JP3128928U - Wireless electrocardiograph with portable health management function and real-time transmission / reception function - Google Patents
Wireless electrocardiograph with portable health management function and real-time transmission / reception function Download PDFInfo
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Abstract
【課題】本考案は、市場に流通している携帯型心電計に関し、生体情報を検出し送信する胸部に装着したセンサユニットからそれらの生体情報を受信し処理するユニットまでをワイヤレス化し、それらを構成する部品及びシステムを携帯電話に組み込むことが出きるまで極小化し、リアルタイムにいつでもどこからでも生体情報を受送信を可能とする。
【解決手段】本考案は、被検体の胸部4に装着するセンサユニット2の構成部品の小型化とそのユニットの各構成部品及び各部品間の制御システムを最適化すること及びセンサユニット2から送信された生体情報を受信するユニット、センタ装置1の構成部品の小型化とそのユニットの各構成部品及び各部品間の制御システムの最適化により、生体情報を送信する先の携帯電話5やPDA等に組み込みが可能となり、心臓疾患者の日常生活での健康管理やスポーツのなどの現場での運動管理に役立つ。
【選択図】図1The present invention relates to a portable electrocardiograph distributed in the market, wirelessly from a sensor unit attached to a chest for detecting and transmitting biological information to a unit for receiving and processing the biological information, The components and system that make up the system are minimized until it can be incorporated into a mobile phone, and biometric information can be received and transmitted from anywhere at any time in real time.
The present invention reduces the size of components of a sensor unit 2 to be mounted on a chest 4 of a subject, optimizes each component of the unit, and a control system between the components, and transmits from the sensor unit 2. The mobile phone 5 or the PDA to which the biometric information is transmitted by reducing the size of the components of the biometric information and the components of the center device 1 and optimizing the components of the unit and the control system between the components. It can be incorporated into the body and is useful for health management in the daily life of people with heart disease and on-site exercise management such as sports.
[Selection] Figure 1
Description
本考案は、携帯電話やPDA等に組み込み可能な小型のワイヤレス携帯型健康管理機能及びリアルタイム受送信機能付心電計に関するものである。The present invention relates to an electrocardiograph with a small wireless portable health management function and a real-time transmission / reception function that can be incorporated into a mobile phone, a PDA, or the like.
市場に流通している携帯型心電計は、心電図波形や心拍数などの生体情報を送信する胸部に装着したユニットからそれらの生体情報を受信し処理するユニットまでが有線であるため、携帯型心電計とその使用者との拘束が不可欠で使用者の行動は制約されている。Portable electrocardiographs on the market are wired from the unit attached to the chest that transmits biological information such as electrocardiogram waveform and heart rate to the unit that receives and processes such biological information. Restraint between the electrocardiograph and its user is indispensable, and the user's behavior is restricted.
連続測定のための携帯型心電計は、重量が20〜50gと大きく、体の弱った使用者、例えば心臓疾患者には負担が大きすぎ使用が困難である。A portable electrocardiograph for continuous measurement has a large weight of 20 to 50 g and is too difficult for a user with weak body, for example, a person with heart disease, to use it.
心臓に疾患のある患者の日常生活での予兆管理向けに、患者と医師がリアルタイムでいつでもどこからでも生体情報を送受信できる携帯型のワイヤレス心電計の開発が求められている。携帯電話やPDA等に組み込み可能なワイヤレスで小型化された生体情報を受信し処理するユニットを開発することにより前述の欠点を解決しようとするものである。Development of a portable wireless electrocardiograph that allows patients and doctors to send and receive biometric information from anywhere at any time in real time is necessary for predictive management in daily life of patients with heart disease. The present invention seeks to solve the above-mentioned drawbacks by developing a unit that receives and processes wirelessly miniaturized biological information that can be incorporated into a mobile phone, a PDA, or the like.
スポーツなどの現場では心電図や心拍数などがリアルタイムに把握でき、日々の運動管理や疲労度の評価が出来る軽量で小型化されたワイヤレスの心電計の開発が求められている。小型化し且つワイヤレスにすることにより前述の欠点を解決しようとするものである。In the field of sports, the development of a lightweight and compact wireless electrocardiograph that can grasp the electrocardiogram and heart rate in real time and can evaluate daily exercise management and fatigue level is required. It is intended to solve the above-mentioned drawbacks by downsizing and wireless.
