M344138 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種心跳偵測器，尤指一種將感測單元以 耳掛方式貼近耳朵，並將偵測到耳垂微血管的血液流動變化 訊號，以低頻方式傳送至一顯示裝置，以達使用方便，且測 量心跳準確之功效。 【先前技術】 按，吾人於運動前後之心跳值會顯著變化，當運動時這 些變數之篁測是非常重要的，要獲得運動量之最大益處，必 須使心跳速率上升到達最大速率之6〇%，而當運動使心跳速 率上升到咼於大速率時，反而有害處，因此，方便量測及準 確的心跳測量器，料運動健身是非常需要的。 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 RateM344138 VIII. New Description: [New Technology Field] This creation is related to a heartbeat detector, especially a blood flow change signal that detects the cell of the earlobe by attaching the sensing unit to the ear in an ear-hook manner. It is transmitted to a display device in a low frequency manner for convenience of use and measurement of the accuracy of the heartbeat. [Prior Art] Press, the heartbeat value of our people before and after exercise will change significantly. It is very important to measure these variables when exercising. To get the maximum benefit of exercise, the heart rate must rise to reach 6最大% of the maximum rate. When exercise makes the heart rate rise to a large rate, it is harmful. Therefore, it is very necessary to measure and accurately measure the heart rate. Pressed, the first figure shows the US patent 6,553,247, which discloses a banded heart rate display (Electrode Belt of Heart Rate)
Momtor)，其係將一心跳偵測單元（6〇)以束帶（6i)綁在胸 前，俾以時時制心跳情形，而透過無線傳輸方式，將訊號 达至手腕上之接收器（7〇)。惟查，上揭專利在使用時仍有如 下足之處： 該心跳偵測單元（6〇)主要係由束帶（61)予以束緊於 胸前，才可令其完全貼合；然而在運動中肺活量增加，束帶 之束緊胸前將導致使用者不舒服及呼吸困難。 二、 由於女性胸形較大，而上揭心跳偵測單元（6〇)無法 完全貼合胸口位置，而導致偵測的準確性降低。 三、 如要測得準確心跳值，該心跳偵測單元（6〇)不能 M344138 綁在衣服外，而需結 才能綁束1(61)，、衣服内緊貼胸冑，如此勢將脫下衣服 只是對於女性而+ 乂對於男性或許稍有不便，但仍然可為； 是故習用之走在公共場所綁束帶（61)則非常不便； 二 式速不適用於如生使用。Momtor), which attaches a heartbeat detection unit (6〇) to the chest with a drawstring (6i), and uses a wireless transmission method to transmit the signal to the receiver on the wrist (7). 〇). However, the above patents still have the following advantages when used: The heartbeat detection unit (6〇) is mainly tied to the chest by the strap (61), so that it can be completely fitted; Increased lung capacity during exercise, the tightening of the straps will lead to discomfort and difficulty breathing. Second, because the female breast shape is large, the upper heartbeat detection unit (6〇) cannot completely fit the chest position, and the detection accuracy is reduced. 3. If the accurate heartbeat value is to be measured, the heartbeat detection unit (6〇) cannot be tied to the clothes outside the M344138, but it needs to be tied to bundle 1 (61), and the clothes are tightly attached to the chest, so the potential will be taken off. Clothes are only for women and + 乂 may be slightly inconvenient for men, but still can be; it is very inconvenient to use the tie band (61) in public places; the second speed is not suitable for life.
