摘要:
A device for optical connection (8) comprises a two-dimensional flexible base film (1), a plurality of optical fibers (4) with terminals for optical connection (e.g., optical connectors), and a protective plastic layer (2) of plastic material filled inside weirs (7) formed on or near edges of the base film (1). The base (1) has cuts, in which the protective plastic layer (2) covers the optical fibers (4) to fix them. A plurality of such devices can be stacked to form a laminate. Since the base film (1) has cuts where the optical fibers (4) are concentrated, the device for optical connection (8) has improved flexibility and can be used in a narrow space.
摘要:
A device for optical connection (8) comprises a two-dimensional flexible base film (1), a plurality of optical fibers (4) with terminals for optical connection (e.g., optical connectors), and a protective plastic layer (2) of plastic material filled inside weirs (7) formed on or near edges of the base film (1). The base (1) has cuts, in which the protective plastic layer (2) covers the optical fibers (4) to fix them. A plurality of such devices can be stacked to form a laminate. Since the base film (1) has cuts where the optical fibers (4) are concentrated, the device for optical connection (8) has improved flexibility and can be used in a narrow space.
摘要:
A flexible energy-carrying circuit device has reduced flame retardancy while maintaining desired levels of adhesion between the energy-carrying filaments and the substrate with use of a flame-retardant pressure-sensitive adhesive comprised of a polymer of one or more acrylic esters with bromine and phosphorous compounded into the polymer to provide an adhesive having inherent flame retardancy. Small quantities of antimony trioxide may be dispersed in the adhesive to enhance flame retardancy.
摘要:
An optical wiring substrate provides a slab optical waveguide (3) having a refractive index different from a refractive index of other surrounding portions and a planar convex lens (4) being provided continuously to a tip portion of an optical path of an optical waveguide (10) including a core (1) and cladding (2) and formed on a substrate (8). The optical path of light passing through the planar convex lens (4) is converted approximately by 90° with a mirror (5). The light reflected with the mirror (5) is made as parallel light rays by use of a cylindrical lens (6).
摘要:
A thin member (2) for sealing and holding optical fibers (1) laid two-dimensionally is composed of a base member layer, an adhesive member layer deposited on the base member layer, and a laminate member layer holding the optical fibers (1) between it and the adhesive member layer. The optical fibers (1) are arranged parallel not to be superposed on one another. They are bent individually by 180 degrees at the right-hand end of the thin member (2), bent downward toward the lower side of the thin member (2) at the area from the central part to the left-hand side part, and led out of the thin member (2). Hence the structure is thin and therefore can be accommodated in a small space, enabling a small size. If the portions, led out of the thin member (2), of the optical fibers (1) are covered with tubes (9), breakage of the optical fibers (1) can be prevented. The thin member (2) can be flexible.
摘要:
A preformed fiber optic applique (10) having a backing layer (14) is provided. The backing layer or film, has an adhesive coating (16) applied thereon. At least one optical fiber (18) is routed and bonded to the adhesive layer providing a continuous optical signal path from one end to another. A releasable liner is releasably attached to the adhesive layer and positioned to cover the backing layer including the at least one optical fiber. Microstructures (42) are provided on the backing layer in one embodiment. The microstructures are crushable structures that prevent the adhesive from immediately adhering to a substrate.
摘要:
The semiconductor device of the present invention comprises an optical transmission region, and a light receiving part for converting light propagating through the optical transmission region to an electrical signal, wherein the optical transmission region comprises a two-dimensional optical waveguide layer, and wherein at least a portion of the light receiving part is embedded in the optical transmission region, whereby the present invention can provide a semiconductor device having reduced direction dependency when light propagating through the optical transmission region is received.
摘要:
An optical interconnection apparatus (8) comprises a two-dimensional flexible base film (1), a plurality of optical fiber s(4) with end portion for optical connection (e.g., optical connectors), and a protective resin layer (2) of plastic material filled inside edge-dam (7) formed along or in the vicinity of the peripheral edges of the base film(1). The base film (1) has an opening, in which the protective resin layer (2) covers the optical fibers (4) to fix them. Aplurality of such apparatus (8) can be stacked to form a laminate. Since the base film(1) has the opening where the optical fibers(4) are routed intricately, the optical interconnection apparatus(8) has improved flexibility and can be used in a narrow space.
摘要:
A rotation device (100) for an optical shuffle is disclosed. The rotation device includes a housing (102) having a twisted guide channel (104) extending through an interior portion thereof. The twisted guide channel (104) is adapted to receive the ribbon matrix (110) in a first orientation at a receiving end (106) thereof, and to reorient the ribbon matrix (110) as the ribbon matrix is guided through the twisted guide channel into a second orientation at an output end (108) thereof. The rotation device can also include an input potting chamber (122) adjacent to the receiving end (106) of the twisted guide channel (104), for potting the ribbon matrix (110) in the first orientation, and an output potting chamber (124), adjacent to the output end of the twisted guide channel, for potting the ribbon matrix in the second orientation.