本考案は、心電図波形や心拍数などの生体情報を胸部に装着し検出し送信するセンサユニットの構成部品、センサ本体、センサ駆動制御部、センシング信号送信部、アンテナ部の各部品の小型化と、例えば、そのユニットトータルの消費電力を最小にすべく、生体情報を検出し送信する時と非検出時における各部及び各部位間の制御システムを最適化などして極小化した。これにより市販されている汎用コイン型の小型バッテリで心電計を駆動出来、小型化の課題を解決している。実施例の生体情報センサユニットは11.5gと従来品の1/5〜1/2まで小型、軽量化出来ている。The present invention reduces the size of each component of the sensor unit, the sensor body, the sensor drive control unit, the sensing signal transmission unit, and the antenna unit that wears, detects, and transmits biological information such as an electrocardiogram waveform and heart rate on the chest. For example, in order to minimize the total power consumption of the unit, the control system between each part and each part when detecting and transmitting biological information and when not detecting it is minimized. As a result, the electrocardiograph can be driven by a commercially available small-sized coin-type battery, which solves the problem of miniaturization. The biological information sensor unit of the embodiment can be reduced in size and weight to 11.5 g, 1/5 to 1/2 of the conventional product.
本考案は、心電図波形や心拍数などの生体情報を受信するユニットを構成する信号分配部、受信部、心電図データ処理部の各部品の小型化と、例えば、そのユニットトータルの消費電力を最小にするために、生体情報の受信時と非受信時における各部及び各部位間の制御システムを最適化などして極小化した。これにより心電図波形や心拍数などの生体情報を受信する構成部位及び構成部位間のシステムを極小化出来、これら生体情報を送信する先の携帯電話やPDA等に組み込みが可能となり前述の課題を解決している。The present invention reduces the size of each component of the signal distribution unit, receiving unit, and electrocardiogram data processing unit constituting a unit that receives biological information such as an electrocardiogram waveform and heart rate, and minimizes the total power consumption of the unit, for example. Therefore, the control system between each part and each part at the time of reception and non-reception of biometric information has been minimized by optimization. This makes it possible to minimize the components that receive biological information such as electrocardiogram waveforms and heart rate, and the system between the components, and can be incorporated into the mobile phone or PDA to which the biological information is transmitted, thus solving the aforementioned problems. is doing.
上述のように、本考案のワイヤレス携帯型健康管理機能及びリアルタイム受送信機能付小型心電計は、例えば携帯電話に組み込みが可能なことから、心電図波形や心拍数などの生体情報をいつでもどこからでもリアルタイムで自分の携帯電話で見ることが出来る。生体情報を受信するユニットに、例えば、弊社の出願特許(特願2005−314934)「生体情報モニタシステム」及び(特願2005−291283)「生体情報モニタシステム」の請求事項である被検者の心電図の異常判定ソフトを組み込んだユニットの場合、心電図の異常の有無が判定出来、予兆管理が出来るとともに日常の健康管理にも資する。As described above, the small-sized electrocardiograph with wireless portable health management function and real-time transmission / reception function of the present invention can be incorporated into, for example, a mobile phone, so that biometric information such as an electrocardiogram waveform and heart rate can be obtained from anywhere at any time. You can watch it on your mobile phone in real time. The unit that receives the biometric information is, for example, the subject's claim which is a claim of our application patent (Japanese Patent Application No. 2005-314934) “Biometric Information Monitor System” and (Japanese Patent Application No. 2005-291283) “Biometric Information Monitor System”. In the case of a unit incorporating electrocardiogram abnormality determination software, it can be determined whether there is an abnormality in the electrocardiogram, which can be used for predictive management and contribute to daily health management.
