M406427 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種心電及生理訊號感測及應用顯示裝 置’尤指一種可將所偵測到之心電及生理訊號，以藍芽模 組傳輸至一預先嵌入有運動資訊整合應用程式（SI/ΑΡ)之 電子裝置，使其方便讀取及應用。 【先前技術】 按，隨著人們對身體健康的重視，進而促使人們對於 運動時之生理變化相對地重視，藉以能隨時檢測得知目前 之生理資訊，繼而能作適當的調整與注意。 次按，由於人體所產生之心電訊號是關係著人體的各 種健康狀況，透過人體心電訊號可了解整個身體的運動機 能’因此有各種心電訊號感測裝置陸續問世，藉由偵測人 體之心電訊號’以監視人體的各種徤康狀況。 次按，第一圖所示係美國6553247號專利，其係揭示 一種束帶型心跳顯示器（Electrode Belt of Heart Rate Mon i tor) ( 10 ) ’其係將一心跳彳貞測單元（11 )以束帶（12 ) 綁在胸前，俾能時時偵測心跳情形，而透過無線傳輸方式， 將訊號送至手腕上之接收器（13)。惟查，上揭專利在使用 時仍有如下足之處： 一、δ亥接收器（13)即為一腕錄，其受限於體積，所 以其顯示幕面積不大，且内部不易預先設置相關之應用程 式（Application Program，ΑΡ);因此僅能單純的顯示心 跳率’故其功能有限。 —、隨著生活型態的改變’單純的獲知心跳值，可能 不易對個人之體質及生理狀況作出準確評估，例如：心跳 率之量測又可分為安靜心跳率、運動心跳率、及運動後的 心跳恢復率狀況’而這些數值對於人體運動生理指標非常 重要。但，這些指標圖或數值分析，必須藉助電腦或具有 微處理器及顯示幕之電子裝置，然後再搭配一預定之運動 貝 δί1 整合 / 應用程式（Sport Information Integrated Application Program，簡稱AP)，加以運算處理，使用者 才能一目了然自己的生理狀態，否則一連串的數值，對於 一般使用者而言，根本不易解讀其真正的涵意。 二、除了透過心跳率的測量’判定使用者之生理狀況 外’對於卡路里燃燒數值，也是使用者想了解之項目，但 僅由心跳率尚難判定卡路里之消耗數值，而計步器則是較 易測定卡路里之方式，但習用之束帶型心跳顯示器（1〇)， 似乎尚無法達到此項目的。 四、 又，習用之心跳顯示器（10)，由於心跳偵測單元 (11)係被固定在束帶（12)上，且其沒有可連接傳輸之 插座，因此其僅能作發射器使用，無法成為一個可攜式行 動碟來使用。 五、 此外’除了個人電腦（PC)外，目前之行動電話， 亦具有微處理器及不小的顯示幕。因此，如何將使用者所 偵測之運動心電及生理資訊’迅速能與行動電話結合使 用，方便儲存及讀取使用者之心電及生理資訊，讓使用者 易於了解及判斷個人之心電及生理狀況，為創作所欲解決 之課題。 【新型内容】 緣是，本創作之主要目的，係在提供一種心電及生理 訊號感測及應用顯示裝置，其心跳感測器具有藍芽傳輸模 組，可將心跳訊號發射至一具有運動資訊整合/應用程式 (AP)之電子裝置’藉由應用及顯示畫面，讓使用者能迅 速且方便的讀取及判斷生理狀況，據以增進運動健康之功 效。 本創作之又一目的，則在提供一種生理訊號感測及應 用顯示裝置，其心跳感測器亦可接收里程感測器所發射之 訊號，據以判斷使用者之卡路里（kcal)燃燒值，並可搭 配心跳率（Heart Rate)及心電圖（ECG，EKG)的判讀，進 而提供使用者更豐富及易懂之生理資訊。 本創作之再一目的，乃在提供一種生理訊號感測及應 用顯示裝置，其顯示裝置可選用一般人所廣泛使用之電子 產品（例如：手機、電腦），藉助預設之應用程式（Ap)嵌入， 讓使用者可由身邊之手機或電腦，即可了解自己的各項生 理資訊指標，具有人性化之使用功效。 為達上述目的，本創作所採用之技術手段包含： 一心跳感測器，具備一殼體，該殼體外部電性連接偵 測人體心跳率（Heart Rate)之數個偵測電極，且殼體内 設有一心跳訊號處理電路，將所接收到之心跳訊號，經處 理後送至一微控制器，該微控制器得以將訊號以一藍芽發 射模組予以發射；以及 一行動電話’其預先嵌入一運動資訊整合/應用程式 (Sport Information Integrated / Application Program » M406427 AP)’其且具備—藍芽接收模組，用以接收該心跳感測器所 發射之訊號，並將該訊號送至—處理控制單元，以該運動 資訊整合/應用程式（AP)加以運算及處理後，將所得數據 及圖表資料’由該行動電話之顯示幕秀出畫面，供使用者 讀取與應用。 【實施方式】 首先，請參閱第二圖〜第七圖所示，其中第二圖係本 創作之主要架構圖，第三圖係本創作較佳實施例之結構方 塊圖，其包含有： 一心跳感測器（20)，具備一殼體，該殼體外部電性連 接偵測人體心跳率（Heart Rate)之數個偵測電極（21)， 且殼體内設有一心跳訊號處理電路（22)，將所接收到之心 跳訊號，經處理後送至一微控制器（23 )，該微控制器（23) 得以將訊號以一藍芽發射模組（24)予以發射。前述偵測 電極（21 )包括為兩極或三極，其偵測原理係屬先前技術 (Prior Art )，容不贅述。 一行動電話（30)，其預先嵌入一運動資訊整合/應用 程式（Sport Information Integrated / ApplicationM406427 V. New description: [New technical field] This creation is related to an electrocardiogram and physiological signal sensing and application display device, especially a kind of electrocardiogram and physiological signal that can be detected by Bluetooth. The group transmits to an electronic device pre-embedded with a motion information integration application (SI/ΑΡ), making it easy to read and apply. [Prior Art] According to people's attention to physical health, people are urged to pay more attention to the physiological changes during exercise, so that they can detect the current physiological information at any time, and then make appropriate adjustments and attention. After pressing, the ECG signal generated by the human body is related to various health conditions of the human body. The body's electrocardiogram can be used to understand the motor function of the whole body. Therefore, various ECG sensing devices have been launched, and the human body has been detected. The heart of the heart signal 'to monitor the various health conditions of the human body. The first press is shown in U.S. Patent No. 6,553,247, which discloses an Electrode Belt of Heart Rate Mon i tor (10) which is a heartbeat detection unit (11). The strap (12) is tied to the chest, and