Abstract: A disc box includes a base, a securing member and a key member. The base has a lid and a body, which has a lateral side connected to that of the lid. The lid and the body include latching portions opposite to each other and key-reception portions adjacent to the respective latching portions. The latching portions are formed at an internal edge of the lid and the body respectively. The securing member is received in the latching portions for locking the lid and the body together so that the disc box is burglarproof. The key member is arranged inside the key-reception portions in order to reject the securing member that is clamped in the respective latching portion in advance. When the key member is drawn out, the securing member can be removed out at the same time.

Abstract: An optical disc accommodating case has a bottom cover, an upper lid and a connecting member. The connecting member has two lateral edges opposed to each other. The bottom cover and the upper lid are respectively and pivotally assembled onto the two lateral edges of the connecting member. The bottom cover, the upper lid and the connecting member are formed separately and then assembled together. As such, the optical disc accommodating case cannot be twisted or deformed, thereby ensuring that the position of a retaining base of the bottom cover is precise, and that the optical disc is capable of being installed on the bottom cover smoothly. Therefore, the efficiency of the optical disc automatic packing process is improved, causing the cost of the optical disc automatic packing process to be lowered.

Abstract: A disc box includes a base, a securing member and a key member. The base has a lid and a body, which has a lateral side connected to that of the lid. The lid and the body include latching portions opposite to each other and key-reception portions adjacent to the respective latching portions. The latching portions are formed at an internal edge of the lid and the body respectively. The securing member is received in the latching portions for locking the lid and the body together so that the disc box is burglarproof. The key member is arranged inside the key-reception portions in order to reject the securing member that is clamped in the respective latching portion in advance. When the key member is drawn out, the securing member can be removed out at the same time.

Abstract: A disk retaining structure, disposed inside a disk box and adapted to hold a disk, comprises a flat base disposed on a central part of the disk box; a pair of finger strips integrally formed at a central part of the flat base and each of the finger strips can be bent relative to the flat base. Two retaining pieces are respectively disposed adjacent to two upper edges of two outside surfaces of the finger strips and each of them has a flange at a bottom edge of a free end thereof. Two supporting pieces are respectively disposed adjacent to two lower edges of the outside surfaces of the finger strips. A buckling structure is provided between the two finger strips. When the finger strips are pinched, a disk can be conveniently placed horizontally on the retaining structure.

Abstract: A disk case has a top case, a bottom case pivotally connected to the top case, and an engaging base located on the bottom case for hooking a compact disk therein. The bottom case is pivotally connected to the top case. The engaging base is located on the bottom case; moreover, the engaging base has a supporting plate located on the bottom case, an engaging body protruding from the top surface of the supporting plate and defining a plurality of grooves formed therein and a plurality of hooking portions respectively located beside the corresponding grooves of the engaging body.

Abstract: A disk positioning structure disposed inside a disk case for holding a disk is constructed to include a flat base, two finger strips upwardly extended from the flat base, each finger strip having an outwardly extended retaining block for holding down the loaded disk, two stop plates respectively outwardly extended from the finger strips below the retaining block of each finger strip for supporting the loaded disk in place, and a fastening device provided between the finger strips and adapted to lock the finger strips in an inwardly tilted position for the loading of a disk when the user squeezing the finger strips with the fingers.

Abstract: A disk positioning structure disposed inside a disk case for holding a disk is constructed to include a flat base, two finger strips upwardly extended from the flat base, each finger strip having an outwardly extended retaining block for holding down the loaded disk, two stop plates respectively outwardly extended from the finger strips below the retaining block of each finger strip for supporting the loaded disk in place, and a fastening device provided between the finger strips and adapted to lock the finger strips in an inwardly tilted position for the loading of a disk when the user squeezing the finger strips with the fingers.

Abstract: A central retaining structure for a CD box includes a base located at the center of the CD box, and having a hexagonal bearing platform protruding from the center of the base; two spaced squeezing blocks integrally formed with the hexagonal bearing platform, wherein the two spaced squeezing blocks are separated by a slit, whereby a distance thereacross is drawn closer to each other; a lip formed on an outer periphery near an upper edge of the squeezing blocks; and resilient supporting pieces extending upwardly from bottom of the squeezing blocks and formed in a resilient shape for dispersing counterforce created by the lips, wherein the each of the resilient supporting pieces comprises contact protrusions arranged a distance from the lips.

Abstract: A retaining structure includes a holding portion, a retainer having a plurality of elastic pieces equally spaced on the holding portion, the elastic pieces each having a peripheral end being a free end, a pressing face positioned on a central portion thereof, and the pressing face connected to each of the elastic pieces through a connection part; a trench formed along an peripheral side of the pressing face, a plurality of wedges each formed on an external surface of each of the elastic pieces, and a plurality of arcuate walls each formed between two adjacent elastic pieces and separated from each of the elastic pieces by a slit communicated with the trench, and a recess formed on the base of the disk holder and opposite to the retainer.

Abstract: A retaining structure includes a holding portion, a retainer having a plurality of elastic pieces equally spaced on the holding portion, the elastic pieces each having a peripheral end being a free end, a pressing face positioned on a central portion thereof, and the pressing face connected to each of the elastic pieces through a connection part; a trench formed along an peripheral side of the pressing face, a plurality of wedges each formed on an external surface of each of the elastic pieces, and a plurality of arcuate wall each formed between two adjacent elastic pieces and separated from each of the elastic pieces by a slit communicated with the trench, and a recess formed on the base of the disk holder and opposite to the retainer.

Abstract: A holder for a DVD/VCD/CD has a cover and a base pivotally connected with the cover. Both the cover and the base have at least one through hole defined to correspond to each other and at a respective edge of the cover and the base. The aligned through holes in the cover and the base allow the user to assemble multiple holders together to facilitate carrying and storage. Furthermore, the holder has a retaining device provided on the center of the base to securely clamp the DVD/VCD/CD in the holder.

Abstract: A retaining center for a DVD/VCD/CD box includes a tray (10) with a plurality of inclined first segments (211), a plurality of inclined second segments (212) disposed equally among the first segments (211), a column (23) formed in a center of the tray (10) and extending up through the first and second segments (211,212). The column (23) has a resilient top which when compressed can receive a central hole of a DVD/VCD/CD, and two lips (2322) to securely retain the DVD/VCD/CD on the column (23). The first segments (211) each have a distal edge with a common height above a common height of distal edges of the second segments (212) until the first segments (211) are resiliently deformed downward. The height of the distal edges of the first segments (211) is below the lips (2322).