1259766 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種可更換心電傳輪信號裝置之後入旋 轉胸帶結構’特別是關於一種將絕緣胸帶結合於心電感應 裝置上形成緊密貼合之結構，以達到二次定位的效果。 【先前技術】 知：，現代人越來越重視自己的身體情況，而為了要量 測心跳k $虎’係有業者發明能繫於胸部之心跳測量器，請 參閱弟、一 a圖所示，係顯示習用按扣式心跳測量器之 正視圖及侧視圖，該心跳測量器100係包括有一心電信號 感應裝置1及-繫胸帶2，其中該心電信號感應裝置i設 有至少一個凸塊11，而該繫胸帶2則設有對應於該心電信 唬感應裝置凸塊11之金屬鈕扣21，使該繫胸帶2扣合於 心電k號感應裝置1上，以測量一心跳信號。 然而，再請參閱第二圖所示，係顯示習用扣合式心跳 測量器之正視圖，由圖中可清楚得知，該心跳測量器200 係包括有一左右扣帶3、4，並於左扣帶3設有至少一個穿 孔31，以供右扣帶4所設之凸塊41穿設並卡掣，遠 測量心跳信號之效果。 ^此外，再先前專利技術中，可以發現有各種不同利用 係胸型心跳信號的測量裝置，例如美國發明專利第DW幻 諕專利案中，其揭露一種可結合傳輸並應用於胸帶之心律 ③ 12597661259766 IX. Description of the Invention: [Technical Field] The present invention relates to a replaceable electrocardiographic signalling device and a rotating chest strap structure, in particular, relating to an intimate chest strap coupled to an electrocardiographic device to form a tight Fit the structure to achieve the effect of secondary positioning. [Prior Art] Know: Modern people are paying more and more attention to their physical condition, and in order to measure the heartbeat k $虎's practitioners can invent the heartbeat measurer that can be attached to the chest, please refer to the brother, a picture shown in Figure , showing a front view and a side view of a conventional snap-on heart rate measuring device 100, comprising an electrocardiographic signal sensing device 1 and a chest strap 2, wherein the electrocardiographic signal sensing device i is provided with at least one a bump 11 is provided, and the chest strap 2 is provided with a metal button 21 corresponding to the bump 11 of the telecom sensing device, so that the strap 2 is fastened to the electrocardiogram sensing device 1 to measure one Heartbeat signal. However, referring to the second figure, a front view of the conventional snap-on heart rate measuring device is shown. As is clear from the figure, the heart rate measuring device 200 includes a left and right buckles 3, 4 and is buckled to the left. The belt 3 is provided with at least one perforation 31 for the bumps 41 provided on the right buckle belt 4 to be pierced and jammed to measure the effect of the heartbeat signal. In addition, in the prior patented technology, various measuring devices utilizing a chest-type heartbeat signal can be found, for example, in the DN illusion patent of the US invention patent, which discloses a heart rhythm 3 which can be combined and transmitted and applied to the chest strap. 1259766
I卞掣，以達到一結合效果， 一穿孔，以讓胸帶穿設其中 但此種結構防水不易，若水 • 麟心律監視器上，則會由穿孔滲入並使得導電效果變差； 又於，如美國發明專利第492999號專利案中，其揭露了一 種傳輸於心律監視器之胸帶結構，此種結構運用的許多的 扣合方法，以達到一穩定之扣合，但結構複雜，製作成本 必然增加，此外，由於必須先以鈕扣扣合，再輔以其餘結 構對位、卡掣，讓使用者組裝及使用的過程增加，運用難 度大增。 【發明内容】 本發明所欲解決之技術問題： 然而，上述習用之按扣式心跳測量器，係將心電信號 感應裝置之凸塊按壓扣合於繫胸帶之金屬叙扣上，以此來 做測量心跳的動作，但此種按壓式心跳測量器在使用者進 行各種運動時（如跑步），會因晃動而使心跳測量器脫落， 容易造成使用者在使用上的不方便，再者，由於按壓式心 跳測量器僅僅是以金屬鈕扣壓入扣合的關係，即於金屬鈕 1259766 才内^/成間隙’當使用者因運動而導致按壓式心跳測量器 晃動時，便會形成導電性不佳、接觸不良的困擾。 然而，上述習用之扣合式心跳測量器，係利用右扣帶 之凸塊穿入左扣帶之穿孔形成一定位，以方便使用者穿戴 於胸部，來測量-心跳信號，但此種心跳測量器需分左、 右兩纟而，才忐正確的扣住，否則無法使用，此外，由於使 者運動時會產生一晃動，使得扣合式心跳測量器接觸不 • 良，造成心跳信號的中斷，另外，該扣合式心跳測量器於 左扣帶及右扣帶上打洞，被水濺到時則會有防水不良的問 題產生。 、因此，本發明之主要目的即是提供一種可更換嵌入旋 . 2式〜電信旎傳輸結構，該絕緣胸帶係可於測量心跳信號 日守’能緊密扣持於心電傳輸信號裝置上，不會因為使用者 的劇烈運動而使得脫落，造成^跳信號傳輸的 中斷，也可 易的將絕緣胸帶鬆脫卸下做一更換，以供使用者能方便 _ 使用。 么本發明之另一目的即是提供一種可更換之具導電胸帶 、、巴、、彖胸f，由於絕緣胸帶與絕緣織布之間係穿設有一塑膠 套％，欲更換絕緣織布上之導電織布區段時，即可依照使 ^者的需求將穿設於塑膠套環上的絕緣胸帶及導電織布區 奴卸下，以更換導電織布區段，無需花費額外成本購置新 品° ⑧ 1259766 本發明解決問題之技術手段： 本發明為解決習知技術之問題所採用之技術手段係在 該心電感應裝置係於背面二侧表面各設有一轴部及一擋止 環，以讓絕緣胸帶於左右任意方向做一緊迫結合；而該絕 緣胸帶係於一侧設有一具導電織布區段之絕緣織布，且該 導電織布區段係於遠離絕緣胸帶另侧連接有一導電扣環， 並在導電扣環表面上設有一與該心電感應裝置於該轴部及 I 撞止壞呈相對應之極接部及旋轉卡擎部，以使该柩接部扣 合於軸部上，而後使該旋轉卡掣部止檔於擋止環上，以達 到二次定位，俾使絕緣胸帶能緊密結合於該心電感應裝置 上’即令心電感應裝置能於接收心跳信號時不會中斷資料 的傳輸。 