the heartbeat can be detected from time to time, and the signal is sent to the receiver (13) on the wrist by wireless transmission. However, the above patents still have the following advantages when used: 1. The δHai receiver (13) is a wrist record, which is limited by the volume, so its display screen area is not large, and the internal is not easy to preset. The related application (Application Program, ΑΡ); therefore, only the heart rate can be simply displayed', so its function is limited. - With the change of life style 'simple to know the heartbeat value, it may not be easy to make an accurate assessment of the individual's physical and physiological conditions. For example, the measurement of heart rate can be divided into quiet heart rate, exercise heart rate, and exercise. After the heartbeat recovery rate status' and these values are very important for the physiological indicators of human exercise. However, these indicators or numerical analysis must be performed by means of a computer or an electronic device with a microprocessor and a display screen, and then combined with a predetermined Sport Information Integrated Application Program (AP). After processing, the user can see his or her physiological state at a glance. Otherwise, a series of values is not easy for the average user to interpret its true meaning. Second, in addition to the measurement of the heart rate, 'determining the physiological condition of the user', the calorie burning value is also the item that the user wants to know, but it is difficult to determine the calorie consumption value only by the heart rate, and the pedometer is more Easy to measure calories, but the conventional band-type heartbeat display (1〇) seems to be unable to reach this project. Fourth, the conventional heartbeat display (10), because the heartbeat detecting unit (11) is fixed on the strap (12), and it has no socket that can be connected for transmission, it can only be used as a transmitter, and cannot Become a portable action disc to use. 5. In addition to the personal computer (PC), the current mobile phone also has a microprocessor and a small display screen. Therefore, how to use the motion ECG and physiological information detected by the user can be quickly combined with the mobile phone to conveniently store and read the user's ECG and physiological information, so that the user can easily understand and judge the individual's heart. And the physiological condition is the subject to be solved by the creation. [New content] The main purpose of this creation is to provide an ECG and physiological signal sensing and application display device. The heartbeat sensor has a Bluetooth transmission module, which can transmit the heartbeat signal to a motion. The information integration/application (AP) electronic device' enables users to quickly and easily read and judge physiological conditions through application and display screens, thereby improving the health of sports. Another object of the present invention is to provide a physiological signal sensing and application display device, wherein the heartbeat sensor can also receive the signal transmitted by the mileage sensor to determine the calorie burning value of the user. It can be combined with heart rate and electrocardiogram (ECG) interpretation to provide users with more abundant and understandable physiological information. A further object of the present invention is to provide a physiological signal sensing and application display device. The display device can be selected from electronic products