上述のように、心電図波形や心拍数などの生体情報をいつでもどこからでもリアルタイムで自分の携帯電話で見ることが出来ることから、その生体情報を被検者のかかりつけの病院や主治医にいつでもどこからでも送信が可能で、心臓疾患者の緊急時の対応に効果がある。As mentioned above, you can view biometric information such as electrocardiogram waveform and heart rate from your mobile phone in real time anytime and anywhere, so you can send this biometric information to your patient's hospital or doctor anytime and anywhere. It is possible to respond to an emergency for a person with heart disease.
ワイヤレス携帯型健康管理機能及びリアルタイム受送信機能付心電計は、弊社の出願特許(特願2005−314934)「生体情報モニタシステム」及び(特願2005−291283)「生体情報モニタシステム」の請求事項である生体情報システム、すなわち心電図波形や心拍数などの生体情報を検出し送信する次に記す主要3部品、センサ本体、センサ駆動制御部、センシング信号送信部から構成されるセンサユニットと生体情報を受信する次に記す主要3部品、信号分配部、受信部、心電図データ処理部から構成されるセンサデータ収集処理ユニットとを組み立て、この内、心電計の送信部を携帯電話やPDAに装着することで本考案を実施できる。An electrocardiograph with a wireless portable health management function and a real-time transmission / reception function is claimed by our patent application (Japanese Patent Application No. 2005-314934) “Biological Information Monitor System” and (Japanese Patent Application No. 2005-291283) “Biological Information Monitor System”. Biological information system as a matter, that is, detecting and transmitting biological information such as an electrocardiogram waveform and a heart rate Sensor unit and biological information including three main components described below, a sensor body, a sensor drive controller, and a sensing signal transmitter Assemble the sensor data collection processing unit consisting of the following three main components, signal distribution unit, reception unit, and electrocardiogram data processing unit, and attach the electrocardiograph transmission unit to a mobile phone or PDA By doing so, the present invention can be implemented.
以下、添付図面に従って一実施例を説明する。
図1は、本考案の生体情報モニタシステムを携帯電話に組み込んだ概略構成を示す図である。
4は使用者、すなわち被検体である。4の胸部にセンサユニット2を装着する。
センサユニット2で受信された心電図波形、心拍数などの生体情報は無線ネットワーク3でセンタ装置1に送信される。センタ装置1で受信された心電図波形、心拍数などの生体情報はデータ収集処理部で正常時の心電図波形と比較し異常の有無の判定結果を携帯電話5に送信する。
図2は、センサユニット2を使用者、すなわち被検体4の胸部に装着している図である。
図3はセンサユニット2の構成図である。センサユニット2はセンサ本体とセンサ駆動制御部から構成されている。
図4はセンタ装置1の構成図である。センサデータ収集処理部で心電図波形の異常の有無ほか処理されたデータは送信部を経て携帯電話に送信される。Hereinafter, an embodiment will be described with reference to the accompanying drawings.
FIG. 1 is a diagram showing a schematic configuration in which the biological information monitoring system of the present invention is incorporated in a mobile phone.
Reference numeral 4 denotes a user, that is, a subject. The
Biological information such as an electrocardiogram waveform and a heart rate received by the
FIG. 2 is a diagram in which the
FIG. 3 is a configuration diagram of the
FIG. 4 is a configuration diagram of the center device 1. Data processed by the sensor data collection processing unit, such as the presence or absence of abnormalities in the electrocardiogram waveform, is transmitted to the mobile phone via the transmission unit.
1センタ装置
2センサユニット
3無線ネットワーク
4心電計の使用者、すなわち被検体
5携帯電話1
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JPWO2021095532A1 (en) * | 2019-11-15 | 2021-11-25 | 株式会社カルディオインテリジェンス | Methods, programs, devices and systems to assist in determining at least one of the dosage and administration of a drug. |
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JPWO2021095532A1 (en) * | 2019-11-15 | 2021-11-25 | 株式会社カルディオインテリジェンス | Methods, programs, devices and systems to assist in determining at least one of the dosage and administration of a drug. |
JP7385300B2 (en) | 2019-11-15 | 2023-11-22 | 株式会社カルディオインテリジェンス | Methods, programs, devices and systems for supporting determination of dosage and/or dosage of pharmaceutical products |
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