| 摘要 |
PROBLEM TO BE SOLVED: To enable a wire material to be moved without affecting the other wire material even in the clamping state, and to enable all wire materials to be uniformly pressed by pressing the wire materials positioned in the positioning parts by fluid through a thin film, and clamping them. SOLUTION: A plurality of optical fibers 1 are pressed to V-grooves 2c by water 5b through a thin film 5a. A pressing bag 5 is deformed by the thin film 5a and water 5b inside it so as to fit the irregular shapes of respective V-grooves 2c and the optical fibers 1. At this time, pressure of water 5b inside the thin film 5a uniformly acts on a plurality of optical fibers 1 by the principle of Pascal and uniformly clamps all of them. In a plurality of pressed optical fibers 1, when the specified optical fiber 1 is moved in the X and Y directions by the jogging operation of facing movable blocks 2b, the thin film 5a is deformed together with water 5b inside it, moreover, the optical fibers 1 positioned in the adjacent movable blocks 2b are not affected by the deformation. |
