TWI766888B

TWI766888B - Living body information display device and living body information display control device

Info

Publication number: TWI766888B
Application number: TW106134100A
Authority: TW
Inventors: 樹
Original assignee: 日商福田電子股份有限公司
Priority date: 2016-11-10
Filing date: 2017-10-03
Publication date: 2022-06-11
Also published as: JP2018075222A; JP6875103B2; TW201825046A

Abstract

[課題]提供一種產生就算是藉由外部之泛用印刷裝置也能夠進行印刷的泛用形式之印刷資料之活體資訊顯示裝置。　　[解決手段]活體資訊顯示裝置，係具備有活體資訊資料產生部(200)、和背景資料產生部(201)、和活體資訊頁面畫面產生部(202)、和資訊保持部(203)、以及印刷資料產生部(204)。活體資訊資料產生部(200)，係產生包含活體資訊波形之活體資訊資料。背景資料產生部(201)，係產生被配置在活體資訊波形之背景處的背景資料。活體資訊頁面畫面產生部(202)，係產生身為被配置有上述活體資訊資料以及背景資料之頁面畫面的活體資訊頁面畫面。印刷資料產生部(204)，係將被配置有活體資訊資料以及背景資料的活體資訊頁面畫面之全部或者是一部分，作為並不依存於特定之裝置之平台(platform)的泛用形式之印刷資料來產生之。[Problem] To provide a living body information display device that generates printed data in a general-purpose format that can be printed even by an external general-purpose printing device. [Solution] A living body information display device includes a living body information data generating unit (200), a background data generating unit (201), a living body information page screen generating unit (202), an information holding unit (203), and A print data generation unit (204). The living body information data generating unit (200) generates living body information data including the living body information waveform. A background data generating unit (201) generates background data arranged in the background of the biological information waveform. A living body information page screen generation unit (202) generates a living body information page screen which is a page screen on which the above-mentioned living body information data and background data are arranged. The print data generation unit (204) uses the whole or a part of the living body information page screen on which the living body information data and the background data are arranged as the print data in a general-purpose format that does not depend on the platform of a specific device to produce it.

Description

Living body information display device and living body information display control device

[0001] 本發明，係有關於對生命徵象進行監測的活體資訊顯示裝置及活體資訊顯示控制裝置。[0001] The present invention relates to a living body information display device and a living body information display control device for monitoring vital signs.

[0002] 係對於活體而安裝心電電極，並基於藉由此所得到的心電訊號來作成心電圖。心電計，係將從被驗者所測定出的心電訊號，經由自身之輸入端子來導入至內部。之後，心電訊號，係在心電計內部藉由放大電路而被作放大，之後被供給至A/D轉換器處。藉由此A/D轉換器而被轉換為數位訊號後的心電訊號，係被導入至心電計之CPU中，並被記憶在RAM內之緩衝記憶體中。　　[0003] 於先前技術中，心電計係內藏有熱感印表機。在心電計之CPU處，係被連接有熱感印表機之馬達控制電路，藉由此馬達控制電路，熱感印表機之送紙用步進馬達係被驅動。與步進馬達之驅動相互連動地，來從緩衝記憶體而在適當的時序處將心電訊號讀出，藉由此處理而被再現的心電波形訊號(印字訊號)，係被輸出至熱感頭處。　　[0004] 熱感頭，係在與送紙方向相正交之方向上而一次例如印字750點(相當於一條線的長度)。其結果，心電波形係被連續性地記錄在藉由步進馬達所送出的記錄紙上(例如，參考專利文獻1)。 [先前技術文獻] [專利文獻] 　　[0005] 　　[專利文獻1]日本特開平05-003859號公報[0002] Electrocardiographic electrodes are attached to a living body, and an electrocardiogram is created based on an electrocardiographic signal obtained therefrom. The electrocardiograph imports the electrocardiographic signal measured from the subject through its own input terminal into the interior. After that, the ECG signal is amplified by the amplifying circuit inside the electrocardiograph, and then supplied to the A/D converter. The ECG signal converted into a digital signal by this A/D converter is imported into the CPU of the electrocardiograph and stored in the buffer memory in the RAM. [0003] In the prior art, the electrocardiograph has a built-in thermal printer. A motor control circuit of the thermal printer is connected to the CPU of the electrocardiograph, and the stepper motor for feeding paper of the thermal printer is driven by this motor control circuit. In conjunction with the driving of the stepping motor, the ECG signal is read out from the buffer memory at an appropriate timing, and the ECG waveform signal (printing signal) reproduced by this processing is output to the heat sink. Feeling head. [0004] The thermal head is used for printing 750 dots (equivalent to the length of a line) at a time, for example, in a direction orthogonal to the feeding direction. As a result, the electrocardiographic waveform is continuously recorded on the recording paper fed out by the stepping motor (for example, refer to Patent Document 1). [PRIOR ART DOCUMENT] [PATENT DOCUMENT] [0005] [PATENT DOCUMENT 1] JP-A-05-003859

[發明所欲解決之課題] 　　[0006] 上述心電計，由於係為從內藏之專用的熱感印表機來印刷心電圖者，因此，若是在熱感印表機處發生故障或問題等，則直到對於該熱感印表機進行了交換、修理之後為止，係均無法印刷心電圖。又，從專用之熱感印表機來進行印刷的構成，在維護以及修理上係會成為高成本。　　[0007] 本發明，係有鑑於此種事態，而想要提供一種產生就算是藉由外部之泛用印刷裝置也能夠進行印刷的泛用形式之印刷資料之活體資訊顯示裝置以及活體資訊顯示控制裝置。 [用以解決課題之手段] 　　[0008] 本發明，係為用以解決上述課題所進行者，本發明之活體資訊顯示裝置，係為使顯示器顯示包含身為關連於活體資訊之波形的活體資訊波形之活體資訊之資料的活體資訊顯示裝置，其特徵為，係具備有：活體資訊頁面畫面產生部，係產生身為被顯示有上述活體資訊資料的頁面畫面之活體資訊頁面畫面；和印刷資料產生部，係將上述活體資訊頁面畫面之全部或者是一部分，作為並不依存於特定之裝置之平台(platform)的泛用形式之印刷資料來產生之。　　[0009] 又，在本發明之活體資訊顯示裝置中，係具備有下述特徵：亦即是，係具備有：背景資料產生部，係產生被配置在上述活體資訊波形之背景處的背景資料，上述印刷資料產生部，係以在上述活體資訊波形處而配置有上述背景的態樣，來產生上述印刷資料。　　[0010] 又，在本發明之活體資訊顯示裝置中，係具備有下述特徵：亦即是，上述背景，係身為在上述活體資訊波形之縱軸方向以及橫軸方向上而延伸的複數之格線。　　[0011] 又，在本發明之活體資訊顯示裝置中，係具備有下述特徵：亦即是，上述印刷資料，係亦身為可顯示在並不依存於特定之裝置之平台的顯示器上之泛用形式之顯示資料。　　[0012] 又，在本發明之活體資訊顯示裝置中，係具備有下述特徵：亦即是，上述印刷資料，係為作為泛用形式之畫像檔案或是PDF檔案或者是XPS檔案所產生者。　　[0013] 又，在本發明之活體資訊顯示裝置中，係具備有下述特徵：亦即是，係具備有：反鋸齒處理部，係對於上述活體資訊波形而施加反鋸齒(anti-aliasing)處理。　　[0014] 又，在本發明之活體資訊顯示裝置中，係具備有下述特徵：亦即是，係具備有：解析度處理部，係對於上述活體資訊波形之解析度作調整。　　[0015] 又，在本發明之活體資訊顯示裝置中，係具備有下述特徵：亦即是，係具備有：資料傳輸部，係將上述印刷資料傳輸至外部。　　[0016] 又，本發明之活體資訊顯示控制裝置，係為使顯示器顯示包含身為關連於活體資訊之波形的活體資訊波形之活體資訊之資料的活體資訊顯示控制裝置，其特徵為，係具備有：活體資訊頁面畫面產生部，係產生身為被顯示有上述活體資訊資料的頁面畫面之活體資訊頁面畫面；和印刷資料產生部，係將上述活體資訊頁面畫面之全部或者是一部分，作為並不依存於特定之裝置之平台(platform)的泛用形式之印刷資料來產生之。 [發明之效果] 　　[0017] 若依據本發明之活體資訊顯示裝置及活體資訊顯示控制裝置，則係可發揮能夠產生就算是藉由外部之泛用印刷裝置也可進行印刷的泛用形式之印刷資料的優良之效果。[Problems to be Solved by the Invention] [0006] The above-mentioned electrocardiograph prints electrocardiograms from a built-in dedicated thermal printer, so if a malfunction or problem occurs at the thermal printer , the electrocardiogram cannot be printed until the thermal printer is exchanged and repaired. In addition, the configuration of printing from a dedicated thermal printer results in high maintenance and repair costs. The present invention, in view of such a situation, intends to provide a living body information display device and a living body information display control device for generating printed data in a general-purpose format that can be printed even by an external general-purpose printing device device. [Means for Solving the Problems] [0008] The present invention is made to solve the above-mentioned problems, and the biological information display device of the present invention is for displaying biological information including waveforms related to biological information on the display. A living body information display device for waveform information of living body information is characterized by comprising: a living body information page screen generating unit that generates a living body information page screen which is a page screen on which the living body information data is displayed; and print data The generating unit generates the whole or a part of the above-mentioned living body information page screen as a general-purpose printed data that does not depend on a platform of a specific device. In addition, in the living body information display device of the present invention, it is provided with the following characteristics: that is, it is provided with: a background data generating unit that generates background data arranged at the background of the above-mentioned living body information waveform and the print data generating unit generates the print data in a state in which the background is arranged at the biological information waveform. In addition, in the living body information display device of the present invention, the system has the following characteristics: that is, the above-mentioned background is a complex number extending in the vertical axis direction and the horizontal axis direction of the above-mentioned living body information waveform. grid line. In addition, in the living body information display device of the present invention, it is provided with the following characteristics: that is, the above-mentioned printed data is also displayed on the display that does not depend on the platform of the specific device. Display data in general form. Also, in the living body information display device of the present invention, the system is provided with the following characteristics: that is, the above-mentioned printed data is a portrait file or a PDF file or an XPS file as a general-purpose form. . In addition, in the living body information display device of the present invention, the system is provided with the following characteristics: that is, the system is provided with: an anti-aliasing processing unit that applies anti-aliasing (anti-aliasing) to the above-mentioned living body information waveform. deal with. [0014] Furthermore, in the biological information display device of the present invention, the following features are provided: that is, a resolution processing unit is provided for adjusting the resolution of the biological information waveform. [0015] Furthermore, in the living body information display device of the present invention, the following features are provided: that is, a data transmission unit is provided for transmitting the above-mentioned printed data to the outside. In addition, the biological information display control device of the present invention is a biological information display control device for causing a display to display data including biological information that is a biological information waveform related to a waveform of biological information, and is characterized in that it is provided with There are: a living body information page screen generation unit that generates a living body information page screen that is a page screen on which the above-mentioned living body information data is displayed; and a printed data generation unit that generates all or a part of the above-mentioned living body information page screen as a parallel. It is generated from a generic form of printed material that is not tied to a particular device's platform. [Effect of the Invention] [0017] According to the living body information display device and the living body information display control device of the present invention, it is possible to produce general-purpose printing that can be printed even by an external general-purpose printing device. Excellent effect of data.

