M422401 五、新型說明·· 【新型所屬之技術領域】 本創作係關於一種量測生物資訊之設備，藉由量測使用者 • 的生物資訊以達到人體健康之管理及即時監控。 【先前技術】 按，規律的運動及定期管理自己的健康狀態是維持健康的 不二法門。健康狀況的管理除了定期至醫療機構作健康檢查 外，在居家中隨時掌握自己的生理訊息亦相當重要，尤其對於 健康狀況已到達異常狀態或接近異常標準的臨界點者，更需每 拳 日監控生理訊息。 目前一般家庭中多已具備基礎的生理檢測設備，例如體重 體脂計，方便使用者定期或隨時量測體重及體脂指數，藉由此 ，基礎的生理資訊以瞭解身體健康狀況並藉以控制飲食及曰 常作息。然而，現今象庭中所使用之檢測設備*多只能檢測體 重及體脂’所驗狀項目及生物訊息過少，只能 健康狀態。 - 再者，現有的家居式生理檢測設備欠缺監控作用，盔 況即時提供給醫護人貝，因此，醫護人員無法即s’夺掌握 Ϊ二，5象’造成受測者無法立即接收必要的醫療及照 ίί & i 紐職财欠缺管财測者騎狀況的 :、土各何讓民眾在居家環境中即可輕易地檢測其生理資訊， 的讓退處㈣療機構能即時獲得該生理資訊，即為本創作之目 【新型内容】 台，她刪測管理平 本創作之另-目的在於提供一種多功能健康量測管理平 3 M422401 ί受理檢職訊作遠距傳輸，崎理或即時診 本創作所提供之健康制管理平台，包含有―量測裳置盘 二主機裝置，可進行訊號傳輸。該量_置具有若干手；； ίΐ^ΓΓ感職極，以及至少—光學感測器，以便擷^ 又測者的喊峨、血倾獻錄卩蛾訊H職 2的生理f絲雜㈣域裝置，並料t資訊及血氧量 _貝訊顯示在該主機裝置的顯示元件，以供人員讀取。該 將受測者的生理資訊作遠距傳輸給健康管 機叙貞續管理受财的織狀況或作即時的診 斷’使％測者可獲得即時性的醫療照護。 於翻上’該量繼置係細於—制設備，以方便受測 居環境枝侧量；触錄置健祕-手持無線通 訊a又備，例如手機或平板電腦。 【實施方式】 為使貝審查委員能進一步瞭解本創作之目的、特徵以及 之猶’町_本創作—較㈣施例及其應用方式， 並配合圖式詳細說明於后。 凊參閱第-圖，係本創作一較佳實施例所提供之量測管理 二^方塊圖’該管理平台包含有：—量測裝置⑽以及與該 = 置連接之主機裝置(4〇)。於應用上，該量測裝置(1〇)係 於1測設備上’以測量受測者的生物資訊；該主機裝置 收該量測裝置所檢測之訊號。使用者利用本創作透過手部 即可測得若干生物資訊，例如體重、體脂肪含量、心電 t ί及血液含氧量等。本創作讓使用者在家居環境中即可方便 量測上述生理資訊’且量測結果亦可透過該主機裝置以雲端 術即時地或定期地傳輸至不同場所，例如醫療機構或醫護人 M422401 員’提供管理及監控健康資訊。 該量測裝置(10)包含有：一第一訊號處理單元(12)、一生 理電位量測模組(14)、一生物阻抗量測模組(16)、一血氧量測 模組(18)、二手部感測電極(20)、四腳部感測電極(22)、一光學 感測器(24)、一第一輸入/輸出介面(26)、一第一顯示.元件(28) 與一第一訊號傳送接收介面(30)。 該訊號處理單元(12)為一微控制器(mcu)或中央處理單元 (CPU)，用以運算及處理該量測裝置(1〇)所獲取的各種訊號。 該二手部感測電極(20)係供雙手接觸之感測電極，並與該 生理電位量測模組(14)電性連接。該二電極(2〇)係透過手部檢 測夂測者的心電訊號’並將該訊號傳送給該生理電位量測模組 (14)。 、、” 該生理電位量測模組(14)係電性連接該訊號處理單元 (12) ’以便將心電訊號傳送至該處理單元(I])。 該等腳部感測電極(22)係供雙腳接觸之感測電極，並與該 生物阻抗量測模組(16)電性連接，以便將生物阻抗值傳送至該 生物阻抗量測模組(16)。 該光學感測器(24)係電性連接該血氧量測模組(18)，利用 紅外線或近紅外線赠侵人式之方式自受測者的手部或腳部 (以手部為佳)侧受測者的血氧峨，籍血氧喊傳輸至血 氧量測模組(18)。 同樣的，該生物阻抗量測模組(16)及該血氧量測模組(18) 均電性連接該訊號處理單元⑽，以便分別將生物阻抗訊號及 血氧訊號傳輸至該處理單元(12)。 於本實施例中，上述的生理電位、生物阻抗及血氧量測模 =4)⑽⑽均經由—相·聯處理單元(32)連接該訊號處 理早切2)。該相互_處理單包含親器及放大器， 用以將訊號濾'波或放大訊號之用，並可包括類比訊號與數位訊 號之轉換’及編碼與解碼之作用。該相互關聯處理單元⑽可 内建於各量測模組(14)⑽⑽中，或内建於該訊號處 ίλΟΛ^ι 〇 該輸入/輪出介面(26)可直接或經由該相互關聯處理單元 ⑼電性連。接該訊號處理單元⑽，以供輸入或輸出資訊，及 進行各種操作功能之用。該介面可為按鍵及/或電連接器。 該第顯示元件(28)為-液晶螢幕(led/LCD)，與該訊號 處理單元(12)電性連接，以顯示資訊。 以 該訊號傳送接收介面(3〇)與該訊號處理單元(12)連接， 便與該主機裝置(4〇)作訊號的傳輸或接收。 該量測裝置(10)具有一電源模組(未示），以直流電或交流 電供應電力，使量測裝置運作。 此外，該量測裳置亦可包含一資料存取單S，以供儲存量 測身料及使用者所設定的資料；以及可包含有：一重量感測器 ί一體重量測模組，以測量使用者的體重。該存取單元及體重 Η測模組均與該訊號處理單元連接。 該主機裝置(40)包括：一第二訊號處理單元(42)、-益線 =訊單元(44)、—資料存取單元(46)、—第二顯示元件(48)二 弟二輸入/輸出介面(50)及一第二訊號傳送接收介面(52)。 -該第^訊號處理單元(42)可為微控制器或中央處理單 乂運算及處理主機裝置(4〇)所傳輸及接收的各種訊號微。 該無線通訊單元(44)與該訊號處理單元(42)電性連接，其 ’、·、一可無線傳輪的通訊模组，利用無線網路傳輪訊號。 Α壯該資料存取單元(46)與該訊號處理單元(42)電性連接，其 =设在主機裝置(40)内的資料儲存媒體，例如RAM、ROM 3記憶卡等，以供儲存及擷取資料。 該第二顯示元件(48)電性連接該訊號處理單元(42)，其可 為-般的液晶螢幕’較佳地為觸控式液晶螢幕。該顯示元件㈣ 可顯示圖形(UI’userinterface)、圖示(icon)等各種訊號及資訊。 該第二輸入/輸出介面(5〇)係電性連接該訊號處理單元 (42)，供使用者輸入或輸出資訊，及進行各種操作功能之用。 該介面可為按鍵及/或電連接器。 該第二訊號傳送接收介面(52)與該訊號處理單元(42)電性 連接；該量測裳置(10)與該主機裝置(4〇)係經由該二訊號傳送 接收介面⑽⑻相互連接，使各觀麟財該二者間傳輸 及接收。 該主機裝置(40)本身祕備一電源模組，俾當其未與量測 裝置⑽連糾仍可獨立運作；魏二者(1())(4())鱗接時，量 測裝置(10)可使用其本身的電源模组運作，或利用主機裝置 之電力供應而運作。 請，閱第二、三圖’本創作在應用上係裝設在一量測設備 上。該量測設備包括：—腳踏裝置_與—手握裝置(7〇)，該 二者(6〇)(7〇)内部各設一控制板(電路板)(6 i )(71)，並以電線⑹） 連接’以傳輸峨；該量職置⑽之電顿件雜於該二連 控制板(61)(71) ’該—控制板的夕卜形僅供例示之用。一凹室 (64)，設於該腳踏裝置_之殼體(65)頂面，未使用時，可將該 手持裝置(70)之機殼(72)置入該凹室(64)内；使用時，則將手持 ，，自該凹室(64)取出。二把手(74)，鎌該機殼(72)二側。一 令至(75) ’投於該機殼(72)上。體重量測模組設於腳踏裝置中。 里測裝置(10)之該一手部感測電極(2 〇)分別設於手握裝置 (70)之該二把手(74)上；該光學感測器(24)係設於其中一把手 (74)該四個腳感測電極(22)係設於腳踏裝置(6〇)之殼體(65) 頂面。該腳踏農置或該手持裝置上設有若干按鍵(76)例如係 i —按鍵(76)為量職置⑽之輸以輸出 二面(26)，作為功能按鍵及選擇按鍵，供使用者操作，包括. 5=.