An active foodware system includes a mechanical structure supporting a food surface recessed in relation to an area surrounding the food surface; a heating component for heating food received by the food surface; a sensing component for maintaining the heating component at a desired temperature; a wireless communication component; and a visual stimulating component responsive to data from the sensing component or the wireless communication component.

In some embodiments, a system comprises a mat body characterized by a front side, a back side and a thickness; a plurality of anchors, each anchor comprising an anchor block having an aperture characterized by an aperture diameter, a suction cup having a sealing surface and an outer surface, and a stem that is coaxial with the suction cup and connects the suction cup to the anchor block. Each anchor may be disposed through the thickness, such that its anchor block is on the front side and its suction cup extends from the back side. The system may further comprise an elongated tether that is removably coupleable to one of the plurality of anchors, and the elongated tether may comprise an anchor end having a generally spherical anchor terminus characterized by an anchor diameter that is greater than the aperture diameter.

Shown is a beverage jar holder having means that can be mounted onto a wall or placed onto a flat surface. The jar is held within a cupholder-like niche, where it can be easily inserted and removed repeatedly. The base of the jar holder contains a speaker and a radio waves receiver. The receiver connects to a remote device which can broadcast music and other content through the speaker on the jar holder. The user can control volume and live tracks directly from the jar holder. A removable flap protects internal audio components from moisture. The audio control panel also contains a charging port for the onboard battery. The location of the charging port may differ from the control pad and the charging port may have a separate protective flap. This alternative configuration will further limit the possibility of water entry when the flap is moved out of place to adjust volume or switch soundtracks.

The present invention relates to a novel magnetic assembly often, but not exclusively, used as a drink coaster. More particularly, the invention relates to a modular, magnetically closing assembly wherein the operator can insert, interchange and display various items such as, but not limited to, photos, documents, art, and flowers.

A plant hydrating coaster includes a stand having an upright support and an upper tray. The base of the tray has a plurality of apertures which permit condensation from a beverage secured within the tray to drip upon a plant situated beneath.

In a box system for storing bottles therein that includes a box, at least one longitudinal divider sheet and at least one latitudinal divider sheet. The divider sheets are divided into a plurality of coaster units. Each coaster unit is printed with collateral branding indicia. The coaster units are separated by visually perceptible separation lines, which may be perforated to facilitate separation of the coaster units so that when the coaster units are separated they are usable as drink coasters. The box may also be printed with coaster units.

In some embodiments, a method includes providing a flexible mat; wrapping the flexible mat around a crossbar associated with a seat for an infant or toddler; affixing two portions of the flexible mat together; providing a tether configured to secure an object; and coupling the tether to an anchor block on the flexible mat. The flexible mat may have a mat body characterized by a front side, a back side and a thickness; and a plurality of anchors. Each anchor may include an anchor block having an aperture configured to receive a tether, and a suction cup. Each anchor may be disposed through the thickness, such that its anchor block is on the front side and its suction cup extends from the back side. The back side may be adjacent a surface of the crossbar. The method may further include securing an object to the tether.

In some embodiments, a system comprises a mat body characterized by a front side, a back side and a thickness; a plurality of anchors, each anchor comprising an anchor block having an aperture characterized by an aperture diameter, a suction cup having a sealing surface and an outer surface, and a stem that is coaxial with the suction cup and connects the suction cup to the anchor block. Each anchor may be disposed through the thickness, such that its anchor block is on the front side and its suction cup extends from the back side. The system may further comprise an elongated tether that is removably coupleable to one of the plurality of anchors, and the elongated tether may comprise an anchor end having a generally spherical anchor terminus characterized by an anchor diameter that is greater than the aperture diameter.

A sleeve type smart device comprises: a cylindrical flexible display panel which displays seamless continuous images on an outer surface thereof, and has a sleeve-shaped form of which the inside is empty; a sensing unit located at an inner surface of the flexible display panel so as to recognize an entity located inside the flexible display panel; a mode selection unit for automatically selecting an operation mode corresponding to the recognized entity; and a control unit for controlling so as to operate in the operation mode selected by the mode selection unit. Accordingly, the implementation of the seamless images is possible and one device could be used in various ways according to an installation state.

An article that can be formed into a sleeve or a coaster for a beverage container. The article includes: (a) a first sheet that is at least sufficiently flexible to be wrapped around the cylindrical body of the beverage container to position an inner surface of an end portion of the first sheet adjacent an outer surface of a tab portion of the first sheet to form an overlapping area between the end portion and the tab portion; (b) a first adhesive on a first portion of an inner surface of the first sheet, wherein the first portion is at least partially within the overlapping area; and (c) a second adhesive on a second portion of the inner surface of the first sheet, wherein the second portion is at least partially outside the overlapping area, and wherein the first adhesive and the second adhesive can be the same or different.