本發明對照先前技術之功效： 相較於現有技術，本發明有效克服了傳統按扣式、扣 Φ 合式心跳測量器於使用者劇烈運動時，因搖晃過大而使其 脫落，造成信號中斷之情形；而本發明之絕緣胸帶由於可 以二次定位的方式來卡掣固定於心電感應裝置内，即使受 到晃動也不會脫離，俾可收到一良好信號。 本發明所採用的具體實施例，將藉由以下之實施例及 附呈圖式作進一步之說明。 1259766 【實施方式】 請參閱第三、四、四a、四b圖所示，係顯示本發明 可更換心電傳輸信號裝置之嵌入旋轉胸帶結構之立體外觀 圖、立體分解圖、心電傳輸信號裝置正視圖及心電傳輸信 號裝置後視圖，由圖中可清楚得知，該心電傳輸信號裝^ 之嵌入旋轉胸帶結構300係包括有一心電傳輸信號裝置5 及絕緣胸帶6所組成，其中·· • 該心電感應裝置5於背面二側之表面各設有一凹部 51’且該凹部51内為由中心位置依序往外設置有一轴部如 及一擒止環512,以讓絕緣胸帶6於左右任意方向做一緊 絕緣胸帶6係於一侧設有一具導電織布區段621之 ν 並於5亥絕緣胸帶6及絕緣織布62之間係穿I卞掣, in order to achieve a combined effect, a perforation, so that the chest strap is worn therein, but this structure is not easy to waterproof, if the water and the core rhythm monitor, it will penetrate through the perforation and make the conductive effect worse; For example, in the U.S. Patent No. 492,999, it discloses a chest strap structure that is transmitted to a heart rhythm monitor. The structure uses a plurality of fastening methods to achieve a stable fastening, but the structure is complicated and the manufacturing cost is Inevitably, in addition, because the button must be fastened first, and then the remaining structure is aligned and jammed, the process of assembly and use of the user is increased, and the application difficulty is greatly increased. SUMMARY OF THE INVENTION The technical problem to be solved by the present invention is: However, the conventional snap-type heartbeat measuring device buckles the bump of the electrocardiographic signal sensing device to the metal buckle of the chest strap. To measure the heartbeat, but such a push-type heartbeat measurer can cause the heartbeat measurer to fall off due to shaking when the user performs various exercises (such as running), which is easy to cause inconvenience to the user. Since the push-type heartbeat measurer is only pressed into the snap-fit relationship with the metal button, that is, the metal button 1259766 is in the gap / when the user shakes the push-type heartbeat measurer due to the movement, the conductive is formed. Poor sex and poor contact. However, the conventional snap-on heartbeat measuring device uses the protrusion of the right buckle to penetrate the perforation of the left buckle to form a positioning for the user to wear on the chest to measure the heartbeat signal, but the heartbeat measurer It needs to be divided into left and right sides to be properly buckled, otherwise it can not be used. In addition, due to the shaking of the messenger during movement, the buckled heart rate measuring device does not contact well, causing the heartbeat signal to be interrupted. The snap-on heart rate measuring device punches holes in the left and right buckles, and when it is splashed by water, there is a problem of poor waterproofing. Therefore, the main object of the present invention is to provide a replaceable embedded type 2 to telecommunications transmission structure, which can be used to measure the heartbeat signal and can be tightly held on the ECG transmission signal device. It will not fall off due to the user's strenuous exercise, resulting in the interruption of the transmission of the ^ hop signal. It is also easy to loosen the insulating chest strap and replace it for the user to use. Another object of the present invention is to provide a replaceable conductive chest strap, bar, and chest b. Since a plastic sleeve is worn between the insulated chest strap and the insulating woven fabric, the insulating woven fabric is to be replaced. In the case of the conductive woven fabric section, the insulating chest strap and the conductive woven fabric slave worn on the plastic collar can be removed according to the