上，使用者將扑小^中，雖有一種心跳感測器係設在一腕錶 此種方式不、自S大或拇指放在該感測器上，以測量心跳。惟， 變，且需將^护於運動中，因大幅動作會使偵測到的訊號改 方便。 曰一直按壓在感測器上接觸才能測量，非常不 對感測電極用另—種心跳偵測方式，其係將一 上 172)放在一耳垂夾子（70)的兩内緣面 熟1 子（70)連接一導線（8〇)，並利用一連接器⑼ 跳愈枯异到的電壓訊號傳送至一主機（圖未示），然後顯示心 或汛旒。惟查，此種偵測方式，使用者在運動時會一 =導線（8Q)的妨礙，且不適合於戶外使用，更不容易 攜V出門，故仍有改善空間。 口此’如何將心跳偵測器低功率化及微小化並方便使用 精準為本創作所欲解決之課題。 【新型内容】 ^ ^ 要目的，係在提供一種耳掛式低頻無線心跳 偵測器，其传脸6 、邱析無線心跳偵測器以低頻功率來傳送，並予以 微小化而可掛太& 辨在耳朵上，具有輕巧便捷無負擔，男女皆方便 使用且不會妨礙使用者的行動及安全性。 偵、則^創作之又〜目的’則在提供一種耳掛式低頻無線心跳 ’、σ ’其心跳偵測裝置係緊貼在耳朵的耳垂上，不易滑動 M344138 或位移，故可準確偵測每一次心跳造成在微血管裡血液的流 動所引起的細微之紅外線的反射變化，具有提昇測量準確度 之功效。 本創作之再一目的’乃在提供一種耳掛式低頻無線心跳 偵測器，其具有戴在耳朵時即自動開始偵測心跳值（POWER 〇N)’而取下時即自動關閉（POWER OFF )，以節省電能避免浪 費，且可增加產品使用壽命。 為達上述目的，本創作所採用之技術手段包含： 一耳掛件，係可戴在耳朵上，並具備一内側體及一外側 體，且該内側體係貼近使用者耳垂内緣面，形成一支撐作用； 以及 一無線心跳彳貞測裔，係連接在該耳掛件之外側體，且:ϋ 至少有一部分係貼靠在使用者之耳垂的外表面，俾使一反射 式心跳感測元件，檢知耳垂微血管因心跳所產生微量血液變 動，據以偵測到使用者的心跳脈衝訊號，再以低頻無線發射 方式，將其發射至一具有接收器的顯示裝置。 【實施方式】 首先，請參閱第三圖Α、Β及第五〜七圖所示，本創作 第一實施例包含有： 一耳掛件（10)，其包括一可掛在使用者耳朵（4〇)上 之掛體（11)，一由掛體（11)向下延伸且底緣向外貼近耳垂 (41)内緣面之内側體（12)，一由掛體（11)向外延伸於耳 朵（40)外側面之外側體（13)。前揭耳掛件（1〇)近似於耳 機之耳掛件，但本創作較佳實施例，係該内側體（12 )貼靠 耳垂（41)内緣面，並形成一支撐作用，亦即使其與一無線 M344138 心跳债測器（20)形成-内-外的夾持功能，此功能容後再 述。 前述無線心跳偵測器（20)係連接在該耳掛件〇〇)之 外側體（13)’且其至少有—部分係貼靠在使用者之耳垂（41) 外表面，所以，就外形構造上，其與耳機有所不同，耳機係 將耳塞放在耳道外側，但本創作之無線心跳偵測器（2〇)至 少有一部分係需貼靠在耳垂（41)外表面，同理，耳垂（41) 内緣面則由該耳掛件（1〇)之内側體（12)予以貼靠一内 一外形成一夹持功能。 ^而本第二圖A、B之實施例中，該無線心跳偵測器（2〇) 係與該耳掛件（10)為-體的型態，亦即該無線^跳偵測器 (20)之殼體（21)可直接置人於該耳掛件⑴），僅内侧面 (28)部分元件裸露即可。 又’第四® A、B係本創作第二實施例之立體圖，其相 同於第-實_之構造以相„絲示，其差異性在於：該 無線心跳侧器（2G)與耳掛件⑴）係為獨立成型，然後 再予結合為-體。較佳實施方式係該耳掛件（1())之外侧體 (13)設有-筒狀體（⑷，而該無線心跳偵測器（2〇)包括 於殼體（21)上端設有-可在該筒狀體（14)内升降位移之 桿件（211)，此-設計，使得殼體（21)可上下調整高度， 俾配合不同使用者之耳垂⑼位置。進_步，該殼體（2υ 包括係與該桿件（211)呈樞接型態，亦即如第四圖Β所示， 該殼體（2U能以桿件（211)為軸心，作—角度旋轉，如此， 使用者可祕耳掛件（1G)載在耳朵⑷）上，然後再將殼 體（21)内翻如第四圖a所示型態，而緊靠在耳垂，如 M344138 此有其使用上之方便性及舒適性。 然，無論前述二實施例之一體成型或相互組合成型，本 創作之無線心跳偵測器（2〇)之構成及特徵則完全相同，請 同時配合第七圖之電路圖所示，即其包括： 〇 一殼體（21)，係配合耳朵（40)形體所設製，其具 備一貼近耳朵（4〇)之内側面（28)，以及相反側之外側面 (29)； ii) 一反射式心跳感測元件（22)，係設在該殼體（21) 籲 内，其包括一控制電路板（221)上設有一紅外線發射端 (222 ) ’及一與其併列對應之接收端（223)所構成，且該紅 外線發射端（ 222)及接收端（ 223)係裸露在該殼體（21) 之内側面（28)，並貼近使用者耳垂（41)外表面，用以檢知 耳垂（41)微血管因心跳所產生的微量血液變動，據以偵測 到使用者的心跳脈衝訊號；本實施例中該紅外線發射端（222 ) 為一紅外線發光二極體，而接收端（ 223 )為一接收電晶體， 當紅外線發射後經與皮膚内的血管反射訊號讓該接收電晶體 接收’因而測得使用者心跳脈衝訊號。 # iii) 一電源（24)，係設在該殼體（21)内，用以供應 該無線心跳偵測器（20)所需電力；本實施例之電源（24)包 括為一小電池。 iv ) —微動開關（23 )，係設在該殼體（21)之内側面 (28)，用以控制該反射式心跳感測元件（22)之開啟或關閉； 本實施例中係將該微動開關（23)設在該反射式心跳感測元 件（22)的侧邊，如第三圖B及第四圖B所示，但不限定於 此，即其亦可設在該反射式心跳感測元件（22)之中間，也 M344138 就是在該發射端（ 222)及接收端（ 223)的中間。然因，其 主要目的都是要讓該殼體（21)内側面（28)接觸到耳垂（41) 時，即自動開始偵測心跳，且當殼體（21)脫離耳垂（41) 時，即自動關閉，以節省電源（24)，並增加產品之使用壽命。 v) —雜訊消除電路（25)及一濾波整型放大電路（26)， 係設在該殼體（21)内，並電性連接於該反射式心跳感測元 件（22);由於該反射式心跳感測元件（22)利用反射原理所 測得之人體心跳訊號，是為一種脈衝訊號（S1 )，亦即為一微 弱的類比訊號。因此須經該雜訊消除電路（25)及該濾波整 型放大電路（26)，將其轉換為一訊號處理單元可用的 數位訊號（S2);以及 vi) —低頻無線發射器（27)，係設在該殼體（21)内， 用以將該濾波整型放大電路（26)之心跳訊號發射至一具有 低頻無線訊號接收器（31)之一顯示裝置（3〇)，進而將心跳 5虎顯不出來。 而，本創作主要特徵之一，係使用低頻無線發射器（27) 及接收器（31)所形成之射頻模組來傳輸訊號，其有別於一 •般無線耳機係利用高頻傳輸或藍芽裝置，因該等裝置係以高 頻的2.4GHZ功率在2_W進行傳輸，並無法符合低頻的要 求，且人們對於高頻電磁波是否傷害人腦，仍有諸多疑慮， 況且藍芽晶片成本高，且無線產品的電力來源係來自内建小 電池因此，無線產品電子電路模組消耗功率的大小將影響 產品使料間。為此，本創作之心跳訊號係以低頻無線訊號 發^，（27)在10題2至80MHZ之間的頻率來傳送，不同於 藍芽裝置之高頻功率，不僅單晶片體積減小，其低頻傳輸亦 -10- M344138 避免了高頻功率產生對人體不可預測的影響，同時本創作可 使射頻模組體積小且操作於低電壓低頻之工作模式，易實施 於產品中。 由於，要減輕該無線心跳偵測器（20)之體積及重量， 使其輕薄化而方便攜帶及使用，並使其可於運動中持續地偵 測使用者的心跳，為此目的，本創作除將該殼體（21)設成 耳機般大小，並將該殼體（21)其内側面（28)之反射式心 跳感測元件（22)緊緊貼附在耳垂（41)上，來偵測使用者 的心跳訊號。此外，本創作亦將較佔空間之顯示單元，利用 周邊之電子產品來顯示，亦即本創作係利用該射頻模組的設 計，將所測得之心跳訊號以一低頻無線訊號發射器（27)發 射至一具有低頻無線訊號接收器（31)之顯示裝置（30)。由 於科技進步神速，目前諸多電子產品皆具有顯示面板，例如： 第八圖所示，運動器材（50)之儀表板（30A)，及第九圖所 示，運動型腕表（30B)此外行動電話手機及MP3/4播放 器····等亦具有此等顯示面板功能，容不贅述。因此， 只要在該等電子產品裝設有低頻無線訊號接收器（31 )，即可 與該無線心跳偵測器（20)形成無線傳輸功能。 進一步，如第七圖所示，該顯示裝置（30)除了該顯示 面板（LCD) (33)外，更包括具有一訊號處理單元（32)以 預設之程式或電路，將低頻無線訊號接收器（31)所輸入之 訊號經運算處理後，將其數據資料傳送至該顯示面板（33) 供使用者讀取與應用。 