TH63283B - Image processing method and image processing unit - Google Patents

Abstract

DC60 (21/11/57) to provide an image processing method including recording images. where an image that consists of lines drawn with Multiple laser lines are recorded by heating by parallel irradiation of laser beams on a spaced recording medium. The range is in the pre-defined distance. where in the recording Among the many laser drawn lines which Assemble the picture At least two line units drawn with different powers. which each unit contains Lines drawn by a pair of lasers that are adjacent to each other and having different projection energy are created. in order to provide a means of image processing, which includes recording images where an image that consists of lines drawn with Multiple laser lines are recorded by heating by parallel irradiation of laser beams on a spaced recording medium. The range is in the pre-defined distance. where in the recording Among the many laser drawn lines which Assemble the picture At least two line units drawn with different powers. which each unit contains Lines drawn by a pair of lasers that are adjacent to each other and having different projection energy are created.

Claims (9)

Disclaimer (all) which will not appear on the advertisement page: edit 19/01/2017 1. Image processing methods that include: Image recording where an image composed of multiple laser drawn lines is recorded by providing Heat by emitting a laser in parallel on a thermally reversible recording medium spaced in Preset distance, where for recording Among the lines drawn by multiple lasers, which make up at least two line units drawn with different energies, each composed of a pair of lasers drawn lines. Adjacent to each other and with different projection energy is generated, and where among the multiple laser drawn lines that make up the image in the sequence of laser beams, even numbered lines are recorded as having. The projection power is less than that used to capture the drawing. An odd number adjacent to an even number drawn line. 2. Image processing method according to claim 1, where among the multiple laser-drawn lines that make up the picture Lines drawn with the laser This does not include the lines drawn by the laser that the ball radiates before the projection energy is energized. In the condition that the energy in Projected at the end of the line is determined to increase in a stepwise manner from the projection energy at the innermost point of the line. 3. Image processing method according to claim 2, where the segment between the beginning of the line and the end of the line of each laser drawn line. The line is divided into segments of the unit line, and the projection power is increased as The step where each segment of the unit line from the beginning of the line to the end of the line. 4. Image processing method according to claim 1, where among the multiple laser-drawn lines that make up the picture Lines drawn with the laser Is projected first, has the most energy to show 5. Image processing method according to claim 1, where the projection energy of the laser drawn line is Adjusted by the laser beam output power 6. Image processing method according to claim 1, where the projection energy of the laser drawn line is adjusted by the laser stranding speed. 7. Image processing method Clause 1 Where the laser beam will be YAG laser light, fiber laser light or diode laser light or Any combination 8. Image processing method according to claim 1, where the thermally reversible recording medium is composed of: base layer; And a thermally reversible log layer on the base layer Where the layer for the changed record Thermally incorporates: Thermally modified materials that absorb light that has Specific wavelength and convert light into heat; White dye; and reversible color detergent, where the thermally reversible recording layer changes its color weight in The characteristics are reversible depending on the temperature. 9. Image processing unit, which includes: Laser emitter unit; And a laser scavenger unit, which uses a laser beam on the surface for laser beams of the medium. Thermally reversible recording, where the image processing unit is configured to perform an image processing method, which is also incorporated by recording where an image composed of multiple laser lines is saved by Giving Heat by projecting a laser beam in parallel on a thermally reversible recording medium in the Preset distance, where in the recording Among the lines drawn by multiple lasers, which make up at least two line units drawn with different energies, each composed of a pair of lasers drawn lines. Adjacent to each other and with different projecting energies that are generated and Where, among the multiple laser drawn lines that make up the images in the order of laser projection, even numbered lines were recorded as having less projection energy than the ones used to record the drawing. Odd numbers adjacent to even numbered lines ------- 1. Image processing methods that include: Recording in which an image consisting of multiple laser-drawn lines is recorded by providing an odd number of lines. Heat by projecting a laser beam parallel to a spaced recording medium at a predetermined distance, where in recording the image among the lines drawn by the laser line that make up at least two line units drawn. With different energies, each of which consists of a pair of laser drawn lines that Adjacent to each other, and different projecting energy will be generated.