i M329220 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種生理訊號測量裝置，特別是關於一種運用 外界儀器的生理訊號測量模組。 【先前技術】 現今，由於電子科技的發達’讓生理訊號測量裝置 (physiological Signal Measuring Device)逐漸走向居家使用的環 • 境，而非僅止於醫療院所。例如，血壓計、電子體溫計、血糖儀 等等儀器已逐漸普及於各個家庭。 檢測這些基本的生理訊號的目的不外於，讓使用者可以隨時 掌握自己的身體狀況，以預防一些潛在的疾病。例如，血壓的測 量’可以讓使用者及早知道自己的血壓狀況，以避免高血壓或低 血壓所可能造成的危險。或例如，血糖病的病患，需要了解自身 的血糖數值，以避免當使用者血糖過高時所造成的可能危險。 * 這種基本的生理訊號測量，可滿足現代醫學對於個人的生理 訊號掌控以進行疾病預防的基本需求。不過，現代醫學更希望能 掌控個人的歷史生理訊號，或者一些緊急狀況的生理訊號傳輸， 以達到更進一步預防醫學的終極目標。亦即，透過事先的個人生 理訊號分析’以及透過緊急狀況的生理訊號即時傳遞，即可達到 各式各樣的預防效果。此即遠距醫療與預防醫療的結合。 有鑑於此，有許多醫療器材開發廠商，朝向醫療器材網路化 的方向前進。其中，網路化有幾種選擇，第一：網際網路；第二： 5 M329220 電信網路。這兩_路化賴式皆有眾錄商投人研發的行列。 透過電信網路來達到遠距醫療效果者，稱之為電信醫療 (Telemedicine)。目前的作法，主要有兩種，其一，將生理訊號測i M329220 VIII. New description: [New technical field] This creation is about a physiological signal measuring device, especially a physiological signal measuring module using external instruments. [Prior Art] Nowadays, due to the development of electronic technology, the physiological signal measuring device is gradually moving towards the environment of home use, not just medical institutions. For example, sphygmomanometers, electronic thermometers, blood glucose meters, and the like have become popular among families. The purpose of detecting these basic physiological signals is no less than that, allowing the user to control his or her physical condition at any time to prevent some potential diseases. For example, blood pressure measurement can allow users to know their blood pressure status early to avoid the dangers of high blood pressure or low blood pressure. Or, for example, patients with glycemic diseases need to know their own blood glucose levels to avoid possible dangers when the user's blood sugar is too high. * This basic physiological signal measurement meets the basic needs of modern medicine for personal physiological signal control for disease prevention. However, modern medicine is more likely to control the individual's historical physiological signals, or the physiological signal transmission of some emergency situations, in order to achieve the ultimate goal of further preventive medicine. That is, through the analysis of prior personal health signals and the immediate transmission of physiological signals through emergencies, a variety of preventive effects can be achieved. This is the combination of telemedicine and preventive care. In view of this, there are many medical device developers that are moving toward the networking of medical devices. Among them, there are several options for networking, first: Internet; second: 5 M329220 telecommunications network. Both of these _ roads rely on the ranks of the developers. Those who achieve telemedicine through the telecommunications network are called Telemedicine. At present, there are two main methods, one of which is to measure physiological signals.
