Abstract: A disc holding packet equipped with a labeling structure includes a cover layer and a bottom layer connecting to at least one edge of the cover layer. The cover layer and the bottom layer are foldable to form a holding space to hold a disc. The cover layer has a body portion and an extended portion connecting to one edge of the body portion. The extended portion has at least one labeling flap located at the connecting portion flippable against the body portion. The flippable labeling flap can be used to label the disc and facilitate classification and management of different discs.

Abstract: An improved optical disk labeling device includes a label holding dock containing a holding portion and an optical disk holding dock slidable on the holding portion. The holding portion has downward and upward tracks. The downward and upward tracks have two ends forming a first anchor portion and a second anchor portion that communicate with each other. Through an actuation member the optical disk holding dock can be anchored at a first position to receive a first depressing force so that the actuation member is moved along the downward track to hold the optical disk holding dock at a second position. At the second position the optical disk holding dock can receive a second depressing force so that the actuation member slides along the upward track and allows the optical disk holding dock to return to the first position.

Abstract: An optical disk labeling device aims to improve the disadvantages of conventional optical disk labeling devices that have too many elements, which causes higher production cost and complicated fabrication and assembly processes. It includes a label holding dock containing a holding portion and an optical disk holding dock slidably located on the holding portion. The holding portion has a downward track and an upward track. The downward track and the upward track have two ends forming a first anchor portion and a second anchor portion that communicate with each other. Through an actuation member the optical disk holding dock can be anchored on the first anchor portion at a first position to receive a first depressing force so that the actuation member is moved along the downward track to the second anchor portion to hold the optical disk holding dock at a second position.

Abstract: A disk containing box structure includes a container body and a cover. The container body has a containing space, and a first axle portion on a side of an opening of the containing space. The cover has a second axle portion corresponding to the first axle portion, so that the cover can be lifted or closed onto the container body by combining the first axle portion and the second axle portion. The bottom of the container body includes at least one lower support body having a first embedding portion. The cover includes an upper support body having a second embedding portion matched with the first embedding portion. The second embedding portion of the upper support body is connected to the first embedding portion of the adjacent disk containing box structure and stacked to form a structure for securely stacking the disk containing box structures for the storage of optical disks.

Abstract: A disk labeling structure for dividing and labeling plural disks, which are strung up by a pillar, includes a fixing portion for mounting on the pillar, a labeling portion, and an extending portion for connecting the fixing portion and the labeling portion, wherein the fixing portion has a gap outwardly extended from the center thereof for accommodating the pillar, the fixing portion and the extending portion are formed to locate on a same plane and the labeling portion is perpendicular to the plane, and the direction of the gap is not parallel to the direction from the center of the fixing portion to the labeling portion.

Abstract: A disk processing apparatus used for cleaning, mending or damaging a disk includes a first arm and a second arm to define a clamping structure. The front end of the second arm is a detachable tongue plate, and the first arm and the tongue plate separately or individually have at least one processing unit. If the disk is placed in the disk processing apparatus and contacted with the processing unit, different materials and properties of a surface of the processing unit can clean, mend or damage the disk. If it is necessary to change the processing unit, the tongue plate of the second arm can be removed to facilitate the change of the processing unit.

Abstract: An optical disc labeling device comprises a label seat, an optical disc seat, a base and a driving unit. The label seat is disposed on the base and has a through-hole at the center thereof, and the optical disc seat may outcrop from the through-hole. The driving unit is installed on the base and joined to the optical disc seat. A label and an optical disc are respectively placed on the label seat and the optical disc seat, and the adhesive side of the label and the to-be-labeled side of the optical disc are faced to each other. When the optical disc seat is pressed down, the to-be-labeled side of the optical disc approaches and finally sticks onto the adhesive side of the label. When the optical disc seat is released from the pressing force, the driving unit will gradually push back the optical disc seat.

Abstract: A disk holding structure for holding disks includes a base which has a main body and an anchor portion coupling with the main body. The main body has a plurality of connecting pleated portions extended from two sides to form an extensible holding area. The holding area has a confining portion on an outer end. The anchor portion has a positioning portion insertable between the confining portion and the pleated portions to form an anchoring relationship. At least one holding pouch is provided on the main body through a coupling means between two corresponding pleated portions. The holding pouch has an open trough to hold the disks. The folding and pleated structure thus formed can be fabricated at a lower cost. The extensible holding area can reduce carrying and holding space.

Abstract: A disk container for holding disks includes a base which has a post to run through the disks and a hood mounting onto the base. The post has an anchor end. The hood has a retaining zone which has an opening insertable by the anchor end. The retaining zone holds a movable member through a coupling means. The movable member has a latch notch engageable with the anchor end to form an anchoring relationship at a first position. The movable member may be moved to a second position where the latch notch escapes the anchor end to release the anchoring relationship. Thereby the hood can be anchored or removed easily through a simple operation. Use convenience improves. The entire container is formed with the same diameter. Transportation and storing are easier.