Calligraphy code generating method, calligraphy code generating system, calligraphy code analyzing method, calligraphy code analyzing system and calligraphy code label

Abstract

The invention discloses a calligraphy code generating method, a calligraphy code generating system, a calligraphy code analyzing method, a calligraphy code analyzing system and a calligraphy code label, wherein the calligraphy code comprises a calligraphy character image and a rectangular separation frame which is arranged outside the calligraphy character image and is used for determining the position of the calligraphy character image, and the calligraphy character image is a binary image of a character symbol. The calligraphy code generating method comprises the steps of generating a calligraphy code appearance; generating a corresponding characteristic identification code according to the generated calligraphy code appearance, and endowing a related content to the calligraphy code. Furthermore the invention discloses a corresponding calligraphy code generating system, a calligraphy code analyzing method, a calligraphy code analyzing system and application of a calligraphy code label form. Therefore the calligraphy code generating method, the calligraphy code generating system, the calligraphy code analyzing method, the calligraphy code analyzing system and the calligraphy code label realize functions of improving appearance and visibility of each code, improving use convenience, improving practicability in appliance, and improving anti-falsification in safety insurance.

Description

technical field [0001] The present invention relates to the technical field of image information encoding and decoding, in particular to a calligraphy code generation method and system, an analysis method and system, and a calligraphy code label. Background technique [0002] Existing image recognition applications often process, analyze, and understand images, only to identify, or simply connect to corresponding items after identification, which does not meet people's needs for more and more accurate information, and derived information, that is, there is no Correspond the image to the relevant "code" application. Image recognition without being endowed with more accurate and richer effective information is meaningless. [0003] Among the existing information barcodes, two-dimensional codes are dominant in terms of information volume and application range. QR codes are a more advanced barcode format than 1D codes. One-dimensional codes can only express information in one...

AI Technical Summary

Problems solved by technology

QR codes are very popular, but they are not safe (easy to be copied, exploited, anyone can send them without special security audit), unsightly (only various black and white or colored color blocks and lines), unsightly Intuitive (putting two codes together, people cannot quickly distinguish who is who), the content cannot be modified after printing, and the application area is narrow, etc.

[0007] Whether it is the existing two-dimensional barcode or the color three-dimensional barcode developed on the basis of the two-dimensional code, there are unsafe (easy to be copied, used, anyone can send it without special security audit), unsightly ( Various black and white or colored color blocks and lines), unintuitive (two codes put together, people cannot quickly distinguish who is who), the content cannot be modified after printing, and the application area is narrow, etc.

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