A decorative container is disclosed. In an example, the decorative container includes a container portion having a cavity configured to receive wipes or tissues. The example decorative container also includes a weighted bottom portion under the container portion. The example decorative container also includes a removable cover configured to fit on the container portion. The example decorative container also includes a lid on the container portion. The lid is configured to operate between an open position and a closed position on the container portion. The example decorative container also includes a decorative portion on the container portion.

A decorative container is disclosed. In an example, the decorative container includes a container portion having a cavity configured to receive wipes or tissues. The example decorative container also includes a weighted bottom portion under the container portion. The example decorative container also includes a removable cover configured to fit on the container portion. The example decorative container also includes a lid on the container portion. The lid is configured to operate between an open position and a closed position on the container portion. The example decorative container also includes a decorative portion on the container portion.

Various modular food storage systems and methods are disclosed. The system can include one or more compartments configured to be connected together, such as by a food processor (e.g., a company that processes, handles, and/or packages food). Food items can be placed in individual compartments separately and the compartments can be put into storage, such as in a refrigerator. In response to a request (e.g., an order from a grocery store or otherwise) for a certain mix of the food items, the prefilled individual compartments can be mixed and matched and assembled together for shipping. The assembled compartments form a system that can be provided to a consumer, seller (e.g., grocery store), or otherwise.

Various modular food storage systems and methods are disclosed. The system can include one or more compartments configured to be connected together, such as by a food processor (e.g., a company that processes, handles, and/or packages food). Food items can be placed in individual compartments separately and the compartments can be put into storage, such as in a refrigerator. In response to a request (e.g., an order from a grocery store or otherwise) for a certain mix of the food items, the prefilled individual compartments can be mixed and matched and assembled together for shipping. The assembled compartments form a system that can be provided to a consumer, seller (e.g., grocery store), or otherwise.

An electrically heated aerosol-generating system is provided, including a primary device and a secondary, aerosol-generating, device having a cavity at a proximal end configured to removably receive an aerosol-generating substrate. The primary device includes a housing; a power supply; a cavity in the housing configured to receive the secondary device; a plurality of electrical contacts within the cavity, each contact being configured to contact a corresponding contact of the secondary device when the secondary device is in the cavity, at least one of the contacts being connected to the power supply; and a lid configured to cover an opening of the cavity, and being moveable between a first closed position, and a second open position. The lid includes a protrusion configured to prevent movement from the second position to the first position if the secondary device is inserted incorrectly.

An electrically heated aerosol-generating system is provided, including a primary device and a secondary, aerosol-generating, device having a cavity at a proximal end configured to removably receive an aerosol-generating substrate. The primary device includes a housing; a power supply; a cavity in the housing configured to receive the secondary device; a plurality of electrical contacts within the cavity, each contact being configured to contact a corresponding contact of the secondary device when the secondary device is in the cavity, at least one of the contacts being connected to the power supply; and a lid configured to cover an opening of the cavity, and being moveable between a first closed position, and a second open position. The lid includes a protrusion configured to prevent movement from the second position to the first position if the secondary device is inserted incorrectly.

The invention relates to a fluid reservoir for a paint spray gun with a container (1) and a cover (2) that is attachable on this container and has a connection part (3) to enable attaching the fluid reservoir on the paint spray gun or on an adapter, wherein the container (1) has a ventilation opening (6) that can be closed by a valve (5). In a fluid reservoir known from the state of the art, the valve is constructed in the form of a sliding valve. Here, there is the risk that the ventilation opening is not completely closed if the slide of the sliding valve has not been pushed completely into the valve housing. In order to provide a fluid reservoir with a valve that can be easily actuated manually and that can be closed reliably, it is provided for the fluid reservoir according to the invention that the valve (5) has a closing element (8) that can pivot like a rocker about a pivot axis (7) for closing the ventilation opening (6) in a fluid-tight way.

A display package for a consumer product includes a base, a surround window positioned upon the base, and a top cover positioned upon the surround window. Each of the front, back, and two opposed side walls include a respective edge defining an upper perimeter of each of the walls and each of the front, back, and two opposed side walls include a respective edge defining a lower perimeter of each of the walls, wherein these upper and lower edges are constructed such that when the surround window is positioned upon the base and the top cover is positioned upon the surround window the front exposed surface area is greater than the back exposed surface area and wherein when the surround window is removed from between the base and top cover, the edges of the top cover are constructed to mate in a close fitting relationship with the edges of the base.

A display package for a consumer product includes a base, a surround window positioned upon the base, and a top cover positioned upon the surround window. Each of the front, back, and two opposed side walls include a respective edge defining an upper perimeter of each of the walls and each of the front, back, and two opposed side walls include a respective edge defining a lower perimeter of each of the walls, wherein these upper and lower edges are constructed such that when the surround window is positioned upon the base and the top cover is positioned upon the surround window the front exposed surface area is greater than the back exposed surface area and wherein when the surround window is removed from between the base and top cover, the edges of the top cover are constructed to mate in a close fitting relationship with the edges of the base.

A method includes causing a plurality of gift provider options to be provided via a display, receiving a first input indicative of a selection of a gift provider, causing, a plurality of gift values to be provided via the display, receiving a second input indicative of a selection of a desired gift value, requesting payment information corresponding to at least the desired gift value, and receiving a third input including payment information indicative of the desired gift value. The method also includes receiving a unique value code corresponding to the gift provider from a remote processing center, wherein the desired gift value is redeemable from the gift provider using the value code. The method further includes causing a printer to print the unique value code on one of a greeting card or giftable item separate from the greeting card.