LC optical fiber cable adapter assembly

An LC optical fiber cable adapter assembly comprising:

• a main adapter including
• a main body that has a mounting end adapted to face a terminal equipment, and a coupling end opposite to said mounting end and adapted to be coupled to an LC optical fiber cable, said main body including
• a base wall,
• a first connecting wall and a second connecting wall that extend in the same direction respectively from opposite lateral edges of said base wall, said first connecting wall having a first front wall segment and a first rear wall segment, said second connecting wall having a second front wall segment that corresponds in position to said first front wall segment of said first connecting wall, and a second rear wall segment that corresponds in position to said first rear wall segment of said first connecting wall, said mounting end of said main body being formed on said base wall and said first and second rear wall segments, said coupling end of said main body being formed on said base wall and said first and second front wall segments, and
• a first closure wall that is connected to said first connecting wall and said second connecting wall, and that is spaced apart from said base wall, and
• a connecting mechanism that includes
• a first connecting unit provided on an outer surface of said first front wall segment, and including two connecting protrusions spaced apart from each other, each of said connecting protrusions extending in a direction from said first closure wall toward said base wall, and
• two second connecting units, each of which is provided on an outer surface of a respective one of said second front and rear wall segments of said second connecting wall, and has two spaced-apart connecting grooves extending in the direction from said first closure wall toward said base wall and having a contour that matches that of said first connecting unit;
• and
• a side adapter including
• a side body that has a mounting end adapted to face the terminal equipment, and a coupling end opposite to said mounting end and adapted to be coupled to an LC optical fiber cable, said side body including
• a base wall,
• a linking wall and a side wall that extend in the same direction respectively from opposite lateral edges of said base wall, said linking wall having a front wall section and a rear wall section, said side wall having a front wall section that corresponds in position to that of said linking wall, and a rear wall section that corresponds in position to that of said linking wall, said mounting end of said side body being formed on said base wall and said rear wall sections of said linking wall and said side wall, said coupling end of said side body being formed on said base wall and said front wall sections of said linking wall and said side wall, and
• a second closure wall that is connected to said linking wall and said side wall, and that is spaced apart from said base wall, and
• a connecting mechanism that includes two connecting units, each of which is provided on an outer surface of a respective one of said front and rear wall sections of said linking wall, and has two spaced-apart connecting grooves extending in the direction from said second closure wall toward said base wall, said connecting protrusions of said first connecting unit of said main adapter engaging respectively and removably said connecting grooves of one of said connecting units of said side adapter.

An LC optical fiber cable adapter assembly comprising:

• a main adapter including
• a main body that has a mounting end adapted to face a terminal equipment, and a coupling end opposite to said mounting end and adapted to be coupled to an LC optical fiber cable, said main body including
• a base wall,
• a first connecting wall and a second connecting wall that extend in the same direction respectively from opposite lateral edges of said base wall, said first connecting wall having a first front wall segment and a first rear wall segment, said second connecting wall having a second front wall segment that corresponds in position to said first front wall segment of said first connecting wall, and a second rear wall segment that corresponds in position to said first rear wall segment of said first connecting wall, said mounting end of said main body being formed on said base wall and said first and second rear wall segments, said coupling end of said main body being formed on said base wall and said first and second front wall segments, and
• a first closure wall that is connected to said first connecting wall and said second connecting wall, and that is spaced apart from said base wall, and
• a connecting mechanism that includes
• a first connecting unit provided on an outer surface of said first front wall segment, and including two connecting protrusions spaced apart from each other, each of said connecting protrusions extending in a direction from said first closure wall toward said base wall, and
• two second connecting units, each of which is provided on an outer surface of a respective one of said second front and rear wall segments of said second connecting wall, and has two spaced-apart connecting grooves extending in the direction from said first closure wall toward said base wall and having a contour that matches that of said first connecting unit;
• and
• a side adapter including
• a side body that has a mounting end adapted to face the terminal equipment, and a coupling end opposite to said mounting end and adapted to be coupled to an LC optical fiber cable, said side body including
• a base wall,
• a linking wall and a side wall that extend in the same direction respectively from opposite lateral edges of said base wall, said linking wall having a front wall section and a rear wall section, said side wall having a front wall section that corresponds in position to that of said linking wall, and a rear wall section that corresponds in position to that of said linking wall, said mounting end of said side body being formed on said base wall and said rear wall sections of said linking wall and said side wall, said coupling end of said side body being formed on said base wall and said front wall sections of said linking wall and said side wall, and
• a second closure wall that is connected to said linking wall and said side wall, and that is spaced apart from said base wall, and
• a connecting mechanism that includes a connecting unit provided on an outer surface of said front wall section of said linking wall, and having two spaced-apart connecting protrusions that extend in the direction from said second closure wall toward said base wall, and that engage respectively and removably said connecting grooves of one of said second connecting units of said main adapter.