with a thickness of at least 0.9 mm in a lower section at least 8 mm high starting 10-40% from the top. This design provides the needed strength and pressure resistance for liquefied gas aerosol bottles.

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Food packaging labels that provide clear and accurate information about the contents to consumers. The labels should include the product name, ingredients list, nutrition facts, allergen information, net weight, and contact information for the manufacturer. The font size and style should be easily readable, and the labels should be positioned on the packaging in a consistent and accessible location. The labels should also be made from materials that are safe for food contact and minimize any potential contamination of the food inside.

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