Fiber optic module
AssigneeSterlite Technologies Limited
InventorsShrinivas Hublikar, Nandakumar Pawaskar, Nitin Joshi
Life of this patent
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Abstract
The present invention relates to a fiber optic module (102) having a base unit (104) defined by a base (200) and at least two opposing side walls (202) such that the base (200) and the at least two opposing side walls (202) forms a zone (204), a top plate (106) removably engaged with the base unit (104), and a single piece integrated adapter (108) removably engaged at the first end (104a) of the base unit (104). In particular, the base unit (104) has a first end (104a) and a second end (104b). Further, the top plate (106) and the base unit (104) define one or more openings (228a-228b) when the top plate (106) is attached to the base unit (104).
Claims20
A fiber optic module (102)comprising:
- a base unit (104) that is defined by a base (200) and at least two opposing side walls (202) such that the base (200) and the at least two opposing side walls (202) forms a zone (204), wherein the base unit (104) has a first end (104a) and a second end (104b);
- a top plate (106) that is removably engaged with the base unit (104), wherein the top plate (106) and the base unit (104) defines one or more openings (228a-228b) when the top plate (106) is attached to the base unit (104);
- and
- a single piece integrated adapter (108) that is removably engaged at the first end (104a) of the base unit (104).
A fiber optic module (102) comprising:
- a base unit (104) that is defined by a base (200) and at least two opposing side walls (202) such that the base (200) and the at least two opposing side walls (202) forms a zone (204), wherein the base unit (104) has a first end (104a) and
- a second end (104b);
- a top plate (106) that is removably engaged with the base unit (104),
- wherein the top plate (106) and the base unit (104) defines one or more openings (228a-228b) when the top plate (106) is attached to the base unit (104);
- and one or more elongated walls (206) partitioning the zone (204) forming a plurality of sub-zones (204a-204c) such that at least one sub-zone of the plurality of sub-zones (204a-204c) has one or more base unit openings (210), wherein the plurality of sub-zones (204) comprising at least three sub-zones (204a-204c),
- wherein, when a sub-zone of the plurality of sub-zones (204) accommodates the slack of the one or more optical waveguides, the one or more optical waveguides are bent at a radius of more than 12 millimetres (mm).
A fiber optic module (102) comprising:
- a base unit (104) that is defined by a base (200) and at least two opposing side walls (202) such that the base (200) and the at least two opposing side walls (202) forms a zone (204), where the base unit (104) has a first end (104a) and a second end (104b);
- a top plate (106) that is removably engaged with the base unit (104), wherein the top plate (106) and the base unit (104) defines one or more openings (228a-228b) when the top plate (106) is attached to the base unit (104);
- and a single piece integrated adapter (108) that is removably engaged at the first end (104a) of the base unit (104)
- wherein the single piece integrated adapter (102) has a plurality of sub-adapters (300);
- wherein the plurality of sub-adapters (300) are arranged on a plane such that each sub-adapter of the plurality of sub-adapters (300) is adjacent to at least one or at most two sub-adapters.
Dependencies are inferred from the claim text.