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Design and Development of Automatic Temperature Measurement Device Based on Can Bus Technology

机译：基于Can Bus技术的自动测温装置的设计与开发

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An automatic online temperature measurement device on the Modular Artillery Charge System (MACS) is designed and developed, based on Controller Area Network (CAN) bus technology in this study. For measuring automatically the temperature of the modular charge, a non-contact measurement method is proposed. The primary idea of this method is to obtain the real-time value of the modular charge temperature through solving the unsteady heat transfer equations describing the variation in the modular charge temperature. As a part of the online temperature measurement device, an Initial Charge Temperature Sensor (ICTS) is also developed according to the similarity principle. This device can accurately measure the temperature field and real-time average temperature of the modular charge for all charge zones placed in a combat vehicle and simultaneously transfer the temperature information to the gunner task terminal computer through CAN bus interface for trajectory calculation and firing data correction, ensuring the weapon system meets the requirements of digitalization and informatization.
机译：基于控制器局域网（CAN）总线技术，设计并开发了模块化炮兵收费系统（MACS）上的自动在线温度测量设备。为了自动测量模块化装药的温度，提出了一种非接触式测量方法。该方法的主要思想是通过求解描述模块化装料温度变化的不稳定传热方程来获得模块化装料温度的实时值。作为在线温度测量设备的一部分，还根据相似原理开发了初始充电温度传感器（ICTS）。该设备可以准确测量战斗车辆中所有装药区的模块化装药的温度场和实时平均温度，并同时通过CAN总线接口将温度信息传输到炮手任务终端计算机，以进行轨迹计算和发射数据校正，确保武器系统满足数字化和信息化的要求。

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