TWM360686U - Wireless communication handheld device with ECG testing function - Google Patents

Wireless communication handheld device with ECG testing function Download PDF

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Publication number
TWM360686U
TWM360686U TW098203536U TW98203536U TWM360686U TW M360686 U TWM360686 U TW M360686U TW 098203536 U TW098203536 U TW 098203536U TW 98203536 U TW98203536 U TW 98203536U TW M360686 U TWM360686 U TW M360686U
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Taiwan
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module
wireless transmission
detection function
handheld device
terminal
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TW098203536U
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Chinese (zh)
Inventor
Zhao-Heng Jian
Zhen-Kun Liao
Shan-Hua Xu
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Kuender & Amp Co Ltd
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Priority to TW098203536U priority Critical patent/TWM360686U/en
Publication of TWM360686U publication Critical patent/TWM360686U/en

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M360686 五、新型說明: 【新型所屬之技術領域】 本創作係關於一種具心電圖檢測功能之無線傳輸手 持設備,尤指一種適用於具備無線傳輸功能之便攜式電子 5 設備。 ' 【先前技術】 _ 隨著科技不斷的進步,關係於人類健康的醫療設備也 不斷的演進。然而,其演進的趨勢不外乎強化功能、增加 10準確度、或便利性等特性。其中,關於增加便利性的部份 又以儀器體積輕薄短小化之便攜性、及操作上更為簡便等 趨勢發展。 然而’所謂心電圖儀器是透過心臟收縮和擴張運動所 產生的弱電流’當此種電流流經全身時(人為導電體),可 15經由安置在手腳上的電極,轉移到電流計,再以波紋方式 # 顯示。然其可顯示心臟機能’可用來及早發現心臟的疾病。 如果心電圖出現異常波形時,醫生可依波形的變化,來推 測可能罹患下列疾病:如心肌梗塞、心臟移位、不整脈、 冠動脈不全、心囊炎、電解質代謝失衡、心房或心室肥大 20 症等。 ' 據此’以往習知心電圖儀器不但體積龐大、而且功能 - 複雜’並不適用於一般使用者、或患者於日常生活使用。 雖然’近年來已有廠商開發出便攜式的心電圖機,但對於 曰常外出時仍需攜帶此一額外機器,仍造成有相當之不 3 M360686 便。再者’習知之心電圖機僅有簡單的被動偵測心電圖之 功能’並未具有進一步連線傳送檢測結果、或主動通報異 常之功能。 由此可知,如何達成一種體積小便於攜帶、可於整合 便攜式的電子設備、又可即時傳送檢測結果,更可主動通 報異常檢測結果的具心電圖檢測功能之無線傳輸手持設 備’實在是產業上的一種迫切需要。 【新型内容】 心電圖檢測模組包括有一正極端子、 15地端子佈設於無線傳輸手持設備之類 模組藉由量消丨fP # AiXj Y , 本創作為一種具心電圖檢測功能之無線傳輸手持設 備,包括:一無線傳輸主控模組、一顯示模組、及一心電 圖檢測模組。其巾,顯示模㈣電連接於無線傳輸主控模 組。而心電圖檢測模組同樣電連接於無線傳輸主控模組。 、一負極端子、及一接M360686 V. New description: [New technical field] This creation is about a wireless transmission handheld device with ECG detection function, especially a portable electronic device with wireless transmission function. '[Previous technology] _ With the continuous advancement of technology, medical equipment related to human health has also evolved. However, the trend of evolution is nothing more than enhancements, increased accuracy, or convenience. Among them, the part that increases convenience is further developed in terms of the portability of the instrument being light and thin, and the portability and ease of operation. However, 'the so-called electrocardiograph is a weak current generated by the contraction and expansion of the heart'. When this current flows through the whole body (artificial conductor), it can be transferred to the ammeter via the electrode placed on the hand and foot, and then rippled. Way # Display. However, it can show that the heart function can be used to detect the heart disease early. If an abnormal waveform appears on the ECG, the doctor can estimate the following diseases depending on the waveform: such as myocardial infarction, heart shift, incomplete pulse, coronary artery insufficiency, bursitis, electrolyte metabolic imbalance, atrial or ventricular hypertrophy. According to this, conventional ECG instruments are not only bulky but also functionally complex. They are not suitable for general users or patients for daily use. Although in recent years, manufacturers have developed portable electrocardiographs, they