M340037 WL ，: 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種心電信號量測裝置之設計，特別是 關於一種戴附式心電信號量測裝置。 【先前技術】 由於人體所產生的心電信號關係著人體的各種健康狀 • 況，透過人體心電信號可了解其整體身體的運作機能，因此 有各種心電信號量測裝置被研發出來，以藉由人體心電信號 之偵測來監控人體的各種健康狀況。 例如醫療用之心電圖（EKG)量測裝置或一般用以了 解睡眠狀況之心電信號量測裝置等，皆可使使用者藉由所量 測之心電信號而了解其本身之身體狀況。 在習用之心電信號量測裝置中，主要是以數個電極貼 片和導線以及一電腦裝置來量測，亦即將電極貼片貼附於人 體，而該導線係連接於電極貼片和電腦裝置之間，用以傳輸 • 電極貼片所偵測之心電信號至該電腦裝置，該電腦裝置再將 所接收之心電信號予以儲存、分析並顯示。 例如在中華民國新型專利第136〇33號專利案中，揭露 出一種心電圖感測裝置，包含一彈性片，其中加入許多既定 之導電線以置於病人胸上。該裝置由一彈性底層所形成，其 中有許多既定模型之電極將電脈衝自病人身上傳遞至心電 圖，此等改良包含一第一機構將裝置自上方定位於鎖骨凹痕 M340037 貌_Λ. βί • ' ，以及一第一疋位機構將裝置定位於胸骨凹痕，藉此使裝置 定位在鎖骨凹痕及胸骨凹痕處會使電極能重覆定位在大約 相同的位置。 【新型内容】 本創作所欲解決之技術問題： 然而，目前市場或醫療用以偵測人體睡眠狀況的 • C電信號量測裝置，其設計複雜且笨重，且具有多條導線 (Leads)連結電極貼片。對睡眠狀況偵測者而言，是一種 極大的負擔。不但沒考量人體工學，且不實用，甚至影響睡 眠品質。 又雖然目刖市面上亦有胸帶式之心電信號量測裝置， 但其電極貼片大多係gj定於胸帶上，當使料間日久而電極 貼片沾附許多污垢時，在清洗上相當不便。 …緣此，本創作之主要目的即是提供一種戴附式心電信 鲁 號量測裝置，以省去複雜之導線好方便使用者佩帶。 、本創作之另一目的是提供一種可拆換電極貼片之戴附 式心電信號量測裝置，以方便使用者將電極貼片拆下清洗。 本創作解決問題之技術手段·· 本創作為解決習知技術之問題所採用之技術手段係提 供-種戴附式心電信號量測裝置，其包括有_戴附载=、、至 少二結合件、—心電信號侧模組和至少二心電信號電極貼 片。戴附載體係具有一模組設置面和一電極貼片“面姓 M340037 二件糸設置於戴附載體之選定位置，每—個結合件於戴附載 設置面係分別形成有-偵測模組結合部，並於戴附 載體之電極貼片結合面分別形成有一電極貼片結合部。心電 ㈣侦測模組係藉由結合件之_模組結合部結合於戴附 載體之模組設置面。心、電信號電極貼片係藉由結合件之電極 貼片結合部結合於戴附載體之電極貼片結合面。 本創作對照先前技術之功效： 、、'工由本創作所㈣之技術手段，使用者只需將戴附載 體貼合於胸部’即可藉由心電信號電極貼片感測使用者之心 跳信號並將所感測之^跳信號傳送n信號仙模組，可 免去複雜之導線，在佩帶上相當方便。並且各片心電信號電 極貼片可獨立地由戴附帶體上拆下，使使用I易於清洗辦污 之心電信號電極貼片或替換以新的心電信號電極貼片。 本創作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。 【實施方式】 參閱第1圖和第2圖所示，本創作戴附式心電信號量 測裝置100係包括一戴附載體1、三結合件2a、2b、2e、一 心電信號偵測模組3和三心電信號電極貼片4a、4b、4e。 戴附載體1係具有一模組設置面11和一電極貼片結合 面12。結合件2a、2b、2c係設置於戴附載體1之中央鄰近 位置’結合件2a、2b、2c於戴附載體1之模組設置面n係M340037 WL,: VIII. New description: [New technical field] This creation is about the design of an ECG signal measuring device, especially for a wearing ECG signal measuring device. [Prior Art] Since the ECG signal generated by the human body is related to various health conditions of the human body, the body function of the human body can be used to understand the function of the whole body. Therefore, various electrocardiographic signal measuring devices have been developed to The human body's various health conditions are monitored by the detection of human ECG signals. For example, an electrocardiogram (EKG) measuring device for medical use or an electrocardiographic measuring device generally used for understanding sleep conditions can enable the user to know his or her physical condition by measuring the ECG signal. In the conventional ECG signal measuring device, the electrodes are mainly measured by a plurality of electrode patches and wires and a computer device, that is, the electrode patch is attached to the human body, and the wire is connected to the electrode patch and the computer. Between the devices, the ECG signals detected by the electrode patch are transmitted to the computer device, and