requirements of the manufacturer, so as to replace the conductive woven fabric section without additional cost. The invention provides a technical solution for solving the problems of the prior art. The technical means for solving the problems of the prior art is that the electrocardiographic sensing device is provided with a shaft portion and a stop ring on each of the two side surfaces of the back surface. In order to make the insulating chest strap a tight combination in any direction of the left and right; and the insulating chest strap is provided with an insulating woven fabric with a conductive woven fabric section on one side, and the conductive woven fabric section is away from the insulated chest strap A conductive buckle is connected to the other side, and a surface of the conductive buckle is provided with a pole portion corresponding to the impact of the electrocardiographic device on the shaft portion and the I and the rotary cartridge portion to make the connection The part is fastened to the shaft and then made Rotating the snap portion stops on the stop ring to achieve secondary positioning, so that the insulated chest strap can be tightly coupled to the electrocardiographic device, so that the electrocardiographic device can receive the heartbeat signal without interrupting the data. transmission. The invention compares the effects of the prior art: Compared with the prior art, the invention effectively overcomes the situation that the traditional snap-type and buckle-type heartbeat measuring device is caused to fall off due to excessive shaking when the user is strenuously exercising, resulting in signal interruption. The insulated chest strap of the present invention is fixed in the electrocardiographic device by means of secondary positioning, and will not be detached even if it is shaken, and a good signal can be received. The specific embodiments of the present invention will be further described by the following examples and the accompanying drawings. 1259766 [Embodiment] Please refer to the third, fourth, fourth, and fourth b diagrams, showing the stereoscopic appearance, stereoscopic exploded view, and electrocardiographic transmission of the embedded chest strap structure of the replaceable electrocardiographic transmission signal device of the present invention. A front view of the signaling device and a rear view of the electrocardiographic transmission signal device, as is clear from the figure, the ECG transmission signal embedded in the rotating chest strap structure 300 includes an electrocardiographic transmission signal device 5 and an insulated chest strap 6 In the composition, the electrocardiographic device 5 is provided with a recess 51' on each of the two sides of the back surface, and a recessed portion, such as a stop ring 512, is disposed in the recess 51 from the center. The insulated chest strap 6 is made of a tightly insulated chest strap 6 in any direction, and is provided with a conductive woven fabric section 621 on one side and is threaded between the 5th insulated chest strap 6 and the insulating woven fabric 62.
