M374842 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種心電訊號（ECG)感測胸帶之結構改 良，尤指一種以綁帶内緣面之導電布作為偵測電極’用以偵 測心電電壓變化，再將訊號利用四組連接扣體，而送至一可 攜式傳輸器，再由該傳輸器以無線數值傳輸或以訊號直接連 接至接收單元者。 【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，以監視人體的各種健康狀況。此類型專利見諸於公 告M262157號、M243180......等前案中。 惟查，習知的心電訊號感測裝置，其主要構造係於一帶 體上固定有一個心跳無線發射器，然後綁在人體的胸部，藉 以將所偵測到心電圖（ECG)或心跳訊號，發射至一接收器 (Receiver)，例如：手錶或儀表，進而讀取使用者的心跳數 據。 然查，上揭心跳偵測方式，由於發射器係被固定在帶體 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，為其缺點之一。 M374842 此外，傳統帶體與胸部接觸之導電體，大都只有兩片， 因此偵測心跳數值之準確度仍有改善空間。 【新型内容】 緣是，本創作之主要目的，係在提供一種心電訊號感測 胸帶，其有提升偵測心電訊號準確度之功效。 本創作之又一目的，則在提供一種心電訊號感測胸帶， 其傳輸器係設成可攜式，且具有迷你USB插座，使其猶如一 行動碟，方便儲存及讀取使用者之心電資訊，增進判斷人體 健康之功效。 為達上述目的，本創作所採用之技術手段包括： 一帶體（Strap)，係由絕緣材料所構成，可綁在胸部， 其内緣面左側相對於人體心臟位帶，縫設有一條或二條正極 導電布，且該内緣面右側則設有一條負極導電布及一條地極 導電布，再者，該正極導電布内側端，連接二個具有導電性 之第一及第二凸扣，且該第一及第二凸扣係呈並列狀凸伸出 該帶體之上表面，又該負極導電布及地極導電布，内側端相 對於該正極導電布之第一及第二凸扣，連接設有具導電性之 第三及第四凸扣，使該帶體表面形成四個對稱且具有導電性 之電性連接用凸扣； 一可攜式傳輸器（Transmitter)，其具備一殼體，且該 殼體底面相對於該帶體表面凸伸之四個凸扣，設有四個能與 其扣合呈電性連接之四個凹扣； 一心電訊號（ECG)處理電路，係設於該殼體内，且與 該四個凹扣呈電性連接，並將所接收到之心電訊號，經處理 後送至一微控制器，該微控制器得以將心電訊號儲存或以一 -4- M374842 高頻發射單元’將訊號發射至一設於週邊之接收單元；以及 一迷你USB插座’係設在該殼體其中一側，其電性連接 於該微控制器，使用者可經由該迷你USB插座與一電腦或閱 讀器連接者。 【實施方式】 首先，請參閱第一〜六圖所示，本創作較佳實施例包含 有： 一帶體（10 )’係由絕緣材料所構成，可綁在胸部，其 内緣面（11 )左側相對於人體心臟位帶，縫設有一條或二條 正極導電布（20 )’且該内緣面（11)右側則設有一條負極導 電布（30)及一條地極導電布（40)，再者，該正極導電布（2〇) 内側端，連接二個具有導電性之第一及第二凸扣（21 )、（ 22), 且該第一及第二凸扣（21)、（22)係呈並列狀凸伸出該帶體 (10)之上表面（12)，又該負極導電布（3〇)及地極導電布 (40) ，内側端相對於該正極導電布（2〇)之第一及第二凸扣 (21)、（22)，連接設有具導電性之第三及第四凸扣（31)、 (41) ’使該帶體（1〇)表面形成四個對稱且具有導電性之電 性連接用凸扣； 一可攜式傳輸器（50)’其具備一殼體（51)，且該殼體 (51) 底面相對於該帶體表面凸伸之四個凸扣（21)、（22)、 (31)、（41)，設有四個能與其扣合呈電性連接之四個凹扣 (52) ； 一心電訊號（ECG)處理電路（53)，係設於該殼體（51) 内，且與該四個凹扣（52)呈電性連接，並將所接收到之心 電訊號’經處理後送至一微控制器（54 )，該微控制器（54 ) -5- M374842 得以將心電訊號儲存或以一高頻發射單元（55)，將訊號發射 至一設於週邊之接收單元；以及 一迷你USB插座（56)’係設在該殼體（51)其中一側， 其電性連接於該微控制器（54)，使用者可經由該迷你[JSB 插座（56)與一電腦或閱讀器（7〇)連接者。 又，本創作之可攜式傳輸器（50)包括設有一記憶單元 (57)，操作介面（58)及一顯示單元（59)，但不限定於此。 其中該操作介面（58)包括為按鈕或觸控元件。而顯示單元 (59)包括為顯示面板或顯示燈。此外，其更包括設有一電 池（60 )’用以供給機體所須電力。 再者’該可攜式傳輸器（5〇)之四個凹扣（52)，包括 一體成型埋設在該殼體（51)底面的四個端部位置，但不限 定於此。 另’該帶體（10)上之四個凸扣（21)'(22)、（31)、（41)， 包括以鉚接、衝壓、黏接及車縫其中任一方式，將其固定在 帶體（ίο)上，並分別與各該導電布（2〇)、（3〇)、（4〇)形 成電性連接。且本創作之凸扣及凹扣的設置位置，係可以互 換，亦即凹扣也可以設在帶體（1〇)上，而傳輸器（5〇)底 面則相對設成凸扣形狀，容不赘述。 本創作藉助上揭技術手段，具有提升偵測心跳之準確 度，且該可攜式傳輸器猶如一行動碟，方便儲存及讀取使用 者心電資訊，可增進判斷人體健康之功效者。 綜上所述’本創作所揭示之構造’為昔所無’且確能達 到功效之增進，並具可供產業利用性，完全符合新型專利要 件，祈請貴審查委員核賜專利，以勵創新，無任德感。 M374842 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。 M374842 【圖式簡單說明】 第一圖係本創作之分解立體圖。 第二圖係本創作之組合立體圖。 第三圖係本創作之部分剖示圖。 第四圖係本創作之底面視圖。 第五圖係本創作之電路方塊圖。 第六圖係本創作之使用狀態參考圖。 【主要元件符號說明】 (57) 記憶單元 (58) 操作介面 (59) 顯示單元 (60) 電池 (70)電腦 (10) 帶體 (11) 内緣面 (12) 上表面 (20) 正極導電布 (21) 第一凸扣 (22) 第二凸扣 (30) 負極導電布 (31) 第三凸扣 (40) 地極導電布 (41) 第四凸扣 (50) 可攜式傳輸器 (51) 殼體 (52) 凹扣 (53) 心電訊號處理電路 (54) 微控制器 (55) 高頻發射單元 (56) USB 插座 ' 8 -M374842 V. New description: [New technical field] This creation is about the improvement of the ECG sensing chest strap, especially the conductive cloth with the inner edge of the strap as the detecting electrode. In order to detect the change of the ECG voltage, the signal is sent to a portable transmitter by using four sets of connecting buttons, and then the transmitter transmits the data by wireless value or directly connected to the receiving unit by signal. [Prior Art] According to people's attention to physical health, people are urged to pay more attention to the physiological changes in sports, 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. Through the human body ECG signal, the movement function of the whole body can be understood. Therefore, various ECG signal sensing devices are successively launched, by detecting the human body. The heartbeat signal to monitor the various health conditions of the human body. This type of patent is found in the previous case of the notices M262157, M243180, etc. However, the known ECG sensing device has a main structure in which a heartbeat wireless transmitter is fixed on a body and then attached to the chest of