widely used by ordinary people (for example, mobile phones, computers), and embedded by a preset application (Ap). , allowing users to know their own physiological information indicators from the mobile phone or computer nearby, with humanized use. In order to achieve the above objectives, the technical means adopted by the present invention include: a heartbeat sensor having a casing electrically connected to a plurality of detecting electrodes for detecting a heart rate of a human body, and a shell A heartbeat signal processing circuit is provided in the body, and the received heartbeat signal is processed and sent to a microcontroller, wherein the microcontroller can transmit the signal as a Bluetooth transmitting module; and a mobile phone Pre-embedded a Sport Information Integrated / Application Program (M406427 AP) with a Bluetooth receiver module to receive the signal transmitted by the heartbeat sensor and send the signal to The processing control unit is operated and processed by the motion information integration/application (AP), and the obtained data and the graphic data are displayed on the display screen of the mobile phone for reading and application by the user. [Embodiment] First, please refer to the second to seventh diagrams, wherein the second diagram is the main architecture diagram of the present creation, and the third diagram is a structural block diagram of the preferred embodiment of the present invention, which includes: The heartbeat sensor (20) is provided with a casing, and the casing is electrically connected to a plurality of detecting electrodes (21) for detecting a heart rate of the human body, and a heartbeat signal processing circuit is disposed in the casing ( 22), the received heartbeat signal is processed and sent to a microcontroller (23), and the microcontroller (23) can transmit the signal as a Bluetooth transmitting module (24). The detection electrode (21) includes two or three poles, and the detection principle is prior art (Prior Art), and is not described here. A mobile phone (30) pre-embedded with a sports information integration/application (Sport Information Integrated / Application)
Program’ AP) (51)，其且具備一藍芽接收模組（31)，用以 接收該心跳感測器（20 )所發射之訊號，並將該訊號送至 一處理控制單元（32)，以該運動資訊整合/應用程式（ap) (51)加以運算及處理後’將所得數據及圖表資料，由該 行動電話（30)之顯示幕（33)秀出畫面，供使用者讀取 與應用。 -6 - M406427 依據前揭特徵，該運動資訊整合/應用程式（Sport Information Integrated / Application Program* AP) 包括以一光碟片經由一個人電腦（5〇)而嵌入在該行動電 话（30)中。 是以，本創作特徵之一，係將該心跳感測器（2〇)結 合藍芽發射模組（24) ’再藉由行動電話（30)大都具有藍 芽接收模組（31 )的特性，達到使用方便之功效。 又’如第四圖A所示’該心跳感測器（20 )包括連接 一束帶（201) ’據以成為一束胸型心跳感測器（2〇a)。 此外’如第四圖B所示，該心跳感測器（2〇 )包括連 接一腕帶（2Q2) ’據以成為一腕錶型心跳感測器（2〇b )。 再者，第四圖C所示，該心跳感測器（20)包括連接 一腰帶（ 203)，據以成為一腰帶型心跳感測器（2〇c)。 第五圖A及第五圖B係本創作之使用狀態示意圖，其 可由胸部、腕部或腰部來感測心跳的變化；此外，亦可於 腰部配戴里程感測器（40 )。 進一步’如第三圖及第六圖所示’本創作之該心跳感 測器（20)包括内建一與該微控制器（23)連接之一快閃 記憶體（25)，且該快閃記憶體（25)另與一 USB傳輸介面 (26)連接’俾由該USB傳輸介面（26)利用一傳輸線（6〇) 與預设有運動資訊整合/應用程式（ap)之個人電腦（5〇) 連接。此外’該微控制器（23 )可連接一心跳恢復率功能 按鍵（28)。 再者’該心跳感測器（20)包括内建一與該微控制器 (23)連接之無線訊號接收器（27)，俾接收一外部里程感 M406427 測器（40)之無線訊號發射器（41)所發射之訊號，經由 該微控制器（23)整理後，利用該藍芽發射模組（24)，將 所測得之生理資訊送至該行動電話（30)，或是經由該USB 傳輸介面（26)傳送至該個人電腦（5〇)。 前述之里程感測器（40)，包括可為一計步器，但不限 定於此，其利用其感測單元（42)得以偵測使用者之行走 步數、或是行走速度、距離等各種資訊，並可經由該微控 制器（23)換算處理成各種數據及圖表資料，由該行動電 法（30)之顯示幕（33)秀出畫面，其畫面資料可如第七 # 圖所示，供使用者讀取與應用。 藉助上揭技術手段，本創作如下之功效需再闡明： 一、 本創作其心跳感測器具有藍芽傳輸模組，可將心 跳訊號發射至一具有運動資訊整合/應用程式（Ap)之電 子裝置，藉由應用及顯示畫面，讓使用者能迅速且方便的 讀取及判斷生理狀況，據以增進運動健康之功效。 二、 再者，本創作其心跳感測器亦可接收里程感測器 . 所發射之訊號，據以判斷使用者之卡路里（kcal )燃燒值， 藝並可搭配心跳率（Heart Rate)及心電圖（ECG，EKG)的判 讀，進而提供使用者更豐富及易懂之生理資訊。 三、 進一步，本創作其顯示裝置可選用一般人所廣泛 使用之電子產品（例如：手機、電腦），藉助預設之應用程 式（AP)嵌入，讓使用者可由身邊之手機或電腦，即可了解 自己的各項生理資訊指標，具有人性化之使用功效。 