A packaging container for scoopable bulk solids comprising a container body includes a container wall extending from a container bottom edge to a container body opening in a height direction of the container, and a closure arrangement including a lid. The container wall has an inner surface facing towards an inner compartment in the packaging container and an outer surface facing away from the inner compartment. The container body has an opening edge at the container body opening. A combined scraper bar and scoop holder is arranged at the container body opening and extends across a bent portion of the container wall between a first container wall portion and a second container wall portion, the combined scraper bar and scoop holder including a scraping edge and a first scoop fastening element for repeated fastening and releasing of a scoop.

The present invention discloses a lightweight and large-capacity garage kit carrying case, including a case body provided with a case opening door on a circumferential surface thereof. The case body is formed by splicing a plurality of double-layer plastic panels with hollow interiors; a plurality of small bumps are correspondingly formed side by side on opposite surfaces of the plastic panels, located on two sides of the case opening door, of the case body; a cargo chute is formed between two adjacent rows of upper and lower small bumps; and a tray capable of being pulled along a direction of the case opening door is erected between two cargo chutes arranged symmetrically. The case features light weight, high strength, large capacity, and high space utilization, making it convenient to carry a large number of garage kit models for board games.

A container includes a tank body and a cover. The tank body defines an opening. The cover detachably covers the opening of the tank body. A sidewall of the tank body defines an accommodating groove. The cover includes a cover body and a plug-in piece extending from the cover body to the tank body. The plug-in piece is capable of extending into the accommodating groove. The container further includes a fixing piece, and the fixing piece detachably covers an opening of the accommodating groove and is capable of being buckled with the plug-in piece accommodated in the accommodating groove.

A child-resistant container including a container body, a lid, and at least one resilient tab is provided. The lid is pivotable about an axis through a hinge joining the lid to the container body to open and close the container. The resilient tab has a proximal portion fixed to the lid, a distal portion projecting from the lid, and at least one abutment on the distal portion. The abutment on the distal portion of the tab is normally biased into engagement with an abutment on the container body when the lid is in its closed position. The distal portion of the tab is displaceable against the bias to disengage the abutment of the tab from the abutment of the container. Displacement of the tab releases the lid so that it can be pivoted about the hinge to open the container.

The present disclosure relates to a leak-proof vessel for storing fluid that comprises a cylindrical body for storing a fluid. The cylindrical body includes a neck portion, which includes a threaded interior surface that enables seamless sealing with a threaded exterior surface of an inner lid. The inner lid comprises a disk plate with an orifice and an air vent, wherein one or more grooves are formed on an interior surface of the inner lid. Further the leak-proof vessel comprises an outer lid including one or more locking elements, wherein the one or more locking elements interlock with the one or more grooves to firmly engage the inner lid with the outer lid. Further, a base aperture securely holds the outer lid within the base aperture, for providing a hands-free experience to a user.

A re-sealable container is disclosed having a lid, a body, an attachment mechanism, and a seal. The seal may extend from, or be attached to, the lid and engage at least a portion of the body, such as the side wall, including the body sealing surface and/or the lip. The engagement of the seal and body creates a seal that prevents the ingress of moisture and ambient conditions into an interior space of the body. The attachment mechanism may retain the lid in a seated, closed position on the body. The configuration of the seal and attachment mechanism accommodate a degree of error in the joining and placement of the lid and body while allowing for both the formation of a seal between the lid and body and the locking of the lid when the lid is in a closed position.

The present invention includes a drinking container with a multifunction lid. The lid can be configured to engage an opening of the container to retain liquid within the container. The lid may further include a first opening for dispensing liquid. Additionally, the lid may include a second opening for receiving a straw. The lid may also include a first cover for covering the first opening in a first position and for allowing access to the first opening in a second position. The lid may also include a second cover for covering the second opening in a first position and for allowing access to the second opening in a second position.

A disposable cup with an integrated hinged lid is provided. The disposable cup can be unitarily formed entirely of a wood, cellulosic, or other type of fiber pulp-based material that is readily recyclable using a single recycling process for the entire product. The entire product can be recycled using the same recycling process, as compared to conventional disposable cups which can require the separation of the product into its various components, each of which may require a different type of recycling process.

A disposable cup with an integrated hinged lid is provided. The disposable cup can be unitarily formed entirely of a wood, cellulosic, or other type of fiber pulp-based material that is readily recyclable using a single recycling process for the entire product. The entire product can be recycled using the same recycling process, as compared to conventional disposable cups which can require the separation of the product into its various components, each of which may require a different type of recycling process.

A disposable cup with an integrated hinged lid is provided. The disposable cup can be unitarily formed entirely of a wood, cellulosic, or other type of fiber pulp-based material that is readily recyclable using a single recycling process for the entire product. The entire product can be recycled using the same recycling process, as compared to conventional disposable cups which can require the separation of the product into its various components, each of which may require a different type of recycling process.