阅读说明：本技术 一种应用于标签打印的条形码合成方法 (Bar code synthesis method applied to label printing ) 是由 涂金喜 于 2019-03-14 设计创作，主要内容包括：本发明公开了一种应用于标签打印的条形码合成方法,所述条形码合成的具体步骤为：编码机构→印刷机构→光学识别机构→扫描设备。本发明的一种应用于标签打印的条形码合成方法,采用本发明的纠错组件,便于计算机编码过程中不需要人工进行查漏补缺工作,避免影响条形码合成工作的效率,同时,有效保证后续通过印刷设备进行印刷工作时的打印效果。(The invention discloses a bar code synthesis method applied to label printing, which comprises the following specific steps: coding mechanism → printing mechanism → optical recognition mechanism → scanning device. The error correction assembly is adopted in the bar code synthesis method applied to label printing, so that missing and missing detection work is not required to be carried out manually in the computer coding process, the efficiency of bar code synthesis work is prevented from being influenced, and meanwhile, the printing effect during subsequent printing work through printing equipment is effectively ensured.)

1. A bar code synthesis method applied to label printing is characterized in that: the specific steps of the bar code synthesis are as follows:

(1) an encoding mechanism: the computer keys in and codes the corresponding data to make the data correspond to the black and white bar;

(2) a printing mechanism: the coded bar code information is led into the printing equipment through a computer, so that a printing mechanism in the printing equipment responds to the coded bar code information, and the printing and printing work of the bar code on the label is continued;

(3) an optical recognition mechanism: the character code is patterned by utilizing the optical recognition technology;

(4) a scanning device: and projecting light rays emitted by the scanning equipment onto the graph, and obtaining the duty ratio of the graph through different reflectivity and absorptivity (black absorption and white reflection), wherein different duty ratios represent different characters.

2. The bar code synthesis method applied to label printing according to claim 1, wherein: the coding mechanism comprises error correction components inside, and the error correction components are distributed at each coding node to carry out regional error correction.

3. The bar code synthesis method applied to label printing according to claim 1, wherein: the printing mechanism is provided with reasonable layout components, so that the synthesized bar codes are arranged on the label paper in order to finish the printing work.

Technical Field

The invention relates to the technical field of bar code synthesis, in particular to a bar code synthesis method applied to label printing.

Background

With the progress of scientific technology and the development of society, the application of bar codes is very wide, the bar code synthesis technology is more and more mature, the most common address of the bar codes is at the corners of various commodities, and after data information is imported and processed on the bar codes, the bar codes enable various commodities to be sorted and arranged in a database.

The existing bar code synthesis method does not have the participation of an error correction component in the synthesis process, so that the computer coding process often needs manual work for missing and missing detection and filling work, the efficiency of the bar code synthesis work is influenced, and a corresponding identification and scanning mechanism is not provided for carrying out real-time detection and processing on the bar code.

Disclosure of Invention

The invention aims to provide a bar code synthesis method applied to label printing.

A bar code synthesis method applied to label printing comprises the following specific steps:

(1) an encoding mechanism: the corresponding data is keyed in and coded by the computer, so that the data corresponds to the black and white bar.

(2) A printing mechanism: and (4) introducing the coded bar code information into the printing equipment through a computer, and continuing printing and printing the bar code on the label by responding to the coded bar code information by a printing mechanism in the printing equipment.

(3) An optical recognition mechanism: the character code is patterned using optical recognition techniques.

(4) A scanning device: and projecting light rays emitted by the scanning equipment onto the graph, and obtaining the duty ratio of the graph through different reflectivity and absorptivity (black absorption and white reflection), wherein different duty ratios represent different characters.

Preferably, the coding mechanism includes error correction components therein, and the error correction components are distributed at each coding node to perform localized error correction.

Preferably, the printing mechanism is provided with a reasonable layout assembly, so that the synthesized bar codes are arranged on the label paper in order to finish the printing work.

Has the advantages that: by adopting the error correction assembly, the missing and missing detection work is not required to be carried out manually in the computer coding process, the efficiency of bar code synthesis work is prevented from being influenced, meanwhile, the printing effect in the subsequent printing work through printing equipment is effectively ensured, and the synthesized bar codes can be effectively arranged neatly under the action of the reasonable layout assembly in the printing mechanism, so that the sequence of the synthesized bar codes on label paper is more neat, the deviation is not easy to occur, the subsequent scanning work is influenced, the application degree of the bar codes is reduced, and the bar codes can be normally subjected to the replacement work of commodities, goods and the like by corresponding recognition and scanning mechanisms.

Detailed Description

Bar code synthesis in order to enable goods to freely and widely circulate around the world, enterprises, whether designing, making, applying for registration or using goods bar codes, must follow the relevant regulations of goods bar code management, and bar code technology is emerging along with the development and application of computer and information technology, and is a novel technology integrating coding, printing, identification, data acquisition and processing.

A bar code synthesis method applied to label printing comprises the following specific steps:

(1) an encoding mechanism: the corresponding data is keyed in and coded by the computer, so that the data corresponds to the black and white bar.

(2) A printing mechanism: and (4) introducing the coded bar code information into the printing equipment through a computer, and continuing printing and printing the bar code on the label by responding to the coded bar code information by a printing mechanism in the printing equipment.

(3) An optical recognition mechanism: the character code is patterned using optical recognition techniques.

(4) A scanning device: and projecting light rays emitted by the scanning equipment onto the graph, and obtaining the duty ratio of the graph through different reflectivity and absorptivity (black absorption and white reflection), wherein different duty ratios represent different characters.