於是，如第八圖所示，使用者可同時使用跑步機’同時 將戴在耳朵上之無線心跳偵測器（20)所測得之心跳訊號傳 -11 - M344138 輸至該儀表板（30A)，使用者完全不受影響。 再者，如第九圖所示，使用者在戶外運動時，亦可將無 線心跳偵測器（20)所測得之心跳訊號傳至該運動型腕表 (30B);因此，使用上非常輕便且人性化，完全不影響運動。 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。 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。 M344138 【圖式簡單說明】 第一圖係美國第6, 553, 247號專利結構示意圖。 第一圖係習用一種心跳偵測夾子之立體圖。 第二圖A係本創作第一實施例的外觀立體圖，其顯示由 外側向内斜視。 第一圖B係本創作第一實施例的外觀立體圖，其顯示由 内側向外斜視。 第四圖A係本創 乍第二實施例的外觀立體圖，其顯示由 外側向内斜視。 第圖B係本創作第一實施例的外觀立體圖，其顯示該 心跳偵測器旋轉開之示意圖。 第五圖係本創作戴在耳朵之立體圖。 第六圖係第五圖中5 —5方向之示意圖。 第七圖係本創作之電路方塊圖。 第八圖係本創作之一使用狀態參考圖。 第九圖係本創作另一使用狀態參考圖。 【主要元件符號說明】 (10) 耳掛件 (11) 掛體 (12) 内側體 (13) 外側體 (14) 筒狀體 (20) 無線心跳偵測器 (21) 殼體 (211)桿件 -13· M344138 (22) 反射式心跳感測元件 (221) 控制電路板 (222) 紅外線發射端 (223) 接收端 (23) 微動開關 (24) 電源 (25) 雜訊诮除電路 (26) 濾波整型放大電路 (27) 低頻無線發射器 ® (⑻内側面 (29) 外側面 (30) 顯示裝置 (30Α)儀表板 (30Β)運動型腕表 (31) 低頻無線訊號接收器 (32) 訊號處理單元 (33) 顯示面板 • (40)耳朵 (41)耳垂 (50) 運動器材 (51) 脈衝訊號 (52) 數位訊號 -14-On the other hand, the user will slap the mouse, although a heartbeat sensor is set on a wristwatch. This mode is not, S is large or the thumb is placed on the sensor to measure the heartbeat. However, it changes, and it needs to be protected in the movement. The large-scale action will make the detected signal easier.曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰Connect a wire (8〇) and use a connector (9) to send a voltage signal that is fading to a host (not shown), and then display the heart or 汛旒. However, this type of detection is such that the user will be obstructed by the wire (8Q) during exercise and is not suitable for outdoor use. It is also not easy to carry V out, so there is still room for improvement. This is how to reduce the power and miniaturization of the heartbeat detector and make it easy to use. Accuracy is the subject of the creative solution. [New content] ^ ^ The purpose is to provide an ear-hook type low-frequency wireless heartbeat detector, which transmits the face 6 and the Qiufei wireless heartbeat detector with low-frequency power, and miniaturizes it to hang too & It is light, convenient and unaffordable on the ear, and is easy to use for both men and women without hindering the user's actions and safety. Detective, then ^ creation of the ~ purpose 'is provide an ear-hook low-frequency wireless heartbeat ', σ 'the heartbeat detection device is attached to the earlobe of the ear, not easy to slide M344138 or displacement, so it can accurately detect each A heartbeat causes a slight change in the reflection of infrared rays caused by the flow of blood in the microvessels, which has the effect of improving measurement accuracy. A further objective of the present invention is to provide an ear-hook low-frequency wireless heartbeat detector that automatically starts detecting heartbeat values (POWER 〇N) when worn on the ear and automatically turns off when removed (POWER OFF) ) to save energy and avoid waste, and can increase product life. In order to achieve the above objectives, the technical means adopted by the present invention include: an ear pendant which can be worn on the ear and has an inner body and an outer body, and the inner system is close to the inner edge surface of