the computer device stores, analyzes and displays the received ECG signals. For example, in the Patent No. 136-33 of the Republic of China, an electrocardiogram sensing device is disclosed which comprises an elastic sheet in which a plurality of predetermined conductive wires are placed for placement on a patient's chest. The device is formed by an elastic bottom layer, wherein a plurality of electrodes of a predetermined model transmit electrical pulses from the patient to the electrocardiogram, and the improvement includes a first mechanism for positioning the device from above in the clavicle dent M340037. And a first clamping mechanism positions the device in the sternal indentation whereby positioning of the device at the clavicle indentation and sternal indentation allows the electrodes to be repositioned at approximately the same location. [New content] The technical problems to be solved by this creative: However, the current C-signal measurement device for detecting human sleep conditions in the market or medical treatment is complicated and cumbersome, and has multiple wires (Leads) links. Electrode patch. It is a great burden for sleep condition detectors. Not only does it not consider ergonomics, it is not practical, and even affects the quality of sleep. Although there are also chest strap-type ECG signal measuring devices on the market, most of the electrode patches are gj fixed on the chest strap. When the material patch is attached for a long time and the electrode patch is stained with many dirt, Cleaning is quite inconvenient. ... Therefore, the main purpose of this creation is to provide a measuring instrument for attaching the heart telecom, so as to save the complicated wires and make it easy for the user to wear. Another object of the present invention is to provide a wearable ECG signal measuring device for the removable electrode patch, so that the user can remove the electrode patch and clean it. The technical means for solving the problem in this creation············································································ - ECG signal side module and at least two ECG signal electrode patches. The wear-attached carrier has a module setting surface and an electrode patch. The face name M340037 is set at the selected position of the Dai-bearing carrier, and each of the coupling members is formed with a detection module combined with the mounting surface. And an electrode patch joint portion is formed on the electrode patch bonding surface of the Dai-bearing carrier. The electrocardiogram (4) detecting module is coupled to the module setting surface of the wearing carrier by the module joint portion of the bonding member The core and electric signal electrode patch is bonded to the electrode patch bonding surface of the wearing carrier by the