[0019] 以下，參考所添附之圖面，對本發明之實施形態作說明。另外，以下，作為在本發明之實施形態中之活體資訊顯示裝置，係以活體資訊螢幕作為其中一例來進行說明，但是，除此之外之顯示活體資訊之其他裝置，亦係被包含在本發明之範圍中。　　[0020] 〈1.活體資訊螢幕之全體概要〉　　參考圖1，針對在本發明之實施形態中的活體資訊螢幕1作說明。活體資訊螢幕1，係如同圖1(a)中所示一般，主要藉由具備有觸控面板顯示器之平板型的電腦所構成。活體資訊螢幕1，係如同圖1(b)中所示一般，被安裝在支撐台3上，並被支撐台3所支撐。　　[0021] 偵測裝置介面2，例如，係經由連接接頭部2a而被對於活體資訊偵測裝置作連接。活體資訊偵測裝置，係偵測出關連於被驗者之活體的狀態，並輸出與該狀態相對應之活體訊號。作為活體資訊偵測裝置，例如，係可列舉出用以偵測出心臟之活動電位的心電電極、用以偵測出血壓的血壓偵測裝置、用以偵測出體溫的體溫計、用以偵測出SpO2的SpO2偵測裝置(例如，脈搏血氧飽和儀)等。　　[0022] 在活體資訊螢幕1以及偵測裝置介面2之各者處，例如，係被設置有USB(Universal Serial Bus)端子1b、2b，並經由USB纜線而被作連接。另外，偵測裝置介面2與活體資訊螢幕1之間之連接態樣，只要是能夠將資料送至活體資訊螢幕1處，則係亦可身為使用有IEEE1394等之序列匯流排方式、SCSI(Small Computer System Interface)等之平行匯流排方式等的有線通訊連接態樣，或者是使用有RFID(Radio Frequency Identifier)、NFC (Near Field Communication)、Bluetooth(註冊商標)等之無線通訊連接。又，偵測裝置介面2，例如，係如同圖1(b)中所示一般，被安裝在支撐台3上，並被支撐台3所支撐。　　[0023] 接著，參考圖2，針對活體資訊螢幕1以及偵測裝置介面2之構成作說明。活體資訊螢幕1，例如，係具備有控制部10、和觸控面板顯示器11、和連接接頭12、和天線13、和揚聲器14、以及電池15。控制部10，係為進行活體資訊螢幕1內之各控制者。　　[0024] 控制部10，例如，係具備有CPU(Central Processing Unit)101、RAM(Random Access Memory)102、ROM(Read Only Memory)103、記憶媒體104、無線通訊介面105、有線通訊介面106、操作輸入介面107、顯示控制部108、聲音控制部109、以及發光控制部110。另外，在圖2中，介面係標記為I/F。　　[0025] CPU101，係為掌管活體資訊螢幕1內之全體之處理者，並作為作業區域而使用RAM102。在ROM103中，例如，係被寫入有用以使活體資訊螢幕1啟動之程式或者是其他之被CPU101所實行之基本的程式。記憶媒體104，例如，係藉由固態硬碟(solid state drive：SSD)或快閃記憶體等所構成。在記憶媒體104中，例如，係被寫入有實現活體資訊螢幕1之基本性之動作的作業系統(Operating System：OS)和依存於該作業系統之程式。又，記憶媒體104，係作為被供給之資料的保存場所而起作用。　　[0026] 無線通訊介面105，例如，係為進行在自身與外部裝置之間藉由無線通訊而被作送受訊之資料的轉換處理(調變、解調)等者，並被與天線13作連接。天線13，係受訊從外部所被送訊而來之資料，並送至無線通訊介面105處。又，天線13，係將從無線通訊介面105所供給而來之資料對於外部作送訊。作為無線通訊介面105，例如，作為其中一例，係可列舉出使用有RFID、NFC、Bluetooth(註冊商標)等者。　　[0027] 有線通訊介面106，例如，係為進行在自身與外部裝置之間藉由有線通訊而被作送受訊之資料的轉換處理等者，並被與連接接頭12作連接。作為有線通訊介面106，例如，係可列舉出使用有USB等之序列匯流排規格者，但是，係並不被限定於此。作為其他之有線通訊介面106，係亦可為採用有IEEE1394等之序列匯流排方式、SCSI等之平行匯流排方式的任意之介面。　　[0028] 操作輸入介面107，係為將從外部而來之操作傳導至CPU101處者。顯示控制部108，係為使觸控面板顯示器11進行依循於從CPU101而來之命令所致的顯示者。聲音控制部109，係為使揚聲器14進行依循於從CPU101而來之命令所致的聲音之輸出者。發光控制部110，係為依循於從CPU101而來之命令而進行發光部16、17之ON、OFF者。發光控制部110，例如，係從CPU101而受訊關連於活體資訊之報告訊號，並使發光部16、17之雙方或者是其中一方進行發光。又，發光控制部110，例如，係從CPU101而受訊關連於活體資訊之報告解除訊號，並使發光部16、17之雙方或者是其中一方熄燈或者是以與上述態樣相異之態樣來發光。　　[0029] 觸控面板顯示器11，係為進行顯示以及操作輸入之受理者。上述操作輸入之受理，係藉由直接以手指等來對於觸控面板顯示器11之顯示面進行觸碰操作，來實現之。作為觸碰操作，例如，係可列舉出點擊、雙擊、捲動、捏縮(pinch in)、拉放(pinch out)、滑動等之手勢操作，但是，係並不被限定於此，而亦包含有其他之所有的手勢操作。若是進行觸碰操作，則操作輸入介面107，係將與該觸碰操作相對應之操作訊號傳導至CPU101處。電池15，係為可充電之蓄電池，並對於活體資訊螢幕1內之各部供給電力。另外，電池15，若是構成為可充電地而被與外部電源作連接，則為理想。　　[0030] 偵測裝置介面2，係經由連接線2c而被與活體資訊螢幕1作連接。又，偵測裝置介面2，例如，係具備有與複數之活體資訊偵測裝置之各別的規格相適配之接頭，並被與各活體資訊偵測裝置作連接。而，偵測裝置介面2，係發揮作為針對經由連接線2c而從複數之活體資訊偵測裝置之各者所供給而來之活體資訊而進行特定之處理以使活體資訊螢幕1能夠作處理之介面的作用。具體而言，偵測裝置介面2，例如，係基於經由連接線2c而從複數之活體資訊偵測裝置之各者所供給而來之活體資訊，來產生能夠以活體資訊螢幕1來作處理的活體資訊並對於活體資訊螢幕1作輸出。亦即是，偵測裝置介面2，係與活體資訊偵測裝置一同作為活體資訊之測定裝置而起作用。另外，作為上述能夠以活體資訊螢幕1來作處理之活體資訊，例如，作為其中一例，係可列舉出與心臟之活動電位相對應之心電訊號、心跳數、血中氧濃度、血壓等，但是，係並不被限定於此，而亦包含有其他的活體資訊。偵測裝置介面2，係經由上述所說明的有線通訊連接態樣或者是無線通訊連接態樣而被與活體資訊螢幕1作連接。　　[0031] 活體資訊偵測裝置，係如同上述所說明一般，例如，係可列舉出用以偵測出心臟之活動電位的心電電極、用以偵測出血壓的血壓偵測裝置、用以偵測出體溫的體溫計、用以偵測出SpO2的SpO2偵測裝置等。另外，以上之活體資訊偵測裝置，係僅為其中一例，在本發明中，活體資訊偵測裝置，係亦可為從被驗者而偵測出其他之活體訊號者。　　[0032] 〈2.裝置功能區塊〉　　接著，參考圖3，針對活體資訊螢幕1之功能構成作說明。活體資訊螢幕1，係為使顯示器顯示包含有關連於活體資訊之波形(以下，稱作活體資訊波形)的活體資訊之資料者，並具備有活體資訊資料產生部200、和背景資料產生部201、和活體資訊頁面畫面產生部202、和資訊保持部203、和印刷資料產生部204、和資料傳輸部205、和反鋸齒處理部206、和解析度處理部207、和顯示部208、和印刷操作部210、和顯示處理操作部211、和資料傳輸操作部209、以及觸控面板顯示器11。　　[0033] 活體資訊資料產生部200，係為產生包含活體資訊波形之活體資訊資料者。活體資訊資料產生部200，例如，係基於從活體資訊測定裝置來經由圖2中所示之測定裝置介面2所送來的測定資料，而產生活體資訊波形等。　　[0034] 背景資料產生部201，係為產生被配置在活體資訊波形之背景處的背景資料者。另外，在先前技術中，於活體資訊波形中，例如，心電圖，係預先被印刷於在心電圖之縱軸方向以及橫軸方向上具有複數之格線的方格紙上。另一方面，在本實施形態中，由於係印刷在成為白紙的用紙上，因此，在心電圖等之活體資訊波形的背景中係於縱軸方向以及橫軸方向上包含有複數之格線。背景資料產生部201，係作為背景資料，而產生在心電圖等之活體資訊波形的縱軸方向以及橫軸方向上而延伸之複數之格線。　　[0035] 活體資訊頁面畫面產生部202，係為產生身為顯示上述活體資訊資料之頁面畫面的活體資訊頁面畫面者。又，在藉由背景資料產生部201而產生背景資料的情況時，於活體資訊頁面畫面上，係以與活體資訊波形一同地而亦重疊有背景資料的狀態來作配置。　　[0036] 活體資訊資料產生部200、背景資料產生部201以及活體資訊頁面畫面產生部202，例如，係藉由使CPU101實行被記憶在ROM103或記憶媒體104等之中的程式，來實現之。　　[0037] 資訊保持部203，係為將藉由活體資訊資料產生部200所產生的活體資訊資料作保持者。活體資訊資料，例如，係被與所對應之測定日期時間相互附加關連而被作保持。又，資訊保持部203，係亦可構成為將藉由背景資料產生部201所產生的背景資料作保持。又，資訊保持部203，係亦可構成為將藉由活體資訊頁面畫面產生部202所產生的活體資訊頁面畫面作保持。在如同上述一般的情況時，活體資訊資料產生部200、背景資料產生部201以及活體資訊頁面畫面產生部202，例如，係構成為使資訊保持部203將所產生的生成物作保持，之後，在各功能中因應於需要而從資訊保持部203來取得所對應之生成物。　　[0038] 資訊保持部203，例如，係藉由使CPU101依循於被記憶在ROM103或記憶媒體104之中的程式來對於活體資訊資料和背景資料進行處理，並將其結果記憶在記憶媒體104中，來實現之。　　[0039] 印刷資料產生部204，係為將被顯示有活體資訊資料的活體資訊頁面畫面之全部或者是一部分，作為並不依存於特定之裝置之平台(platform)的泛用形式(非環境依存形式)之印刷資料(電子性之檔案格式)來產生者。其結果，此印刷資料，係藉由被送訊至外部之泛用印刷裝置處，而能夠被作印刷輸出。所謂並不依存於特定之裝置之平台的泛用形式之印刷資料，例如，係指不論是透過以Windows(註冊商標)、MacOSX(註冊商標)、Linux(註冊商標)為首之各種作業系統的何者均能夠藉由印刷裝置來進行印刷的印刷資料。　　[0040] 作為此種印刷資料之檔案形式，例如，作為其中一例，係可列舉出作為PDF(Portable Document Format)檔案或是XPS(XML Paper Specification)檔案或者是泛用形式之畫像檔案所產生者，但是，係並不被限定於此，而亦可為其他之ISO(International Organization for Standardization)等之由國際標準化機構所策劃之可印刷之其他的檔案形式。作為泛用形式之畫像檔案，例如，作為其中一例，係可列舉出JPEG(Joint Photographic Experts Group)檔案、GIF(Graphics Interchange Format)檔案、PNG(Portable Network Graphics)檔案、BMP(bitmap image)檔案、TIFF(Tagged Image File Format)檔案、PICT(QuickDraw Picture)檔案、EPS(Encapsulated PostScript)檔案、PSD(Photoshop Data)檔案等。　　[0041] 又，印刷資料產生部204所產生的印刷資料，較理想，係身為可顯示在並不依存於特定之裝置之平台的顯示器上之泛用形式之顯示資料。另外，一般而言，非環境依存型態之電子檔案格式，係能夠在各種環境的顯示器上作顯示。如此這般，只要能夠將印刷資料顯示在活體資訊螢幕1之觸控面板顯示器11上，則係能夠在印刷前對於內容作確認。又，例如，當將上述印刷資料藉由對於外部作傳輸之資料傳輸部205來傳輸至了其他裝置處的情況時，係可將上述印刷資料設為亦能夠在其他之裝置的顯示器上作顯示。若是如此這般地來構成，則就算是在其他裝置處，亦能夠在印刷前對於內容作確認。另外，若是印刷資料係身為如同上述所例示一般之檔案形式，則印刷資料係成為可顯示在並不依存於特定之裝置之平台的顯示器上之顯示資料。　　[0042] 印刷資料產生部204，例如，係藉由使CPU101實行被記憶在ROM103或記憶媒體104等之中的程式，來實現之。　　[0043] 又，活體資訊螢幕1，係進行關連於活體資訊波形之顯示的處理。又，關連於上述顯示之處理，例如，係由反鋸齒處理部206以及解析度處理部207來進行。　　[0044] 反鋸齒處理部206，係為對於活體資訊波形而施加反鋸齒(anti-aliasing)處理者。所謂反鋸齒處理，係指使在被顯示於顯示器上的物體之輪廓處所發生之鋸齒等減低並使起因於在物體之輪廓處所產生之點而導致的晃動變得不會太明顯的處理。藉由此處理，係能夠避免原本之半徑雜訊和起因於解析度所導致的晃動相互混淆的情形。　　[0045] 解析度處理部207，係為至少對於活體資訊波形之解析度作調整者。解析度處理部207，較理想，係構成為亦一併對於追隨於活體資訊波形之背景資料的解析度作調整。若是能夠藉由解析度處理部207來將活體資訊波形之解析度提昇，則係能夠使活體資訊波形之視覺辨認性提昇。藉由此，係亦能夠避免起因於低解析度所導致的波形之晃動和起因於活體資訊波形自身之雜訊所導致的晃動相互混淆的情形。　　[0046] 若依據反鋸齒處理部206以及解析度處理部207，則在使觸控面板顯示器11顯示印刷資料的情況時以及將印刷資料印刷輸出至紙上的情況時之雙方的情況中，均能夠對於使用者提供視覺辨認性為優良之物。　　[0047] 反鋸齒處理部206以及解析度處理部207，例如，係藉由使CPU101實行被記憶在ROM103或記憶媒體104等之中的程式，來實現之。　　[0048] 顯示部208，係為使觸控面板顯示器11顯示被配置在活體資訊資料之活體資訊頁面畫面者。又，顯示部208，係使觸控面板顯示器11將背景資料亦一同地與活體資訊資料作顯示。　　[0049] 顯示部208，主要係藉由使CPU101實行被記憶在記憶媒體104等之中的程式並使顯示控制部108實行作為其結果所發出的命令，來實現之。　　[0050] 資料傳輸操作部209，係為從外部而受理對於印刷資料之傳輸作要求的操作，並以將印刷資料傳輸至資料傳輸部205處的方式來下達指示者。在印刷資料之傳輸要求操作中，係亦包含有傳輸目標位址之指定操作。另外，作為傳輸目標位址之指定操作，例如，作為其中一例，係可列舉出傳輸目標位址之輸入操作、或者是對於傳輸目標檔案夾之檔案移動操作。資料傳輸部205，若是接收上述指示，則係將印刷資料傳輸至傳輸目標位址處。此傳輸，較理想，係身為所謂的電子郵件之附加檔案形式。　　[0051] 資料傳輸操作部209，主要係能夠藉由觸控面板顯示器11以及操作輸入介面107來實現。資料傳輸部205，主要係藉由使從操作輸入介面107而接收了操作訊號的CPU101主要實行被記憶在ROM103或記憶媒體104等之中的程式並使有線通訊介面106或無線通訊介面108等實行作為其結果所發出的命令，來實現之。　　[0052] 印刷操作部210，係為從外部而受理與印刷資料之印刷要求相對應的操作，並將印刷資料送訊至(未圖示之)印刷裝置處而下達印刷指示者。印刷裝置，若是接收上述指示，則係將印刷資料作印刷。　　[0053] 顯示處理操作部211，係為從外部而受理與針對活體資訊波形之上述顯示相關連的處理要求相對應之操作並對於反鋸齒處理部206或解析度處理部207而下達所對應之處理之指示者。反鋸齒處理部206或者是解析度處理部207，若是接收上述指示，則係進行與所對應之顯示相關連的處理。具體而言，係成為能夠進行解析度之設定或者是反鋸齒之ON、OFF等之設定。　　[0054] 印刷操作部210以及顯示處理操作部211，主要係能夠藉由觸控面板顯示器11以及操作輸入介面107來實現。　　[0055] 〈3.活體資訊頁面畫面＞　　參考圖4，針對被顯示在觸控面板顯示器11處的活體資訊頁面畫面300之其中一例作說明。在活體資訊頁面畫面300中，係如同圖4中所示一般，被顯示有各種之種類的活體資訊之一覽。各種種類之活體資訊的一覽，係被配置於活體資訊頁面畫面300之第1特定領域301以及第2特定領域306處。　　[0056] 在活體資訊頁面畫面300之第1特定領域301中，係被配置有活體資訊波形。活體資訊波形，係可為1個，亦可為複數。又，活體資訊波形，係反映有現在所測定到的波形，而被即時性地作更新。又，活體資訊波形，係亦會有將過去之波形配置在第1特定領域301中的情形。而，第1特定領域301之橫軸係為時間軸305a，縱軸係為代表關連於電位(心電圖)等之活體資訊之值的軸305b。在此種第1特定領域301中，於圖4(a)中，係以使心電圖波形302和脈波303沿著時間軸305a方向來延伸的方式而分成2行地作配置。　　[0057] 又，在活體資訊頁面畫面300之第2特定領域306中，係被設置有將活體資訊針對各種類而個別地作展示的個別顯示區域307a～307e。在個別顯示區域307a～307e中，係被配置有各種種類的活體資訊。在個別顯示區域307a中，係被配置有關連於心跳數(HR)之活體資訊。在個別顯示區域307b中，係被配置有關連於經皮性動脈血氧飽和度(SpO2)之活體資訊。在個別顯示區域307c中，係被配置有關連於非侵入性血壓(NIBP)之活體資訊。在個別顯示區域307d中，係被配置有關連於呼吸(RESP)之活體資訊。在個別顯示區域307e中，係被配置有關連於體溫(TEMP)之活體資訊。　　[0058] 另外，在活體資訊頁面畫面300中而被設置於第2特定領域306處的個別顯示區域之數量，係如同圖4(a)中所示一般而為5個，但是，係並不被限定於此，亦可為其他之數量。又，被配置在個別顯示區域中之活體資訊，係並不被限定於心跳數(HR)、經皮性動脈血氧飽和度(SpO2)、非侵入性血壓(NIBP)、呼吸(RESP)、體溫(TEMP)，而亦可為其他之活體資訊。　　[0059] 作為被配置在個別顯示區域307a～307e處之活體資訊，例如，係可列舉出最新之測定值(單位)、最新之測定日期時間、活體資訊之上限臨限值、下限臨限值、活體資訊波形、代表活體資訊之健全程度的條狀圖顯示等。被配置在個別顯示區域307a～307e中之活體資訊，係可為上述之資訊的全部，亦可針對與個別顯示區域307a～307e相對應之各活體資訊之每一者，而分別從上述資訊中來選擇適當的資訊。　　[0060] 活體資訊頁面畫面300，較理想，係被設為在使活體資訊螢幕1啟動時最初所會被顯示在觸控面板顯示器11上的首頁畫面。亦即是，較理想，若是使活體資訊螢幕1啟動，則作為首頁畫面，係顯示有下述一般之狀態的活體資訊頁面畫面300：亦即是，在第1特定領域301處，心電圖波形、脈波等之被即時性地作測定的活體資訊，係作為活體資訊波形而被作顯示，在第2特定領域之個別顯示區域307a～307e中，例如，係被配置有被作了數值化的活體資訊或者是第2活體資訊波形等之活體資訊。　　[0061] 為了從上述所說明了的活體資訊頁面畫面300而移動至其他之頁面畫面，係亦可如同圖4(a)中所示一般，在活體資訊頁面畫面300之最下段處，配置各種的選單鍵1～選單鍵8。對於選單鍵1～選單鍵8之各者，係分別分配有所對應之頁面畫面。若是對於選單鍵1～選單鍵8而進行觸碰操作，則被分配至各者處之其他的頁面畫面係被顯示在觸控面板顯示器11上。　　[0062] 於此，例如，如同圖4(a)中所示一般，若是對於在觸控面板顯示器11處之選單鍵4的顯示面而以手指來進行觸碰操作(例如，單擊操作、雙擊操作等)，則係使關連於活體資訊之過去之資訊(未圖示)的檢索畫面作為彈出視窗而出現。之後，如同圖4(b)中所示一般，將作為檢索結果之關連於過去之活體資訊的資訊，呼叫至活體資訊頁面畫面300中。如同圖4(b)中所示一般，在被呼叫出的活體資訊之日期時間部分304b處，係顯示有「2016：04：01 12：54：30」。故而，所呼叫出的過去之活體資訊之日期時間，係為2016年4月1日12點54分30秒。又，如同圖4(a)、4(b)中所示一般，在現在的日期時間部分304a處，係顯示有「2016：04：06 12：34：56」。故而，現在的日期時間，係為2016年4月6日12點34分56秒。　　[0063] 在將作為檢索結果之關連於過去之活體資訊的資訊呼叫至活體資訊頁面畫面300中之後，例如，若是對於在觸控面板顯示器11處之選單鍵5的顯示面而以手指來進行觸碰操作，則如同圖4(b)中所示一般之配置有被呼叫出的過去之活體資訊之活體資訊頁面畫面300自身，係作為印刷資料而被產生，印刷資料顯示畫面係被顯示在觸控面板顯示器11上。另外，針對印刷資料顯示畫面，係於後再作敘述。　　[0064] 〈4.印刷資料之其他態樣〉　　接著，參考圖5，針對印刷資料之其他態樣作說明。作為印刷資料所被產生者，係並不被限定於圖4(b)中所示一般之被配置有所呼叫出的過去之活體資訊之活體資訊頁面畫面300的全部。作為印刷資料所被產生者，例如，係亦可為如同圖5(a)中所示一般，僅為在第1特定領域301中之活體資訊波形(心電圖波形302和脈波303)。當然的，係亦可僅將被顯示在個別顯示區域307a～307e處之其他之活體資訊的波形資料，作為印刷資料來產生之。另外，當將在第1特定領域301中之活體資訊波形作為印刷資料來產生時，較理想，係亦將身為活體資訊波形之背景的格線308與活體資訊波形一同地作為印刷資料來產生之。　　[0065] 又，活體資訊螢幕1，係可對於被顯示在觸控面板顯示器11上的活體資訊波形而施加反鋸齒處理。因此，係亦可將施加了反鋸齒處理之活體資訊波形作為印刷資料來產生之，亦可對於印刷資料化後的活體資訊波形而更進而施加反鋸齒處理。　　[0066] 又，作為印刷資料所被產生者，例如，係亦可為僅為第2特定領域306、僅為第1特定領域301內之特定區域、個別顯示區域307a～307e之全部或一部分等的各種之部分。又，活體資訊螢幕1，若是設為能夠對於作為印刷資料而產生的活體資訊頁面畫面300中之區域作選擇的態樣，則係能夠僅將必要的部份作為印刷資料來產生之。　　[0067] 又，活體資訊螢幕1，係可將使印刷資料作顯示之活體資訊波形的解析度提高。若是將使印刷資料作顯示之活體資訊波形的解析度提高，則若是身為相同的資訊量，便能夠將其之顯示面積縮小。例如，在將解析度作了提昇的情況時，在使觸控面板顯示器11將被顯示在所印刷之紙面上的活體資訊波形或印刷資料作顯示的情況時之活體資訊波形，係能夠將在圖4(b)或圖5(a)中所示一般之2行的顯示，設為如同圖5(b)中所示之1行的顯示，並將圖表之縱軸擴大為2倍。另外，若是維持於2行的顯示，則係亦能夠顯示2倍的資訊量。如此這般，能夠被包含在活體資訊頁面畫面300中之活體資訊的量係增加，其結果，係可將能夠被包含在印刷資料中之活體資訊的量增加。　　[0068] 〈5.印刷資料顯示畫面〉　　接著，參考圖6，針對觸控面板顯示器11上的印刷資料顯示畫面400作說明。印刷資料顯示畫面400，係為使觸控面板顯示器11顯示作為印刷資料而被產生者的頁面畫面。如同在上述〈3.活體資訊頁面畫面〉之項目中所作了說明一般，藉由進行特定之操作，印刷資料顯示畫面400係被叫出。　　[0069] 在印刷資料顯示畫面400中，係如同圖6中所示一般，被配置有包含印刷資料和操作鍵等之各種之種類的資訊。在印刷資料顯示畫面400之第3特定領域401中，係被配置有印刷資料，在印刷資料顯示畫面400之第4特定領域402中，係被配置有各種操作鍵，在印刷資料顯示畫面400之第5特定領域403中，係被配置有即時之心電圖波形404以及心跳數405。此係為了在印刷作業中亦持續進行監視之故。　　[0070] 被配置在印刷資料顯示畫面400之第3特定領域401中的印刷資料，係為將圖4(b)中所示之過去之活體資訊頁面畫面300作成了印刷資料者。又，印刷資料，係如同以上所作了說明一般，亦身為可顯示在並不依存於特定之裝置之平台的顯示器上之泛用形式之顯示資料。