Splice carrier for light waveguide cables

Claim 2

In a splice carrier for light waveguide cables having bundles of light waveguides, said splice carrier being inserted into a cable sleeve with a plurality of similar splice carriers to form a splice connection between waveguides of two bundles from two cables entering opposite ends of the cable sleeve, each individual splice carrier being a rectangular member and containing both means for mounting the splices of the waveguides and means for storing excess length of the waveguides of each bundle of waveguides associated with the carrier, the improvement comprising each of the splice carriers having two opening means with an axis for introducing the incoming and outgoing bundles of light waveguides to the carrier, said opening means being disposed on the same side of the splice carrier adjacent a corner of the rectangular member and adjacent each other in such a manner that an individual splice carrier can be pivoted around an imaginary point lying adjacent the corner and approximately on the axis of the two opening means.

Claim 3

In a splice carrier according to claim 1, wherein the means for storing the excess length of each of the light waveguides of the two bundles stores the waveguides with loops for the incoming and outgoing waveguides running in the same direction.

Claim 4

In a splice carrier according to claim 1, wherein the means for storing the excess length of each of the light waveguides of the two bundles stores the waveguides with loops of the incoming and outgoing waveguides running in opposite directions.

Claim 5

In a splice carrier according to claim 1, wherein each of the splice carriers includes a flat component for receiving the bundles of light waveguides and the splices between the waveguides of the two bundles and a cover for enclosing said waveguides and splices.

Claim 6

In a splice carrier according to claim 1, which includes two additional opening means arranged as a pair adjacent another corner of the carrier.

Claim 7

In a splice carrier according to claim 5, wherein each splice carrier is composed of a flat component for receiving the bundles of waveguides and the splices between the individual light waveguides and includes a cover for enclosing the splices and waveguides therein.

Claim 8

In a splice carrier according to claim 1, wherein the two opening means comprise a pair of parallel extending channels.

Claim 9

In a splice carrier according to claim 7, wherein the rectangular member contains the splices between the waveguides of the bundles and the carrier includes a cover for enclosing the splices and waveguides therein.

Claim 10

In a splice carrier according to claim 7, which includes another two parallel extending channels adjacent another corner of the rectangular member.

Claim 11

In a cable sleeve for light waveguide cables having bundles of light waveguides, said sleeve having a housing with a pair of cable entrances for receiving light waveguide cables whose waveguide cores are spliced together in the housing, said housing having means for positioning a plurality of splice carriers for the light waveguides of each cable, each of the splice carriers containing means for mounting the splices of the waveguides between two bundles of waveguides and means for storing excess lengths of the waveguides of each bundle, the improvement comprising each of the splice carriers being a rectangular member and having two opening means with an axis for introducing two bundles of light waveguides to the carrier, said two opening means being disposed on the same one side of the carrier adjacent a corner of the member and adjacent each other in such a manner that an individual splice carrier can be pivoted around an imaginary point lying adjacent the corner and approximately on the axis of the two opening means from a storage position in said sleeve to an extended position to enable access to the splices and waveguides supported thereon.

Claim 12

In a cable sleeve for light waveguide cables having bundles of light waveguides, said sleeve having a housing with a pair of cable entrances for receiving light waveguide cables whose waveguide cores are spliced together in the housing, said housing having means for positioning a plurality of splice carriers for the light waveguides of each cable, each of the splice carriers containing means for mounting the splices of the waveguides between two bundles of waveguides and means for storing excess lengths of the waveguides of each bundle, the improvement comprising each of the splice carriers being a rectangular member and having two opening means with an axis for introducing two bundles of light waveguides to the carrier, said two opening means being disposed on the same one side of the carrier adjacent a corner of the member and adjacent each other in such a manner that an individual splice carrier can be pivoted around an imaginary point lying adjacent the corner and approximately on the axis of the two opening means from a storage position in said sleeve to an extended position to enable access to the splices and waveguides supported thereon.

Claim 13

In a cable sleeve according to claim 10, wherein each of the splice carriers is positioned with the corner being adjacent an outer wall of the sleeve.

Claim 14

In a cable sleeve according to claim 10, wherein the cable sleeve is substantially cylindrical and the splice carriers are arranged in a stack with each carrier being substantial on a radius of the sleeve to leave an axial portion of the sleeve free of carriers to receive the cables, and the corner of each carrier being positioned adjacent an outermost wall of the cable sleeve.

Claim 15

In a cable sleeve according to claim 10, wherein the means for storing the excess length of each of the light waveguides of the two bundles of each splice carrier stores the waveguides with loops for the waveguides of the two bundles running in the same direction.

Claim 16

In a cable sleeve according to claim 10, wherein the means for storing the excess length of each of the light waveguides of the two bundles of each splice carrier stores the waveguides with loops of the waveguides of the two bundles running in opposite directions.

Claim 17

In a cable sleeve according to claim 10, wherein each of the splice carriers includes a flat component for receiving the bundles of light waveguides and the splices between the waveguides of the two bundles and a cover for enclosing said waveguides and splices.

Claim 18

In a cable sleeve according to claim 15, wherein the rectangular member of the splice carrier contains the splices between the waveguides of the bundles and the carrier includes a cover for enclosing the splices and waveguides therein.

Claim 19

In a cable sleeve according to claim 10, wherein the two opening means of each carrier comprise a pair of channels extending parallel to each other and a side of the rectangular member adjacent the one side.