An embodiment relates to a food packaging container including a main body having a first rim portion provided at an upper edge thereof, and a cover having a second rim portion provided at an edge thereof, and a recessed groove formed in a bottom surface of the second rim portion so that the first rim portion is inserted into the recessed groove.

A container with a lower part and a covering part has a latch portion which protrudes downwards formed on the covering part in order to interact with a latch engagement part of the lower part, a latching tongue which extends along the lower part being formed on the latch portion. The latching tongue extends below the latch engagement part of the container in the closed state so as to leave a direct open space between the inner face of the latching tongue and an opposing outer face of the container.

A packaging container having a closure and release mechanism is provided having a base section and a cover section, with the cover section adapted to cover the base section when in a closed state. The closure and release mechanism includes at least one first aperture formed within an inner wall segment of the base section and at least one second aperture formed within an outer wall segment of the base section, which is aligned with the at least one first aperture. At least one projection extending inwardly from a side wall portion of the cover section is also provided for engaging the at least one first aperture and the at least one second aperture of the base section. Thus, the closure and release mechanism retains the cover section over the base section and secures the packaging container in a closed position. The at least one projection is released from the at least one first aperture and the at least one second aperture by depressing a deformable flange, thereby opening the packaging container.

A packaging container having a secure closure includes a base section and a cover section, with the cover section adapted to cover said base section when in a closed state. The closure mechanism includes a first aperture formed within an inner wall segment of the base section and a second aperture formed within an outer wall segment of the base section. A projection extends inwardly from a side wall portion of the cover section for engaging the first and second apertures of the base section, wherein the closure mechanism retains the cover section over the base section and securing the packaging container in a closed position.

The container includes a base and a lid pivotally coupled to the base. The base includes a bottom wall and a peripheral wall, where a plurality of receptacles are defined in the peripheral wall. The peripheral wall is configured to be moved from a relaxed position to a flexed position by applying a first force to a first portion of the peripheral wall in a first direction and a second force to a second portion of the peripheral wall in a second direction. The lid includes a top wall and a plurality of projections. In the relaxed position, the lid is configured to engage the receptacles so as to retain the lid in a closed configuration. The container is configured to be moved from the closed configuration to an open configuration by moving the lid in a third direction while the peripheral wall is in the flexed position.

A thermoformed packaging container includes a base section having a bottom surface and spaced apart inner and outer wall segments with a base rim therebetween. The outer wall segment has a deformable flange extending laterally and outwardly therefrom. A cover section includes a top surface, a cover rim, and a side wall portion, wherein cover section adapted to cover said base section when in a closed state. The packaging container includes a closure and release mechanism including an aperture formed within said outer wall segment of the base section, a projection extending inwardly from the side wall portion of the cover section operable to engage the aperture. The closure and release mechanism retains the cover section over the base section and securing the packaging container in a closed position. The projection is released from the aperture by depressing the deformable flange, thereby opening the thermoformed packaging container.

A modular beverage container assembly is an apparatus designed to store beverage ingredients separate from each other in the same structure. The apparatus includes a drinking lid, a solvent receptacle, a dispensing cap, a solute container, a lid-interlocking snap feature, a receptacle-interlocking snap feature, a cap-interlocking snap feature, and a container-interlocking snap feature. The drinking lid enables the consumption of the desired beverage. The solvent receptacle retains the liquid base for the desired beverage. The dispensing cap enables the dispensing of the desired beverage ingredients from the solute container into the solvent receptacle. The solute container stores the beverage ingredients that can be mixed with the liquid base. The lid-interlocking snap feature and the receptacle-interlocking snap feature enable the removable attachment of the drinking lid to the solvent receptacle. The cap-interlocking snap feature and the container-interlocking snap feature enable the removable attachment of the dispensing cap to the solute container.

Container (1) comprising a substantially tubular metal container body (2) having a top opening defined by an outwardly curled edge, and a bottom opening. The container further comprises a peelable lid (9) bonded to an upper surface of said curled edge to close said top opening in an airtight manner, the outermost edge of the peelable lid not extending beyond an outermost extent of said curled edge, and a metal closure (4) comprising a generally planar centre panel (8) and a downwardly extending sidewall (7) depending from a peripheral region of the centre panel and terminating with an inwardly or outwardly directed fold (12), and a plurality of features (5) pressed into the sidewall at respective circumferentially spaced locations between said peripheral region and the fold, wherein the radial inward extent of the features is greater than that of the fold. The closure and the container body have relative dimensions to allow the features to pass over said curled edge during closure and to be retained beneath the curled edge to resist removal of the closure.

A toilet plunger set includes a toilet plunger holder and a toilet plunger. The toilet plunger includes a cover, a base and connecting structures. The base has a base panel and an annular base wall. The annular base wall is formed by extending upwardly from an outer periphery of the base panel. A toilet plunger accommodating space is provided between the cover and the base to accommodate a toilet plunger. The toilet plunger can rest on the base panel. The connecting structures are configured to connect the cover to the base. The toilet plunger holder of the present disclosure is easy to manufacture and convenient to assemble, is releasable, portable and transportable, and is firmly assembled.

The invention refers to a container (1) that can be used for storing, transporting and for inoculating silk-free pupae. The container (1) includes a tray (2) having a flat surface (5) and a plurality of wells (4) formed on the surface (5), wherein each well (4) is configured for accommodating a pupa (8). The container (1) also includes a lid (3) having a plurality of openings (6), wherein the tray (2) and the lid (3) are configured to be coupled to each other, such that the lid (3) is placed on the flat surface (5), at least partially, closing the wells (4). The wells (4) and the openings (6) are arranged, such that when the tray (2) and the lid (3) are coupled together, each well (4) is accessible through one of the plurality of openings (6). The container is stackable for an optimum and cost-efficient secure transportation.