The present disclosure relates to a bottle with a detachable housing and corresponding storage compartment. Indeed, the disclosed bottle can include a receptacle formed within an exterior side surface (or sidewall) or as part of the bottle lid. Within the receptacle, the disclosed bottle can integrate a detachable housing with the bottle via one or more attachment mechanisms (e.g., magnets). For instance, the disclosed bottle attaches the detachable housing to a receptacle sidewall such that the disclosed bottle can maintain a generally uniform profile across the exterior side surface. The detachable housing can include a storage compartment for storing and/or securing one or more items, such as cutlery, medicine, personal hygiene items, etc.

A multi-container dispenser for storing hygiene product, is disclosed. The dispenser comprises a plurality of storage reservoirs and an elongate receptacle body. The storage reservoir is configured to store fluids such as shampoo, and the elongate receptacle body is configured to store hygiene product such as tooth brush. Further, the storage reservoir comprises a dispensing outlet. A resealable cap disposed over each storage reservoir, such that each cap is selectively unsealed and resealed by a user. The dispenser comprises a dispensing arrangement in fluid communication with the plurality of storage reservoir, which is configured for actuation by the user, thereby causes dispensing of fluid from the selected storage reservoir. The storage reservoir being selected by the user by unsealing the selected respective sealable cap.

A method for preparing no-mess fudge is provided. The process for preparing no-mess fudge may include a firming container and a stand-up container. The stand-up container retains a plurality of pre-measured fudge ingredients. The stand-up container may be sleeve providing a seal on one end and a flat base on the other. In preparation of making fudge, a user may cut vents and/or tear notches through the seal. The user may then heat the stand-up container for a sufficient time to properly prepare the plurality of ingredients. The user may then knead the stand-up container for a sufficient time to properly mix the plurality of ingredients. The user may then urge the plurality of ingredients out of the stand-up container and into the firming container so that the plurality of ingredients may set to fudge of a desired hardness.

A liquid container having an integrated flask is defined by an outer wall having a recess. A flask is configured to fit within the recess. Tabs for lips extend partially over the recess from the outer wall of the bottle and secure the flask with in the recess by a snap fit. The flask may be removed from the bottle and filled with a lesser amount of liquid and used when traveling.

A container assembly including a primary container and a secondary container removably attached to the primary container. The primary container includes a top, a bottom and a side. The side includes a recess in which the secondary container is located when attached to the primary container. The recess is defined by two side walls extending laterally from a rear wall of the recess toward an outer surface of the side wall. The secondary container includes a top, a bottom and a side. The secondary container is attached to the primary container through a set of securing attachments, each including a protrusion and mating indentation. At least one of the walls of the primary container and the side of the secondary container includes the set of protrusions, and the other of the walls of the primary container and the side of the secondary container includes the set of mating indentations.

A cleaning liquid dispensing system comprising the combination of a re-usable container (3) and a replaceable spouted pouch (5) wherein (i) the spouted pouch (5) comprises a flexible pouch body (7) containing a cleaning liquid which dispenses from a rigid pouch spout (9), (ii) the container (3) is rigid and comprises a pouch chamber (11) for holding said spouted pouch, and a pour spout (17) in fluid communication with said rigid pouch spout (9), (iii) the container comprises a handle aperture (19), and (iv) a dosing device (50) is nested in the handle aperture (19).

A container system includes a body having a first end and a second end. The first end has an opening formed therethrough. The body defines a plurality of ribs between the first end and the second end that are configured to actuate between a compressed state and an expanded state to vary a volume inside the body. A dissolvable concentrated material is disposed within the body. When a predetermined amount of water is introduced into the body after the plurality of ribs are actuated into the expanded state, the dissolvable concentrated material dissolves in the water to produce a mixture having a predetermined concentration.

A food container system is disclosed that includes a food container lid. The lid has a beverage container coupling structure that removably attaches to a beverage container. The beverage container coupling structure circumscribes a footprint of the lid. The lid also has a drink-hole surface within the lid footprint and an annular surface above the beverage container coupling structure and within the lid footprint. The annular surface is connected to the drink-hole planar surface and includes food container coupling structure that removably attaches to a second food container. A food compartment is formed from a food compartment inner wall extending from the annular surface, and a bottom connected to the food compartment inner wall. The lid also includes a drink hole extending through the drink-hole surface.

A bottle assembly for carrying a gift item of value is disclosed. The bottle assembly includes a bottle having a side wall and a bottom wall coupled to the side wall. The side wall and the bottom wall define an interior of the bottle for holding a liquid. The side wall defines an open end for receiving the liquid and the bottom wall defines a closed end opposite the open end. The bottle further defines a cavity in the side wall for holding the gift item. The bottle assembly further includes a cover removably secured to the bottle for covering the cavity and retaining the gift item within the cavity. The bottle assembly further includes a locking mechanism for securing the cover to the bottle. The locking mechanism has a first locking member mounted to the bottle and a second locking member mounted to the cover.

Disclosed herein is a combination food cup to carry a snack food, such as vegetables, and a dipping tray having a plurality of dip compartments recessed therein to carry dips or sauces to enhance the food prior to its consumption. The food cup is ideally carried by a cup holder at the center console found in many motor vehicles. The dipping tray is attached to the cup so as to extend around the top thereof above the cup holder in which the cup is located. The tray can be fixedly attached to the cup to establish a one-piece combination or detachably connected in surrounding engagement with the cup to establish a two-piece combination. In this case, a set of threads which extends around the cup is rotated into mating engagement with a set of threads which extends around a cup receiving and docking port that runs axially through the center of the tray.