Abstract: An improved structure for a label sticker, mainly including a base paper, a rear surface of which is coated with adhesive material, and a front surface provides for printing characters or trademark patterns thereon, and two papers that provide for writing or printing thereon. Rear surfaces of the two papers are coated with one-time adhesive material to enable affixing to the base paper in juxtaposition to each other, thereby structuring a label sticker. After writing or printing sender and addressee information on the two papers, the base paper is affixed to a goods packing box, and an addressee signs the paper after receipt thereof, whereupon the two papers are peeled away from the base paper to serve as a receipt and a signed copy to facilitate future checking of accounts while the retained base paper achieves advertising effectiveness, thereby providing the label sticker with greater convenience of use and practicability.

Abstract: A sticker structure includes a transparent paper, a release paper of a back glue of which is printed with a pattern, and a simile paper which is printed with multiple variations of colors. The transparent paper is used as a bottom, the simile paper is used as a top, and they are fed in and printed at the same time. After the transparent paper and the simile paper are affixed together, the aligned stickers are constituted by forming once with a guillotine molding, to provide for an affixing at a side as an index, such that a data searching can be clearer and convenient, and the simile paper can be written with a water pen, thereby improving a practicability of the sticker. The release paper is provided with a weak glue of strong stickiness, such that the sticker can be affixed more firmly, and can be affixed repeatedly.

Abstract: An optical recording medium and a method for fabricating the same. A read only data region, a writable/readable data region and a content recording region are formed on a transparent substrate. The read only data region is used to store prerecording data which can only be read but is unable to be rewritten. The writable/readable data region is used to read and write data, while the content recording region is used to record initial address information of the recorded data in the read only data region, the writable/readable data region and the content recording region. A recording layer in the writable/readable data region is formed with the derivative of cyanine dye, phthalocyanine dye or azo dye. Or alternatively, the recording layer is made of an alloy containing tellurium, germanium, or antimony, or an alloy containing indium, silver, antimony or tellurium.

Abstract: An optical recording medium and a method for fabricating the same. A read only data region, a writable/readable data region and a content recording region are formed on a transparent substrate. The read only data region is used to store prerecording data which can only be read but is unable to be rewritten. The writable/readable data region is used to read and write data, while the content recording region is used to record initial address information of the recorded data in the read only data region, the writable/readable data region and the content recording region. A recording layer in the writable/readable data region is formed with the derivative of cyanine dye, phthalocyanine dye or azo dye. Or alternatively, the recording layer is made of an alloy containing tellurium, germanium, or antimony, or an alloy containing indium, silver, antimony or tellurium.