二维码关联管理系统属于卷烟工业信息化技术领域,是行业推进数字化转型的一项重要工作,基于按需生码、可靠赋码、精准关联、过程追溯的原则,本次研究设计了一种适用于烟包二维码关联、质量检测的输送挡板,能够在实际生产过程中满足针对...二维码关联管理系统属于卷烟工业信息化技术领域,是行业推进数字化转型的一项重要工作,基于按需生码、可靠赋码、精准关联、过程追溯的原则,本次研究设计了一种适用于烟包二维码关联、质量检测的输送挡板,能够在实际生产过程中满足针对烟包侧面的二维码及外观质量的检测条件,确保关联信息的正确建立。在此之前,原设备构件结构未能适配相应的检测组件,无法满足对于烟包侧面二维码的检测。采用新的结构设计后,能够实现对于烟包侧面二维码信息采集、质量检测并进行后续的二维码关联工作。The QR code correlation management system is a significant development within the realm of information technology in the tobacco industry, representing a crucial step towards advancing digital transformation within this sector. This study has focused on designing a conveyor belt fence that is specifically tailored for correlating QR codes on cigarette packages and conducting quality inspections. The system operates based on principles of on-demand coding, reliable encoding, precise correlation, and process traceability. In practical production processes, this innovative system meets the stringent requirements for detecting QR codes and assessing exterior quality on cigarette pack sides. By doing so, it ensures the accurate establishment of correlated information. Prior to this development, the original equipment component structure was not compatible with corresponding detection components and could not meet the requirements for detecting QR codes on cigarette pack sides. With its new structural design, however, it becomes possible to collect QR code information from cigarette pack sides while also conducting thorough quality inspections. Subsequently, this enables seamless execution of QR code correlation work as part of an integrated approach to enhancing operational efficiency in tobacco manufacturing processes.展开更多
文摘二维码关联管理系统属于卷烟工业信息化技术领域,是行业推进数字化转型的一项重要工作,基于按需生码、可靠赋码、精准关联、过程追溯的原则,本次研究设计了一种适用于烟包二维码关联、质量检测的输送挡板,能够在实际生产过程中满足针对烟包侧面的二维码及外观质量的检测条件,确保关联信息的正确建立。在此之前,原设备构件结构未能适配相应的检测组件,无法满足对于烟包侧面二维码的检测。采用新的结构设计后,能够实现对于烟包侧面二维码信息采集、质量检测并进行后续的二维码关联工作。The QR code correlation management system is a significant development within the realm of information technology in the tobacco industry, representing a crucial step towards advancing digital transformation within this sector. This study has focused on designing a conveyor belt fence that is specifically tailored for correlating QR codes on cigarette packages and conducting quality inspections. The system operates based on principles of on-demand coding, reliable encoding, precise correlation, and process traceability. In practical production processes, this innovative system meets the stringent requirements for detecting QR codes and assessing exterior quality on cigarette pack sides. By doing so, it ensures the accurate establishment of correlated information. Prior to this development, the original equipment component structure was not compatible with corresponding detection components and could not meet the requirements for detecting QR codes on cigarette pack sides. With its new structural design, however, it becomes possible to collect QR code information from cigarette pack sides while also conducting thorough quality inspections. Subsequently, this enables seamless execution of QR code correlation work as part of an integrated approach to enhancing operational efficiency in tobacco manufacturing processes.