膠套環&，且該導電織布區段62係於遠離絕緣 另側連接-導電扣環63，並在該導電扣環Μ表面 叹有—與該心電感應裝置5於轴部511及播止環Μ 目對應之樞接部631及旋轉卡擎 係具有-i彡③〜 士 而_緣胸帶6 妙I緊^>64,以套設有一可調整長度之調整環… 二而，當本發明於使用時，請同時參閱第五、六、七 裝置顯示本發明嵌人旋轉胸帶結構與心電傳輸信號 之…合前之動作示意圖、及結合後之動作干立同^ 圖中可清楚得知，本發明之__ 6 & 2 =思圖，由 電傳輪ίΓΓ，係先將絕緣胸帶6之導電扣環63對正於心 置5背面二側表面之對應凹部5卜續將該絕 ⑧ .1259766 緣胸帶6之導電扣環63以特定角度嵌人凹部51心同時 導電扣環63之樞接部631為順勢對凹部51之軸部5 二按壓動作，以使該樞接部631與轴部5ιι形成—相互扣 ^ ^將絕緣胸帶6之導電扣環63向下旋轉，使其絕緣胸 f 6於導電扣環63之旋轉卡掣 靖卞w 632止擔於心電傳輸信號 表置5於凹部51之播止環512上呈—止擔狀態，即可形成a rubber collar & and the electrically conductive woven fabric section 62 is attached away from the other side of the insulating-conductive buckle 63 and is slanted on the surface of the conductive buckle ring - and the electrocardiographic device 5 is on the shaft portion 511 and The pivoting portion 631 and the rotary card engine corresponding to the broadcast ring have a -i 彡 3 〜 _ _ _ chest strap 6 妙 I tight ^ > 64, with an adjustable length adjustment ring ... When the present invention is used, please refer to the fifth, sixth, and seventh devices to display the action diagram of the inlaid rotating chest strap structure and the electrocardiographic transmission signal of the present invention, and the action of the combined action. It can be clearly seen that the __6 & 2 = thinking of the present invention, by the electric transmission wheel, firstly aligns the conductive buckle 63 of the insulating chest strap 6 with the corresponding recess of the two side surfaces of the back side of the heart. 5, the conductive buckle 63 of the rim flange of the 8.5 766766 is inserted into the concave portion 51 at a specific angle, and the pivoting portion 631 of the conductive buckle 63 is pressed against the shaft portion 5 of the concave portion 51. The pivoting portion 631 and the shaft portion 5 ι are formed to interlock with each other to rotate the conductive buckle 63 of the insulating chest strap 6 downward to make the insulating chest f 6 guide Rotating cassette of the electric buckle 63 卞 卞 w 632 stops the signal transmission of the electrocardiogram. The surface 5 is placed on the broadcast ring 512 of the recess 51 to form a stop state.
:次定位’俾使心電信號於傳輸時，不會因為使用者運動 時的晃動而讓心跳信號的傳輸中斷。 此外，若使用者欲將該絕緣胸帶6鬆脫於心電傳輸信 號裝置5之外時，僅需將該絕緣胸帶6向上旋轉，再將絕 匈帶6於導電扣環63之樞接部631向外退出，使絕緣胸 ^ 6之導電扣環63脫離於^電傳輸信號裝置5之凹部51 内，即完成退出之動作。 另外，由於該絕緣胸帶6及該導電織布區段621均穿 叹一塑膠套環61，因此當導電織布區段621因浸水或不堪 制時，可將該塑膠套€61拆下，取出其導電織布區段621 做一更換動作’不需將整條絕緣胸帶6丟棄而花費額外成 本購置新品，即可達到節省成本之功效。 ^再者，請參閱第八圖所示，係顯示本發明嵌入旋轉胸 帶結構與心電傳輸信號裝置之較佳實施例，當使用者依照 上述方法將嵌入旋轉胸帶結構與心電傳輸信號裝置之使用 心電傳輸信號裝置5置放於人體之胸部時，該絕緣胸帶6 之各導電織布區段621係可貼於人體之左、右胸部，而讓 〜電傳輪信號裝置5置於胸部中央，以使該各導電織布區 1259766 段621偵測到人體之心跳信號後，便會將此心跳信號傳送 至該心電傳輸信號裝置5内，以供使用者得知自身的身體 狀況。 此外，請參閱第九、九a圖所示，係顯示本發明嵌入 方疋轉胸f結構與心電傳輸信號裝置之導電扣環咬合於導電 織布區段之立體分解圖及示意圖，該導電扣環63 一端係可 為連續鑛齒狀扣環66，以緊密咬合於該導電織布區段621 鲁 上係可使该導電織布區段621在接收到心跳信號時，導 電扣環63能穩固的將心跳信號傳輸至心電傳輸信號裝置5 内。 然而，請參閱第十、十a圖所示，係顯示本發明嵌入 旋轉胸帶結構與心電傳輸信號裝置之導電扣環與導電織布 區段形成電性連接之立體分解圖及示意圖，由圖中可清楚 得知，該導電扣環63 —端係可為一活動式扣環67，並可 以活動位移方式來套於絕緣胸帶6上，亦可達到與第八圖 φ 相同之功效。 藉由上述之本發明實施例可知，本發明確具產業上之 利用價值。惟以上之實施例說明，僅為本發明之較佳實施 例說明’凡習於此項技術者當可依據本發明之上述實施例 說明而作其它種種之改良及變化。然而這些依據本發明實 施例所作的種種改良及變化，當仍屬於本發明之發明精神 及界定之專利範圍内。 、 ⑧ 11 1259766 【圖式簡單說明】 第一圖係顯示習用按扣式心跳測量器之正視圖。 第一 a圖係顯示習用按扣式心跳測量器之侧視圖。 第二圖係顯示習用扣合式心跳測量器之正視圖。 第三圖係顯示本發明可更換心電傳輸信號裝置之嵌入旋轉 胸帶結構之立體外觀圖。 第四圖係顯示本發明可更換心電傳輸信號裝置之嵌入旋轉 胸帶結構之立體分解圖。 第四a圖係顯示本發明可更換心電傳輸信號裝置正視圖及 心電傳輸信號裝置正視圖。 第四b圖係顯示本發明可更換心電傳輸信號裝置正視圖及 心電傳輸信號裝置後視圖。 第五圖係顯示本發明嵌入旋轉胸帶結構與心電傳輸信號裝 置之結合前之動作示意圖。 第六圖係顯示本發明嵌入旋轉胸帶結構與心電傳輸信號裝 置之結合時之動作示意圖。 第七圖係顯示本發明嵌入旋轉胸帶結構與心電傳輸信號裝 置之結合後之動作示意圖。 第八圖係顯示本發明嵌入旋轉胸帶結構與心電傳輸信號裝 置之較佳實施例。 第九圖係顯示本發明嵌入旋轉胸帶結構與心電傳輸信號裝 置之導電扣環咬合於導電織布區段之立體分解圖。 第九a圖係顯示本發明嵌入旋轉胸帶結構與心電傳輸信號 裝置之導電扣環咬合於導電織布區段之示意圖。 ⑧ 1259766 第十圖係顯示本發明嵌入旋轉胸帶結構與心電傳輸信號裝 置之導電扣環與導電織布區段形成電性連接之立體 分解圖。 第十a圖係顯示本發明嵌入旋轉胸帶結構與心電傳輸信號 裝置之導電扣環與導電織布區段形成電性連接之示 意圖。 ⑧ 【主要元件符號說明】 100 心跳測量器 1 心電信號感應裝置 11 凸塊 200 心跳測量器 2 繫胸帶 21 金屬紐扣 300 心電傳輸信號裝置之嵌入旋轉胸帶結構 3 左扣帶 4 右扣帶 5 心電感應裝置 51 凹部 511 軸部 512 擋止環 6 絕緣胸帶 61 塑膠套環 13 1259766 62 絕緣織布 621 導電織布區段 63 導電扣環 631 枢接部 632 旋轉卡掣部 64 鬆緊帶 65 調整環 66 鋸齒狀扣環 67 活動式扣環: Sub-positioning 俾 When the ECG signal is transmitted, the transmission of the heartbeat signal is not interrupted due to the shaking of the user during exercise. In addition, if the user wants to loosen the insulating chest strap 6 outside the electrocardiographic transmission signal device 5, the insulating chest strap 6 only needs to be rotated upward, and then the pivotal connection of the stagnation band 6 to the conductive buckle 63 is performed. The portion 631 is withdrawn outward, so that the conductive buckle 63 of the insulating chest 6 is disengaged from the recess 51 of the electrical transmission signal device 5, that is, the action of exiting is completed. In addition, since the insulating chest strap 6 and the conductive woven fabric section 621 both sigh a plastic collar 61, when the conductive woven fabric section 621 is immersed in water or unsatisfactory, the plastic sleeve €61 can be removed. The conductive woven fabric section 621 is taken out to perform a replacement operation. The cost reduction effect can be achieved without the need to discard the entire insulated chest strap 6 and cost extra to purchase a new product. Further, as shown in the eighth figure, a preferred embodiment of the present invention embeds a rotating chest strap structure and an electrocardiographic transmission signal device is shown. When the user inserts the rotating chest strap structure and the electrocardiographic transmission signal according to the above method. When the device uses the electrocardiographic transmission signal device 5 to be placed on the chest of the human body, each of the conductive woven fabric segments 621 of the insulated chest strap 6 can be attached to the left and right chests of the human body, and the electric transmission wheel signal device 5 is allowed. Placed in the center of the chest, so that the heartbeat signal of the human body is detected after the 1259766 segment 621 of the conductive woven fabric area is detected, and the heartbeat signal is transmitted to the ECG signal transmission device 5 for the user to know his/her own Physical conditions. In addition, referring to the ninth and ninth diagrams, the perspective view and the schematic diagram of the conductive buckle of the embedded square-turned chest structure and the electrocardiographic transmission signal device of the present invention are engaged in the conductive woven fabric section, and the conductive is shown. One end of the buckle 63 can be a continuous ore-shaped retaining ring 66 for tightly engaging the conductive woven fabric section 621. The conductive woven fabric section 621 can receive the heartbeat signal when the conductive woven fabric section 621 receives the heartbeat signal. The heartbeat signal is transmitted to the electrocardiographic transmission signal device 5 in a stable manner. However, referring to the tenth and tenthth drawings, an exploded perspective view and a schematic diagram showing the electrical connection between the conductive buckle and the conductive woven fabric segment embedded in the rotating chest strap structure and the electrocardiographic transmission signal device of the present invention are shown. It can be clearly seen that the conductive buckle 63 can be a movable buckle 67 at the end, and can be sleeved on the insulating chest strap 6 in a movable displacement manner, and can also achieve the same effect as the eighth figure φ. As can be seen from the above embodiments of the present invention, the present invention has industrial use value. However, the above embodiments are merely illustrative of the preferred embodiments of the present invention, and other modifications and changes can be made by those skilled in the art in light of the above-described embodiments of the present invention. However, various