机械零件生产记录二维码标签创建方法OA
QR Code Label Creation Method for Production Records of Mechanical Parts
针对机械零件制造工厂在生产过程中手工记录生产信息错误率高、效率低及不能满足关键生产要素追溯要求等问题,提出了一种适合车间现场流转的机械零件生产记录二维码标签的创建方法.梳理机械零件工厂的生产制造业务流程,明确关键追溯节点要求,设计了包含25种生产要素信息的编码规则,该编码由字母和数字组合形成,各字段精准对应零件基础信息、工序参数等关键数据.基于QR二维码技术,采用长宽比例1∶1.5矩形标签,融入黑白图像不失真放大算法保障扫码稳定性,采用图像边缘内等距和文本提示格式可配置等措施,研制出一种既适用于计算机扫码快捷录入,又方便员工阅读辨识的生产记录二维码标签.在某机械零件工厂的实际应用结果表明,该方法大大提高了生产信息采集的准确率和操作效率,满足了关键生产要素追溯要求,验证了该生产记录二维码标签创建方法的有效性和可行性.
Aiming at the problems of high error rate,low efficiency,and inability to meet the traceability requirements for key production factors in manual production information recording during the production process of mechanical parts manufacturing plants,a method for creating QR code labels for mechanical parts production records suitable for on-site workshop circulation is proposed.By sorting out the production and manufacturing business processes of mechanical parts manufacturing plants and clarifying the requirements for key traceability nodes,a coding rule encompassing 25 types of production factor information is designed.The code consists of a combination of letters and numbers,with each field accurately corresponding to key data such as basic part information and process parameters.Based on QR code technology,a rectangular label with an aspect ratio of 1∶1.5 is adopted;a black-and-white image distortion-free amplification algorithm is incorporated to ensure stable code scanning,and measures including equidistant arrangement within the edges of the QR code image and configurable formats for text prompts are implemented.Thus,a production record QR code label is developed that not only enables quick data entry via computer scanning but also facilitates easy reading and identification by employees.Practical application in a certain mechanical parts plant shows that,the accuracy and operational efficiency of production information collection are significantly improved,and the traceability requirements for key production factors are fully met,which validates the effectiveness and feasibility of the proposed method for creating production record QR code labels.
檀蕊;许传阳;王玉国;徐向军;朱奕晨;刘桔维
南京工程学院 交通工程学院,南京 211167南京工程学院 交通工程学院,南京 211167南京工程学院 交通工程学院,南京 211167南京工程学院 交通工程学院,南京 211167南京工程学院 交通工程学院,南京 211167南京工程学院 交通工程学院,南京 211167
机械制造
机械零件生产记录二维码标签信息追溯编码规则
mechanical partsproduction recordQR code labelinformation traceabilitycoding rule
《机电工程技术》 2026 (17)
56-61,6
江苏省产学研合作项目(BY20250079)江苏省大学生创新训练计划项目(S202511276057)
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