the user's earlobe to form a support. And a wireless heartbeat tester attached to the outer side of the ear pendant, and: 至少 at least a portion is attached to the outer surface of the user's earlobe, so that a reflective heartbeat sensing component is inspected Knowing that the earlobe microvessels produce a small amount of blood changes due to the heartbeat, the user's heartbeat pulse signal is detected, and then transmitted to a display device having a receiver by low-frequency wireless transmission. [Embodiment] First, referring to the third figure Β, Β and the fifth to seventh figures, the first embodiment of the present invention comprises: an ear pendant (10), which includes a hook that can be hung on the user's ear (4)挂) The upper hanging body (11), one extending downward from the hanging body (11) and the bottom edge is outwardly adjacent to the inner side body (12) of the inner rim surface of the earlobe (41), one extending outward from the hanging body (11) The side body (13) is outside the outer side of the ear (40). The front ear strap (1〇) is similar to the ear strap of the earphone, but in the preferred embodiment of the present invention, the inner body (12) abuts against the inner edge of the earlobe (41) and forms a supporting function, even if it is A wireless M344138 heartbeat detector (20) forms an internal-external clamping function, which will be described later. The wireless heartbeat detector (20) is connected to the outer side body (13)' of the ear pendant and has at least a portion attached to the outer surface of the earlobe (41) of the user, so that the outer shape is On the other hand, it is different from the earphones. The earphones are placed on the outside of the ear canal, but at least part of the wireless heartbeat detector (2〇) of this creation needs to be placed on the outer surface of the earlobe (41). Similarly, The inner rim surface of the earlobe (41) is abutting against the inner side (12) of the ear pendant (1 〇) to form a clamping function. In the embodiment of the second figure A and B, the wireless heartbeat detector (2〇) and the ear pendant (10) are in the form of a body, that is, the wireless hop detector (20) The housing (21) can be placed directly on the ear pendant (1)), and only the inner side (28) part of the component can be exposed. Further, the fourth embodiment of the fourth embodiment A and B is a perspective view of the second embodiment of the present invention, which is identical to the configuration of the first-real one, and the difference is that the wireless heartbeat side (2G) and the ear pendant (1) The system is formed separately and then combined into a body. The preferred embodiment is that the outer side body (13) of the ear pendant (1) is provided with a cylindrical body ((4), and the wireless heartbeat detector ( 2)) is provided at the upper end of the casing (21) - a rod member (211) capable of lifting and lowering in the cylindrical body (14), which is designed so that the casing (21) can be adjusted up and down, and the concrete is matched The position of the earlobe (9) of different users. In the step, the housing (2υ includes a pivotal connection with the rod (211), that is, as