Characters distributing method, image generating method and seal making method and their device

Abstract

The invention discloses a character distribution method, an image generation method, a seal manufacturing method and the related devices. The blank size of the end part between a contour edge and the character on the furthest end is assumed to be D, and the word gap size between the neighboring characters is assumed to be B, with the above characters distributed as: B is more than D and D is more than zero. Suppose contour width is A, the width of one character is C and the number of the characters is F, the row with the smallest G which is from the result of the formula (A minus C times F) / F among a plurality of rows is used to be the longest row. Corresponding to the benchmark word gas B, the characters are distributed to the longest row and other rows. The whole image data corresponding to the whole plate-making area of the seal image is generated, saved and outputted as the seal image data.

Description

technical field [0001] The present invention relates to an image generation method and device for making a prescribed area for making a plate or printing a desired image within a prescribed outline such as the printed surface of a stamp or the printed surface of a label. A method of distributing characters in a rectangular outline of a predetermined width according to the reading direction, an image generation method of inputting image constituent elements corresponding to each of various items to generate an image, and using these methods to convert a stamp image A stamp making method such as making a plate on a stamp portion of a stamp body which is an object of stamp making, and their devices. Background technique [0002] First of all, firstly, in the conventional method of allocating characters corresponding to one or more lines, such as word processors, etc., uniform distribution is often used. Uniform distribution under this situation, for example, as shown in Figure...

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Problems solved by technology

[0006] The 2nd, for example, in the case of a seal image or a label image, in the above-mentioned image generation method, if there are items that are not input in the items such as address, name, and figure, then this area is used as a blank portion, Therefore, the disposition balance of image constituent elements deteriorates, and at the same time, the ratio of the area of ​​the seal image or label image to the area of ​​the entire printing surface or printing surface, that is, an unbalanced image with small blackness will be generated.

On the other hand, when inputting images, the data is input one by one, which takes time and cannot be processed quickly.

[0007] The 3rd, in the case of the seal image, it is difficult to combine the image positions of various items. Like the above-mentioned belt printing device, the plate is made in units of one character or one line, so it is necessary to arrange the images in a balanced manner. Impossible to adjust images, or adjust for blackness, or generate complex stamp images

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