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Design and Implementation of Intelligent Monitoring System for Ship-Hull Status Based on CAN Bus

机译:基于CAN总线的Ship-Hull状态智能监控系统的设计与实现

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Aiming at the weakness of currently ship-hull status monitoring, such as poor integration capacity, relatively closed system, limited coverage and so on, this paper designs a intelligent monitoring system for ship-hull status( IMSSS for short) based on CAN bus, and describes in detail the system framework and its hardware and software design. Taking the Philips ARM microprocessor as the core, the system forms a variety of sensors and equipments into a network based on CAN bus technology. The system can implement intelligent integration of the detection on status information such as temperature and humidity of cargo hold, water or oil tank level, ballast tank level, ship draft, hull structure shape, and the control on some equipments such as oil pumps, water pumps, ventilators, dehumidifiers, etc. This work promotes ship-hull status monitoring toward the direction of digitization, networking and intelligence, and has a broad market prospect.
机译:针对目前运输的漏洞状态监测,如差的集成容量,相对封闭的系统,有限的覆盖等,本文设计了一种基于CAN总线的船舶船体状态(IMSSS)的智能监控系统,并详细介绍了系统框架及其硬件和软件设计。将飞利浦臂微处理器作为核心,系统形成了基于CAN总线技术的网络中的各种传感器和设备。该系统可以实现智能集成检测的状态信息,如货舱,水或油罐水平,压载罐水平,船舶牵引,船体结构形状和诸如油泵,水的某些设备上的控制泵,呼吸机,除湿机等。这项工作促进了船舶船体状态监测,朝向数字化,网络和智能方向,并具有广泛的市场前景。

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