利用光学字符识别(OCR)将窑机数据图像转换为数字数据

Agustia Hananto, Elfina Novalia, Goenawan Brotosaputro
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引用次数: 0

摘要

在制造瓷砖的过程中,有一个使用窑制造或烤箱的燃烧过程。为了保证燃烧过程的顺利进行,在窑机上监控了39个参数,这些参数必须根据窑机图像生成的数据进行人工监控。由于人为错误或疏忽以及导致公司损失的其他人为特征,监控这些参数的过程无效。因此,需要一个系统来存储瓷砖内燃机的参数数据,这些参数数据可以存储在数据库中。在对窑炉进行分析后,显示参数数据的传感器记录仪可以通过局域网访问,但生成的数据是图像形式,而不是字母数字数据形式。所获得的图像数据需要转换成字母数字数据作为数据源。通过引入光学字符识别(OCR)和模板匹配方法,将图像转换为字母数字数据,从而存储在数据库中。从研究结果来看,所研制的原型系统对图像数据到字母数字数据的转换精度达到了100.00%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Changing Data Image Into Numeric Data on Kiln Manufacture Machinery Use Optical Character Recognition (OCR)
In the process of making ceramic tiles, there is a combustion process using a kiln manufacture or oven. To ensure the combustion process goes well, 39 parameters are monitored on the kiln engine which must be monitored manually based on the data generated by the image on the kiln engine. The process of monitoring these parameters is ineffective due to human error or negligence and other human traits that result in losses for the company. Therefore, a system is needed to store the parameter data of the ceramic tile combustion engine which can be stored in a database. After analyzing the kiln, the sensor recorder that displays parameter data can be accessed via a LAN (Local Area Network), but the data generated is in the form of an image, not in the form of alphanumeric digital data. The image data obtained need to be translated into alphanumeric data as a data source. Through the introduction of optical character recognition (OCR) with the template matching method, the image is converted into alphanumeric data so that it can be stored in a database. From the results of this study, the prototype system made obtained an accuracy of 100.00% for the conversion of image data to alphanumeric data.
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