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视频内镜检查。基础与问题。

Video endoscopy. Fundamentals and problems.

作者信息

Demling L, Hagel H J

出版信息

Endoscopy. 1985 Sep;17(5):167-9. doi: 10.1055/s-2007-1018491.

Abstract

The video system represents a new endoscopic technique with major advantages, some of which point the way into the future. This system permits a large number of persons to participate directly in the examination. Documentation is more comprehensive and more reliable, and pathological processes can be observed with the aid of video tape recordings. It is to be expected that the optical elements of the video endoscope will become smaller, while the instruments will become longer. Since there is no loss of light with these endoscopes, it would appear possible that they will make the entire small bowel accessible to inspection. Compared with conventional standards, the colour quality on the video monitor screen, in particular in the red range, and of the video photograph still leaves something to be desired. User-friendly equipment provided with an automatic colour adaption facility, is required. The good thing about the future is, of course, that it comes slowly - and this applies to video endoscopy, too. Since July, 1984, our department has been acquiring experience with the video endoscope manufactured by the firm of Welch Allyn, New York, and, in the meantime, we have examined 97 patients with this system, 80 in the upper, 17 in the lower gastrointestinal tract. The heart of the video endoscope is a light-sensitive microprocessor silicon chip, roughly 4 X 4 mm in size, which acts like a miniature television camera. Properly, it is termed a charge coupled device chip (CCD chip). Utilizing the crystalline structure of the silicon chip, and its property for thermal oxidation, such electronic components as diodes, capacitors and resistors are integrated onto it.(ABSTRACT TRUNCATED AT 250 WORDS)

摘要

视频系统代表了一种具有诸多主要优点的新型内窥镜技术,其中一些优点指明了未来的发展方向。该系统允许大量人员直接参与检查。记录更加全面且可靠,借助录像带能够观察病理过程。可以预期,视频内窥镜的光学元件将变得更小,而器械将变得更长。由于这些内窥镜不会出现光损失,似乎有可能使整个小肠都能进行检查。与传统标准相比,视频监视器屏幕上的色彩质量,尤其是红色范围内的色彩质量,以及视频照片的色彩质量仍有待提高。需要配备自动色彩适配功能的用户友好型设备。未来的好处当然是它来得比较缓慢——这也适用于视频内窥镜检查。自1984年7月以来,我们科室一直在积累使用纽约韦尔奇·阿林公司生产的视频内窥镜的经验,与此同时,我们已使用该系统检查了97例患者,其中80例为上消化道检查,17例为下消化道检查。视频内窥镜的核心是一个光敏微处理器硅芯片,尺寸约为4×4毫米,其作用类似于一个微型电视摄像机。确切地说,它被称为电荷耦合器件芯片(CCD芯片)。利用硅芯片的晶体结构及其热氧化特性,将二极管、电容器和电阻器等电子元件集成到该芯片上。(摘要截选至250词)

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