still need to carry this extra machine when they are out of the house. Furthermore, the conventional electrocardiograph has only a simple passive detection of the function of the electrocardiogram. It does not have the function of further transmitting the detection result or actively reporting the abnormality. It can be seen that how to achieve a wireless transmission handheld device with small electrocardiogram detection function that is small in size, easy to carry, can integrate portable electronic devices, and can directly transmit detection results, and can actively report abnormal detection results is actually industrial. An urgent need. [New content] The ECG detection module consists of a positive terminal and a 15-terminal terminal arranged in a wireless transmission handheld device. The device is a wireless transmission handheld device with ECG detection function. Including: a wireless transmission master module, a display module, and an electrocardiogram detection module. The towel, the display module (4) is electrically connected to the wireless transmission master module. The ECG detection module is also electrically connected to the wireless transmission master module. , a negative terminal, and a connection

而正極端子佈設於二 之上下表面。 中之—,其可 一側端面之相鄰側端面其中 端子亦可分別佈設於殼體之上下表面 4 M360686 2端面或下端面,主要方便進行量測操作、以及便於使 2使用狀㈣能同步觀測顯示模組上顯示之結果。另 ’本創作之正極端子可凸露出殼體外,因正極端子需要 抵住胸腔處、或其他適當位處 位置處故正極端子宜採凸露之 ,子’以避免有接觸不良導致量測失敗之情況發生。 虽然’負極端子與接地端子亦同。 再者,本創作之無線傳輸手持設備可為行動電話、知The positive terminal is disposed on the upper surface of the upper surface. Among them, the adjacent side end faces of one end face can be respectively arranged on the lower surface of the upper surface of the casing 4 M360686 2 end face or the lower end face, which is convenient for measuring operation and convenient for the use of 2 (4) Observe the results displayed on the module. In addition, the positive terminal of this creation can be exposed outside the casing. Because the positive terminal needs to be placed against the chest or other suitable position, the positive terminal should be exposed, and the sub-to avoid contact failure. The situation happened. Although the 'negative terminal is the same as the ground terminal. Furthermore, the wireless transmission handheld device of this creation can be a mobile phone, knowing

10 慧型手機(Smart Phone)、個人數位助理(Pers刪!啊二10 Smart Phone, Personal Digital Assistant (Pers Delete! Ah 2

Assistant,PDA)、PDA手機、行動導航裝置、或其他具備 無線傳輸功能之便攜式電子設備。此外,本創作可更包括 有一電源模組電連接於無線傳輸主控模組,電源模組主要 用以供給電源。 另外,本創作之無線傳輸主控模組可將心電圖波形、 及心跳頻率傳送至一醫療機構、健康管理機構、家庭醫師、 15或其他紀錄伺服器,以便隨時紀錄觀察使用者之檢康狀 態。據此,無線傳輸主控模組可藉由一通用封包無線服務 (General Packet Radio Service,GPRS)、或其他高速傳輸之 行動電話系統,如3G之寬頻分碼多工存取(WidebandcQdeAssistant, PDA), PDA phone, mobile navigation device, or other portable electronic device with wireless transmission. In addition, the creation may further include a power module electrically connected to the wireless transmission master module, and the power module is mainly used for supplying power. In addition, the wireless transmission master module of the present invention can transmit the electrocardiogram waveform and the heartbeat frequency to a medical institution, a health management institution, a family physician, 15 or other record server, so as to record and observe the user's health status at any time. Accordingly, the wireless transmission master module can be accessed by a General Packet Radio Service (GPRS) or other high-speed mobile phone system, such as 3G wideband code division multiplexing access (WidebandcQde).

