A hydration monitor comprising: a container (1) for holding and dispensing a hydration liquid: a volume sensor operable to derive data dependent on the current quantity of the hydration liquid in the container: a location sensor operable to derive data dependent on the current location of the container.

A smart container comprises a container body and a base. The container body comprises a sensing circuit, and the sensing circuit is configured to detect a pressure changing value and a temperature changing value both corresponding to a touch operation performed on the opening of the container body. The base disposed underneath the container body, wherein the base comprises a measuring circuit and a processing unit. The measuring circuit configured to measure a weight of contents accommodated in the container body. And the processing unit is configured to determine whether or not the touch operation is performed, configured to calculate a weight changing value according to the weight, and configured to determine a drinking capacity of a user and whether or not the user has drank the contents.

Disclosed is a drink container which comprises a container body and a light emitting unit, and the container body has an outer wall portion and an inner wall portion defining a drink receiving space for containing a drink, and both the inner wall portion and the outer wall portion have a transparent portion located in a position corresponding to the drink receiving space such that a light transmits from the drink receiving space through the transparent portions of the inner wall portion and the outer wall portion toward an outside of the container body, and the light emitting unit disposed and emitting light in the drink receiving space, wherein the light from the light emitting unit is visible from the outside of the container body by transmitting through the transparent portions of the inner wall portion and the outer wall portion.

A beverage container includes a container body, a plurality of sensors arranged to determine information associated with liquid contained in the container body, and a processor operably coupled with the plurality of sensors for determining a beverage consumption routine of a user based on the information determined by the plurality of sensors.

An illuminated baby bottle device including a cap, a nipple, a body configured to retain a liquid, and a base. The body includes an inner-wall and an outer-wall. The nipple is affixable and sealed to the cap, and the protective-cover is also affixable to the cap to protect the nipple and maintain sanitary conditions of the nipple, where the cap is affixable to one end of the body. The base is affixable to the body on the opposing end from the cap. Base is affixable to the body, with the base including a power-supply and an audio-source configured to provide an audio-track. The body includes a light-source arranged between the inner-wall and the outer-wall configured to illuminate the baby bottle device. The light-source includes multiple colors and is illuminated by at least one light-emitting-diode.

The present invention relates to a decanter assembly, includes a bottle structure, a seat and a motor sub-assembly; the bottle structure is located on the seat; the seat includes a base and a shield located on the base, the shield forms an accommodating cavity for containing the bottle structure; the bottle structure is contained in the accommodating cavity, a magnet is positioned at the bottom of the bottle structure; the motor sub-assembly is set in the base under the bottle structure, the motor sub-assembly drives the magnet to rotate, thus stirring the wine in the bottle structure and sobering it up. The magnet, driven by the motor, is rotated to stir wine in the bottle structure at a constant rate, at the same time the light emitted by the LED lamp directly irradiates the wine in the bottle, combining with the shock of the low frequency music, all of these have the function of sobering up quickly, the music and the light can adjust atmosphere and produce good visual effects and audio effects, thus person can enjoy the sobering process from vision, hearing and taste, it greatly improves your life style.

A container sleeve apparatus includes an arcuate or cylindrical body that can be positioned on a cylindrical or conical container, such as a tumbler, cup, can or bottle. A transparent or translucent insert section that can be releasably attached to the sleeve body. The sleeve body can be made of a non-slip, elastic material, such as neoprene rubber. The insert section can be made of plastic, and can include a logo printed or engraved thereon. The apparatus can include a light emitting device that illuminates the transparent/translucent insert section.

A modular drinkware system includes a beverage container, a plurality of modules and in some embodiments, a software application. Each module is preferably reusable and able to be used alone with the beverage container or combined and connected to each other using mechanical connectors. Further, each module can be connected together electrically so that sensor data (or other data) can be shared between the modules and an external computing device via the software application. The plurality of modules apply a variety of different functions to the beverage container, such as sensing temperature of a beverage inside the beverage container, sensing fill time of the beverage, sensing fill level of the beverage, heating the beverage, and displaying or otherwise indicating information relating to the beverage.

The present invention discloses a rotary wine glass with a refrigeration function, comprising a base. The top of the base is rotationally connected with a connecting rod, the inner side of the bottom of the connecting rod is provided with a generator, the motor shaft of the generator is connected with the base, the top of the connecting rod is provided with a control circuit board electrically connected with the generator, the control circuit board is provided with a lamp bead emitting light outwards, the top of the connecting rod is connected with an upper connecting socket, the outer side of the upper connecting socket is provided with a plurality of light transmitting holes, the top of the upper connecting socket is connected with a semiconductor chilling plate electrically connected with the control circuit board, and the top of the semiconductor chilling plate is provided with a glass body.

The SNACK-N-PLAY for Babies and Toddlers is an apparatus for holding food/drink and providing entertainment. It is comprised of a plurality of interchangeable nutrition delivery receptacles that connect to a unit centered between any two of said receptacles. One of said receptacles may be a baby bottle with a nipple, another of said receptacles may be a sippy cup, and yet another of said receptacles may be a snack container. Any combination of said receptaclesincluding duplicatesmay be connected to the central unit. The central unit also features a toy that is attached via hook and loop fastener as well as music and LED lights that are powered by 3 AAA batteries that are secured within the base of the central unit via a screw-on lid. The SNACK-N-PLAY will keep babies/infants more entertained and well-fed/hydrated than traditional, individual bottles/sippy cups and/or snack containers at daycare facilities and during long commutes or other long trips.