里裝置’透過連接介面(有線或者紅外線)與電絲置(手機)進行 連線’並且’需將電信裝置增加—轉接程式，以透過電信網路， 將生理訊號測量裝置所傳遞的生理訊號傳輸出^其二，透過一 中介裝置，將生理訊號測量裝置傳遞至中介裝置後，再傳遞至電 量裝置與電信裝置兩 不過，此種方式，均需要有生理訊號測 者來進行連結後，方能達成。 在逐距醫療的需求日益強烈的狀況下，如何讓此兩裝置做進 ,步的〜’成為醫療II制發廠商可立即努力的目標。如此， 當可讓電信醫療更錢地發展、更快妓，更齡认 【新型内容ΐ 貝缺 為解決上述問題，本新供—種生理訊號測量模組，夢由 杈組化並將之結合至電信裝置當 g 裝置_ 離之生理訊號測量 ”紅裝置體’即可達断低成本，讓電信醫療可以 快速進入各贿庭，快速切人市場之目的。 、 以達到體 ，係以模 ，藉以運 本新型之目的在於’提供—種生理峨測量模組， 積小，可易於内建於電信裴置當中。 為達上述目的，本新型提供—種生理訊號測量模組 、、且化方式’用-標準相傳輸介軸建於—電信裝置中 6 •i. M329220 用該電信裝置之顯示、儲存、通訊等功能並接收與其外接之一生 理成號感測器所傳遞之一生理轉換訊號，以達到電信醫療的使用 目的，包含有：一生理訊號感測器連接介面，係可連接該生理訊 號感測器，以接收該生理轉換訊號；一傳輸介面，係以該標準序 列傳輸介面定義製作，用賴魏錄置之該鮮序列傳輸介面 =連接’以進行訊制疏；以及-控解元，與該生理訊號感測 器連接介面及該傳輸介_連接，肋接收該生理轉換資料，並 .運用其内建之計算該生理轉換資料之參數轉換程式，以計算為其 所代表的生理訊號數值，並轉換為該傳輸介面之標準資料料 後’經由該電信裝置之、齡、通轉魏，實現電信醫療 之目的。 ’、 為讓本創狀上述和其他目的、·、和優點能更賴易懂， 下文特舉數錄佳實施例，並配合所_式，作詳細說明如下. 【實施方式】The device 'connects to the wire (mobile phone) through the connection interface (wired or infrared) and adds a telecommunication device-transfer program to transmit the physiological signal transmitted by the physiological signal measuring device through the telecommunication network. After transmitting, the physiological signal measuring device is transmitted to the intermediate device through an intermediary device, and then transmitted to the power device and the telecommunication device. However, in this way, the physiological signal tester is required to connect. Can be achieved. Under the situation that the demand for medical treatment is becoming more and more intense, how to make the two devices do the next step is to become the target of medical II manufacturers. In this way, when telecommunications medical care can be developed more quickly, and more sensible, the new content is lacking to solve the above problems. This new supply of physiological signal measurement module, dreams are grouped and combined. To the telecommunications device, when the g device _ detached from the physiological signal measurement "red device body" can achieve low cost, so that telecom medical can quickly enter the bribery, quickly cut the market for the purpose. The purpose of the new model is to provide a physiological measurement module that can be easily built into the telecom device. To achieve the above objectives, the present invention provides a physiological signal measurement module. 'Use-standard phase transmission medium is built in the telecommunication device. 6 • i. M329220 uses the display, storage, communication and other functions of the telecommunication device and receives one of the physiological conversion signals transmitted by one of the external physiological sensors. To achieve the purpose of telecom medical use, comprising: a physiological signal sensor connection interface, which can be connected to the physiological signal sensor to receive the physiological conversion signal; a transmission interface, The standard sequence transmission interface definition is created, and the fresh sequence transmission interface = connection ' is used for the communication system; and the control solution element is connected with the physiological signal sensor connection interface and the transmission medium. Receiving the physiological conversion data, and using the built-in parameter conversion program for calculating the physiological conversion data, to calculate the physiological signal value represented by the physiological signal, and converting it into the standard data material of the transmission interface, 'via the telecommunication device The age, the transition to the Wei, the purpose of telecom medical treatment. ', in order to make the above and other purposes, and advantages of this creation can be more understandable, the following special examples are recorded, and with the _ For detailed description below. [Embodiment]
本創作藉由將生理訊朗找置模組化，並將之結合至雙 成輕錄置之·，讓縣分紅生理訊號測量 電4褒置合為一體，即可達 诘m 到降低成本，讓電信醫療可以 速進入各個家庭，快速切入市場。 手機、:見7的電U置’例如’手機、智慧型手機、PDA、P[ 、、可結合通訊模組的電腦等This creation can be achieved by modularizing the physiological information and combining it into a dual-recording device, so that the county's dividend physiological signal measuring device can be integrated into one, which can reduce the cost. Let telemedicine quickly enter every family and quickly enter the market. Mobile phone: See 7's electric U, such as mobile phones, smart phones, PDAs, P[, computers that can be combined with communication modules, etc.
