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引言随着微型计算机技术的发展,近年来微型机已用于船舶自动化,在国外具有代表性的有:挪威的Norconbrol、瑞典的ASEA、丹麦的CC-10、瑞士的SEDS、西德的Siemems和日本的超自动化船等,其中有的使用了以8080为主的微型机系统。我国这方面的研制工作基本上还刚开始。为了对船舶动力装置各种设备的参数如各系统的温度、压力、流量和主机的转速、扭矩、油门位置等进行监测,并完成对主机的模拟程序控制(包括主机的启动,各种工况自动调节等),再通过对各种参数的计算分析,来确定理想的工况配合,从而找出合理的控制和设计方案,我们建立了船舶动力装置监控系统实验台。我们采用了一台TRS-80微
INTRODUCTION With the development of microcomputer technology, microcomputers have been used in the field of ship automation in recent years. Representatives from abroad are Norconbrol in Norway, ASEA in Sweden, CC-10 in Denmark, SEDS in Switzerland, Siemems in West Germany and Japan’s ultra-automated boats, etc., some of which use the 8080-based microcomputer system. Our country’s research and development in this area has basically just started. In order to monitor the parameters of various equipment of marine power plant, such as the temperature, pressure and flow of each system and the speed, torque and throttle position of the host, and complete the simulation program control of the host (including the start of the host, various working conditions Automatic adjustment, etc.), and then through the calculation and analysis of various parameters to determine the ideal conditions with a view to find a reasonable control and design, we have set up a ship power plant monitoring system bench. We used a TRS-80 micro