Structural analysis and fault case analysis of Philips 64 row 128-layer incision aurora CT
飞利浦64排128层Incisive极光CT结构分析及故障案列剖析

摘要

本文深入剖析了飞利浦64排128层Incisive极光CT的结构特点分析及其在日常使用与维护中可能遇到的故障案例。探讨了人为因素（如技师培训不足、极限参数调整不当、非正规维修）对设备稳定性的影响，以及环境因素（温湿度控制、腐蚀性清洁剂使用、防虫防水不足）的潜在威胁。提出详尽的日常保养（如开关机、球管预热、清洁消毒）、专业维护（电压检查、紧急开关、床板、电缆与电路板、散热系统检查）及第三方维保策略。总结了常见故障类型，并给出故障排查流程，强调先排查操作与环境问题，再深入设备检测，以确保飞利浦64排128层Incisive极光CT机稳定高效运行。

Abstract

This article provides an in-depth analysis of the structural characteristics of the Philips 64 row 128 layer Incision Aurora CT and potential failure cases that may be encountered in daily use and maintenance. Explored the impact of human factors such as insufficient technician training, improper adjustment of limit parameters, and informal maintenance on equipment stability, as well as potential threats from environmental factors such as temperature and humidity control, use of corrosive cleaning agents, and insufficient insect and water resistance. Provide detailed daily maintenance (such as power on/off, tube preheating, cleaning and disinfection), professional maintenance (voltage inspection, emergency switch, bed board, cable and circuit board, cooling system inspection), and third-party maintenance strategies. Summarized common types of faults and provided a troubleshooting process, emphasizing the need to first investigate operational and environmental issues before delving into equipment testing to ensure stable and efficient operation of Philips 64 row 128 layer Incision Aurora CT machines.