the human body to detect an electrocardiogram (ECG) or heartbeat signal. It is transmitted to a Receiver, such as a watch or meter, to read the user's heartbeat data. However, the heartbeat detection method is disclosed. Since the transmitter is fixed on the belt and there is no socket that can be connected to the transmission, it can only be used as a transmitter and cannot be used as a portable mobile disc. One of its shortcomings. M374842 In addition, the traditional body of the body and the chest are mostly only two, so the accuracy of detecting the heartbeat value still has room for improvement. [New content] The main purpose of this creation is to provide an ECG signal sensing chest strap, which has the effect of improving the accuracy of detecting ECG signals. Another object of the present invention is to provide an ECG signal sensing chest strap, the transmitter of which is portable and has a mini USB socket, making it like a mobile disc for storing and reading users. ECG information to enhance the effectiveness of human health. In order to achieve the above objectives, the technical means adopted in the creation include: a strap consisting of an insulating material, which can be attached to the chest, and the left side of the inner edge surface is opposite to the human heart position band, and one or two slits are provided. a positive conductive cloth, and a negative conductive cloth and a ground conductive cloth are disposed on the right side of the inner edge surface, and further, the inner side of the positive conductive cloth is connected with two conductive first and second convex buckles, and The first and second protruding buckles protrude from the upper surface of the strip body in parallel, the negative conductive cloth and the ground conductive cloth, and the inner end is opposite to the first and second buckles of the positive conductive cloth. The connection is provided with the third and fourth buckles with conductivity, so that the surface of the belt body forms four symmetric and electrically conductive bumps for electrical connection; a portable transmitter (Transmitter) having a shell And a body of the four protrusions protruding from the bottom surface of the housing with respect to the surface of the belt body, four recessed buckles capable of being electrically connected thereto; an electrocardiographic (ECG) processing circuit is disposed on the body Inside the housing and electrically connected to the four recessed buckles And sending the received ECG signal to a microcontroller, the microcontroller can store the ECG signal or transmit the signal to a -4-M374842 high-frequency transmitting unit The peripheral receiving unit; and a mini USB socket are disposed on one side of the housing, and are electrically connected to the microcontroller, and the user can connect with a computer or a reader via the mini USB socket. [Embodiment] First, referring to the first to sixth figures, the preferred embodiment of the present invention includes: a belt body (10)' is made of an insulating material, can be tied to the chest, and its inner edge surface (11) The left side is opposite to the human heart position belt, and one or two positive conductive cloths (20) are disposed on the left side, and a negative conductive cloth (30) and a ground conductive cloth (40) are disposed on the right side of the inner edge surface (11). Furthermore, the inner conductive end of the positive conductive cloth (2〇) is connected to the first and second protruding buckles (21) and (22) having conductivity, and the first and second protruding buckles (21), 22) is juxtaposed to protrude from the upper surface (12) of the strip body (10), the negative conductive cloth (3 〇) and the ground conductive cloth (40), and the inner end is opposite to the positive conductive cloth (2)第一) the first and second clasps (21), (22) are connected to the third and fourth clasps (31) and (41) with