Abstract: Shown is a beverage jar holder having means that can be mounted onto a wall or placed onto a flat surface. The cup or glass is held within a cupholder-like niche, where it can be easily inserted and removed repeatedly. The cupholder contains a gap to accommodate a stem of tall glasses, so that a tall glass may be retained within the cupholder perpendicularly protruding ring, just like a cup that does not have a stem. The case of the jar holder contains a speaker and an integrated radio wave 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.

Abstract: 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.

Abstract: A wearable sound emitting device comprises a speaker, an audio circuit configured to generate sound from a media device, an inflatable, flexible mount comprising an exterior surface and an interior surface, wherein at least one conduit between said interior surface and said exterior surface permits transmission of a fluid, means to inflate said mount and a housing configured to receive at least a portion of said exterior surface of said mount and configured to receive said means to inflate said mount, wherein said housing couples said speaker to said audio circuit and couples said conduit of said mount to said means to inflate said mount.