Abstract: Disclosed is an interior optical cable including a plurality of tight buffer optical fibers; a subsidiary tension member surrounding the outer circumferences of the optical fibers; and an outer coating layer surrounding the subsidiary tension member, wherein the tight buffer optical fibers has a predetermined lay ratio to the outer coating layer.

Abstract: Disclosed is a fiber optic cable, comprising a central strength member, disposed at the center of the cable, for providing tensile strength; a plurality of inner tight buffered cores disposed in a linear form around the central strength member; a plurality of outer tight buffered cores, twisted in a spiral or S-Z form, for enclosing the inner tight buffered cores; and a jacket, disposed on an outermost circumference of the cable, for protecting an interior of the cable from external environments.

Abstract: An optical fiber cable and a method of fabricating the same are disclosed. The optical fiber cable includes at least one optical fiber including a core, which is an optical signal transmission medium, a clad surrounding an outer peripheral surface of the core, and a coating layer surrounding an outer peripheral surface of the clad. The optical fiber cable also includes an external sheath including a first layer having a predetermined thickness and a second layer made of polymer material and formed at an outer peripheral surface of the first layer through an extruding process and a waterproof member accommodated between the external sheath and the optical fibers. A plurality of recesses having a predetermined depth and a predetermined diameter are formed on the second layer.

Abstract: An optical ribbon fiber is disclosed and includes a plurality of optical fibers aligned in series, at least one strength member arranged at both side ends of the optical fibers or interposed between the optical members in order to reinforce a tensile strength of the optical ribbon fiber, and a ribbon coating layer coated onto outer surfaces of the optical fibers and the strength members so as to bond the optical fibers to the strength members.

Abstract: Disclosed is an optical fiber cable for an access network and includes: a ribbon optical fiber bundle formed by stacking a plurality of ribbon optical fibers, each of which comprises a plurality of optical fibers arranged in parallel and a jacket coated around the optical fibers; a plurality of tension members arranged in parallel along the longitudinal direction, so that they are brought into close contact with the ribbon optical fibers; and, an outer sheath extruded and coated around the ribbon optical fiber bundle and the tension members.

Abstract: Disclosed is an interior optical cable including a plurality of tight buffer optical fibers; a subsidiary tension member surrounding the outer circumferences of the optical fibers; and an outer coating layer surrounding the subsidiary tension member, wherein the tight buffer optical fibers has a predetermined lay ratio to the outer coating layer.

Abstract: The application discloses Factor VIII polypeptides comprising internal deletions of amino acids within the area of residues 741 to 1689, wherein the thrombin cleavage sites at about 741 and about 1689 are present, and a site at about 1648 is not present, as compared to human Factor VIII.

Abstract: An optical ribbon fiber is disclosed and includes a plurality of optical fibers aligned in series, at least one strength member arranged at both side ends of the optical fibers or interposed between the optical members in order to reinforce a tensile strength of the optical ribbon fiber, and a ribbon coating layer coated onto outer surfaces of the optical fibers and the strength members so as to bond the optical fibers to the strength members.

Abstract: Disclosed is a premises-fiber optical cable with a S-Z stranded-strength member, comprising: a plurality of inner tightly-coated optical fibers disposed at the central region of the optical cable and being S-Z type stranded; a plurality of inner yarns S-Z type-stranded for surrounding the inner tightly-coated optical fibers; a plurality of outer tightly-coated optical fibers S-Z type-stranded for surrounding the inner tightly-coated optical fibers and the inner yarns; a plurality of spirally-stranded outer yarns surround the outer tightly-coated optical fibers; and, an outer jacket disposed at the outer region of the optical cable for surrounding the outer yarns.

Abstract: Disclosed is a fiber optic cable, comprising a central strength member, disposed at the center of the cable, for providing tensile strength; a plurality of inner tight buffered cores disposed in a linear form around the central strength member; a plurality of outer tight buffered cores, twisted in a spiral or S-Z form, for enclosing the inner tight buffered cores; and a jacket, disposed on an outermost circumference of the cable, for protecting an interior of the cable from external environments.

Abstract: Disclosed is a premises-fiber optical cable with a S-Z stranded-strength member, comprising: a plurality of inner tightly-coated optical fibers disposed at the central region of the optical cable and being S-Z type stranded; a plurality of inner yarns S-Z type-stranded for surrounding the inner tightly-coated optical fibers; a plurality of outer tightly-coated optical fibers S-Z type-stranded for surrounding the inner tightly-coated optical fibers and the inner yarns; a plurality of spirally-stranded outer yarns surround the outer tightly-coated optical fibers; and, an outer jacket disposed at the outer region of the optical cable for surrounding the outer yarns.