、啟動/停止功能，及進料種量測功能。於操作介 —广J功能選擇、儲存或刪除資料，目錄選單、重置(reset)、 H疋日期、時間）、輸入(輸入個人資料)等。第一顯示單 =(=為設於料難^⑽上之液晶螢幕；該第一訊號傳送 接收”面(30)係-電連接器(78)，設於該容室(75)之處。 、該主機裝置(40)在應用上為一具有雲端技術的手持無線 通，設備，可為智慧型手機或平板電腦，例如_、批咖等， 或筆对電腦。財機為例，該第二顯示元件㈣為手機的觸 控螢幕m/輸出介面(5G)包括手機上的按轉2)以及 顯=在觸控螢幕上的圖示(icon)，觸摸特定的圖示時，可啟動 特定功能。对二城傳送接收介面(52)為手機的電連接器 (84)。 進行檢測時，請參閱第四圖，將該主機裝置(4〇)置入手握 裝置(70)的容室(75)内，使該二電連接器(78)(84)(亦即該二連接 介面(30)(52))相連接，令該量測裝置及主機裝置可傳輸訊號。 焚測者的雙腳分別接觸在該四個腳部感測電極(22)上，而 雙手握在手握裝置(70)的把手(74)，二個手掌分別接觸於該二 手部感測電極(20);將一手指置放在該光學感測器(24)。 該等腳部感測電極(22)可檢測受測者的生物電阻，並將生 物阻抗訊號傳送給生物阻抗量測模組(16)，經過該量測模組(16) 之運算可獲得受測者的體麟資訊；該第—訊號處理單元(12) 將所測得的體脂肪率以數字顯示在該第一顯示元件(28)上，供 受測者讀取。重量感測器可擷取受測者的體重訊號，並經過該 處理早元(12)以數字顯示於該顯示元件(28)。由於主機裝置(4〇) 與量測裝置(10)電性連接，實施上亦可使體脂肪率及體重之量 M422401 測訊號轉換為數字，將體脂肪與體重之量測結果以數值顯示在 主機裝置的第二顯示元件(48)。 本實施例以該二手部感測電極(2 0)自受測者的雙手量測 其心電訊號電流，所擷取的心電訊號經過生理電位量測模組 (14)的處理，以及經由相互關聯處理單元(32)進行訊號放大及 濾波、類比/數位訊號的轉換後，該量測裝置(1〇)之訊號處理單 元(12)係透過該二傳送介面(30)(52)，將心電訊號傳送至主機裝 置(40)之第二訊號處理單元(42)，進而將心電圖(85)顯示在該^ 機裝置之第二顯示元件(48)上，如第五圖。 ΛM422401 V. New Description·· [New Technology Area] This creation is about a device for measuring biological information. It measures the biological information of users to achieve human health management and real-time monitoring. [Prior Art] Press, regular exercise and regular management of your health are the only way to maintain your health. In addition to regularly conducting health checkups at medical institutions, it is also important to keep abreast of your own physiological information at home, especially if the health condition has reached an abnormal state or is close to the critical point of abnormal standards. Physiological message. At present, most of the general households have basic physiological testing equipment, such as body weight fat meter, which is convenient for users to measure body weight and body fat index regularly or at any time, thereby obtaining basic physiological information to understand the health of the body and to control the diet. And often work and rest. However, the detection equipment* used in the current courts can only detect body weight and body fat, and the number of items and biological information is too small to be healthy. - Furthermore, the existing home-based physiological testing equipment lacks monitoring functions, and the condition of the helmet is immediately provided to the medical staff. Therefore, the medical staff cannot grasp the second, and the 5 elephants cause the subject to receive the necessary medical treatment immediately. And ίί & i New job is not enough to control the financial situation of the rider: What is the soil, so that the people can easily detect their physiological information in the home environment, so that the retreat (four) treatment institutions can instantly obtain the physiological information This is the purpose of this creation [new content] Taiwan, she deleted the management and management of the other creation - the purpose is to provide a multi-functional health measurement management flat 3 M422401 ί accept the inspection of the telecom for remote transmission, Qi Li or instant The health management platform provided by the clinic creates a measurement device that can be used for signal transmission. The quantity _ has a number of hands;; ΐ ΐ ΓΓ ΓΓ ΓΓ , 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学 光学The domain device, the information t and the blood