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内镜图像综合存档系统的开发。

Development of an integrated filing system for endoscopic images.

作者信息

Fujino M A, Ikeda M, Yamamoto Y, Kinose T, Tachikawa H, Morozumi A, Sano S, Kojima Y, Nakamura T, Kawai T

机构信息

First Department of Medicine, Yamanashi University School of Medicine, Japan.

出版信息

Endoscopy. 1991 Jan;23(1):11-5. doi: 10.1055/s-2007-1010599.

Abstract

A new integrated filing system for endoscopic images has been developed, comprising a main image filing system and subsystems located at different stations. A hybrid filing system made up of both digital and analog filing devices was introduced to construct this system that combines the merits of the two filing methods. Each subsystem provided with a video processor, is equipped with a digital filing device, and routine images were recorded in the analog image filing device of the main system. The use of a multi-input adapter enabled simultaneous input of analog images from up to 8 video processors. Recorded magneto-optical disks make it possible to recall the digital images at any station in the hospital; the disks are copied without image degradation and also utilised for image processing. This system promises reliable storage and integrated, efficient management of endoscopic information. It also costs less to install than the so-called PACS (picture archiving and communication system), which connects all the stations of the hospital using optical fiber cables.

摘要

一种用于内镜图像的新型集成归档系统已被开发出来,它由一个主图像归档系统和位于不同站点的子系统组成。引入了一种由数字和模拟归档设备组成的混合归档系统来构建这个结合了两种归档方法优点的系统。每个配备有视频处理器的子系统都配备了一个数字归档设备,常规图像则记录在主系统的模拟图像归档设备中。使用多输入适配器可同时从多达8个视频处理器输入模拟图像。记录的磁光盘使得在医院的任何站点都可以调出数字图像;这些磁盘可以无图像质量下降地进行复制,还可用于图像处理。该系统有望实现可靠的存储以及内镜信息的集成、高效管理。而且与使用光纤电缆连接医院所有站点的所谓PACS(图像存档与通信系统)相比,其安装成本更低。

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