本配件，可本招*…-寺均具有大螢幕、記憶體I 如、數觀_遠距醫療所f的基本功能 因此，本創作係可谨用雷 今她 5裝置原本即有的功能，僅提供可測j 7 M329220 與提供生理訊號之模組供電信裝置，再搭配電信裝置的程式，即 可實現電信醫療的功能。如此，不僅可降低整體的生產成本，亦 可提升電信裝置的附加價值。 首先，請參考「第1圖」，本創作的功能方塊圖，其揭示了 的電信裝置100至少包含了 ：生理訊號測量模組11〇、電信通訊 主機板120與殼體130。This accessory can be used in this program....-The temple has the basic functions of large screen, memory I, and digital view _ remote medical clinic f. Therefore, this creative department can use the functions that Lei 5 her original device has. The telecom medical function can be realized only by providing a module power supply device capable of measuring j 7 M329220 and providing physiological signals, and then matching the program of the telecommunication device. In this way, not only can the overall production cost be reduced, but the added value of the telecommunication device can also be increased. First, please refer to "FIG. 1". The functional block diagram of the present invention discloses that the telecommunication device 100 includes at least: a physiological signal measuring module 11A, a telecommunication communication motherboard 120 and a housing 130.
其中，生理訊號測量模組110，用來與外接的生理訊號感判器 200連接，以接收生理訊號感測器2〇〇所傳來的生理訊號轉換資 料並計算出生觀號轉㈣料所代表的生理訊號數值^而電信通 訊主機板12G基本實現了電信裝置㈣縣即具有的通訊、調變、 解調、儲細有記麵的配合，未_等功能。獨，在本創作 中’電信通訊主機板12〇有個最重要的功能，即透過本創作定義The physiological signal measuring module 110 is configured to be connected to the external physiological signal sensor 200 to receive the physiological signal conversion data transmitted by the physiological signal sensor 2 and calculate the birth sign (four) material. The physiological signal value ^ and the telecommunication communication motherboard 12G basically realizes the telecommunications device (4) county has the communication, modulation, demodulation, storage and fine-grained cooperation, not _ and other functions. In this creation, the telecom communication board 12 has one of the most important functions, which is defined by this creation.
的介面與生理訊號測量模組彻相連接，並接收生理訊號測量模 組no料算出來的生理訊號數值。也就是，電信通訊主機板12〇 '、有1建私式’可接收生理訊號測量模纟且110所傳來的生理訊號 值:料Μ透過其本身的通訊能力，將生理訊號數值資料傳遞 路3QG。更甚者，電信通訊主機板當中更具有内建 =可儲存並分析生理訊號數值，以圖表的顯示方式，讓使用 人二即看到自身的生理訊號數值歷史值。此點，對於有醫學概 心的使用者特別有用。 以下，將詳細朗各她件之咖運作_，戯明本創作 8 M329220 如何達到本創作所欲達到的目的。 本創作之生理訊號测量模組110，包含了 ··生理訊號感測器連 接介面111、控制單元112，以及第一傳輸介面113。電信通訊主 機板120至少包含有：第二傳輸介面121、通訊整合處理器122、 顯示模組123與天線124。 在生理訊號測量模組11〇當中，生理訊號感測器連接介面1) i 可與外界的生理訊號感測器200相連結，以接收以接收生理訊號 感測器200所傳來的生理訊號轉換資料並計算出生理訊號轉換資 料，並提供給與其相連接的控制單元112。控制單元112内建了 计异特定生磕訊號所代表的參數轉換程式，可將生理訊號轉換資 料計算為其所代表的生理訊號數值。再透過與其相連接的第一傳 輸介面113，即可將生理訊號數值，轉換為第一傳輸介面113介 面資料標準並傳遞出去。 由於電信通訊主機板120當中具有顯示模組123因此，本創 作之生理訊號測量模組11〇只需要傳遞生理訊號數值給電信通訊 主機板120即可。於是，生理訊號測量模組11〇的元件就非常地 少，不僅體積小，成本也低。 經由第一傳輸介面113所傳遞的生理訊號數值，將由與其相 連接的電信通訊主機板120當中的第二傳輸介面121接收。第一 傳輸介面113與第二傳輸介面121的介面相同，以目前的技術來 4 ’可採用SPI、'RS2i2、Seria丨Flash等串列資料傳輪介面。 經由第二傳輸介面121接收資料後，電信通訊主機板彳2〇合 v M329220 中的通訊整合裝置122即進行資料的轉換與處理，，並控制顯示模 組123進行數據的顯示，且控制天線124以將資料傳輸至電信網 路300當中的某個可接收數據的接收裝置。如此，即可實現電信 醫療的功能。 其中，生理訊號感測器200，可以是血糖試紙，此時，生理訊 號測量模組110即為血糖測量模組；而生理訊號感測器連接介面 111即為血糖試紙連接器(Connector);控制單元112即内建可解 馨 析血糖參數的程式。此外，生理訊號感測器2〇〇也可以是血糖試 紙或尿酸試紙，此時，生理訊號測量模組11〇即為血糖與尿酸二 合一的測量模組；而生理訊號感測器連接介面1彳彳即為血糖、尿 酸二合一的試紙連接器(Connector);控制單元112即内建可解析 血糖、尿酸參數的程式。或者，生理訊號感測器2〇〇可以是血壓 量測帶，可以量測血壓值的壓力感測器，生理訊號測量模組11〇 即為血壓測量模組；而生理訊號感測器連接介面Ί11即為血壓量 _ 測帶的輸入孔；控制單元112即内建可解析血壓參數的程式。或 者生理sfl號感測器200可以是體溫感測器，生理訊號測量模組 110即為溫度測量模組；而生理訊號感測器連接介面111即為可 自定義的連接埠；控制單元112即内建可解析溫度參數的程式。 或者’生理訊號感測器200可以是血氧濃度感測器，生理訊號測 篁模組110即為血氧濃度測量模組；而生理訊號感測器連接介面 111即為可自定義的連接埠；控制單元112即内建可解析血壓參 數的程式。 