oxygen content _ bei is displayed on the display device of the host device for reading by a person. The remote transmission of the physiological information of the subject to the health management machine can be used to manage the financial situation or make an instant diagnosis, so that the % tester can obtain immediate medical care. In turn, the quantity is relayed to the equipment to facilitate the measurement of the amount of the living environment; the touch-set secret-handheld wireless communication is also available, such as a mobile phone or a tablet. [Embodiment] In order to enable the Becker's review committee to further understand the purpose and characteristics of the creation, and the Yu's _ _ _ creation--(4) application and its application, and detailed description with the drawings. Referring to the drawings, the measurement management provided by a preferred embodiment of the present invention includes a measurement device (10) and a host device (4A) connected to the =. In application, the measuring device (1〇) is attached to the measuring device to measure the biological information of the subject; the host device receives the signal detected by the measuring device. Users can use this creation to measure a number of biological information, such as body weight, body fat content, ECG and blood oxygen content. This creation allows the user to easily measure the physiological information in the home environment' and the measurement results can be transmitted to different places, such as medical institutions or medical personnel M422401, through the host device in real time or periodically. Provide management and monitoring of health information. The measuring device (10) comprises: a first signal processing unit (12), a physiological potential measuring module (14), a bioimpedance measuring module (16), and a blood oxygen measuring module ( 18), second-hand sensing electrode (20), four-foot sensing electrode (22), an optical sensor (24), a first input/output interface (26), a first display component (28) And transmitting a receiving interface (30) with a first signal. The signal processing unit (12) is a microcontroller (mcu) or a central processing unit (CPU) for calculating and processing various signals acquired by the measuring device (1). The second-hand sensing electrode (20) is a sensing electrode for contact with both hands, and is electrically connected to the physiological potential measuring module (14). The two electrodes (2〇) detect the electrocardiographic signal of the sensor through the hand and transmit the signal to the physiological potential measuring module (14). , the physiological potential measuring module (14) is electrically connected to the signal processing unit (12) 'to transmit the ECG signal to the processing unit (I)). The foot sensing electrodes (22) The sensing electrode is contacted by the two feet, and is electrically connected to the bioimpedance measuring module (16) to transmit the bioimpedance value to the bioimpedance measuring module (16). The optical sensor ( 24) electrically connecting the blood oxygen measurement module (18), using infrared or near-infrared to invade the person's hand or foot (better than the hand) on the side of the subject The blood oxygenation is transmitted to the blood oxygen measurement module (18) by the blood