Liquid crystal display television receiver

A liquid crystal display television receiver powered by batteries, comprising:

• a case having an upper side with a recessed portion formed in a central region thereof;
• an antenna mounted on the exterior of said case;
• television receiver circuit means disposed within said case, for receiving television signals from said antenna and producing therefrom video signals and audio signals;
• a mirror fixedly mounted within said recessed portion, below said upper side of said case;
• a picture display block comprising a liquid crystal display panel, said picture display block being movably mounted with respect to said case such as to permit said picture display block to be selectively swung into a closed position in which said picture display block is disposed within said recessed portion of said case, closely adjacent to said mirror, and into an opened position in which said picture display block is oriented at a predetermined inclination with respect to said mirror, whereby with said picture display block in said opened position, incident light entering said liquid crystal display panel from the opposite side thereof to said mirror is transmitted through said liquid crystal display panel to be reflected from said mirror as a television image, visible when said liquid crystal display television receiver is viewed from a direction substantially opposite to the direction of incidence of said incident light on said liquid crystal display panel, said liquid crystal display panel comprising a first transparent substrate having data electrodes formed thereon and a lower transparent substrate having scanning electrodes formed thereon, and in which said television receiver circuit means comprise a data electrode drive circuit for producing signals in accordance with said video signal to drive said data electrodes and a scanning electrode drive circuit for producing signals to drive said scanning electrodes, each of said data electrode drive circuit and scanning electrode drive circuit being implemented as separate integrated circuit units respectively, and in which said data electrode drive circuit is mounted upon said first transparent substrate and said scanning electrode drive circuit is mounted upon said second transparent substrate;
• a circuit board which is mounted below and immediately adjacent to a lower face of said mirror, with components of substantially large size comprising a part of said television receiver circuit means, including at least a tuner unit, being mounted upon a lower face of said circuit board;
• a loudspeaker driven by said audio signals, mounted within said case and disposed to the right of said recessed portion of said case upper side, as seen along said viewing direction, and;
• an operating section comprising a plurality of external operating members including at least a first external operating member for controlling selection of television channels by said television receiver circuit means and a second external operating member for controlling a level of sound output from said loudspeaker, said external operating members of said operating section being disposed in said case at positions to the right side of said recessed portion of said case, as seen along said viewing direction.