Appeal No. 2000-2037
Application No. 08/810,055
pyrolysis temperature binder and an electrically conductive
filler,
the first electrically conductive composite material and the
second electrically conductive material being electronically in
parallel with one another,
the first electrically conductive composite material being
in physical and electrical contact with the first and second
electrodes at first electrode set interfaces disposed between the
first electrically conductive composite material and the first
and second electrodes, and the second electrically conductive
material being in physical and electrical contact with third and
fourth electrodes at second first electrode set interfaces
disposed between the second electrically conductive composite
material and the third and fourth electrodes, the first
electrically conductive composite material and the second
electrically conductive composite material are spaced from each
other, and the first electrode set and the second electrode set
are spaced from each other with the first electrically conductive
composite material and the second electrically conductive
composite material;
first compressive pressure applying means for exerting
pressure on the first electrode set;
second compressive pressure applying means for exerting
pressure on the second electrode set, the first compressive
pressure applying means being separate and distinct from the
second compressive pressure applying means;
the first electrically conductive composite material
possessing first electrical conductive characteristics that
define operational bounds for the first electrically conductive
composite material and the second electrically conductive
composite material possessing second electrical conductive
characteristics that define operational bounds for the second
electrically conductive composite material,
where at least one of the first electrical conductive
characteristics of the first electrically conductive composite
material differs from at least one of the second electrical
conductive characteristics of the second electrically conductive
composite material, and a total of the first and second
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Last modified: November 3, 2007