基于虚拟仪器的轮胎硫化温度、压力控制系统设计 ——数据库部分软件设计摘要硫化是制造轮胎的最后工序，硫化质量的好坏，直接关系轮胎产品的质量和成品合格率。轮胎硫化的三要素为时间、温度和压力。因此，在实际生产过程中需要实时的对温度和压力的数据进行采集、观察、存储、历史数据查询及远程访问操作，便于更好的控制轮胎硫化过程。虚拟仪器的核心技术思想就是“软件即是仪器” 。其优势在于可由用户定义自己的专用仪器系统，且功能灵活，很容易构建，所以应用面极为广泛。它功能强大，操作灵活，完全图形化界面，风格简约，符合传统设备的使用习惯，用户不经培训即可迅速掌握操作规程。基于虚拟仪器的轮胎硫化温度、压力控制系统设计—数据库部分软件设计是以虚拟仪器为基础，数据库为中心，数据采集和管理重点。由 LABVIEW 软件编程结合数据采集硬件来实现的。实现轮胎硫化过程中对温度、压力的实时数据进行管理和操作及远程访问操作。关键词：轮胎硫化；虚拟仪器；数据库；LABVIEWAbstractVulcanization is the final process of manufacturing tires,and the quality of vulcanization has a direct influence on the quality of tires and percent of pass of finished products.Three elements forTire vulcanization are time, temperature and pressure. Therefore,during the production process we need prompt collection,observation and storage of data about temperature and pressure,historical data inquiries and remote access operations,to facilitate better control of tire vulcanization.Technologically the core idea of Virtual Instrument is "software is equipment".Advantage lies in that its exclusive equipment systems can be designed by users themselves. Also,it is flexible in function and easy to build,so it is widely used.Its power is great;operation flexible; interface fully graphical;style simple,and in line with the customary use of traditional equipment.Yet the user can not quickly grasp the rules without training.On account of the tire vulcanization temperature and pressure control system design of Virt...