shown in the fourth figure, the housing (2U can be rod The piece (211) is the axis, and the angle is rotated. Thus, the user can hold the ear piece (1G) on the ear (4), and then invert the casing (21) as shown in the fourth figure a. Close to the earlobe, such as M344138, it has the convenience and comfort of its use. However, regardless of the formation of the two embodiments or the combination of the two, the wireless heart of the creation The structure and characteristics of the hop detector (2 〇) are exactly the same. Please also refer to the circuit diagram in Figure 7, which includes: 〇 a housing (21), which is designed to match the shape of the ear (40). It has an inner side (28) close to the ear (4 inches) and an outer side (29) on the opposite side; ii) a reflective type heartbeat sensing element (22), which is disposed within the housing (21) The control circuit board (221) is provided with an infrared emitting end (222)' and a receiving end (223) corresponding thereto, and the infrared emitting end (222) and the receiving end (223) are exposed. The inner side surface (28) of the casing (21) is adjacent to the outer surface of the user's earlobe (41) for detecting the micro blood flow caused by the heartbeat of the earlobe (41), thereby detecting the user The heartbeat pulse signal; in this embodiment, the infrared emitting end (222) is an infrared light emitting diode, and the receiving end (223) is a receiving transistor. When the infrared light is emitted, the signal is reflected by the blood vessel in the skin. The receiving transistor receives 'and thus measures the user's heartbeat pulse signal. # iii) A power source (24) is disposed in the housing (21) for supplying power required by the wireless heartbeat detector (20); the power source (24) of the embodiment is included as a small battery. Iv) - a micro switch (23) is provided on the inner side (28) of the housing (21) for controlling the opening or closing of the reflective heartbeat sensing element (22); The micro switch (23) is disposed on a side of the reflective heartbeat sensing component (22), as shown in FIG. 3B and FIG. 4B, but is not limited thereto, that is, it may be disposed on the reflective heartbeat In the middle of the sensing element (22), M344138 is also in the middle of the transmitting end (222) and the receiving end (223). However, the main purpose is to automatically detect the heartbeat when the inner side (28) of the casing (21) contacts the earlobe (41), and when the casing (21) is separated from the earlobe (41), It automatically shuts down to save power (24) and increase the life of the product. v) a noise cancellation circuit (25) and a filter integer amplification circuit (26) are disposed in the housing (21) and electrically connected to the reflective heartbeat sensing component (22); The reflected heartbeat sensing component (22) uses the reflection principle to measure the human heartbeat signal, which is a pulse signal (S1), which is a weak analog signal. Therefore, the noise cancellation circuit (25) and the filter integer amplification circuit (26) are converted into a digital signal (S2) available to a signal processing unit; and vi) - a low frequency