FIELD: physics.
SUBSTANCE: device for supplying fiber optic into the house contains a splice chassis and a light separation module. At the same time on the splice chassis in the splice area, the optical cable entry, the optical cable outlet, the splice point and the adapter are deployed. The light separation module includes an access point, a separator and N output ports, where N is a positive integer, not less than two; the light separation module is installed above the splice area by connecting an external port of the access point to the external port of the adapter. When the fiber optic supply is installed in the house, the optical cable is sequentially passed through the optical cable inlet and the optical cable outlet, and the optical cable crosses the splice area, and then the first fiber of the optical cable is separated from the optical cable between the optical cable inlet and the optical cable outlet. The first fiber is spliced to the first end of the second fiber to be supplied into the house using a splice point; and the second end of the second fiber is connected to the internal port of the adapter. The internal port of the access point is connected to the first end of the third fiber for access to the house; the first end of the separator is connected to the second end of the third fiber; the second end of the separator is connected to the first end of each of the fourth fibers to be supplied into the house. Each of the outlet ports is connected to the second end of each of the fourth fibers.
EFFECT: simplifying the process of supplying optical fiber into the house and improving the speed of providing optical fiber services to users.
8 cl, 9 dwg
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Authors
Dates
2017-07-03—Published
2015-04-13—Filed