Optical disk label depicting method

Abstract

The invention relates to a CD label scribing method; firstly a command of light-scribe application program in a host computer is received to begin scribing a label; a marked area in a label scribing area of a CD is read to obtain information about label scribing; the obtained label scribing information is transmitted to the host computer; a renewable label scribing block of the scribing area of the CD is programmed by the host computer; provided that the renewable label scribing block can not be programmed, the label scribing is stopped, otherwise, the label is scribed on the scribing area of the CD, then corresponding to a block with the label scribed, a mark showing that the label is scribed is marked on the marked area of the CD; the label scribing is then stopped.

Description

technical field [0001] The present invention relates to an optical disc label characterization method, in particular, to a method of recording the position of each label graphic characterization during the optical disc label characterization, so as to be used for multiple characterization of the label. Background technique [0002] An ordinary optical disc has two sides, one side is the data recording side and the other side is the label side. It is well known how to make a disc label. Generally, the user writes directly on the label side with a marker as an identification label, while the manufacturer will mark the trademark of the disc. and data recording content, attached to the disc label surface by spray printing or self-adhesive paper. [0003] Due to the above-mentioned method, the simple, non-personalized label and easy falling off affect the rotation and playback of the optical disc. Therefore, there is another known method of Light Scribe label, such as figure 1 A...

AI Technical Summary

Problems solved by technology

[0004] However, the known marking method of light carving does not record the graphic characters depicted. In order to avoid overlapping graphic characters on the label and affecting the marking, the label can only be described once, even if there is still a blank space on the label surface of the optical disc. Unable to cooperate with discs that have recorded data multiple times, repeatedly depicting updated graphics or text, causing inconvenience in use

Therefore, the known disc label marking method still has problems to be solved urgently on multiple markings.

Images