wireless transmitter (27), The device is disposed in the housing (21) for transmitting the heartbeat signal of the filter shaping amplifier circuit (26) to a display device (3〇) having a low frequency wireless signal receiver (31), thereby connecting the heartbeat 5 tigers can't show up. However, one of the main features of this creation is to use the RF module formed by the low-frequency wireless transmitter (27) and the receiver (31) to transmit signals, which is different from the wireless headset system using high-frequency transmission or blue. Bud devices, because these devices are transmitted at 2_W with high-frequency 2.4GHZ power, and can not meet the requirements of low frequency, and people still have many doubts about whether high-frequency electromagnetic waves harm the human brain, and the cost of Bluetooth chips is high. And the power source of the wireless product comes from the built-in small battery. Therefore, the power consumption of the electronic circuit module of the wireless product will affect the product between the materials. To this end, the heartbeat signal of this creation is transmitted by the low frequency wireless signal, (27) transmitted at a frequency between 10 and 2 to 80 MHz, unlike the high frequency power of the Bluetooth device, not only the volume of the single chip is reduced, but also Low-frequency transmission also -10- M344138 avoids the unpredictable impact of high-frequency power generation on the human body. At the same time, this creation can make the RF module small in size and operate in a low-voltage low-frequency mode, which is easy to implement in the product. Therefore, to reduce the size and weight of the wireless heartbeat detector (20), it is light and thin, convenient to carry and use, and it can continuously detect the user's heartbeat during exercise. For this purpose, the creation In addition to arranging the housing (21) to be earphone-sized, the reflective heartbeat sensing element (22) of the inner side (28) of the housing (21) is closely attached to the earlobe (41). Detect the user's heartbeat signal. In addition, this creation will also display the space-based display unit using the surrounding electronic products, that is, the creation system uses the design of the RF module to use the measured heartbeat signal as a low-frequency wireless signal transmitter (27). ) is transmitted to a display device (30) having a low frequency wireless signal receiver (31). Due to the rapid advancement of science and technology, many electronic products currently have display panels, for example: Figure 8 shows the instrument panel (30A) of sports equipment (50), and the ninth diagram, sports watch (30B) Telephone handsets and MP3/4 players, etc. also have such display panel functions, and are not described here. Therefore, as long as the low frequency wireless signal receiver (31) is installed in the electronic products, a wireless transmission function can be formed with the wireless heartbeat detector (20). Further, as shown in the seventh figure, the display device (30) includes, in addition to the display panel (LCD) (33), a signal processing unit (32) for receiving low frequency wireless signals