故而，印刷資料顯示畫面400之第3特定領域401內的顯示內容，係直接在(未圖示之)印刷裝置處被作印刷。　　[0071] 另外，若是作為印刷資料而被產生的活體資訊頁面畫面300之範圍有所相異，則圖5中所示之印刷資料顯示畫面400之第3特定區域401內的顯示係改變。　　[0072] 被配置在印刷資料顯示畫面400之第4特定領域402中的各種操作鍵，例如，係存在有Print鍵410、E-mail鍵411、FullDisclosure鍵413、Exit鍵414、Back鍵415等之各種的按鍵。　　[0073] 若是Print鍵410被作選擇，則係被活體資訊螢幕1辨識為從外部而受理了印刷要求。其結果，活體資訊螢幕1，係對於(未圖示之)印刷裝置下達進行印刷資料之印刷的指示。受到此指示，(未圖示之)印刷裝置係將印刷資料作印刷。　　[0074] 若是E-mail鍵411被作選擇，則係被活體資訊螢幕1辨識為從外部而受理了與印刷資料之傳輸要求相對應的操作。其結果，在活體資訊螢幕1中之資料傳輸部205，係將印刷資料作傳輸。　　[0075] 若是FullDisclosure鍵413被作選擇，則僅有印刷資料會被擴大顯示於觸控面板顯示器11之全體處。此時，印刷資料，係可在印刷資料顯示畫面400中而被作擴大顯示，亦可在與印刷資料顯示畫面400相異之其他的頁面畫面中而被作擴大顯示。　　[0076] 若是Exit鍵414被作選擇，則印刷資料顯示畫面400係被關閉，並例如回到如同圖4(a)中所示一般之現在時刻之活體資訊頁面畫面300處。又，若是Back鍵415被作選擇，則例如印刷資料顯示畫面400係被關閉，並例如在觸控面板顯示器11處顯示有如同圖4(b)中所示一般之緊接於印刷資料顯示畫面400之前所被作顯示的活體資訊頁面畫面300。　　[0077] 在圖6中，於印刷資料顯示畫面400之第5特定區域403處，雖係被配置有心電圖波形404以及心跳數405，但是，係並不被限定於此，而亦可被配置有其他之活體資訊。此係因為，依存於病患的情形，所應監視的資訊係有所相異之故。　　[0078] 〈6.印刷資料傳輸〉　　接著，參考圖7，針對印刷資料傳輸操作作說明。若是圖6中所示之E-mail鍵411被作選擇，則在印刷資料顯示畫面400之第3特定區域401處係出現有資料傳輸輸入表單500。資料傳輸輸入表單500，係具備有收件者輸入區域501、CC(Carbon Copy)輸入區域502、件名輸入區域503、附加檔案顯示區域504、訊息輸入區域505。另外，係亦可更進而追加BCC(Blind Carbon Copy)輸入區域。　　[0079] 在傳輸目標輸入區域501以及CC輸入區域502中，例如，係被輸入有E-mail位址。在附加檔案顯示區域504中，係被顯示有進行傳輸之印刷資料的檔案名稱以及檔案圖符，例如，係被顯示有緊接於E-mail鍵411被作選擇之前所被顯示於印刷資料顯示畫面400之第3特定區域401處的印刷資料。在進一步追加附加檔案的情況時，例如，係只要從選擇頁面畫面等來選擇被保持於活體資訊螢幕內之印刷資料(未圖示)並作追加即可。在件名輸入區域503、訊息輸入區域505中，係被輸入有文書。　　[0080] 對於以上之各區域的文字或數字之輸入，係可從作為外部輸入裝置之鍵盤或者是活體資訊螢幕1內之軟體鍵盤的其中一者來進行輸入。又，選擇，係可藉由由作為外部輸入裝置之滑鼠所致之操作或者是對於觸控面板顯示器11所進行的觸碰操作，來實現之。另外，較理想，傳輸目標係預先被作登錄，並從其中來作選擇而自動性地在傳輸目標輸入區域501處設定傳輸目標。　　[0081] 在對於以上之各區域的輸入結束之後，若是選擇送訊鍵510，則印刷資料係被作傳輸。　　[0082] 〈7.印刷資料擴大顯示〉　　接著，參考圖8，針對印刷資料之擴大顯示操作作說明。若是圖6中所示之FullDisclosure鍵413被作選擇，則如同圖8中所示一般，被配置在圖6之印刷資料顯示畫面400之第3特定領域401中的印刷資料，係被擴大顯示於身為其他之頁面畫面的印刷資料之擴大頁面畫面600處。藉由此，係能夠在印刷前，藉由大畫面來事先對於印刷資料之細微的部份作檢查。　　[0083] 另外，在進而回到圖6中所示之印刷資料顯示畫面400的情況時，係只要對於被設置在擴大頁面畫面600之下端部處的Back鍵601作選擇即可。　　[0084] 另外，在上述實施形態中，雖係針對印刷資料中之波形資料為成為2段之程度的情況來作了例示，但是，本發明係並不被限定於此。例如，如同圖9中所示一般，較理想，係構成為在A4尺寸之縱型的尺寸中，產生涵蓋多數段地而包含有波形之印刷資料。於此情況，係可想定為：圖9中所示之擴大頁面畫面600中之左側之4段的波形資料和右側之4段的波形資料係被並排為列狀，並構成包含涵蓋多數段之波形的A4尺寸之印刷資料的情形。又，較理想，伴隨於其之資料量的變化，顯示段數係被自動性地作變更，並且身為其之背景的格線亦被作自動變更。　　[0085] 針對關連於被顯示在以上之活體資訊螢幕1等的活體資訊顯示裝置之顯示器處的活體資訊之顯示作控制的活體資訊顯示控制裝置，亦係被包含在本發明中。亦即是，活體資訊顯示控制裝置，係為被與顯示器作連接並針對對於該顯示器之上述顯示作控制者。　　[0086] 另外，本發明之活體資訊顯示裝置以及活體資訊顯示控制裝置，係並不被限定於上述之實施形態，當然的，在不脫離本發明之要旨的範圍內，係能夠施加各種的變更。 Embodiments of the present invention will be described below with reference to the attached drawings. In addition, in the following, as the biological information display device in the embodiment of the present invention, a biological information screen is taken as an example for description, but other devices for displaying biological information are also included in the present invention. within the scope of the invention. [0020] <1. Overall Outline of Living Body Information Screen> Referring to FIG. 1, the living body information screen 1 in the embodiment of the present invention will be described. The living body information screen 1, as shown in FIG. 1(a), is mainly composed of a tablet-type computer with a touch panel display. The living body information screen 1 , as shown in FIG. 1( b ), is mounted on and supported by the support table 3 . [0021] The detection device interface 2, for example, is connected to the living body information detection device through the connection joint portion 2a. The living body information detection device detects the state of the living body related to the subject, and outputs the living body signal corresponding to the state. Examples of living body information detection devices include electrocardiographic electrodes for detecting the active potential of the heart, blood pressure detection devices for detecting blood pressure, thermometers for detecting body temperature, and A SpO2 detection device (eg, a pulse oximeter) that detects SpO2, and the like. [0022] At each of the living body information screen 1 and the detection device interface 2, for example, USB (Universal Serial Bus) terminals 1b and 2b are provided, and are connected via USB cables. In addition, the connection between the detection device interface 2 and the living body information screen 1 can also be used as a serial bus method such as IEEE1394, SCSI (SCSI ( A wired communication connection such as a parallel bus system such as Small Computer System Interface), or a wireless communication connection using RFID (Radio Frequency Identifier), NFC (Near Field Communication), Bluetooth (registered trademark), and the like. Also, the detection device interface 2, for example, as shown in FIG. [0023] Next, with reference to FIG. 2 , the configuration of the living body information screen 1 and the detection device interface 2 will be described. The living body information screen 1 includes, for example, a control unit 10 , a touch panel display 11 , a connection connector 12 , an antenna 13 , a speaker 14 , and a battery 15 . The control unit 10 is each controller in the living body information screen 1 . The control unit 10, for example, is provided with a CPU (Central Processing Unit) 101, a RAM (Random Access Memory) 102, a ROM (Read Only Memory) 103, a storage medium 104, a wireless communication interface 105, a wired communication interface 106, The operation input interface 107 , the display control unit 108 , the sound control unit 109 , and the light emission control unit 110 are operated. In addition, in FIG. 2, the interface is marked as I/F. [0025] The CPU 101 is a processor in charge of the entire body information screen 1, and uses the RAM 102 as a work area. In the ROM 103, for example, a program for activating the living body information screen 1 or other basic programs executed by the CPU 101 are written. The storage medium 104 is constituted by, for example, a solid state drive (SSD) or a flash memory. In the storage medium 104, for example, an operating system (OS) for realizing the basic operation of the living body information screen 1 and a program depending on the operating system are written. In addition, the storage medium 104 functions as a storage place for the supplied data. [0026] The wireless communication interface 105, for example, is used to perform conversion processing (modulation, demodulation), etc., of data sent and received by wireless communication between itself and an external device, and is connected to the antenna 13. connect. The antenna 13 receives the data sent from the outside and sends it to the wireless communication interface 105 . In addition, the antenna 13 transmits the data supplied from the wireless communication interface 105 to the outside. As the wireless communication interface 105 , for example, RFID, NFC, Bluetooth (registered trademark) or the like is used as an example. [0027] The wired communication interface 106, for example, is used to perform conversion processing and the like of data sent and received between itself and an external device through wired communication, and is connected to the connection connector 12. As the wired communication interface 106, for example, one using serial bus specifications such as USB can be cited, but it is not limited to this. The other wired communication interface 106 may be any interface using a serial bus method such as IEEE1394 or a parallel bus method such as SCSI. [0028] The operation input interface 107 is to transmit operations from the outside to the CPU 101. The display control unit 108 is a display device that causes the touch panel display 11 to perform a display in accordance with a command from the CPU 101 . The sound control unit 109 is a device that causes the speaker 14 to output sound in accordance with a command from the CPU 101 . The light-emitting control unit 110 is one that turns on and off the light-emitting units 16 and 17 in accordance with a command from the CPU 101 . The light emission control unit 110, for example, receives a report signal related to the living body information from the CPU 101, and causes both or one of the light emission units 16 and 17 to emit light. In addition, the light emission control unit 110, for example, receives a report release signal related to the living body information from the CPU 101, and turns off both or one of the light emission units 16 and 17, or in a state different from the above. to shine. [0029] The touch panel display 11 is the receiver of display and operation input. The above-mentioned acceptance of the operation input is realized by directly touching the display surface of the touch panel display 11 with a finger or the like. Examples of touch operations include gesture operations such as tap, double tap, scroll, pinch in, pinch out, and slide. Contains all other gesture operations. If a touch operation is performed, the operation input interface 107 transmits an operation signal corresponding to the touch operation to the CPU 101 . The battery 15 is a rechargeable storage battery, and supplies power to each part in the living body information screen 1 . In addition, it is desirable that the battery 15 be connected to an external power source so as to be rechargeable. [0030] The detection device interface 2 is connected to the living body information screen 1 via the connection line 2c. In addition, the detection device interface 2, for example, is provided with connectors adapted to the respective specifications of the plurality of living body information detection devices, and is connected with each of the living body information detection devices. On the other hand, the detection device interface 2 is used to perform specific processing on the living body information supplied from each of the plurality of living body information detection devices via the connection line 2c, so that the living body information screen 1 can process the information. the role of the interface. Specifically, the detection device interface 2, for example, is based on the living body information supplied from each of the plurality of living body information detection devices via the connecting line 2c to generate the information that can be processed by the living body information screen 1. The living body information is output to the living body information screen 1 . That is, the detection device interface 2 functions together with the living body information detection device as a measuring