Division Multiple Access,WCDMA)、3.5G之高速下行封包 20 存取(High-Speed Downlink Packet Access)、個人手持電話 系統(Personal Handy-Phone System, PHS)、或分碼多工存 取(Code Division Multiple Access, CDMA)、抑或無線 '網路 如WI-FI、或WIMAX等方式傳送至該醫療機構。 5 M360686 較佳的是,本創作可更包括有一記憶模組,其係電連 接於無線傳輸主控模組。而本創作之記憶模組可以是可重 複讀寫之非揮發性記憶體、快閃記憶體、電氣可程式記憶 體、以及微型硬碟其中之一。記憶模組主要用以紀錄使^ 5者之心電圖波形、及心跳頻率,藉以長時間觀察使用者之 健康狀態。 此外,本創作之記憶模組内可儲存有一標準心跳頻率 範圍,當心跳頻率超出標準心跳頻率範圍無線傳輸主控模 上可發出一警告讯息,亦即當使用者之心跳頻率過高或太 1〇低時,無線傳輸主控模組會發出訊息顯示於顯示模組中, 並透過音效模組發出一警告音效,用以通知使用者,甚至 當使用者意識狀態不佳時,可藉此通知或警示週遭之親友 或路人。 其中’本創作之警告訊息亦可為無線傳輸主控模組自 15動撥出一預設號碼、或送出一以預先設定之簡訊。亦即, 當使用者之心跳頻率出現異常時,且意識狀態不佳時,無 線傳輸主控模組會自動播打-已預先設定之電話號碼、或 自動达出一以預先設定之簡訊至親友、醫生、或急難求救 119等,來進行求救。 20 【實施方式】 请同時參閱圖1、及圖2,圖1是本創作具心電圖檢測 功月b之無線傳輸手持設備一較佳實施例之系統架構圖,圖2 本I]作較佳貫施例之使用示意圖。然而,本創作之無 M360686 線傳輸手持設備泛指任何具備無線傳輸功能之手持電子設 備諸如行動電活、智慧型手機(Smart Phone)、個人數位 助理(Personal Digital Assistant, PDA)、PDA手機、甚至電 子翻譯機、行動導航裝置、精簡筆電(Net B〇〇k)4筆記型 5電腦(N〇te B〇〇k)等。惟以下本實施例將以行動電話來進行 說明。 圖中顯示有一無線傳輸主控模組1,在本實施例中無 線傳輸主控模組1為一行動電話主控模組。而顯示模組2為 一液晶螢幕,其係電連接於無線傳輸主控模組1,用以提供 10顯示功能。圖中另有一心電圖檢測模組3、一記憶模組4、 音效模組5、及一電源模組6,其皆分別電連接於無線傳 輸主控模組1。其中,心電圖檢測模組3包括有一正極端子 31、一負極端子32、及一接地端子33佈設於無線傳輸手持 設備9之殼體91上。其中,心電圖檢測模組3藉由量測正極 15端子31與接地端子33間之電壓差、以及負極端子32與接地 端子33間之電壓差,進而產生一心電圖波形21、及一心跳 頻率22並顯示於顯示模組2上。 其中’於本實施例中負極端子32與接地端子33係分別 佈設於殼體91之相對應的二側端面上,其主要考量方便單 〇手握持。^然負極端子32與接地端子33亦可分別佈設於殼 體91之上下表面。而正極端子31佈設於二側端面之相鄰側 端面其中之一,其可為上端面或下端面,再本實施例中採 下端面’主要方便使用者於使用狀態時能同步觀測顯示模 組2上顯示之結果。 7 M360686 再者,檢測時如圖2所示,使用者以手92之大拇指、 及除大拇指外之另外四根手指分別接觸握住殼體9ι之負極 端子32與接地端子33,而正極端子31接觸抵住使用者胸腔 93或其他適當位置處。其中,負極端子32、接地端子33、 5及正極端子31之金屬接點皆係凸露出殼體91外,用以方便 -握持。再且,正極端子31於心電圖檢測時需要抵住胸腔處, 故凸露 < 接觸端子可有朗免接觸+良而$致量測失敗之 情況發生。 _ 晴―併請參閱圖3,圖3係、本創作具電圖檢測功能之 10無線傳輸手持設備一較佳實施例之心電圖檢測流程圖。首 先,於行動電話功能選單(圖中未示)中開啟心電圖檢測功 能(步驟S705)。接著,使用者以手92之大拇指、及另外四 根手指分別接觸握住殼體91之負極端子32與接地端子Μ, 此外正極端子31則接觸抵住使用者胸腔93(步驟S710)。再 15來,便開始進行檢測(步驟S715)。當然檢測的同時顯示模 組2會同步顯示心電圖波形21、及心跳頻率22(步驟s72〇)。 • 檢測結束後,會主動儲存結果於記憶模組4並藉由一通用封 包無線服務(GPRS)傳送至一醫療機構(步驟S725)。 此外,本實施例之記憶模組4為一快閃記憶體,其亦 20可為重複讀寫之非揮發性記憶體、電氣可程式記憶體、'以 及微型硬碟其中之一。而記憶模組4主要用以紀錄使用者之 • 心電圖波形、及心跳頻率,藉以長時間觀察使用者之健康 • 狀態。另外,本實施例中記憶模組4内另儲存有一標準心跳 8 M360686 頻率範圍,當量測到的心跳頻率超22出標準心跳頻率範 圍,則無線傳輸主控模組丨發出一警告訊良。 5 15 20 亦即’當使用者之心跳頻率22過高或太低時,無線傳 輸主控模組1會發出訊息顯示於顯示模組2中,並透過音效 ^5發出-警告音效,用以通知使用者甚至當使用者意 識“不佳時’可藉此通知或警示週遭之親友或路人,用 此外,本實施财f告訊息可另包括無線傳輸主 自動撥出一預設號碼或自動送出-以預先設定之簡 訊=即,當使用者之心跳頻率出現異常時,且意識狀態 :佳時,無線傳輸主控模組會主動播打已預先設^之電話 號碼或送出-以預先設定之簡訊至親友 救119等,來進行求救。 1〜難求 ^參閱圖4’圖4係本創作具心電圖檢測功能之無線傳 ^手持設備-較佳實施例之心電圖檢測異常流程圖。當開 =檢測後(步驟S8G5),行動電話主控模組便開始判斷使用 跳頻率是否有超出標準心跳頻率範圍(步驟S810), 常沒有超出,則結束檢測,儲存並傳送檢測結果 率已超出ϋ… 動電話主控模組判斷心跳頻 2超出…跳頻率範圍,則同步發出警告訊息亦即音 =組5發出聲響並同時紀錄於記憶模組内(步驟則)。此 = 組並顯示訊息詢問使用者是否撥 =『驟卿若經使用者確認為「是」則馬上撥號 仃求救,右用者認為無須求援選擇「否」,則回到步驟 S825 ’儲存並傳送檢測結果至醫療機構(步驟船)。 9 M360686 上述實施例僅係為了方便說明而舉例而已,本創作所 主張之權利範圍自應以申請專利範圍所述為準,而非僅限 於上述實施例。 5【圖式簡單說明】 圖1係本創作一較佳實施例之系統架構圖。 圖2係本創作一較佳實施例之使用示意圖。 圖3係本創作一較佳實施例之心電圖檢測流程圖。 圖4係本創作一較佳實施例之心電圖檢測異常流程圖。 0 【主要元件符號說明】 1 無線傳輸主控模組 2 顯示模組 21 心電圖波形 22 心跳頻率 3 心電圖檢測模組 31 正極端子 32 負極端子 33 接地端子 4 記憶模組 5 音效模組 6 電源模組 9 無線傳輸手持設備 91 殼體 92 手 93 胸腔 S705、S710、S715、S720、S725、S805、S810、 S815、S820、S825、S830 步驟Division Multiple Access (WCDMA), 3.5G High-Speed Downlink Packet Access, Personal Handy-Phone System (PHS), or Code Division Multiple Access (Code Division Multiple) Access, CDMA), or wireless 'networks such as WI-FI, or WIMAX are transmitted to the medical facility. 