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A Draft of New Japanese Guidelines for Hospital Building Construction to Insure the Safe Introduction of Wireless Communication Systems

発表形態：
一般講演（学術講演を含む）
主要業績：
主要業績
単著・共著：
共著
発表年月：
2021年09月
DOI：
会議属性：
国際会議（国内開催を含む）
査読：
有り
リンク情報：

日本語フィールド

著者：
Eisuke Hanada, Tetsuo Endo, Hiroyuki Sakakibara, Takehiro Tsuruta, Yoshiya Muraki, Hidenao Atarashi, Manabu Kawabe
題名：
A Draft of New Japanese Guidelines for Hospital Building Construction to Insure the Safe Introduction of Wireless Communication Systems
発表情報：
2021 Asia-Pacific International Symposium on Electromagnetic Compatibility (APEMC)
キーワード：
Wireless communication, Wireless medical telemetry system, Hospital building
概要：
医用テレメータを安心・安全に導入し運用するために必要となる事項をまとめたガイドラインを日本建築学会が2021年9月に発行した。この必要性と内容について説明する。
抄録：
The introduction of information and communication technology in hospitals is rapidly expanding, with wireless communication systems integral to their smooth functioning. However, there are many problems that need to be addressed, such as signals that do not cover the required area or the inability to make a required connection. In medical wireless telemetry systems, the lack of a signal can be life-threatening if alerts about abnormalities in a patient's vital signs do not reach the staff. Many hospitals have problems with the reflection of radio waves from walls and floors, lack of consideration for the placement of metal fixtures, or not having appropriate space for cable routing. Reasons for these problems include the hospital construction process in which the planning of the installation of information and communication equipment is not done until after the building framework is completed and that information on the materials of walls, floors and doors is not shared among all stakeholders. To counter these problems, the Architectural Institute of Japan Steering Committee on Electromagnetic Environment organized a subcommittee to examine how building planners can better take into account the use of radio waves in hospitals. Our first target was to set guidelines for wireless medical telemetry systems. Herein, we show an overview of our guidelines.

英語フィールド

Author：
Eisuke Hanada, Tetsuo Endo, Hiroyuki Sakakibara, Takehiro Tsuruta, Yoshiya Muraki, Hidenao Atarashi, Manabu Kawabe
Title：
A Draft of New Japanese Guidelines for Hospital Building Construction to Insure the Safe Introduction of Wireless Communication Systems
Announcement information:
2021 Asia-Pacific International Symposium on Electromagnetic Compatibility (APEMC)
Keyword：
Wireless communication, Wireless medical telemetry system, Hospital building
An abstract：
The introduction of information and communication technology in hospitals is rapidly expanding, with wireless communication systems integral to their smooth functioning. However, there are many problems that need to be addressed, such as signals that do not cover the required area or the inability to make a required connection. In medical wireless telemetry systems, the lack of a signal can be life-threatening if alerts about abnormalities in a patient's vital signs do not reach the staff. Many hospitals have problems with the reflection of radio waves from walls and floors, lack of consideration for the placement of metal fixtures, or not having appropriate space for cable routing. Reasons for these problems include the hospital construction process in which the planning of the installation of information and communication equipment is not done until after the building framework is completed and that information on the materials of walls, floors and doors is not shared among all stakeholders. To counter these problems, the Architectural Institute of Japan Steering Committee on Electromagnetic Environment organized a subcommittee to examine how building planners can better take into account the use of radio waves in hospitals. Our first target was to set guidelines for wireless medical telemetry systems. Herein, we show an overview of our guidelines.
An abstract：
The introduction of information and communication technology in hospitals is rapidly expanding, with wireless communication systems integral to their smooth functioning. However, there are many problems that need to be addressed, such as signals that do not cover the required area or the inability to make a required connection. In medical wireless telemetry systems, the lack of a signal can be life-threatening if alerts about abnormalities in a patient's vital signs do not reach the staff. Many hospitals have problems with the reflection of radio waves from walls and floors, lack of consideration for the placement of metal fixtures, or not having appropriate space for cable routing. Reasons for these problems include the hospital construction process in which the planning of the installation of information and communication equipment is not done until after the building framework is completed and that information on the materials of walls, floors and doors is not shared among all stakeholders. To counter these problems, the Architectural Institute of Japan Steering Committee on Electromagnetic Environment organized a subcommittee to examine how building planners can better take into account the use of radio waves in hospitals. Our first target was to set guidelines for wireless medical telemetry systems. Herein, we show an overview of our guidelines.

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