基于OPS系统与抗干扰技术的轨道交通站台显示屏设计OA
为解决现有轨道交通站台 PIS 显示设备在环境适应性、抗干扰能力、功能扩展性方面的不足,提出一种基于 OPS 系统与抗干扰技术的站台显示屏设计方案.该方案采用模块化分层架构,集成 LCD 显示模块、OPS 核心控制模块、多接口适配模块、稳定供电模块及双重防护模块,通过软硬件滤波器的协同设计强化抗干扰性能.测试表明,该显示屏满足站台强干扰的场景需求,且具备模块化快速维护与功能扩展能力,适用于各类轨道交通 PIS 系统集成应用.
To address the deficiencies of existing Passenger Information System(PIS)display devices at rail transit platforms in terms of environmental adaptability,anti-interference capability,and functional expandability,a design scheme of platform display screen based on the Open Pluggable Specification(OPS)system and anti-interference technology is proposed.The scheme adopts a modular hierarchical architecture,integrating an LCD display module,an OPS core control module,a multi-interface adaptation module,a stable power supply module,and a dual protection module.The anti-interference performance is enhanced through the collaborative design of hardware and software filters.Tests show that the display screen meets the requirements of high-interference platform scenarios,and possesses the capabilities of modular rapid maintenance and functional expansion,making it suitable for integration applications in various rail transit PIS systems.
施东;张潜;杨贇;刘新宇
中车南京浦镇车辆有限公司电气分公司,南京 210000中车南京浦镇车辆有限公司电气分公司,南京 210000中车南京浦镇车辆有限公司电气分公司,南京 210000中车南京浦镇车辆有限公司电气分公司,南京 210000
信息技术与安全科学
轨道交通PIS系统液晶屏OPS模块抗干扰
rail transitPIS systemLCD screenOPS moduleanti-interference
《科技创新与应用》 2026 (24)
125-128,4
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