oxygenation. Similarly, the bioimpedance measurement module (16) and the blood oxygen measurement module (18) are electrically connected to the signal. The processing unit (10) is configured to respectively transmit the bioimpedance signal and the blood oxygen signal to the processing unit (12). In the embodiment, the physiological potential, the bio-impedance and the blood oxygen measurement model=4)(10)(10) are all via the phase. The joint processing unit (32) connects the signal to the early processing 2). The mutual processing unit includes a parent device and an amplifier for filtering the signal or amplifying the signal. And can include the conversion of analog signals and digital signals and the function of encoding and decoding. The interrelated processing unit (10) can be built in each measurement module (14) (10) (10), or built in the signal ίλΟΛ^ The input/rounding interface (26) can be electrically connected directly or via the interrelated processing unit (9). The signal processing unit (10) is connected to input or output information and perform various operational functions. The display device (28) is a liquid crystal display (LED/LCD), and is electrically connected to the signal processing unit (12) for displaying information. The receiving interface is transmitted by the signal (3) 〇) connected to the signal processing unit (12) for signal transmission or reception with the host device (4〇). The measuring device (10) has a power module (not shown) for supplying DC or AC power. Electricity, which enables the measuring device to operate. In addition, the measuring device can also include a data access slip S for storing the measured body and the data set by the user; and can include: a weight sensor ί Integrated weight measurement module to measure the user's The access unit and the weight detection module are both connected to the signal processing unit. The host device (40) includes: a second signal processing unit (42), a benefit line = a signal unit (44), a data The access unit (46), the second display element (48), the second input/output interface (50) and the second signal transmission and reception interface (52) - the second signal processing unit (42) may be micro The controller or the central processing unit processes and processes various signals transmitted and received by the host device (4〇). The wireless communication unit (44) is electrically connected to the signal processing unit (42), and its ', ·, The wireless transmission communication module utilizes a wireless network transmission signal. The data access unit (46) is electrically connected to the signal processing unit (42), and is disposed in the host device (40). Data storage media, such as RAM, ROM 3 memory cards, etc., for storage and retrieval of data. The second display component (48) is electrically connected to the signal processing unit (42), which can be a general-purpose liquid crystal screen, preferably a touch-sensitive liquid crystal screen. The display component (4) can display various signals and information such as a graphic (UI'userinterface), an icon (icon), and the like. The second input/output interface (5〇) is electrically connected to the signal processing unit (42) for the user to input or output information and perform various operational functions. The interface can be a button and/or an electrical