conductivity to form the surface of the strip (1) Four symmetrical and electrically conductive bumps for electrical connection; a portable transmitter (50)' having a housing (51), and a bottom surface of the housing (51) protruding relative to the surface of the strip Four buckles (21), (22), (31), (41) are provided with four female buckles (52) that can be electrically connected thereto; an ECG processing circuit ( 53) is disposed in the housing (51) and electrically connected to the four female buckles (52), and the received ECG signal is processed and sent to a microcontroller (54) The microcontroller (54) -5-M374842 is capable of storing the ECG signal or transmitting the signal to a receiving unit disposed at the periphery by a high frequency transmitting unit (55); and a mini USB socket (56) ' is disposed on one side of the housing (51), and is electrically connected to the microcontroller (54), and the user can connect to a computer or reader (7〇) via the mini [JSB socket (56) By. Moreover, the portable transmitter (50) of the present invention comprises a memory unit (57), an operation interface (58) and a display unit (59), but is not limited thereto. The operation interface (58) is included as a button or a touch element. The display unit (59) is included as a display panel or a display light. In addition, it further includes a battery (60)' for supplying power to the body. Further, the four female buckles (52) of the portable transporter (5) include integrally formed four end portions buried in the bottom surface of the casing (51), but are not limited thereto. The other four buckles (21)' (22), (31), (41) on the belt body (10) include fixing in the manner of riveting, stamping, gluing and sewing. The tape body is electrically connected to each of the conductive cloths (2〇), (3〇), and (4〇). Moreover, the position of the buckle and the concave buckle of the present invention can be interchanged, that is, the concave buckle can also be disposed on the belt body (1〇), and the bottom surface of the conveyor (5〇) is oppositely formed into a convex buckle shape. Do not repeat them. This creation uses the above-mentioned technical means to improve the accuracy of detecting heartbeats. The portable transmitter is like a mobile disc, which is convenient for storing and reading the user's ECG information, and can improve the effect of judging human health. In summary, the 'construction revealed by this creation' is unprecedented and can achieve the improvement of efficacy, and it can be used for industrial utilization. It fully complies with the new patent requirements, and invites the review committee to grant patents. Innovation, no sense of morality. M374842 However, the above-mentioned drawings and descriptions are only preferred embodiments of the present invention. Those who are familiar with the art, the modifications or equivalent changes made in the spirit of the case should still be included in the scope of patent application in this case. . M374842 [Simple description of the drawing] The first picture is an exploded perspective view of the creation. The second picture is a combined perspective view of the creation. The third picture is a partial cross-sectional view of the creation. The fourth picture is a bottom view of the creation. The fifth picture is a circuit block diagram of the creation. The sixth figure is a reference diagram of the use state of the present creation. [Main component symbol description] (57) Memory unit (58) Operation interface (59) Display unit (60) Battery (70) Computer (10) Belt body (11) Inner edge surface (12) Upper surface (20) Positive conduction Cloth (21) First clasp (22) Second clasp (30) Negative conductive cloth (31) Third cleat (40) Ground conductive cloth (41) Fourth cleat (50) Portable conveyor (51) Housing (52) Female buckle (53) ECG signal processing circuit (54) Microcontroller (55) High frequency transmitting unit (56) USB socket '8 -