Addressable ptf receptor for iradiated images
First Claim
1. An addressable receptor, comprising:
- a rear conductive layer including a plurality of substantially parallel rear electrode strips, each of the rear electrode strips being individually substantially electrically isolated;
a front conductive layer including a plurality of substantially parallel front electrode strips, each of the front electrode strips also being individually substantially electrically isolated, wherein a plurality of the front electrode strips comprise an electrically-conductive material that is at least partially transparent to radiation in a selected waveband;
the front conductive layer superposed over the rear conductive layer and oriented with respect thereto so as to form an array of electrode regions of intersection corresponding to regions at which the rear electrode strips cross over the front electrode strips; and
the rear and front conductive layers separated by a reactive layer, the reactive layer comprising a plurality of predetermined reactive regions, the reactive regions located in a reactive array substantially in register with the array of electrode regions of intersection so that the reactive regions are electrically addressable by coordinate pairs of rear and front electrode strips.
6 Assignments
0 Petitions
Accused Products
Abstract
An addressable receptor in laminate form, and advantageously in PTF laminate form, comprising a front conductive layer including a plurality of substantially parallel front electrode strips and a rear conductive layer also including a plurality of substantially parallel rear electrode strips. The conductive layers are orientated with respect to each other so that an array of electrode regions of intersection is formed corresponding to the regions at which the front electrode strips cross over the rear electrode strips. The first and second conductive layers are separated by a reactive layer comprising a plurality of defined reactive regions. The reactive regions are deployed in a reactive array substantially in register with the array of electrode regions of intersection, so that the reactive regions are electrically addressable by coordinate pairs of first and second electrode strips. The front electrode strips are partially transparent to radiation in a selected waveband. In operation, an irradiated image in the selected waveband is directed onto the receptor laminate. The irradiated pattern passes through the transparent front electrode strips and selectively energizes the addressable reactive regions in a corresponding pattern.
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Citations
25 Claims
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1. An addressable receptor, comprising:
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a rear conductive layer including a plurality of substantially parallel rear electrode strips, each of the rear electrode strips being individually substantially electrically isolated;
a front conductive layer including a plurality of substantially parallel front electrode strips, each of the front electrode strips also being individually substantially electrically isolated, wherein a plurality of the front electrode strips comprise an electrically-conductive material that is at least partially transparent to radiation in a selected waveband;
the front conductive layer superposed over the rear conductive layer and oriented with respect thereto so as to form an array of electrode regions of intersection corresponding to regions at which the rear electrode strips cross over the front electrode strips; and
the rear and front conductive layers separated by a reactive layer, the reactive layer comprising a plurality of predetermined reactive regions, the reactive regions located in a reactive array substantially in register with the array of electrode regions of intersection so that the reactive regions are electrically addressable by coordinate pairs of rear and front electrode strips. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25)
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Specification