M329220 -：：：：^ 另外，如》皿度感測器(有紅外線、 ===== =本_之較佳實施_露如上所述，然其並翻以限定The interface is completely connected to the physiological signal measuring module, and receives the physiological signal value calculated from the physiological signal measuring module. That is to say, the telecommunication communication host board 12〇', has a built-in private type to receive the physiological signal measurement module and the physiological signal value transmitted by 110: the material transmits the physiological signal numerical data through its own communication capability. 3QG. What's more, the telecommunications communication board is more built-in = it can store and analyze the physiological signal value, and the user can see the historical value of the physiological signal value in the form of a graph. This is especially useful for users with a medical mind. In the following, we will detail the operation of each of her coffee _, and play the 8 M329220 how to achieve the purpose of this creation. The physiological signal measuring module 110 of the present invention comprises a physiological signal sensor connecting interface 111, a control unit 112, and a first transmission interface 113. The telecommunication communication main board 120 includes at least a second transmission interface 121, a communication integration processor 122, a display module 123 and an antenna 124. The physiological signal sensor connection interface 1) i can be connected to the external physiological signal sensor 200 to receive the physiological signal conversion transmitted by the physiological signal sensor 200. The physiological signal conversion data is calculated and supplied to the control unit 112 connected thereto. The control unit 112 has a built-in parameter conversion program represented by the specific oyster signal, and the physiological signal conversion data can be calculated as the physiological signal value represented by the physiological signal conversion data. The physiological signal value can be converted into the first transmission interface 113 interface data standard and transmitted through the first transmission interface 113 connected thereto. Since the telecommunication communication board 120 has the display module 123, the physiological signal measuring module 11 of the present invention only needs to transmit the physiological signal value to the telecommunication communication board 120. Therefore, the components of the physiological signal measuring module 11 are extremely small, and the volume is small and the cost is low. The physiological signal value transmitted via the first transmission interface 113 will be received by the second transmission interface 121 in the telecommunications communication panel 120 connected thereto. The first transmission interface 113 is the same as the interface of the second transmission interface 121. According to the current technology, the serial data transmission interface such as SPI, 'RS2i2, Seria丨Flash, etc. can be used. After receiving the data through the second transmission interface 121, the communication integration device 122 in the telecommunication communication motherboard 〇2 v v M329220 performs data conversion and processing, and controls the display module 123 to display data, and controls the antenna 124. The data is transmitted to a receiving