Timepiece including multiple liquid crystal displays

A timepiece, comprising:

• a first liquid crystal display panel constituted by sealing a first liquid crystal layer in a gap between first and second substrates formed with electrodes on opposed inner faces thereof respectively;
• a second liquid crystal display panel constituted by sealing a second liquid crystal layer in a gap between third and fourth substrates formed with electrodes on opposed inner faces thereof respectively,
• said second substrate and said third substrate being overlaid one upon another adjacent to each other, and arranged in a case body having a cover glass with said first substrate facing said cover glass side;
• and
• a first polarizing film disposed on said cover glass side of said first substrate, a second polarizing film located between said second substrate and said third substrate, and a third polarizing film located on an opposite side to said second liquid crystal layer of said fourth substrate;
• said second polarizing film being a reflection type polarizing film which transmits one of linearly polarized lights of which polarization directions are orthogonal to each other and reflects the other,
• further comprising:
• a circuit board having a circuit for driving said first liquid crystal display panel and said second liquid crystal display panel in said case body;
• a first elastic body having electrical conductivity which performs electrical connection between said first liquid crystal display panel and said circuit board, and
• a second elastic body having electrical conductivity which performs electrical connection between said second liquid crystal display panel and said circuit board,
• wherein said first elastic body connecting the first substrate of said first liquid crystal display panel and said circuit board,
• said second elastic body connecting the third substrate of said second liquid crystal display panel and said circuit board,
• said second polarizing film being bonded on said second substrate with an adhesive to substantially eliminating any gap in-between, and a space being provided by a space between said second polarizing film and said third substrate.