| 摘要 |
PROBLEM TO BE SOLVED: To provide a disk device which requires no movement of a conveying roller and conveys a disk when a disk is slightly inserted into the entrance. SOLUTION: When the front-edge part of the disk D conveyed in the direction of Y2 as shown in Figure enters the guiding grooves of a disk-guiding members 81 and 82, the disk-guiding members 81 and 82 are opened along the form of the edge part of the disk D in both-side directions in which they are separated from each other while resisting the pushing power of the disk D. When the maximum diameter of the disk D passes by an imaginary line L-L between the pin 71a of a moving member 71 and the pin 72a of the moving member 72, the disk-guiding members 81 and 82 are changed to be in inverted truncated chevoren shape, and the disk-guiding members 81 and 82 push the edge of the disk D from the rear side in the direction of Y2 as shown in Figure by the energizing force of the energizing member which gives the energizing force in the direction in which the moving members 71 and 72 approach. Accordingly, the disk D can be conveyed deeply into the device in the direction of Y2 without moving the conveying roller.
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