device of the telecommunication network 300 that can receive data. In this way, the function of telemedicine can be realized. The physiological signal sensor 200 can be a blood glucose test strip. At this time, the physiological signal measuring module 110 is a blood glucose measuring module; and the physiological signal sensor connecting interface 111 is a blood glucose test strip connector (Connector); Unit 112 has a built-in program that can resolve blood glucose parameters. In addition, the physiological signal sensor 2 can also be a blood glucose test paper or a uric acid test paper. At this time, the physiological signal measurement module 11 is a measurement module for blood glucose and uric acid in combination; and the physiological signal sensor connection interface 1彳彳 is a blood glucose and uric acid two-in-one test strip connector; the control unit 112 has a built-in program for analyzing blood sugar and uric acid parameters. Alternatively, the physiological signal sensor 2 can be a blood pressure measuring tape, a pressure sensor capable of measuring the blood pressure value, the physiological signal measuring module 11 is a blood pressure measuring module, and the physiological signal sensor connecting interface Ί11 is the input port of the blood pressure _ tape; the control unit 112 has a built-in program that can analyze the blood pressure parameters. Or the physiological sfl sensor 200 can be a body temperature sensor, the physiological signal measuring module 110 is a temperature measuring module; and the physiological signal sensor connecting interface 111 is a customizable connection port; the control unit 112 Built-in program that parses temperature parameters. Alternatively, the physiological signal sensor 200 may be a blood oxygen concentration sensor, the physiological signal measuring module 110 is a blood oxygen concentration measuring module, and the physiological signal sensor connecting interface 111 is a customizable connection. The control unit 112 has a built-in program that can analyze blood pressure parameters. M329220 -::::^ In addition, such as "the degree sensor" (with infrared, ===== = the best implementation of this _ dew as described above, but it is turned over to limit
須視本說 山任何細目關技藝者，在不脫離本創作之精神和範圍内， 虽可作些許之更動與潤飾，因此本創作之專利保護範齡 明書所附之申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖係為本創作的功能方塊圖。 【主要元件符號說明】 100 110 111 112 113 120 121 122 123 124 電信裝置 生理訊號模組 生理訊號感測器連接介面 控制單元 第一傳輸介面 電信通訊主機板 第二傳輸介面 通訊整合處理器 顯示模組 天線 11 M329220 130 殼體 200 生理訊號感測器 300 通信網路 12It is necessary to see any of the details of the artist in this language. Without departing from the spirit and scope of this creation, although some modifications and refinements can be made, the patent protection scope of this creation is defined by the scope of the patent application attached to Fan Lingming. Prevail. [Simple description of the diagram] The first diagram is a functional block diagram of the creation. [Main component symbol description] 100 110 111 112 113 120 121 122 123 124 Telecommunication device physiological signal module physiological signal sensor connection interface control unit first transmission interface telecommunication communication motherboard second transmission interface communication integration processor display module Antenna 11 M329220 130 Housing 200 Physiology Signal Sensor 300 Communication Network 12