综上所述’纟創作所揭示之構造，為昔所無，且確能 達到功效之增進，並具可供產業利用性，完全符合新型專 M406427 利要件，祈請貴審查委員核賜專利，以勵創新，無任德感。 惟，上述所揭露之圖式、說明，僅為本創作之較佳實 施例，大凡熟悉此項技藝人士，依本案精神範疇所作之修 飾或等效變化，仍應包括在本案申請專利範圍内。 【圖式簡單說明】 第一圖係習用國6553247號專利之束帶型心跳顯示器。 第二圖係本創作較佳實施例之系統架構圖。 第三圖係本創作較佳實施例之結構方塊圖。 第四圖A係本創作一種心跳感測器之結構立體圖。 第四圖B係本創作另一種心跳感測器之結構立體圖。 第四圖C係本創作又一種心跳感測器之結構立體圖。 第五圖A係本創作之使用狀態參考圖（一）。 第五圖B係本創作之使用狀態參考圖（二 第六圖係本創作之心跳感測器與應用裝置之示意圖。 第七圖係本創作之應用程式畫面顯示流程圖。 【主要元件符號說明】 (20) 心跳感測器 (201)束帶 ( 202)腕帶 ( 203)腰帶 (20A)束胸型心跳感測器 (20B)腕錶型心跳感測器 (20C)腰帶型心跳感測器 (21) 偵測電極 (22) 心跳訊號處理電路 -9- M406427 (23) 微控制器 (24) 藍芽發射模組 (25) 快閃記憶體 (26) USB傳輸介面 (27) 無線訊號接收器 (28) 心跳恢復率功能按鍵 (30) 行動電話 (31) 藍芽接收模組 (32) 處理控制單元 (33) 顯示幕 (40) 里程感測器 (41) 無線訊號發射器 (42) 感測單元 (50) 個人電腦 (51) 應用程式 (60)傳輸線The program 'AP) (51) has a Bluetooth receiving module (31) for receiving the signal transmitted by the heartbeat sensor (20) and sending the signal to a processing control unit (32) After the operation information integration/application (ap) (51) is calculated and processed, the data and chart data will be displayed by the mobile phone (30) display screen (33) for the user to read. And application. -6 - M406427 According to the foregoing feature, the Sport Information Integrated / Application Program (AP) includes a compact disc embedded in the mobile phone (30) via a personal computer (5〇). Therefore, one of the creative features is that the heartbeat sensor (2〇) is combined with the Bluetooth transmitting module (24) and the mobile phone (30) mostly has the characteristics of the Bluetooth receiving module (31). , to achieve the convenience of use. Further, as shown in Fig. A, the heartbeat sensor (20) includes a strap (201) connected to form a bundle of chest type heartbeat sensors (2〇a). Further, as shown in Fig. 4B, the heartbeat sensor (2〇) includes a wristband (2Q2) connected to become a wristwatch type heartbeat sensor (2〇b). Furthermore, as shown in the fourth diagram C, the heartbeat sensor (20) includes a belt (203) connected to form a belt type heartbeat sensor (2〇c). The fifth figure A and the fifth figure B are schematic diagrams showing the state of use of the present invention, which can sense the change of the heartbeat by the chest, the wrist or the waist; in addition, the mileage sensor (40) can also be worn at the waist. Further, as shown in the third and sixth figures, the heartbeat sensor (20) of the present invention includes a built-in flash memory (25) connected to the microcontroller (23), and the fast The flash memory (25) is additionally connected to a USB transmission interface (26). The USB transmission interface (26) utilizes a transmission line (6〇) and a personal computer (step) with a motion information integration/application (ap) ( 5〇) Connection. In addition, the microcontroller (23) can be connected to a heartbeat recovery rate function button (28). Furthermore, the heartbeat sensor (20) includes a built-in wireless signal receiver (27) connected to the microcontroller (23), and a wireless signal transmitter that receives an external mileage sensor M406427 (40). (41) The transmitted signal is sorted by the microcontroller (23), and the measured physiological information is sent to the mobile phone (30) by using the Bluetooth transmitting module (24), or via the The USB transfer interface (26) is transferred to the personal computer (5〇). The foregoing mileage sensor (40) includes a pedometer, but is not limited thereto, and uses the sensing unit (42) to detect the number of walking steps of the user, or the walking speed, the distance, and the like. Various