基于二维码的油液分析仪器数据采集与传输方法

Data Acquisition and Transmission Method of Oil Analysis Instrument Based on 2D Code

油液分析仪器数据采集与传输是油液监测分析工作的重要环节之一,当前自带分析软件的油液分析仪器设备越来越多,但普遍存在信息传递接口不统一,只能对当前分析油样数据导出和传输,无法对历史数据内容和非分析结果文件内容进行提取和传输,不具备信息加密传输功能等不足。为此提出一套整体性的油液分析仪器数据采集与传输解决方法,该方法在仪器端通过操作系统API函数、Hook等技术获取需要传输的信息源,通过集成的数据格式解析算法获取需要的数据信息,再通过二维码进行信息呈现和切分等组织,在接收端通过扫描二维码获取到信息并反向还原;同时应用平台化的开发理念,实现了仪器端软件和接收端软件的通用化处理,集成了数据加解密功能。在光谱分析和磨损颗粒分析等仪器上的应用表明,该方法实现了光谱数据、磨粒分析图像等信息的采集与传输,取得良好工程效果。该方法的设计与应用,为油液分析仪器数据采集与安全传输提供新的解决方案。

Oil analysis instrument data acquisition and transmission is one of the important links in oil monitoring and analysis.At present,there are more and more oil analysis instruments and equipment with their own analysis software,but there are generally inconsistent information transfer interfaces,only export and transmission of current analysis oil sample data,inability to extract and transmit historical data content and non-analysis result files content,and no encryption information transmission function.Aimed at those problems,a set of integrated oil analysis instrument data acquisition and transmission solutions were proposed.This method can obtain the information source to be transmitted through the operating system API function and Hook technology,can obtain the required information through the integrated data format analysis algorithm,and then can obtain the information by scanning the 2D code at the receiving end and restore in the reverse by presenting and segmenting the data information by the 2D code.At the same time,the platform-based development concept was applied in this method to realize the universal processing of the instrument-side software and the receiving-side software,and integrate the data encryption and decryption functions.The application in the instruments such as spectral analysis and wear particle analysis instruments shows that this method realizes the collection and transmission of information such as spectral data and wear particle analysis images,and achieves good engineering effect.The design and application of this method provide a new solution for data acquisition and safe transmission of oil analysis instruments.