by using a preset program or circuit. After the signal input by the device (31) is processed, the data data is transmitted to the display panel (33) for reading and application by the user. Therefore, as shown in the eighth figure, the user can use the treadmill at the same time to simultaneously transmit the heartbeat signal -11 - M344138 measured by the wireless heartbeat detector (20) worn on the ear to the dashboard (30A). ), the user is completely unaffected. Furthermore, as shown in the ninth figure, the user can also transmit the heartbeat signal measured by the wireless heartbeat detector (20) to the sports watch (30B) during outdoor sports; therefore, the use is very Lightweight and user-friendly, it does not affect sports at all. In summary, the structure revealed by this creation is unprecedented, and it can achieve the improvement of efficacy, and it can be used for industrial utilization. It fully complies with the new patent requirements, and invites your review committee to grant patents. Innovation, no sense of morality. However, the above-mentioned drawings and descriptions are only preferred embodiments of the present invention. Modifications or equivalent changes made by those skilled in the art in accordance with the spirit of the case should still be included in the scope of the patent application. M344138 [Simple description of the diagram] The first diagram is a schematic diagram of the structure of the US Patent No. 6,553,247. The first figure is a perspective view of a heartbeat detection clip. Fig. 2A is an external perspective view of the first embodiment of the present creation, which is shown obliquely from the outside to the inside. The first figure B is an external perspective view of the first embodiment of the present creation, which is shown obliquely from the inside to the outside. Fig. 4A is an external perspective view of the second embodiment of the present invention, which is shown obliquely from the outside to the inside. Figure B is an external perspective view of the first embodiment of the present invention, showing a schematic view of the rotation of the heartbeat detector. The fifth picture is a three-dimensional picture of the creation of the ear. The sixth figure is a schematic diagram of the 5-5 direction in the fifth figure. The seventh diagram is a circuit block diagram of the creation. The eighth figure is a state reference map used by one of the creations. The ninth figure is another reference state diagram of the present use. [Main component symbol description] (10) Ear pendant (11) Hanging body (12) Inner body (13) Outer body (14) Cylindrical body (20) Wireless heartbeat detector (21) Housing (211) rod -13· M344138 (22) Reflective Heartbeat Sensing Element (221) Control Board (222) Infrared Emitter (223) Receiver (23) Micro Switch (24) Power (25) Noise Removal Circuit (26) Filtering Amplifier Circuit (27) Low Frequency Wireless Transmitter® ((8) Inside Side (29) Outer Side (30) Display Unit (30Α) Dashboard (30Β) Sport Type Watch (31) Low Frequency Wireless Signal Receiver (32) Signal Processing Unit (33) Display Panel • (40) Ear (41) Lobe (50) Sports Equipment (51) Pulse Signal (52) Digital Signal-14-