connector. The second signal transmitting and receiving interface (52) is electrically connected to the signal processing unit (42); the measuring device (10) and the host device (4) are connected to each other via the two signal transmitting and receiving interfaces (10) (8). It is necessary to transmit and receive between the two. The host device (40) itself has a power supply module, and if it is not connected with the measuring device (10), it can still operate independently; when both (1())(4()) scales, the measuring device (10) It can operate using its own power module or by using the power supply of the host device. Please read the second and third pictures. This creation is installed on a measuring device. The measuring device comprises: a pedal device _ and a hand grip device (7 〇), and a control board (circuit board) (6 i ) (71) is arranged inside each of the two (6 〇) (7 〇), And connect the wire (6)) to transmit the 峨; the power device of the volume (10) is mixed with the two-connected control board (61) (71) 'The control board's shape is for illustration purposes only. An alcove (64) is disposed on a top surface of the housing (65) of the pedal device. When not in use, the casing (72) of the handheld device (70) can be placed into the recess (64). When in use, it will be hand-held and removed from the recess (64). Two handles (74), two sides of the casing (72). One to (75)' is cast on the casing (72). The body weight measuring module is arranged in the pedal device. The one-hand sensing electrodes (2 〇) of the measuring device (10) are respectively disposed on the two handles (74) of the hand holding device (70); the optical sensor (24) is disposed on one of the handles (74) The four foot sensing electrodes (22) are attached to the top surface of the housing (65) of the pedal device (6〇). The pedaling device or the handheld device is provided with a plurality of buttons (76), for example, a button (76) for the volume of the position (10) to output two sides (26), as a function button and a selection button for the user Operation, including. 5=., start/stop function, and feed type measurement function. In the operation interface - wide J function to select, save or delete data, directory menu, reset (reset), H疋 date, time), input (input personal data) and so on. The first display list = (= is a liquid crystal screen disposed on the material difficulty (10); the first signal transmission receiving surface (30) is an electrical connector (78) disposed at the chamber (75). The host device (40) is a handheld wireless communication device with cloud technology, and the device can be a smart phone or a tablet computer, such as a _, a batch of coffee, or a pen-to-computer. For example, the first The second display component (4) is the touch screen m/output interface (5G) of the mobile phone, including the pressing 2) on the mobile phone and the icon (icon) on the touch screen, and the specific icon can be activated when the specific icon is touched. Function: The receiving interface (52) of the second city is the electrical connector (84) of the mobile phone. When detecting, please refer to the fourth figure, and put the host device (4〇) into the chamber of the holding device (70) ( 75), the two electrical connectors (78) (84) (that is, the two connection interfaces (30) (52)) are connected, so that