COUPLING FOR FIBER CONNECTOR WITH HIGH DENSITY OF PLACING FULL SET OF FIBERS Russian patent published in 2017 - IPC G02B6/38 G02B6/24 

Abstract RU 2630201 C2

FIELD: physics.

SUBSTANCE: coupling for holding optical fibers in the fiber optic connector includes a body structured in such a way that it has open recesses to hold exposed, bare-exposed end fragments of the first and second plurality of optical fibers. Partitions provided for separating adjacent optical fibers and defining the walls of adjacent open recesses, such that each open recess accommodates the optical fiber in such a way that it does not protrude beyond the edge of the recess. The housing of the sleeve includes opposing first and second portions arranged oppositely to each other to hold the end fragments of the first and second plurality of optical fibers. The end fragments of the first plurality of optical fibers are staggered with respect to the end fragments of the second plurality of optical fibers on opposing surfaces of the first and second housing parts. In addition, the first and second plurality of recesses for holding the optical fibers can be defined on the first and second surface of the perimeter of the housing, respectively.

EFFECT: creating a fiber optic connector with a high density of optical fibers and low losses.

26 cl, 18 dwg

Similar patents RU2630201C2

Title Year Author Number
CLAMP FOR OPTICAL FIBER CONNECTOR HAVING FLEXIBLE STRUCTURE FOR FIXING IN SERIES LOCATED TERMINALS 2012
  • Li Shukh
  • Vallans Robert Rien
  • Barnoski Majkl K.
  • Klotts Gregori L.
RU2629912C2
COUPLER FOR FIBRE-OPTIC CONNECTOR, HAVING CURVILINEAR EXTERNAL SURFACE FOR ALIGNMENT 2013
  • Li Shukh
  • Vallans Robert Rien
  • Barnoski Majkl K.
RU2642534C2
SEALED ASSEMBLY FOR OPTICAL FIBER ALIGNMENT 2013
  • Li Shukh
  • Vallans Robert Rien
  • Barnoski Majkl K.
RU2647212C1
HERMETIC ASSEMBLY FOR ALIGNMENT OF OPTICAL FIBRE, WHICH HAS INTEGRATED OPTICAL ELEMENT 2013
  • Li Shukh
  • Vallans Robert Rien
  • Barnoski Majkl K.
RU2638979C1
BASED ON VISUAL OBSERVATION PASSIVE ADJUSTMENT OF A FIBRE-OPTIC NODE RELATIVE TO AN OPTOELECTRONIC DEVICE 2015
  • Li Shukhi
  • Klotts Gregori L.
  • Barnoski Majkl K.
  • Vallanse Robert Rian
RU2698945C2
COMPOSITE FIBRE OPTIC CONNECTOR AND X-RAYS RECEIVER ON ITS BASE (VERSIONS) 2013
  • Miroshnichenko Sergej Ivanovich
  • Nevgasimyj Andrej Aleksandrovich
RU2536788C1
OPTICAL FIBER INPUT AND OUTPUT CONNECTION DEVICE HAVING A TEXTURED REFLECTIVE SURFACE 2013
  • Li Shukh
  • Vallans Robert Rien
  • Khii King-Fu
  • Dzhin Metyu
  • Barnoski Majkl K.
  • Dannenberg Rend D.
RU2649034C2
HIGH-PRECISION OPTOELECTRONIC COMPONENTS 2003
  • Barnoski Majkl K.
  • Levi Ehntoni
  • Prints Fritts
  • Tarasjuk Aleks
RU2389049C2
FIBRE-OPTIC CONNECTION SYSTEM WITH CENTERING DEVICE 2013
  • Gurreri Majkl
  • Flejg Robert Charlz
  • Pol Rendol Bobbi
  • Ferkhejden Denni Uilli August
  • Erdman Devid Donald
  • Brets Duajt A.
RU2634791C2
BIMETAL COMPONENT, METHOD OF ITS FABRICATION AND ITS APPLICATION 2011
  • Charest Pascal P.
  • Denijs Eric
RU2567076C2

RU 2 630 201 C2

Authors

Li Shukh

Vallans Robert Rien

Barnoski Majkl K.

Klotts Gregori L.

Dates

2017-09-06Published

2012-10-11Filed