Design of extensible data acquisition system for semi-physical fully mechanized mining operating platform
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摘要: 多种型式的半实物实操平台逐步应用于矿山设备培训，但针对具体被仿真设备开发特定数据采集系统的方式存在开发周期长、资源浪费等问题。在分析半实物综采实操平台数据采集需求的基础上，设计了一种可扩展数据采集系统。该系统以由主板和扩展板组成的数据采集板为核心，主板和扩展板分别能采集8路模拟量和16路开关量，通过主板和扩展板不同组合方式可实现一主多扩和一主多从多扩模式，分别适用于以开关量为主和模拟量为主的数据采集。该系统可满足多种型式的半实物实操平台数据采集需求，具有一定程度的通用性。Abstract: Various types of semi-physical operating platforms are gradually applied to mine equipment training, but there are problems such as long development cycle and resources waste in developing specific data acquisition system for specific simulated equipment. Based on analysis of data acquisition requirements of semi-physical fully mechanized mining operating platform, an extensible data acquisition system was designed. The core of the system is data acquisition board composed of main board and extension circuit board. The main board and extension board can acquire 8-channel analog signals and 16-channel switching signals respectively. Modes of one main & multi-extension and one main & multi-slave & multi-extension can be realized through different combinations of the main board and extension board, which are respectively suitable for data acquisition mainly based on switching signal and analog signal. The system can meet data acquisition requirements of various types of semi-physical operating platforms and has a certain degree of universality.
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期刊类型引用(2)
1. 张红涛. 电牵引采煤机数据采集系统设计. 煤矿机械. 2025(04): 28-32 . 
百度学术
2. 张俊华，薛辉. 基于无线网络的心理教育资源传输和分布式方法. 自动化技术与应用. 2023(11): 114-117 . 百度学术
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