device for living body information. In addition, as the above-mentioned biological information that can be processed by the biological information screen 1, for example, an electrocardiographic signal corresponding to the active potential of the heart, heart rate, blood oxygen concentration, blood pressure, etc. can be listed as an example, However, the system is not limited to this, and other living body information is also included. The detection device interface 2 is connected to the living body information screen 1 through the wired communication connection mode or the wireless communication connection mode described above. The living body information detection device, as described above, for example, can enumerate the electrocardiographic electrode for detecting the active potential of the heart, the blood pressure detecting device for detecting the blood pressure, and the A thermometer for detecting body temperature, a SpO2 detecting device for detecting SpO2, etc. In addition, the above living body information detection device is only one example. In the present invention, the living body information detection device can also detect other living body signals from the subject. [0032] <2. Device functional block> Next, with reference to FIG. 3 , the functional structure of the living body information screen 1 will be described. The living body information screen 1 is for displaying the data including the living body information related to the waveform of the living body information (hereinafter referred to as the living body information waveform) on the display, and has a living body information data generating unit 200 and a background data generating unit 201 , and living body information page screen generation unit 202, and information holding unit 203, and print data generation unit 204, and data transmission unit 205, and anti-aliasing processing unit 206, and resolution processing unit 207, and display unit 208, and printing The operation unit 210 , the display processing operation unit 211 , the data transmission operation unit 209 , and the touch panel display 11 . [0033] The living body information data generating unit 200 is for generating the living body information data including the living body information waveform. The biological information data generating unit 200, for example, generates biological information waveforms and the like based on the measurement data sent from the biological information measurement device through the measurement device interface 2 shown in FIG. 2 . [0034] The background data generating unit 201 is for generating background data arranged in the background of the living body information waveform. In addition, in the prior art, in the biological information waveform, for example, an electrocardiogram, was previously printed on a graph paper having a plurality of grid lines in the vertical and horizontal directions of the electrocardiogram. On the other hand, in the present embodiment, since it is printed on white paper, a plurality of ruled lines are included in the vertical axis direction and the horizontal axis direction in the background of the biological information waveform such as an electrocardiogram. The background data generating unit 201 generates a plurality of ruled lines extending in the vertical axis direction and the horizontal axis direction of the biological information waveform such as an electrocardiogram as background data. [0035] The living body information page screen generating unit 202 is for generating a living body information page screen which is a page screen displaying the above-mentioned living body information data. In addition, when the background data is generated by the background data generating unit 201, the background data is arranged in a state where the background data is also superimposed together with the biological information waveform on the screen of the biological information page. [0036] The living body information data generating unit 200, the background data generating unit 201, and the living body information page screen generating unit 202 are realized, for example, by causing the CPU 101 to execute a program stored in the ROM 103 or the storage medium 104 or the like. [0037] The information holding unit 203 holds the living body information data generated by the living body information data generating unit 200. The living body information data, for example, are held by being additionally associated with the corresponding measurement date and time. In addition, the information holding unit 203 may be configured to hold the background data generated by the background data generating unit 201 . In addition, the information holding unit 203 may be configured to hold the living body information page screen generated by the living body information page screen generating unit 202 . In the general case as described above, the living body information data generating unit 200, the background data generating unit 201, and the living body information page screen generating unit 202 are configured, for example, so that the information holding unit 203 holds the generated products, and thereafter, In each function, the corresponding product is acquired from the information holding unit 203 as needed. [0038] The information holding unit 203, for example, processes the living body information data and background data by causing the CPU 101 to follow a program stored in the ROM 103 or the storage medium 104, and stores the results in the storage medium 104. , to realize it. The print data generation unit 204 is a general-purpose format (non-environment-dependent) for the whole or a part of the living body information page screen on which the living body information data is displayed. form) of printed data (electronic file format). As a result, the printed data can be printed out by being sent to an external general-purpose printing device. The so-called general-purpose form of printed materials that do not depend on the platform of a specific device, for example, refers to any of the various operating systems including Windows (registered trademark), MacOSX (registered trademark), and Linux (registered trademark). All printed materials that can be printed by a printing device. As the file form of such printed data, for example, as an example, it can be listed as a PDF (Portable Document Format) file or an XPS (XML Paper Specification) file or a general-purpose image file generated. However, it is not limited to this, and can also be other printable file formats planned by the International Organization for Standardization such as ISO (International Organization for Standardization). As a general-purpose image file, for example, JPEG (Joint Photographic Experts Group) file, GIF (Graphics Interchange Format) file, PNG (Portable Network Graphics) file, BMP (bitmap image) file, TIFF (Tagged Image File Format) files, PICT (QuickDraw Picture) files, EPS (Encapsulated PostScript) files, PSD (Photoshop Data) files, etc. [0041] Furthermore, the print data generated by the print data generation unit 204 is preferably a display data in a general-purpose format that can be displayed on a display of a platform that does not depend on a specific device. In addition, generally speaking, the electronic file format of the environment-independent type can be displayed on the displays of various environments. In this way, as long as the printed data can be displayed on the touch panel display 11 of the living body information screen 1, the content can be confirmed before printing. In addition, for example, when the above-mentioned printed data is transmitted to other devices by the data transmission unit 205 for external transmission, the above-mentioned printed data can also be displayed on the display of the other device. . If configured in this way, the content can be confirmed before printing even in other devices. In addition, if the print data is in a file format as exemplified above, the print data becomes display data that can be displayed on a display of a platform that is not dependent on a specific device. [0042] The print data generation unit 204 is realized, for example, by causing the CPU 101 to execute a program stored in the ROM 103, the storage medium 104, or the like. [0043] Furthermore, the biological information screen 1 performs processing related to the display of biological information waveforms. In addition, the processing related to the above-mentioned display is performed by, for example, the antialiasing processing unit 206 and the resolution processing unit 207 . [0044] The anti-aliasing processing unit 206 applies anti-aliasing (anti-aliasing) processing to the living body information waveform. Anti-aliasing refers to processing that reduces jaggies and the like that occur on the outline of an object displayed on the display, and makes shaking caused by points generated on the outline of the object less noticeable. By doing this, it is possible to avoid a situation where the original radius noise and the wobble caused by the resolution are confused with each other. [0045] The resolution processing unit 207 is a device that adjusts at least the resolution of the living body information waveform. The resolution processing unit 207 is preferably configured to also adjust the resolution of the background data following the biological information waveform. If the resolution of the living body information waveform can be improved by the resolution processing unit 207, the visibility of the living body information waveform can be improved. In this way, it is also possible to avoid a situation where the fluctuation of the waveform caused by the low resolution and the fluctuation caused by the noise of the living body information waveform itself are confused with each other. [0046] According to the antialiasing processing unit 206 and the resolution processing unit 207, it is possible to display the printed data on the touch panel display 11 and to print and output the printed data on paper. It is an excellent thing to provide visibility to a user. [0047] The antialiasing processing unit 206 and the resolution processing unit 207 are realized, for example, by causing the CPU 101 to execute a program