the measuring device and the host device can transmit signals. The feet are respectively contacted on the four foot sensing electrodes (22), and the two hands are held by the handles (74) of the hand holding device (70), and the two palms are respectively in contact with the second-hand sensing electrodes (20); will A finger is placed on the optical sensor (24). The foot sensing electrodes (22) detect the bioelectrical resistance of the subject and transmit the bioimpedance signal to the bioimpedance measuring module (16). The operation of the measurement module (16) can obtain the body information of the subject; the first signal processing unit (12) displays the measured body fat percentage in the first display element (28) The weight sensor can capture the weight signal of the subject, and the digital element is displayed on the display element (28) through the processing early (12). Since the host device (4〇) It is electrically connected to the measuring device (10), and can also convert the body fat percentage and the body weight M422401 test signal into numbers, and display the body fat and body weight measurement results as numerical values on the second display element of the host device. (48) In this embodiment, the second-hand sensing electrode (20) measures the ECG current from the hands of the subject, and the acquired ECG signal passes through the physiological potential measuring module (14). Processing, and signal amplification and filtering, and analog/digital signal conversion via the interrelated processing unit (32) The signal processing unit (12) of the measuring device (1) transmits the ECG signal to the second signal processing unit (42) of the host device (40) through the two transmitting interfaces (30) (52), and further The electrocardiogram (85) is displayed on the second display element (48) of the device, as shown in the fifth figure.
該光學感測器(24)於本實施例係一反射式光學探頭，呈有 一紅外線(或近紅外線)發射器及接收器，將紅外線光射入受測 者的金管中，並接收反射及散射的紅外線光線。氧細胞具有吸 ，紅外線的特性，心臟於收縮及舒張之過程中，血液中的含氧 里會產生變化藉著持續測量血液中的氧氣飽和度及變化量， 便可獲取血液含氧量的資訊。光學_器(24)及域量測模组 (=所揭取的血氧訊號經由相互關聯處理單元(32)進行訊號放The optical sensor (24) is a reflective optical probe in the embodiment, and has an infrared (or near-infrared) emitter and receiver for injecting infrared light into the gold tube of the subject and receiving reflection and scattering. Infrared light. Oxygen cells have the characteristics of absorption and infrared rays. During the process of contraction and relaxation of the heart, changes occur in the oxygen in the blood. By continuously measuring the oxygen saturation and the amount of change in the blood, information on the oxygen content of the blood can be obtained. . Optical _ (24) and domain measurement module (= The extracted blood oxygen signal is signaled via the correlation processing unit (32)
ϋίί 類數位訊號的轉換後’量測裝置⑽將該訊 號，送至主機裝置⑽，將血氧__示在域裝置的顯示 該=電圖(85)及血氧圖(86)等量測結果可儲存在 =之=存取單元(46)中。由於主機裝置具有無線通訊單元Ϋίί After the conversion of the digital signal, the measuring device (10) sends the signal to the host device (10), and displays the blood oxygen__ in the display of the domain device, such as the electric map (85) and the blood oxygen map (86). The result can be stored in == access unit (46). Since the host device has a wireless communication unit
