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US 6,712,525 B1Granted
Optical connecting component
AssigneeTomoegawa Paper Co., Ltd.
InventorsRitsu Kawase, Kyoichi Sasaki, Ken Sukegawa, Tatsushi Kobayashi
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AssigneeTomoegawa Paper Co., Ltd.
InventorsRitsu Kawase, Kyoichi Sasaki, Ken Sukegawa, Tatsushi Kobayashi
Estimating the term…
An optical inter-connection apparatus according to this invention has plural optical fibers 4, which are routed in a two-dimensional plane and are provided at opposite ends thereof with end portions 5 adapted to permit optical interconnections thereto, and at least one protective resin layer 2 by which the optical fibers are held in place. The protective resin layer 2 is formed from a silicone-base material curable through a condensation reaction with liberation of an oxime or liberation of an alcohol or from a silicone-base material, which is curable by crosslinking through a hydrosilation reaction, and an adhesion promoter, and is joined with a base 1 or another protective resin layer via an adhesive layer 3. The adhesive layer comprises an acrylic pressure-sensitive adhesive. As an alternative, the adhesive layer may comprise a silicone-base pressure-sensitive adhesive which is curable by crosslinking through a hydrosilation reaction.
An optical interconnection apparatus having plural optical fibers, which are routed in a two-dimensional plane and are provided at opposite ends thereof with end portions adapted to permit optical interconnections thereto, and at least one protective resin layer by which said optical fibers are held in place in a form embedded therein characterized in that said protective resin layer is formed from a silicone-base material curable through a condensation reaction with liberation of an oxime or liberation of an alcohol, is joined with a base or another protective resin layer via an adhesive layer, and said adhesive layer comprises an acrylic pressure-sensitive adhesive.
An optical interconnection apparatus having plural optical fibers, which are routed in a two-dimensional plane and are provided at opposite ends thereof with end portions adapted to permit optical interconnections thereto, and at least one protective resin layer by which said optical fibers are held in place, characterized in that said protective resin layer is formed from a silicone-base material curable by crosslinking through a hydrosilation reaction and an adhesion promoter, is joined with a base or another protective resin layer via an adhesive layer, and said adhesive layer comprises an acrylic pressures sensitive adhesive.
An optical interconnection apparatus having plural optical fibers, which are routed in a two-dimensional plane and are provided at opposite ends thereof with end portions adapted to permit optical interconnections thereto, and at least one protective resin layer by which said optical fibers are held in place, characterized n that said protective resin layer is formed of a silicone-base material, is joined with a base or another protective resin layer via an adhesive layer, and said adhesive layer comprises a silicone-base pressure-sensitive adhesive curable by crosslinking through a hydrosilation reaction.
Dependencies are inferred from the claim text.