The present invention refers to a dispensing container for granular or pasty products, which has a container and a lid with outlet holes for the product to be dispensed, which includes a sliding sound-emitting device which compresses the air, making it pressurized out through openings, causing a funny sound when shaking or shaking the container.

A lid assembly includes a lid element having an annularly shaped peripheral portion configured to be axially aligned with and disposed between a rim of a canning container and a radially extending portion of a retainer element when the lid assembly is engaging the canning container and the retainer element is removably coupled to the canning container. An annularly shaped sealing element is disposed on the peripheral portion of the lid element and is configured to directly engage the rim of the canning container when the lid assembly is contacting the canning container. A plurality of projections is formed in the peripheral portion of the lid element with each of the projections forming a distally disposed surface of the peripheral portion with respect to an exterior axial direction of the lid element extending away from an interior of the canning container when the lid assembly is engaging the rim.

A drink-attachable mixer dispensing device is provided. The device is comprised of a bottle-attachable adapter and reservoir. The reservoir may house a first liquid that can be mixed with a second liquid within the bottle. After attaching the reservoir to the adapter and attaching the adapter to the bottle, the reservoir can be raised to allow the first liquid to escape the reservoir and adapter and mix with the second liquid within the bottle.

The disclosure relates to a vessel unit (2000) comprising a vessel (2200), a vessel connection part (2100) and a vessel closure (2300), the vessel connection part (2100) being connected to the vessel (2200) by the vessel closure (2300), the vessel connection part (2100) comprising a vessel connection part body (2130), a vessel pressure medium channel (2120) for pressure medium and a vessel pressure medium channel (2110) for pressure medium, a vessel mounting medium channel (2110) for the mounting medium, and a vessel pressure medium channel (2120) for a pressure medium, wherein the vessel unit (2000) is adapted to dispense mounting medium via the vessel mounting medium channel (2110) when pressure medium is supplied via the vessel pressure medium channel (2120). The disclosure further relates to an assembly comprising the vessel unit and an automatic coverslipper for automatically applying the coverslipping medium from the vessel unit and a coverslip to a slide.

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.

The invention relates to the field of the transportation and storage of goods and, in particular, to a box or box-like transport container that can provide a high degree of thermal insulation. More particularly, the present invention relates to storage containers that comprise a box or box-like container that can be hand-held. In the field of logistics, there is a widespread requirement to protect a thermally sensitive load to ensure that certain types of produce and materials do not to pass through certain temperature thresholds. It is well known that, for example, vegetables when subject to extremes of temperature that they become flaccid, as the cell structure is broken down through the formation of icicles or through dehydration. The present invention seeks to provide a container having a construction formed from recyclable materials that have similar or better thermal properties to known materials such as expanded polystyrene.

Provided is a portable insulated lunch box, including: a box body (1) and a cover body (2) adapted to the box body (1); the cover body (2) defines a mounting cavity (4) passing vertically through the cover body (2), an upper opening of the mounting cavity (4) is arranged with a pressing member (5), and multiple locking members (6), that are transversely, elastically, and movably connected, are arranged in the mounting cavity (4); an outer end of each locking member (6) passes through a cavity wall of the mounting cavity (4), and an inner end of each locking member (6) is arranged with an internal push bevel (7) matched with a lower edge of the pressing member (5); an inner side wall of the box body (1) is arranged with multiple clamping grooves (8) each matched with the outer end of a corresponding locking member (6).

When used to store liquid, powdered, or granular products, jars often come with a scoop for accessing the product therein. These scoops are often included within the jar when shipped to a consumer and may be substantially buried within the product. The presently disclosed flip-to-fill scoop resolves the shortcomings of traditional scoops by removably securing the flip-to-fill scoop to a top of the jar. This allows the consumer to easily access the scoop, even as the level of product within the jar drops. Further, the flip-to-fill scoop is filled without requiring the consumer to reach into the jar. This may aid with cleanliness and hygiene. Example products that may be accessed using the flip-to-fill scoop include medicines, nutritional supplements, powered food products, and larger granular food products.

A removable closure assembly has a cap making a liquid-tight seal with a tri-clamp assembly to the open end of a filter assembly body. The closure assembly has a filter which fits within the filter body. To aid in separating the closure assembly from the body, the cap has an outwardly extending shaft fixed thereto. The shaft is terminated by a radially protruding stop block. A handle is slidable on the shaft and functions as a slide hammer weight with an end wall facing the cap through which the shaft extends. The handle is movable to strike the shaft stop block and apply a force to the stop block and shaft for separating the cap from the body. The stop block has axial channels allowing a clean out of place system to exchange cleaning fluid with an interior volume of the handle.

A child-resistant cap assembly that is adapted to attach to the various shapes of the containers has an outer lid, an activate button body, an inner lid, and an optional desiccant basket for packaging container applications. The outer lid is adapted to receive and engage the rigid fingers when the activate button body assembly is depressed. The inner lid has latched grooves that position the rigid fingers. The rigid fingers are connected to a button with a flexible pivotable hinge and are radially moved upwards and/or outwards by a shaped protrusion or a ramp to engage circumferentially spaced grooves, allowing the cap assembly to be rotated counter-clockwise to disengage from the container. Clockwise rotation locks the cap assembly onto the container; otherwise, it functions as a child-safety feature.