modifications and changes made in accordance with the embodiments of the present invention are still within the scope of the invention and the scope of the invention. , 8 11 1259766 [Simple description of the diagram] The first diagram shows the front view of the conventional snap-on heart rate measuring device. The first a diagram shows a side view of a conventional snap-on heart rate measuring device. The second figure shows a front view of a conventional snap-on heart rate measuring device. The third figure shows a perspective view of the embedded chest strap structure of the replaceable electrocardiographic transmission signal device of the present invention. The fourth figure shows an exploded perspective view of the embedded chest strap structure of the replaceable electrocardiographic transmission signal device of the present invention. Figure 4a shows a front view of the replaceable electrocardiographic transmission signal device of the present invention and a front view of the electrocardiographic transmission signal device. Figure 4b shows a front view of the replaceable electrocardiographic transmission signal device of the present invention and a rear view of the electrocardiographic transmission signal device. Fig. 5 is a view showing the action of the present invention before the combination of the rotating chest strap structure and the electrocardiographic transmission signal device. Fig. 6 is a view showing the operation of the present invention in which a combination of a rotating chest strap structure and an electrocardiographic transmission signal device is incorporated. Fig. 7 is a view showing the action of the combination of the embedded chest strap structure and the electrocardiographic transmission signal device of the present invention. The eighth figure shows a preferred embodiment of the apparatus for embedding a rotating chest strap structure and an electrocardiographic transmission signal of the present invention. The ninth drawing shows an exploded perspective view of the conductive buckle of the rotating chest strap structure and the electrocardiographic transmission signal device of the present invention engaged with the conductive woven fabric section. Figure 9A is a schematic view showing the conductive buckle of the rotating chest strap structure and the electrocardiographic transmission signal device of the present invention being engaged with the conductive woven fabric section. 8 1259766 FIG. 10 is a perspective exploded view showing the electrical connection between the conductive buckle and the conductive woven fabric section of the rotating chest strap structure and the electrocardiographic transmission signal device of the present invention. The tenth a diagram shows the intention of electrically connecting the conductive buckle of the rotating chest strap structure and the electrocardiographic transmission signal device to the conductive woven fabric section of the present invention. 8 [Main component symbol description] 100 Heartbeat measuring device 1 ECG signal sensing device 11 Bump 200 Heartbeat measuring device 2 Brass strap 21 Metal button 300 ECG transmission signal device embedded rotating chest strap structure 3 Left buckle strap 4 Right buckle Belt 5 ECG device 51 Recessed part 511 Shaft part 512 Stopping ring 6 Insulated chest strap 61 Plastic collar 13 1259766 62 Insulating woven fabric 621 Conductive woven section 63 Conductive clasp 631 Pivot part 632 Rotating clasp 64 Elastic band 65 Adjusting ring 66 Zigzag retaining ring 67 Movable retaining ring
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