stored in the ROM 103, the storage medium 104, or the like. [0048] The display unit 208 is for causing the touch panel display 11 to display the biological information page screen arranged in the biological information data. In addition, the display unit 208 causes the touch panel display 11 to display the background data together with the living body information data. [0049] The display unit 208 is mainly realized by causing the CPU 101 to execute a program stored in the storage medium 104 or the like and causing the display control unit 108 to execute commands issued as a result. [0050] The data transmission operation unit 209 is an operation for accepting a request for the transmission of the print data from the outside, and transmits the print data to the data transmission unit 205 to issue an instruction. In the transmission request operation of print data, the designated operation of the transmission target address is also included. In addition, as the designation operation of the transfer target address, for example, an input operation of the transfer target address, or a file move operation for the transfer target folder can be cited as an example. The data transmission unit 205, if receiving the above-mentioned instruction, transmits the printed data to the transmission destination address. This transmission, ideally, is in the form of a so-called e-mail attached file. [0051] The data transmission operation unit 209 can be mainly realized by the touch panel display 11 and the operation input interface 107. The data transmission unit 205 mainly executes the program stored in the ROM 103 or the storage medium 104, etc. by the CPU 101 receiving the operation signal from the operation input interface 107, and executes the wired communication interface 106 or the wireless communication interface 108, etc. The command issued as a result of it is implemented. [0052] The printing operation unit 210 is a person who receives an operation corresponding to the printing request of the printing data from the outside, and sends the printing data to a printing device (not shown) to issue a printing instruction. If the printing device receives the above instruction, it will print the printed data. The display processing operation part 211 is to receive the operation corresponding to the processing request related to the above-mentioned display of the biological information waveform from the outside, and issue the corresponding operation to the antialiasing processing part 206 or the resolution processing part 207 Instructor of processing. The anti-aliasing processing unit 206 or the resolution processing unit 207, upon receiving the above-mentioned instruction, performs processing related to the corresponding display. Specifically, it is possible to set the resolution, turn on and off the anti-aliasing, and the like. [0054] The printing operation unit 210 and the display processing operation unit 211 can be mainly realized by the touch panel display 11 and the operation input interface 107. [0055] <3. Living Body Information Page Screen> Referring to FIG. 4 , an example of the living body information page screen 300 displayed on the touch panel display 11 will be described. On the biological information page screen 300, as shown in FIG. 4, a list of various types of biological information is displayed. A list of various types of biological information is arranged in the first specific field 301 and the second specific field 306 on the biological information page screen 300 . [0056] In the first specific area 301 of the biological information page screen 300, biological information waveforms are arranged. The living body information waveform may be one or plural. In addition, the waveform of the biological information reflects the currently measured waveform, and is updated in real time. In addition, the waveform of the biological information may be arranged in the first specific area 301 with the waveform of the past. On the other hand, the horizontal axis of the first specific field 301 is the time axis 305a, and the vertical axis is the axis 305b representing the value of the biological information related to the electric potential (electrocardiogram) and the like. In such a first specific field 301 , in FIG. 4( a ), the electrocardiogram waveform 302 and the pulse wave 303 are arranged in two rows so as to extend in the direction of the time axis 305 a. [0057] Further, in the second specific area 306 of the biological information page screen 300, individual display areas 307a to 307e for individually displaying biological information for each category are provided. Various types of biological information are arranged in the individual display areas 307a to 307e. In the individual display area 307a, living body information related to the heart rate (HR) is arranged. In the individual display area 307b, in vivo information related to percutaneous arterial oxygen saturation (SpO2) is allocated. In the individual display area 307c, in vivo information related to non-invasive blood pressure (NIBP) is arranged. In the individual display area 307d, living body information related to respiration (RESP) is arranged. In the individual display area 307e, living body information related to body temperature (TEMP) is arranged. [0058] In addition, the number of the individual display areas set at the second specific area 306 in the living body information page screen 300 is 5 as shown in FIG. 4(a), however, it is not It is limited to this, and other numbers may be sufficient. In addition, the living body information arranged in the individual display areas is not limited to heart rate (HR), percutaneous arterial oxygen saturation (SpO2), non-invasive blood pressure (NIBP), respiration (RESP), Body temperature (TEMP), but also other living information. As the living body information arranged in the individual display areas 307a to 307e, for example, the latest measurement value (unit), the latest measurement date and time, the upper limit threshold value and the lower limit threshold value of the living body information can be listed. , Living body information waveform, bar graph display representing the soundness of living body information, etc. The living body information arranged in the individual display areas 307a to 307e may be all of the above-mentioned information, or each of the living body information corresponding to the individual display areas 307a to 307e may be separately obtained from the above-mentioned information. to select the appropriate information. [0060] The living body information page screen 300 is preferably a home screen that is initially displayed on the touch panel display 11 when the living body information screen 1 is activated. That is, ideally, if the living body information screen 1 is activated, as the home screen, the living body information page screen 300 in the following general state is displayed: That is, in the first specific area 301, the electrocardiogram waveform, The biological information, such as the pulse wave, which is measured in real time, is displayed as a biological information waveform, and in the individual display areas 307a to 307e of the second specific area, for example, digitized data are arranged. Living body information or living body information such as the second living body information waveform. [0061] In order to move from the living body information page screen 300 described above to another page screen, as shown in FIG. menu key 1 to menu key 8. For each of the menu key 1 to the menu key 8, a corresponding page screen is allocated respectively. When a touch operation is performed on the menu key 1 to the menu key 8 , other page screens assigned to each are displayed on the touch panel display 11 . [0062] Here, for example, as shown in FIG. 4(a), if the display surface of the menu key 4 at the touch panel display 11 is touched with a finger (for example, a single-click operation, A double-click operation, etc.) causes a search screen for past information (not shown) related to the living body information to appear as a pop-up window. Then, as shown in FIG. 4( b ), the information related to the living body information in the past as the retrieval result is called to the living body information page screen 300 . As shown in Fig. 4(b), "2016:04:01 12:54:30" is displayed in the date and time portion 304b of the called living body information. Therefore, the date and time of the past living body information called out is 12:54:30 on April 1, 2016. Also, as shown in Figs. 4(a) and 4(b), "2016:04:06 12:34:56" is displayed in the current date and time portion 304a. Therefore, the current date and time is 12:34:56 on April 6, 2016. [0063] After calling the information related to the living body information in the past as the search result to the living body information page screen 300, for example, if the display surface of the menu key 5 on the touch panel display 11 is performed with a finger The touch operation, as shown in FIG. 4(b), the living body information page screen 300 itself, which is equipped with the called past living body information, is generated as printed data, and the printed data display screen is displayed on the screen. on the touch panel display 11 . In addition, the screen for displaying the printed data will be described later. [0064] <4. Other aspects of the printed material> Next, with reference to FIG. 5, other aspects of the printed material will be described. As printed data, it is not limited to the general living body information page 300 shown in FIG. 4( b ) in which the called past living body information is arranged. As the printed data, for example, as shown in FIG. 5( a ), only the biological information waveforms (electrocardiogram waveform 302 and pulse wave 303 ) in the first specific field 301 may be used. Of course, the waveform data of other living body information displayed in the individual display areas 307a-307e can also be generated as printed data. In addition, when the biological information waveform in the first specific field 301 is generated as the printed data, it is preferable to also generate the grid line 308 as the background of the biological information waveform as the printed data together