5 M360686 Preferably, the creation further includes a memory module electrically connected to the wireless transmission master module. The memory module of the present invention can be one of non-volatile memory, flash memory, electrical programmable memory, and mini hard disk that can be read and written. The memory module is mainly used to record the ECG waveform and the heartbeat frequency of the person to observe the health status of the user for a long time. In addition, a standard heartbeat frequency range can be stored in the memory module of the present invention. When the heartbeat frequency exceeds the standard heartbeat frequency range, a warning message can be sent on the wireless transmission master mode, that is, when the user's heartbeat frequency is too high or too 1 When the screen is low, the wireless transmission master module will send a message to the display module and send a warning sound through the sound module to notify the user, even when the user is in a bad state of consciousness, Or alert relatives or passers-by around. The warning message of this creation may also be that the wireless transmission master module dials a preset number from 15 or sends a pre-set SMS. That is, when the user's heartbeat frequency is abnormal and the state of consciousness is not good, the wireless transmission master module will automatically broadcast a pre-set phone number, or automatically reach a preset message to friends and relatives. , doctors, or emergency 119, etc., to ask for help. 20 [Embodiment] Please refer to FIG. 1 and FIG. 2 at the same time. FIG. 1 is a system architecture diagram of a wireless transmission handheld device with an electrocardiogram detection function b, and FIG. 2 is better. Schematic diagram of the use of the example. However, the M360686 line transmission handheld device of this creation refers to any handheld electronic device with wireless transmission function such as mobile electric activity, smart phone, personal digital assistant (PDA), PDA phone, and even Electronic translation machine, mobile navigation device, Net B〇〇k 4 notebook type 5 computer (N〇te B〇〇k). However, the following embodiment will be described by a mobile phone. The figure shows a wireless transmission master module 1. In this embodiment, the wireless transmission master module 1 is a mobile phone master module. The display module 2 is a liquid crystal screen electrically connected to the wireless transmission main control module 1 for providing a display function. In the figure, an electrocardiogram detection module 3, a memory module 4, a sound effect module 5, and a power module 6 are respectively electrically connected to the wireless transmission master module 1. The electrocardiogram detection module 3 includes a positive terminal 31, a negative terminal 32, and a ground terminal 33 disposed on the housing 91 of the wireless transmission handheld device 9. The electrocardiogram detecting module 3 generates an electrocardiogram waveform 21 and a heartbeat frequency 22 by measuring the voltage difference between the terminal 31 of the positive electrode 15 and the ground terminal 33 and the voltage difference between the negative terminal 32 and the ground terminal 33. Displayed on the display module 2. In the present embodiment, the negative terminal 32 and the ground terminal 33 