Pillow radio apparatus

A pillow radio apparatus, comprising,

• a flexible pillow casing defining an enclosure therewithin, the pillow casing including flexible top web coextensive with and secured to a bottom web, and
• a cover flap hingedly mounted to the top web, the cover flap positioned within a window within the top web, and wherein the cover flap includes a first hook and loop fastener strip securable to a second hook and loop fastener strip mounted to the top web, and
• a radio receiver unit mounted within the enclosure projecting into the window under the cover flap, and
• a speaker member medially directed through the top web in audio communication with the radio receiver unit, and
• a television transmitter antenna, including an antenna body, wherein the antenna body includes a plurality of adhesive strips, the adhesive strips are arranged for securement to a television housing, and the antenna including a connector member directed into the television audio output for directing an audio signal to the radio receiver unit, and
• a serpentine pneumatic chamber coextensively directed throughout the enclosure within the pillow casing, and an inflation valve in pneumatic communication with the pneumatic chamber projecting through the casing for effecting selective inflation of the chamber, and
• the speaker member includes a speaker housing, the speaker housing positioned within a housing member, the housing member including fluid filled wall structure in surrounding relationship relative to the speaker housing, and the housing member further defining a housing cavity receiving the speaker housing, and the housing cavity including a plurality of first deformable fluid filled capsules contained within the housing cavity between the speaker housing and the fluid filled walls.