with the biological information waveform. Of. [0065] Furthermore, the living body information screen 1 can apply anti-aliasing processing to the living body information waveform displayed on the touch panel display 11. Therefore, the anti-aliased living body information waveform can also be generated as printed data, and the anti-aliased living body information waveform can also be further applied to the printed data. [0066] In addition, as the printed data, for example, it may be only the second specific area 306, only the specific area in the first specific area 301, all or part of the individual display areas 307a to 307e, etc. various parts. In addition, if the living body information screen 1 is configured to be able to select an area in the living body information page screen 300 generated as print data, only necessary parts can be generated as print data. [0067] In addition, the living body information screen 1 can improve the resolution of the living body information waveform displayed by the printed data. If the resolution of the living body information waveform for displaying the printed data is increased, the display area can be reduced for the same amount of information. For example, when the resolution is increased, when the touch panel display 11 displays the biological information waveform or printed data displayed on the printed paper, the biological information waveform can be The general two-line display shown in FIG. 4( b ) or FIG. 5( a ) is set as the one-line display shown in FIG. 5( b ), and the vertical axis of the graph is enlarged by 2 times. In addition, if the display of two lines is maintained, it is possible to display twice the amount of information. In this way, the amount of living body information that can be included in the living body information page screen 300 is increased, and as a result, the amount of living body information that can be included in the printed data can be increased. [0068] <5. Printed Data Display Screen> Next, with reference to FIG. 6 , the printed data display screen 400 on the touch panel display 11 will be described. The print data display screen 400 is for displaying the page screen of the person created as the print data on the touch panel display 11 . As described in the above-mentioned item <3. Living body information page screen>, by performing a specific operation, the printed data display screen 400 is called up. [0069] On the print data display screen 400, as shown in FIG. 6, various types of information including print data and operation keys are arranged. In the third specific area 401 of the print data display screen 400, print data are arranged, and in the fourth specific area 402 of the print data display screen 400, various operation keys are arranged, and in the print data display screen 400, various operation keys are arranged. In the fifth specific area 403, a real-time electrocardiogram waveform 404 and a heartbeat count 405 are arranged. This is for continuous monitoring even during printing operations. [0070] The printed data arranged in the third specific field 401 of the printed data display screen 400 is a printed data obtained from the past living body information page screen 300 shown in FIG. 4(b). Also, the printed data, as explained above, is also a general-purpose form of display data that can be displayed on a display of a platform that does not depend on a specific device. Therefore, the display content in the third specific area 401 of the print data display screen 400 is directly printed at the printing device (not shown). [0071] In addition, if the range of the living body information page screen 300 generated as the printed data is different, the display in the third specific area 401 of the printed data display screen 400 shown in FIG. 5 is changed. Various operation keys arranged in the fourth specific area 402 of the print data display screen 400 include, for example, a Print key 410, an E-mail key 411, a FullDisclosure key 413, an Exit key 414, a Back key 415, and the like various buttons. [0073] If the Print key 410 is selected, it is recognized by the living body information screen 1 that a print request has been received from the outside. As a result, the living body information screen 1 instructs the printing apparatus (not shown) to print the printed data. In response to this instruction, the printing device (not shown) prints the printed data. [0074] If the E-mail key 411 is selected, it is recognized by the living body information screen 1 that an operation corresponding to the transmission request of the printed data has been received from the outside. As a result, the data transmission unit 205 in the living body information screen 1 transmits the printed data. [0075] If the FullDisclosure key 413 is selected, only the printed data will be enlarged and displayed on the entire touch panel display 11. At this time, the print data may be displayed in an enlarged manner on the print data display screen 400 , or may be displayed in an enlarged manner on another page screen different from the print data display screen 400 . [0076] If the Exit key 414 is selected, the print data display screen 400 is closed, and returns to the living body information page screen 300 at the present moment as shown in FIG. 4(a), for example. Also, if the Back key 415 is selected, for example, the print data display screen 400 is closed, and the touch panel display 11 displays, for example, a screen immediately following the print data display screen as shown in FIG. 4( b ). The living body information page screen 300 displayed before 400. In FIG. 6, although the 5th specific area 403 of the printed data display screen 400 is arranged with the electrocardiogram waveform 404 and the heart rate 405, it is not limited to this, and can also be arranged There is other living information. This is because the information to be monitored is different depending on the patient's situation. [0078] <6. Printed data transmission> Next, with reference to FIG. 7 , the operation of print data transmission will be described. If the E-mail key 411 shown in FIG. 6 is selected, a data transmission input form 500 will appear in the third specific area 401 of the print data display screen 400 . The data transmission input form 500 includes a recipient input area 501 , a CC (Carbon Copy) input area 502 , a file name input area 503 , an attached file display area 504 , and a message input area 505 . In addition, the system can also further add a BCC (Blind Carbon Copy) input area. [0079] In the transmission destination input area 501 and the CC input area 502, for example, an E-mail address is input. In the additional file display area 504, the file name and file icon of the print data to be transmitted are displayed. For example, the file name displayed on the print data display immediately before the E-mail key 411 is selected is displayed. Printed data in the third specific area 401 of the screen 400 . In the case of further adding additional files, for example, it is only necessary to select the printed data (not shown) held in the living body information screen from the selection page screen and the like and add them. Documents are input in the file name input area 503 and the message input area 505 . [0080] For the input of characters or numbers in the above areas, the input can be performed from either a keyboard as an external input device or a software keyboard in the living body information screen 1. In addition, the selection can be realized by an operation performed by a mouse as an external input device or a touch operation performed on the touch panel display 11 . In addition, preferably, the transmission destination is registered in advance, and the transmission destination is automatically set in the transmission destination input area 501 by selecting therefrom. [0081] After the input to each of the above fields is completed, if the send key 510 is selected, the print data is transmitted. [0082] <7. Enlarged Display of Printed Data> Next, with reference to FIG. 8 , a description will be given of an operation of enlarged display of printed data. If the FullDisclosure key 413 shown in FIG. 6 is selected, as shown in FIG. 8, the print data arranged in the third specific area 401 of the print data display screen 400 of FIG. The expanded page screen 600 of the printed data that is the other page screen. In this way, it is possible to check the details of the printed data in advance on a large screen before printing. [0083] In addition, when returning to the case of the printed data display screen 400 shown in FIG. 6, it is only necessary to select the Back key 601 provided at the lower end of the enlarged page screen 600. [0084] In addition, in the above-mentioned embodiment, although the waveform data in the printed data has been exemplified to the extent of two steps, the present invention is not limited to this. For example, as shown in FIG. 9 , it is preferable to constitute printed data including waveforms covering a large number of sections in a vertical size of A4 size. In this case, it can be assumed that the waveform data of the left 4 segments and the waveform data of the right 4 segments in the enlarged page 600 shown in FIG. In the case of A4 size printed material with waveform. Furthermore, preferably, the number of displayed segments is automatically changed along with the change in the amount of data, and the grid line as its background is also automatically changed. [0085] The living body information display control device that controls the display of the living body information displayed on the display of the living body information display device related to the living body information screen 1 and the like above is also included in the present invention. That is, the living body information display control device is connected to the display and controls the above-mentioned display on the display. In addition, the living body information display device and the living body information display control device of the present invention are not limited to the above-mentioned embodiments, and of course, various changes can be added within the scope of not departing from the gist of the present invention. .

