TH70962B - Optical connector - Google Patents

Abstract

------18/07/2018------(OCR) Page 1 of 1 page of Optical Connector Fabrication Conclusion where the ability to wear in other cases can be increased due to its compactness and avoiding the problem of increasing bending loss. Other optical fiber defects can be provided in the optical connector 1 where the connector is fused 13 where the optical fiber length It was previously worn with the optical connector perrule 85 and the coated optical fiber 3 that were fused together and held together the fused connector 13 in it. One end of the housing cover itself 87 was Made of heat shrinkable material and fixed externally, fusible connector 13 spliced with 85 optical connector perrules, 7f vent holes for ventilation. where left in the protective sleeve 87 when the protective sleeve 87 is heat shrinkable and attached to the outer 85 optical connector perrule built in the 85 optical connector perrule ------------

Claims (4)

------18/07/2561------(OCR) Page 1 of 1 page of Claims 1. Optical connector for housing and securing fused connectors where a short-length optical fiber is fitted into the optical connector perrule and the coated optical fiber is fused together in it, where one end of the sheath made of heat-shrinkable material is slid over the said short-length optical fiber and the coated optical fiber and encloses the fused connector which is fitted into the optical connector perrule, and the vent hole connected to the inner part of the sheath provided to the optical connector perrule. 2. Optical connector according to Claims 1 where the top end, where the coating is peeled off, of the said short-length optical fiber is inserted into the optical fiber entry hole of the optical connector perrule, and the boundary between the said top end and the coating is secured and aligned with the optical fiber entry hole. 3. The optical connector under claim 1, where the optical connector perrule has a main perrule body, a ductile extension bonded to the main perrule body, and a composite convex attached to one end of the ductile extension, and on which the sheath is fitted, and the coating which has been detached from the top end and removed from the fused connector of the optical fiber, remaining at least in the composite convex.4. The optical connector under claim 2, where the optical connector perrule has a main perrule body, a ductile extension bonded to the main perrule body, and a composite convex attached to one end of the ductile extension, and on which the sheath is fitted. And the coating, which was peeled off from the top end and removed from the fused connection of the optical fiber, remains at least in the raised portion of the assembly. ------------ Edited 20/5/2015 1. An optical connector for housing a fused connector where a short optical fiber is assembled into an optical connector ferrule and the optical fiber core is fused together, is characterized by one end of a heat-shrinkable protective sheath being slid over the aforementioned short optical fiber and fused to the optical fiber core and encased in the fused connector which is assembled into the optical connector ferrule, and a vent is provided connecting the inner part of the protective sheath provided to the optical connector ferrule. 2. The optical connector in claim 1 is characterized by the stripped end of the aforementioned short optical fiber being inserted into the optical fiber slot of the optical connector ferrule, with the boundary between the stripped end and the protective sheath being fixed to the optical fiber slot. 3. The optical connector in claim 1 is characterized by the optical connector ferrule consisting of a main ferrule unit and a diameter extension fused to the main ferrule unit. and the raised component that continues from one end of the diameter extension above and is used to attach to the outer protective sheath above and where the sheath of the short optical fiber above, which has been peeled off at the end and which has been removed at the fused joint above, remains inside the raised component above. 4. The optical connector in claim 2, which is characterized as the optical connector ferrule above, consists of a main ferrule unit, a diameter extension attached as a single piece to the main ferrule unit above, and a raised component that continues from one end of the diameter extension above and is used to attach to the outer protective sheath above and where the sheath of the short optical fiber above, which has been peeled off at the end and which has been removed at the fused joint above, remains inside the raised component above. ----------------------------------------------------------------- 1. The optical connector for containing a fused joint in which a short optical fiber, which is assembled into the optical connector ferrule and fused with the optical fiber core, is assembled together, is characterized as one end of the protective sheath made of a heat-shrinkable material, which is slid on The short optical fiber mentioned above is fused to the optical fiber core and wrapped around the fused connector, which is then attached to the optical connector ferrule. Vents are provided that connect to the inner part of the protective sheath provided to the optical connector ferrule. 2. The optical connector in claim 1 is characterized by the stripped end of the aforementioned short optical fiber being inserted into the optical fiber access channel of the optical connector ferrule, with the boundary between the stripped end and the stripped end being securely fastened to the optical fiber access channel. 3. The optical connector in Claim 1, characterized as a ferrule optical connector, consists of a ferrule main unit, a diameter extension integrated with the aforementioned ferrule main unit, and a raised assembly extending from one end of the aforementioned diameter extension and used in conjunction with the aforementioned protective sheath on the outside, and with the aforementioned short optical fiber sheath removed from the end and disposed of at the aforementioned fused connector remaining within the aforementioned raised assembly. 4. The optical connector in claim 2, characterized by the following features: the aforementioned ferrule optical connector consists of a main ferrule unit, a diameter extension integrated with the main ferrule unit, and a raised component extending from one end of the diameter extension and used in conjunction with the outer protective sheath. A short optical fiber sheath, removed from the end and discarded at the fused connector, remains within the raised component.