are respectively disposed on the corresponding two end faces of the housing 91, and the main consideration is that it is convenient to hold by one hand. ^ The negative terminal 32 and the ground terminal 33 may also be respectively disposed on the upper surface of the upper surface of the casing 91. The positive terminal 31 is disposed on one of the adjacent side end faces of the two side end faces, and may be an upper end face or a lower end face. In this embodiment, the end face is taken to be mainly convenient for the user to simultaneously observe the display module when in use. 2 shows the result. 7 M360686 Furthermore, as shown in Fig. 2, the user touches the negative terminal 32 and the ground terminal 33 of the housing 91 with the thumb of the hand 92 and the other four fingers except the thumb, respectively. Terminal 31 contacts the user's chest 93 or other suitable location. The metal contacts of the negative terminal 32, the ground terminals 33, 5 and the positive terminal 31 are exposed outside the housing 91 for convenient-holding. Moreover, the positive terminal 31 needs to be pressed against the chest cavity during the electrocardiogram detection, so that the contact terminal can have a contactlessness and a good measurement failure. _ Clear - and please refer to FIG. 3, FIG. 3 is a flow chart of the electrocardiogram detection of a preferred embodiment of the wireless transmission handheld device with the electrogram detection function. First, the electrocardiogram detection function is turned on in the mobile phone function menu (not shown) (step S705). Next, the user touches and holds the negative terminal 32 of the housing 91 and the ground terminal 以 with the thumb of the hand 92 and the other four fingers, and the positive terminal 31 contacts the user's chest chamber 93 (step S710). Further, the detection is started (step S715). Of course, the simultaneous display mode 2 of the detection simultaneously displays the electrocardiogram waveform 21 and the heartbeat frequency 22 (step s72〇). • After the detection is completed, the result is actively stored in the memory module 4 and transmitted to a medical institution by a general packet wireless service (GPRS) (step S725). In addition, the memory module 4 of the present embodiment is a flash memory, which can also be one of non-volatile memory, electrical programmable memory, and micro-disc. The memory module 4 is mainly used to record the user's electrocardiogram waveform and heartbeat frequency, so as to observe the health of the user for a long time. In addition, in the memory module 4 of the embodiment, a standard heartbeat 8 M360686 frequency range is stored, and the equivalent heartbeat frequency exceeds the standard heartbeat frequency range, and the wireless transmission master module sends a warning message. 