Abstract: An automatic disk reproducing apparatus includes a chassis body, a duplicating device, a disk feeding device, a disk conveying device and a disk holder. The duplicating device is mounted in the chassis body and has a tray. The disk feeding device is mounted on the chassis body to hold a stack of compact disks in position and allows gravity to pull the compact disk at the bottom of the stack of compact disks into the tray for duplication. The disk conveying device includes two conveying members and two arms connected respectively to the conveying members to elevate the recorded compact disk from the tray after the duplication of the compact disk and convey the recorded compact disk to the disk holder.

Abstract: A system for duplication of data onto disks includes a housing, a drawer device, a transport mechanism, a set of disk holders, an arm and a control device. The housing includes a printing device and a set of copy units. The transport mechanism is connected to the arm for moving individual disks between the disk holders, the drawer device and the set of copy units. The control device automatically controls the various functions of various components of the system for duplication.

Abstract: An automatic disk reproducing apparatus includes a chassis body, a duplicating device, a disk feeding device, a disk conveying device and a disk holder. The duplicating device is mounted in the chassis body and has a tray. The disk feeding device is mounted on the chassis body to hold a stack of compact disks in position and allows gravity to pull the compact disk at the bottom of the stack of compact disks into the tray for duplication. The disk conveying device includes two conveying members and two arms connected respectively to the conveying members to elevate the recorded compact disk from the tray after the duplication of the compact disk and convey the recorded compact disk to the disk holder.

Abstract: A beam imprinting disk which is provided with a supporting layer, a photosensitive printing layer is formed on the supporting layer, and a paint printing layer is formed on the photosensitive printing layer. One surface of the disk is a data-rewriting surface for writing data, and the other surface of the disk is a label predetermined surface for setting patterns and words. The photosensitive printing layer is disposed on the label predetermined surface of the disk, the paint printing layer is partially disposed on the photosensitive printing layer, so that the user can simultaneously see the photosensitive printing layer and the paint printing layer from the label predetermined surface. By such arrangements, the disk is applicable to the ink jet printer or the beam imprinting optical disk drive, so that the beam imprinting disk has a wide range of application and can meet different user's requirements.

Abstract: An automatic disk feeding device for a disk duplication device and method thereof which comprises two transport assemblies disposed at both sides of a disc holder. Each transport assembly comprises a linkage disk which drives a connecting rod to rotate, and then the connecting rod moves a sliding block which cooperates with a push member and a slide rail to slide to and fro. The sliding block is defined with slant pushing grooves, and the slide rail is defined with L-shaped tracks. The push member is provided with pushing protrusions and guiding protrusions inserted in the pushing grooves and the L-shaped tracks. Thereby, the push members can clamp the disc by a horizontal extending method firstly, and then lift the disc, thus automatically taking out the disc in a small space.

Abstract: A transport arm device for carrying at least one disc includes a driving mechanism, a sway control member, and a swaying mechanism. The sway control member comprises a hole substantially in the middle of the sway control member for receiving a portion of the driving mechanism and two leaf springs extending up from two sides of the sway control member respectively. The swaying mechanism is capable of grabbing the discs. The swaying mechanism comprises a rotating connection for engaging with a suspension of the transport arm device. The two leaf springs are contacted with the swaying mechanism. The sway control member is moved by the driving mechanism so as to rotate the swaying mechanism along a rotary axis on the rotating connection, and the two leaf springs provide elasticity for the swaying mechanism rotating back.

Abstract: A conveying device comprises a body in which a power source and two scroll wheels of the same diameter and rotating synchronously are disposed. Each scroll wheel is wound with an elongated elastic extension plate having rigidity, and one end of each elastic extension plate extends out of the body. When in use, the power source is used to drive the two scroll wheel to rotate synchronously, so as to drive the elastic extension plates of the two scroll wheels to synchronously extend out of or retract in the body. When the ends of the two elastic extension plates extended out of the body are assembled with a clamp or a loading seat, thereby, the conveying operation can be carried out.

Abstract: A disk-feeding apparatus for information storage disks includes a body and a disk-feeding mechanism. The body has a disk-feeding hole. The disk-feeding mechanism is mounted in the body and includes a driving assembly, a transmission member and multiple disk-feeding wheels. The transmission member is connected to and driven by the driving assembly. The disk-feeding wheels are rotatably mounted in the body and extend partially through an interior surface of the disk-feeding hole to hold disks over the disk-feeding hole, and has a cut edge and a feeding thread. A single disk is moved through the cut edges and the feeding threads to pass through the disk-feeding hole when the disk-feeding wheels are rotated, and the disk is eventually pulled down by gravity.

Abstract: A disc turning device is formed with at least one support portion at one side of a center of gravity of the disc to make a disc turn over automatically by gravity by turning about the support portion, thus achieving the objectives of automatically turning over a disc by gravity, and saving energy.