董从土 ^•使用者可利用雲端技術㈣將量測結果即時或定 期地诚傳輸給特定的醫師、醫賴 I 構，以便快速、方便地獲得受測者理^康&理的機 古綠:’該主離置(4G)可㈣—有線通訊單元，亦可透過 面⑻或該n恤s(5啊 9 M422401 號的有線傳輸。 在未將主機裝置(40)與量測裳置⑽連接時，使用者可 ，該腳踏裝_)量漸重及體脂，量_數值_示於 顯示元件(28)。 透過本創作，受測者無須跑觸療院所，只須在家進行量 測，即可透過雲端技術以該主機裝置㈣將心電圖、血氧圖等 訊即時傳送給專業醫師判讀，對受測者心臟疾病的診斷 療相當有幫助並爭取時效；血氧濃度資訊亦可判斷心肺功 能有無缺損或異常，心跳及呼吸是否正常。在健康管理上，受 測者可將每天的制縣直接傳祕歸管理機構，錢的監 控D己錄其生理>訊’以控管受測者的健康狀況，並可在發現 異常時對受測者提供必要的建議及處置。 由於受測者的生理資訊係儲存在主機裝置例如手 機）的資料存料元(46)中’故受測者亦可攜帶該主機裝置至 醫療院所就診，讓醫師判讀。 ^第七圖係本創作之健康量測管理平台應用於另一種量測 設備之立體圖，該量測設備同樣包含有：一手握裝置(90)及一 腳，裝置(100) ’該二裝置(90)⑽)係以一立桿(11〇)相連接，該 立才干包括相套接之一外管(m)與一内管⑴$，使得立桿可調 整，度’以方便不同受測者使用。一定位構件(115)，設於該内、 外間，可為一束環將内、外管束緊，或一插銷與多數銷孔 之設，或其鱗效結構，讀將立桿(11_定於所調整的高 度。量測裝置(10)之電子構件係設於該量測設備；腳部感測電 極⑼設於腳踏裝置()上；手部感測電極(20)及光學感測器 (24)〇又於手握裝置(9〇〕之把手(92)上；使用時，該主機裝置(4〇) 係f入手握裝置(90)之容室(94)中，使主機裝置(4〇)之電連接器 與里測襄置的電連接器(102)連接，透過若干按鍵(96)操作量測 M422401 項目。 本應用例所量測之生理資訊與上一 本創作令受測者在家居環境中即可^出目^右 理資訊，以便更精確地掌控健康狀況。受=出口 ^有用的生 (24)即可測得重要的心電圖與血氧圖之生4^:感測器 訊可，的顯示在液晶螢幕上供受測者讀取及儲存丨2資 可以雲端技娜結果遠距傳送給_者並 斷；日常的詈淛姓里并-Γ七从 乂獲侍即時的診 “ 果 錄，作4健康的管理及追縱。 上揭實施例僅係說明本創作，而非加以 太 類物品首創之結構，並具實用功 件’爰依法提出申請。 退4口於型專利要 【圖式簡單說明】 塊示Ϊ圖冊、本創作—較佳實施例之健康量測管理平台之方 態樣 第二圖係本創作一較佳實施例應用於一 量測設備之實施 第三圖係第二圖之手握裝置與腳踏裝置分離之展晒 第四圖顯示使財魏本齡制生理f訊之示意圖 第五圖係量測所得的心電圖顯示於主機裝置之示意圖 第六圖係量測所得之血氧圖顯示在主機裝置之示^圖 1測設備之實 第七圖係本創作一較佳實施例應用於另一 施態樣。 M422401 【主要元件符號說明】 量測裝置(10) 第一訊號處理單元(12) 生理電位量測模組(14) 生物阻抗量測模組(16) 血氧量測模組(18) 手部感測電極(20) 腳部感測電極(22) 光學感測器(24) 第一輸入/輸出介面(26) 第一顯示元件(28) 第一訊號傳送接收介面(30) 相互關聯處理單元(32) 主機裝置(40) 第二訊號處理單元(42) 無線通訊單元(44) 資料存取單元(46) 第二顯示元件(48) 第二輸入/輸出介面(50) 第二訊號傳送接收介面(52) 按鈕(82) 電連接器(84) 心電圖(85) 血氧圖(86) 雲端技術(88) 腳踏裝置(60)(100) 控制板(61) 凹室(64) 殼體(65) 手握裝置(70)(90) 控制板(71) 機殼(72) 把手(74)(92) 容室(75)(94) 電連接器(78)(102) 按鍵(76)(96) 立桿(110) 外管(112) 内管(114) 定位構件(115) 12Dong Cong Tu ^• Users can use the cloud technology (4) to transmit the measurement results to a specific doctor or doctor in a timely or regular manner, so as to quickly and easily obtain the machine of the subject. Green: 'The main disengagement (4G) can be (4) - wired communication unit, can also be transmitted through the face (8) or the n-shirt s (5 ah 9 M422401 wired transmission. The host device (40) and the measurement are not placed (10) When connecting, the user can, the amount of the pedal _) is gradually increased and the body fat, and the amount_value_ is shown on the display element (28). Through this creation, the testee does not need to run to the nursing home, and only needs to measure at home, and then the host device (4) can transmit the electrocardiogram, blood oxygenation map and the like to the professional doctor for interpretation through the cloud technology, and the heart of the subject is tested. The diagnosis and treatment of the disease is quite helpful and strives for aging; the blood oxygen concentration information can also determine whether the heart and lung function is defective or abnormal, whether the heartbeat and breathing are normal. In terms of health management, the testee can directly transfer the secrets of the county to the management agency every day. The monitoring of the money D has recorded its physiology> to control the health of the subject, and when the abnormality is found, Subjects provide the necessary advice and disposition. Since the physiological information of the subject is stored in the data storage unit (46) of the host device, such as a mobile phone, the subject may also carry the host device to the medical institution for medical treatment. ^The seventh figure is a perspective view of the health