information can be converted into various data and chart data through the conversion of the microcontroller (23), and the screen (33) of the mobile electric method (30) is displayed, and the picture data can be as shown in the seventh #图Shown for users to read and apply. With the help of the above techniques, the following functions need to be clarified: 1. The heartbeat sensor of this creation has a Bluetooth transmission module, which can transmit the heartbeat signal to an electronic device with motion information integration/application (Ap). The device, through application and display screen, allows the user to quickly and conveniently read and judge the physiological condition, thereby improving the health of the exercise. Second, the heartbeat sensor of this creation can also receive the signal transmitted by the mileage sensor. The signal of the calorie (kcal) is judged by the user, and can be matched with the heart rate and the electrocardiogram. The interpretation of (ECG, EKG) provides users with more informative and understandable physiological information. 3. Further, the display device of the present invention can be selected from electronic products widely used by ordinary people (for example, mobile phones and computers), and embedded by a preset application (AP), so that the user can understand by the mobile phone or computer nearby. Each of its own physiological information indicators has a humanized use effect. In summary, the structure revealed by the 纟 纟 纟 , , , , , , , , , 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟Inspire innovation, no sense of morality. However, the above-mentioned drawings and descriptions are only preferred embodiments of the present invention. Those who are familiar with the art, and the modifications or equivalent changes made in accordance with the spirit of the case should still be included in the scope of the patent application. [Simple description of the diagram] The first picture is a band-type heartbeat display of the patent of the country of 6553247. The second figure is a system architecture diagram of a preferred embodiment of the present invention. The third drawing is a block diagram of the preferred embodiment of the present invention. The fourth figure A is a perspective view of the structure of a heartbeat sensor. The fourth figure B is a perspective view of the structure of another heartbeat sensor of the present invention. The fourth figure C is a perspective view of the structure of another heartbeat sensor. The fifth figure A is the reference to the use state of this creation (1). The fifth figure B is the reference picture of the use state of the creation (the second picture is the schematic diagram of the heartbeat sensor and the application device of the present creation. The seventh picture is the flow chart of the application screen display of the creation. [Main component symbol description 】 (20) Heartbeat Sensor (201) Belt (202) Wristband (203) Belt (20A) Beam Type Heartbeat Sensor (20B) Watch Type Heartbeat Sensor (20C) Belt Type Heartbeat Sensing (21) Detection Electrode (22) Heartbeat Signal Processing Circuit-9- M406427 (23) Microcontroller (24) Bluetooth Transmitter Module (25) Flash Memory (26) USB Transmission Interface (27) Wireless Signal Receiver (28) Heartbeat Recovery Rate Function Button (30) Mobile Phone (31) Bluetooth Receiver Module (32) Processing Control Unit (33) Display Screen (40) Mileage Sensor (41) Wireless Signal Transmitter (42 ) Sensing unit (50) Personal computer (51) Application (60) transmission line
-10--10-