[0087]11‧‧‧觸控面板顯示器200‧‧‧活體資訊資料產生部201‧‧‧背景資料產生部202‧‧‧活體資訊頁面畫面產生部203‧‧‧資訊保持部204‧‧‧印刷資料產生部205‧‧‧資料傳輸部206‧‧‧反鋸齒處理部207‧‧‧解析度處理部208‧‧‧顯示部209‧‧‧資料傳輸操作部210‧‧‧印刷操作部211‧‧‧顯示處理操作部300‧‧‧活體資訊頁面畫面308‧‧‧格線[0087] 11‧‧‧touch panel display 200‧‧‧living body information data generating part 201‧‧‧background data generating part 202‧‧‧living body information page screen generating part 203‧‧‧information holding part 204‧‧‧printing Data generation part 205‧‧‧Data transmission part 206‧‧‧Anti-aliasing part 207‧‧‧Resolution processing part 208‧‧‧Display part 209‧‧‧Data transmission operation part 210‧‧‧Printing operation part 211‧‧ ‧Display processing operation section 300‧‧‧Live information page screen 308‧‧‧Grid lines

[0018] 　　[圖1]係為在本發明之實施形態中的活體資訊螢幕之立體圖。　　[圖2]係為對於在本發明之實施形態中的活體資訊螢幕之硬體構成作展示的概要圖。　　[圖3]係為在本發明之實施形態中的活體資訊螢幕之功能區塊圖。　　[圖4](a)係為對於在本發明之實施形態中的活體資訊螢幕處所顯示之現在時刻之活體資訊頁面畫面作展示之圖。(b)係為對於在本發明之實施形態中的活體資訊螢幕處所顯示之被使用者所叫出的過去之活體資訊頁面畫面作展示之圖。　　[圖5](a)係為對於僅由活體資訊波形以及背景所構成的印刷資料之內容作展示之圖。(b)係為對於由在將活體資訊波形以及背景之解析度作了提昇的情況時之活體資訊頁面畫面所構成的印刷資料之內容作展示之圖。　　[圖6]係為對於在本發明之實施形態中的印刷資料顯示畫面作展示之圖。　　[圖7]係為對於在本發明之實施形態中的印刷資料顯示畫面處所顯示之資料傳輸輸入格式作展示之圖。　　[圖8]係為對於在本發明之實施形態中的擴大頁面畫面作展示之圖。　　[圖9]係為對於在本發明之實施形態中的擴大頁面畫面之變形例作展示之圖。[0018] [FIG. 1] is a perspective view of a living body information screen in an embodiment of the present invention. [Fig. 2] is a schematic diagram showing the hardware configuration of the living body information screen in the embodiment of the present invention. [Fig. 3] is a functional block diagram of the living body information screen in the embodiment of the present invention. [Fig. 4](a) is a diagram showing the living body information page screen at the present time displayed on the living body information screen in the embodiment of the present invention. (b) is a diagram showing the past living body information page screen called by the user displayed on the living body information screen in the embodiment of the present invention. [Fig. 5](a) is a diagram showing the contents of the printed data consisting of only the information waveform of the living body and the background. (b) is a diagram showing the contents of the printed material composed of the living body information page screen when the resolution of the living body information waveform and the background are improved. [FIG. 6] is a diagram showing the display screen of the printed data in the embodiment of the present invention. [Fig. 7] is a diagram showing the data transmission input format displayed on the print data display screen in the embodiment of the present invention. [Fig. 8] is a diagram showing an enlarged page screen in an embodiment of the present invention. [Fig. 9] is a diagram showing a modification of the enlarged page screen in the embodiment of the present invention.

