The outer tubular section is adapted to frictionally engage the outer surface of the inner tubular section, and the outer tubular section is substantially rigid, while the inner tubular section is substantially flexible as compared to the outer tubular section, so that axial movement of the outer tubular section when it is being coupled to {HEAD ~ the male coupling component} carries {TAIL ~ the inner tubular section} therewith 
The outer tubular section is adapted to frictionally engage the outer surface of the inner tubular section , and the outer tubular section is substantially rigid , while the inner tubular section is substantially flexible as compared to the outer tubular section , so that axial movement of the outer tubular section when it is being coupled to { HEAD ~ the male coupling component } carries { TAIL ~ the inner tubular section } therewith
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