measurement management platform of the present application applied to another measuring device, the measuring device also includes: a hand holding device (90) and a foot, device (100) 'the two devices ( 90) (10)) is connected by a vertical rod (11〇), which includes one outer tube (m) and one inner tube (1)$, so that the vertical rod can be adjusted, and the degree is convenient for different tested. Use. A positioning member (115) is disposed between the inner and outer portions, and can be a bundle of rings to tighten the inner and outer tubes, or a pin and a plurality of pin holes, or a scale structure thereof, and the vertical rod is read. At the height adjusted, the electronic component of the measuring device (10) is disposed on the measuring device; the foot sensing electrode (9) is disposed on the pedal device; the hand sensing electrode (20) and the optical sensing The device (24) is further placed on the handle (92) of the hand grip device (9); in use, the host device (4〇) is inserted into the chamber (94) of the grip device (90) to make the host device The electrical connector of (4〇) is connected to the electrical connector (102) of the measuring device, and the M422401 project is measured through a number of buttons (96). The physiological information measured by this application example and the previous creation order are In the home environment, the tester can view the right information to control the health condition more accurately. The important electrocardiogram and blood oxygenation can be measured by the = exit ^ useful student (24): The sensor can be displayed on the LCD screen for the testee to read and store 丨2 capital. The result can be transmitted to the _ person by the cloud technology. The daily 詈 姓 姓 Γ Γ Γ Γ 从 从乂 即时 即时 即时 即时 “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “ “退 于 于 于 于 于 图 图 图 图 图 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The third figure is the separation of the hand grip device and the pedal device in the second figure. The fourth figure shows the electrocardiogram obtained by measuring the physiological map of the financial system. The sixth diagram is a measurement of the blood oxygenation diagram displayed on the host device. The seventh embodiment of the apparatus is applied to another embodiment. M422401 [Main component symbol Description] Measurement device (10) First signal processing unit (12) Physiological potential measurement module (14) Bio-impedance measurement module (16) Blood oxygen measurement module (18) Hand sensing electrode (20) ) Foot Sensing Electrode (22) Optical Sensor (24) First Loss /output interface (26) first display component (28) first signal transmission receiving interface (30) interrelated processing unit (32) host device (40) second signal processing unit (42) wireless communication unit (44) data storage Take unit (46) Second display element (48) Second input/output interface (50) Second signal transmission receiving interface (52) Button (82) Electrical connector (84) Electrocardiogram (85) Oxygen diagram (86) Cloud Technology (88) Foot Device (60) (100) Control Panel (61) Alcove (64) Housing (65) Hand Grip (70) (90) Control Panel (71) Housing (72) Handle ( 74)(92) Chamber (75) (94) Electrical Connector (78) (102) Button (76) (96) Pole (110) Outer Tube (112) Inner Tube (114) Positioning Member (115) 12