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PACS in Toolo hospital.

机译:在工具医院的PACS。

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摘要

A 3-year PACS project was started in 1997 and completed in 1999 with filmless radiology and surgery. An efficient network for transferring images provides the infrastructure for integration of different distributed imaging systems and enables efficient handling of all patient-related information on one display station. Because of the need for high-speed communications and the massive amount of image data transferred in radiology, ATM (25, 155 Mbit/s) was chosen to be the main technology used. Both hardware and software redundancy of the system have been carefully planned. The size of the Dicom image library utilizing MO discs is currently 1.2 TB with 300 GB RAID capacity. For the increasing amount of teleradiologic consultations, a special Dicom gateway is planned. It allows a centralized and resilient handling and routing of received images around the hospital. Hospital-wide PACS has already improved the speed and quality of patient care by providing instant access to diagnostic information at multiple locations simultaneously. The benefits of PACS are considered from the viewpoint of the entire hospital: PACS offers a method for efficiently transporting patient-related images and reports to the referring physicians.
机译:1997年开始了为期3年的PACS项目,并于1999年完成了无胶片放射学和外科手术。高效的图像传输网络为集成各种分布式成像系统提供了基础设施,并能够在一个显示站上高效处理所有与患者有关的信息。由于对高速通信的需求以及放射学中传输的大量图像数据,ATM(25,155 Mbit / s)被选为主要技术。系统的硬件和软件冗余都经过了精心的计划。利用MO光盘的Dicom图像库的大小目前为1.2 TB,RAID容量为300 GB。为了增加远程放射咨询,计划使用特殊的Dicom网关。它允许在医院周围集中且灵活地处理和路由接收到的图像。通过在多个位置同时提供即时访问诊断信息的功能,医院范围内的PACS已经提高了患者护理的速度和质量。从整个医院的角度考虑PACS的好处:PACS提供了一种有效传输患者相关图像并向转诊医生报告的方法。

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