1‧‧‧活體資訊螢幕 1‧‧‧In vivo information screen

11‧‧‧觸控面板顯示器 11‧‧‧Touch Panel Display

200‧‧‧活體資訊資料產生部 200‧‧‧In vivo Information Data Generation Department

201‧‧‧背景資料產生部 201‧‧‧Background Data Generation Department

202‧‧‧活體資訊頁面畫面產生部 202‧‧‧Screen Generation Department of Living Information Page

203‧‧‧資訊保持部 203‧‧‧Information Retention Department

204‧‧‧印刷資料產生部 204‧‧‧Printed Data Generation Department

205‧‧‧資料傳輸部 205‧‧‧Data Transmission Department

206‧‧‧反鋸齒處理部 206‧‧‧Antialiasing

207‧‧‧解析度處理部 207‧‧‧Resolution Processing Department

208‧‧‧顯示部 208‧‧‧Display

209‧‧‧資料傳輸操作部 209‧‧‧Data Transmission Operation Department

210‧‧‧印刷操作部 210‧‧‧Printing Operation Department

211‧‧‧顯示處理操作部 211‧‧‧Display processing operation part

Claims

A living body information display device, which is a living body information display device for displaying a plurality of types of living body information materials on a display, characterized in that it is provided with: a living body information page screen generating unit that generates a living body information page that is displayed as the living body information data. The living body information page screen of the page screen; and the print data generating unit, which generates all or a part of the aforementioned living body information page screen as a general-purpose form of printed data, and in the aforementioned living body information page screen, contains the displayed information. There is a first specific area in which the biological information data is displayed, and a second specific area in which the biological information data of a different type from the first specific area is displayed, between the first specific area and the second specific area. At least one of them includes a biological information waveform that is a waveform related to biological information, and is configured so that an area included in the printed data can be selected from the first specific area and the second specific area. The print data generation unit generates, as the print data, the biological information data included in the selection range of the selected first specific area or the second specific area.

The biological information display device according to claim 1, further comprising: a background data generating unit that generates a waveform arranged in the biological information The background data at the background, and the print data generating unit generates the print data in the form that the background is arranged at the living body information waveform.

The biological information display device according to claim 2, wherein the background is a plurality of ruled lines extending in the vertical axis direction and the horizontal axis direction of the biological information waveform.

According to the living body information display device described in any one of the claims 1 to 3 of the scope of the application, the printed data is also a general-purpose display data that can be displayed on the display.

According to the living body information display device described in any one of Items 1 to 3 of the scope of the patent application, the above-mentioned printed data are generated from portrait files or PDF files or XPS files as general-purpose forms.

The living body information display device according to any one of claims 1 to 3 of the claimed scope, further comprising: an anti-aliasing processing unit that applies anti-aliasing processing to the living body information waveform.

The biological information display device as described in any one of claims 1 to 3 of the scope of the patent application, further comprising: a resolution processing unit for adjusting the resolution of the biological information waveform.

The living body information display device as described in any one of claims 1 to 3 of the scope of the patent application, further comprising: a data transmission unit that transmits the printed data to the outside.