5 15 20 That is, when the user's heartbeat frequency 22 is too high or too low, the wireless transmission master module 1 will send a message to the display module 2, and send a warning sound through the sound effect ^5 for Notifying the user that even when the user is aware of "poor", he can notify or alert the relatives or passers-by around him or herself. In addition, the implementation of the financial message may additionally include the wireless transmission master automatically dialing a preset number or automatically sending out. - Pre-set SMS = that is, when the user's heartbeat frequency is abnormal, and the state of consciousness is good, the wireless transmission master module will actively play the pre-set phone number or send - to pre-set Briefing to friends and relatives to save 119, etc., to ask for help. 1~ difficult to find ^ see Figure 4' Figure 4 is a wireless transmission device with ECG detection function - the preferred embodiment of the ECG detection abnormal flow chart. When open = After the detection (step S8G5), the mobile phone main control module starts to determine whether the used hopping frequency exceeds the standard heartbeat frequency range (step S810), and often does not exceed, then ends the detection, stores and transmits the detection result rate. The mobile phone master control module judges that the heartbeat frequency 2 exceeds the ... hop frequency range, and the warning message is issued simultaneously, that is, the sound = group 5 sounds and is recorded in the memory module at the same time (step). This = group and display The message asks the user whether to dial = "If the user confirms "Yes" by the user, he will dial the number immediately and ask for help. If the right user thinks that there is no need to ask for help, then go back to step S825' to store and transmit the test result to the medical institution. (Step boat). 9 M360686 The above embodiments are only examples for convenience of description, and the scope of the claims is intended to be based on the scope of the patent application, and is not limited to the above embodiments. 5 [Simple Description of the Drawings] FIG. 1 is a system architecture diagram of a preferred embodiment of the present invention. Figure 2 is a schematic illustration of the use of a preferred embodiment of the present invention. FIG. 3 is a flow chart of electrocardiogram detection according to a preferred embodiment of the present invention. FIG. 4 is a flow chart of an abnormality of electrocardiogram detection according to a preferred embodiment of the present invention. 0 [Main component symbol description] 1 Wireless transmission master module 2 Display module 21 ECG waveform 22 Heartbeat frequency 3 ECG detection module 31 Positive terminal 32 Negative terminal 33 Ground terminal 4 Memory module 5 Audio module 6 Power module 9 Wireless transmission handheld device 91 Housing 92 Hand 93 Thoracic S705, S710, S715, S720, S725, S805, S810, S815, S820, S825, S830 Steps

Claims (1)

M360686 六、申請專利範圍: 1 · 一種具心電圖檢測功能之無線傳輪手持設備,包 括: 一無線傳輸主控模組; 5 一顯示模組,係電連接於該無線傳輸主控模組;以及 一〜電圖檢測模組,係電連接於該無線傳輸主控模 組,該心電圖檢測模組包括有一正極端子、一負極端子、 及-接地端子佈設於該無線傳輸手持設備之殼體上,該心 電圖才欢測模組藉由畺測該正極端子與該接地端子間之電壓 10差、以及該負極端子與該接地端子間之電壓差,產生一心 電圖波形、及-心跳頻率並顯示於該顯示模組上。 2.如申請專利範圍第i項所述具心、電圖檢測功能之益 線傳輸手持設備,其中,該負極端子與該接地端子係分別 =設於該殼體之相對應的二側端面上,該正極端子佈設於 15 °亥一側端面之相鄰側端面其中之一。 線傳請專利範圍第1項所述具心電圖檢測功能之無 線傳輸手持設備’其中,該正極端子係凸露出該殼體外。 線傳^丰如^ μ專利㈣第1項所述具心電圖檢測功能之無 圖=手持設備’其中’該無線傳輸主控模組可將該心電 波形、及該心跳頻率傳送至-醫療機構。 線傳H申請專利範圍第4項所述具心電圖檢測功能之益 深得輸手持設備,兑φ, 用封肖I /、 μ…、線傳輸主控模組係藉由一通 用封包無線服務傳送至該醫療機構。 20 M360686 線僂^丰如:請專利範㈣1項所述具心電圖檢測功能之益 電連Z ,其更包括有—記憶模組,該記憶模組係 電連接於該無線傳輸主控模組。 ’、 線傳專·圍第6項所述具心電圖檢測功能之益 頻率二::,*中,該記憶模組内儲存有-標準心跳 圍:,細_率超出該標準心跳頻率範圍該無線 專輸主控模組發出一警告訊息。 