Tray door guiding mechanism for optical disc device

Abstract

The present invention relates to a tray door guiding mechanism for optical disc device. The optical disc device has a disc tray, and the tray door guiding mechanism includes a front panel having a tray in-out window for allowing the tray to carry into/out from the optical disc device, in which at least one side of the tray in-out window is provided with a guiding trench; a tray door provided in front of the disc tray, in which at least one side of the tray door is provided with a guiding rib; wherein the guiding rib is exactly guided in the guiding trench when the tray is carried in the optical disc device. According to the present tray door guiding mechanism for optical disk device, it is possible to exactly guide the tray door into the device before the tray door is carried in the device, thereby it is possible to avoid the occurrence of interference caused by the step difference between the tray door and the front panel and to control the gap between the tray door and the front panel in a desired range.

Dependencies are inferred from the claim text.