Abstract: An information storage disk dispensing apparatus includes a frame, a disk drive and a disk inclining member. The disk drive is connected to the frame and includes a tray. The tray includes a receiving area and has an ejected position. The disk inclining member is mounted on the frame over the receiving area of the tray when the tray is at the ejected position to incline a disk pulled by gravity to fall vertically.

Abstract: A handling device and method utilizes a clamping arm that is screwed on a guide rod. The axial direction of the guide rod is in the vertical direction, and the rotating direction of the guide rod is in the horizontal direction. Makes the clamping arm rotate in the horizontal direction when the clamping arm is not restricted, and makes the clamping arm move in the vertical direction when the clamping arm is restricted. By such arrangements, the clamping arm can perform handling in the horizontal direction and in the vertical direction.

Abstract: A transport arm device for carrying at least one disc comprising a driving means, a sway control member, and a swaying mechanism is disclosed. The sway control member comprises a hole in substantial middle of the sway control member for receiving a portion of the driving means and two leaf springs extending up from two sides of the sway control member respectively. The swaying mechanism is capable of grabbing the discs. The swaying mechanism comprises a rotating connection for engaging with a suspension of the transport arm device, wherein the two leaf springs are contacted with the swaying mechanism. The sway control member is moved by the driving means so as to rotate the swaying mechanism along a rotary axis on the rotating connection, and the two leaf springs provide elasticity for the swaying mechanism rotating back.

Abstract: A transportation device for moving a compact disc includes a moving arm, a screw bolt, and a guide track device. The moving arm has a first end, and the first end has a protrusive section located on a peripheral surface thereof. The screw bolt is screwed through the first end of the moving arm so that the moving arm can be moved when the screw bolt is rotating. The guide track device is composed of a plurality of crossed slots. The protrusive section of the first end of the moving arm can be slidably connected to the slots of the guide track device when the screw bolt is rotating, whereby the moving arm can be directed in different directions by the slots of the guide track device.

Abstract: The disc retrieval and release apparatus and method has a retrieve and release member for retrieving and releasing a disc for processing. The retrieve and release member releases one of the discs into and retrieves it from a wait processing region where the upper side of the disc tray is. The retrieve and release member enters and exits the wait processing region slantwise when the moving arm moves thereto. Thus, the embodiment releases the unprocessed disc into the wait processing region, and then retrieves the processed disc from the wait processing region after the unprocessed disc is processed. Thus, the discs are retrieved from a disc tray of the optical drive that extends out completely or incompletely, and they are released into the disc tray easily.

Abstract: A handling device and method utilizes a clamping arm that is mounted on a guide rod. The axial direction and the rotation direction of the guide rod are intersected each other at right angles. Makes the clamping arm rotate in the rotation direction of the guide rod when the clamping arm is not restricted, and makes the clamping arm move in the axial direction of the guide rod when the clamping arm is restricted. By such arrangements, the clamping arm can perform handling in the horizontal direction and in the vertical direction.

Abstract: An information storage disk handling apparatus includes a first disk device, a second disk device and a turn-over device. The first disk device has a first tray, and the second disk device has a second tray. The first disk device is mounted over the second disk device. Each of the trays has an ejected position. The turn-over device is mounted between the ejected positions of the trays of the first disk device and the second disk device to turn over an optical disk removed from the first tray at its ejected position and received by the second tray at its ejected position after the optical disk is turned.

Abstract: A disk-feeding apparatus includes a base, two or more than two disk-feeding devices and an intermediate conveyer associated with the disk-feeding devices. The disk-feeding devices are mounted on the base and hold respectively stacks of disks. An intermediate conveyer is mounted between each pair of adjacent disk-feeding devices to convey a disk from a first disk-feeding device to a second disk-feeding device of each pair of adjacent disk-feeding devices.

Abstract: A disc turning device and method thereof utilizes a device whose supporting portion is located at one side of the gravity center of the disc body to make the disc body, under the gravity action, use the supporting portion as a pivot to carry out turning operation, thus achieving the objectives of automatic turning operation by gravity using and energy saving.

Abstract: An auto feed, copy and print apparatus for information storage disks and a method of the same are disclosed. The apparatus includes a frame, a read/write and print device and a feeding device. The read/write and print device and the feeding device are mounted on the frame. The feeding apparatus feeds a disk once by gravity onto a tray of the read/write and print device. The tray retracts so as to perform copy and print disk cover operations. The Method includes steps of providing disks, using a feeding device to support the disks and feeds a single disk once by gravity, receiving the disk on a tray, retracting the tray with the disk into a read/write and print device, and using the read/write and print apparatus to write data into the disk and print the disk's cover.