線值t如中請專利範圍第7項所述具心電圖檢測功能之無 電=輸手料備,其中,該無線傳輸手持設備係指一行動 設號媽該警告訊息係指該無線傳輪主控模組自動撥出一預 繞值!:如中請專利範圍第1項所述具心電圖檢測功能之無 傳輪主控模組有—電源模組電連接於該無線 15M360686 VI. Patent application scope: 1 · A wireless transmission handheld device with ECG detection function, comprising: a wireless transmission main control module; 5 a display module electrically connected to the wireless transmission main control module; The electrogram detection module is electrically connected to the wireless transmission main control module, and the electrocardiogram detection module comprises a positive terminal, a negative terminal, and a ground terminal disposed on the casing of the wireless transmission handheld device. The ECG module generates an electrocardiogram waveform and a heartbeat frequency by detecting a voltage difference between the positive terminal and the ground terminal and a voltage difference between the negative terminal and the ground terminal. Display on the module. 2. The utility model as claimed in claim 4, wherein the negative terminal and the grounding terminal are respectively disposed on the corresponding two side end faces of the casing. The positive terminal is disposed on one of adjacent side end faces of the 15 ° side of the side. The line transmits the wireless transmission handheld device having the electrocardiogram detection function according to the first item of the patent scope, wherein the positive terminal is exposed outside the casing. Line transmission ^ Fengru ^ μ patent (4) No. 1 in the first item with ECG detection function = Handheld device 'where 'The wireless transmission master module can transmit the ECG waveform and the heart rate to the medical institution . The benefits of the electrocardiogram detection function mentioned in item 4 of the patent application scope of the line H are deeply lost in the hand-held device, with φ, with the sealing I /, μ..., the line transmission master module is transmitted by a universal packet wireless service To the medical institution. 20 M360686 偻 丰 丰 丰 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : ', line transmission special · surrounding the sixth item with ECG detection function benefit frequency two::, *, the memory module stores - standard heartbeat:: fine _ rate exceeds the standard heart rate frequency range of the wireless The dedicated master module sends a warning message. The line value t is as described in item 7 of the patent scope, and has no electrocardiogram detection function for the electrocardiogram detection function, wherein the wireless transmission handheld device refers to a mobile device, the warning message refers to the wireless transmission master control. The module automatically dials a pre-wound value!: As shown in the patent scope, the non-transmission wheel master control module with the electrocardiogram detection function is connected to the wireless module. 1212
TW098203536U 2009-03-09 2009-03-09 Wireless communication handheld device with ECG testing function TWM360686U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI550543B (en) * 2011-07-22 2016-09-21 鴻海精密工業股份有限公司 Mobile phone and health detection method

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI550543B (en) * 2011-07-22 2016-09-21 鴻海精密工業股份有限公司 Mobile phone and health detection method

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