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[放射科诊断超声检查区域的组织与规划项目]

[A project for the organization and planning of a diagnostic ultrasonography area at a radiology department].

作者信息

Cioffi V, Solbiati L

机构信息

Istituto di Radiologia, Università degli Studi, Trieste.

出版信息

Radiol Med. 1998 Oct;96(4):360-8.

PMID:9972216
Abstract

PURPOSE

The increasing use of ultrasound (US) for both diagnostic and interventional procedures has not been supported yet by proper and adequate planning of dedicated rooms. Therefore we studied both the organization and the design of such areas.

METHODS AND DISCUSSION

As for organization, we considered: a) the kind of examination performed; b) the main department activity (in-/outpatients, diagnostic or interventional procedures); c) the schedule for each room by examination type and timing (patient preparation, actual examination and read-out times). As for room design, we studied the size and location of the diagnostic unit, dressing rooms, entrances and restrooms, as well as the furniture in general. We also studied the location of waiting rooms and corridors, the location and size of the read-out areas, and the room for post-interventional monitoring, as well as all the details about microclimate and lighting. Then we designed two different modules with the relevant planimetry: one featuring two adjacent diagnostic rooms and the other featuring a single diagnostic room. Some ergonomic solutions are also proposed concerning the location of the US system relative to the stretchers entrance and the location of the post-interventional monitoring room relative to the radiologic room(s). Finally, we evaluated the size of some peculiar pieces of equipment of a radiologic room by their function.

CONCLUSIONS

The functional arrangement of the diagnostic US unit and its space requirements, permits to optimize the use of the whole structure complying with the ergonomic criteria for operators and enabling the rapid throughout of patients with no waste of time.

摘要

目的

超声(US)在诊断和介入操作中的使用日益增加,但专用房间却缺乏适当且充分的规划。因此,我们对这些区域的布局和设计进行了研究。

方法与讨论

在布局方面,我们考虑了:a)所进行的检查类型;b)主要科室活动(门诊/住院患者、诊断或介入操作);c)按检查类型和时间安排每个房间的时间表(患者准备、实际检查和解读时间)。在房间设计方面,我们研究了诊断设备、更衣室、入口和卫生间的大小与位置,以及一般的家具。我们还研究了候诊室和走廊的位置、解读区域的位置和大小、介入后监测室的房间,以及有关微气候和照明的所有细节。然后我们设计了两个不同的模块并给出了相关的平面测量图:一个模块有两个相邻的诊断室,另一个模块有一个单独的诊断室。还针对超声系统相对于担架入口的位置以及介入后监测室相对于放射科房间的位置提出了一些人体工程学解决方案。最后,我们根据放射科房间中一些特殊设备的功能评估了它们的尺寸。

结论

诊断超声设备的功能布局及其空间需求,能够优化整个结构的使用,符合操作人员的人体工程学标准,并能使患者快速周转,不浪费时间。

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