electrode patch bonding portion of the bonding member. The creation of the present invention is compared with the effect of the prior art: ,,,,,,,,,,,,,,,,,,,,, The user only needs to attach the wearing carrier to the chest, so that the user's heartbeat signal can be sensed by the ECG signal electrode patch and the sensed jump signal can be transmitted to the n signal fairy module, thereby eliminating the complexity. The wire is quite convenient to wear, and each piece of ECG signal electrode patch can be independently removed from the accessory body, so that the ECG signal electrode patch can be easily cleaned or replaced with a new ECG. Signal electrode patch. The specific embodiments used in the present application will be further described by the following embodiments and accompanying drawings. [Embodiment] Referring to Figures 1 and 2, the present invention is attached to an electrocardiogram signal. The measuring device 100 includes a wearing carrier 1, three bonding members 2a, 2b, 2e, an electrocardiographic signal detecting module 3 and three ECG signal electrode patches 4a, 4b, 4e. The Dai carrier 1 has a mode. The set surface 11 and an electrode patch joint surface 12. The joint members 2a, 2b, 2c are disposed at the central adjacent position of the wear carrier 1 'the joint members 2a, 2b, 2c on the module setting surface of the wear carrier 1 system
M340037 分別形成有一偵測模組結合部21a、一偵測模組結合部21b 和一偵測模組結合部21c，且結合件2a、2b、2c於戴附載 體1之電極貼片結合面12係分別形成有一電極貼片結合部 22a、一電極貼片結合部22b、和一電極貼片結合部22c，故 於本實施例中，結合件2a、2b、2c係作為公扣。 心電信號偵測模組3係包括有一模組殼體31，並在模 組殼體31之底面設置有三金屬結合件32a、32b、32c，於 本實施例中，金屬結合件32a、32b、32c係作為母扣，分別 可扣合於結合件2a、2b、2c之彳貞測模組結合部21 a、21 b、 21c，使得心電信號偵測模組3藉由結合件2a、2b、2c之偵 測模組結合部21a、21b、21c結合於戴附載體1之模組設置 面11 〇 且心電信號偵測模組3更包括有一顯示單元33、一按 鍵組34和一資料儲存記憶卡插槽35。顯示單元33係可顯 示使用者之心跳資訊、日期和時間。按鍵組34係可供使用 者啟動心電信號之量測、儲存，並可供使用者設定顯示單元 33所顯示之日期和時間等，其計時方式可為自動計時或以 人工方式計時。或者，心電信號偵測模組3亦可配置一觸控 式面板以取代按鍵組34。資料儲存記憶卡插槽35係可供插 接一資料儲存記憶卡5，以使所量測之心跳資訊可儲存於資 料儲存記憶卡5。 心電信號電極貼片4a、4b、4c係分別具有^'電極貼片 結合件41a、41b、41c，於本實施例中，電極貼片結合件41a、 41b、41c係作為母扣，分另1]可扣合於結合件2a、2b、2c之 M340037 電極貼片結合部22a、22b、22e，使得心電信號電極貼片知、 4b、4c分別藉由結合件2a、2b、以之電極貼片結合部、 22b、22c結合於戴附載體1之電極貼片結合面丨2。 請同時參閱第3圖所示，戴附載體1之兩端係分別形 成一載附帶體la及lb，並於載附帶體1&及lb上各設置有 一連結tl件13，於本實施例中，連結元件13係為魔鬼粘， 使用者可利用載附帶體h及lb而將戴附載體1環繞佩帶於 胸部，並使戴附載體1之電極貼片結合面12接觸於人體。 菖使用者將戴附載體1佩帶於胸部且戴附載體1之電極貼片 結合面12接觸於使用者時，心電信號電極貼片4a、4b、补 係貼附於人體接近心臟部位之皮膚，並可偵測人體所產生之 心電信號。 請參閱第4圖所示，由於心電信號電極貼片4a、仆、 4c之電極貼片結合件41a、41b、41c係可分別扣合於結合 件2a、2b、2c之電極貼片結合部22a、22b、22c，亦可由結 合件2a、2b、2c之電極貼片結合部22a、22b、22c拆下， 故當心電信號電極貼片4a、4b、或4c沾附過多污垢或損壞 時’使用者可將過髒或損壞之心電信號電極貼片4a、4b、 或4c獨立拆下以便清洗，或更換以新的心電信號電極貼片。 請參閱第5圖所示，心電信號偵測模組3更包括有一 微處理器36、一内建記憶體361、一心電信號接收及處理電 路37、一資料傳輸介面38和一電池單元39，且顯示單元 33、按鍵組34、資料儲存記憶卡插槽35、内建記憶體361、 心電信號接收及處理電路37、資料傳輸介面38和電池單元The M340037 is respectively formed with a detecting module joint portion 21a, a detecting module joint portion 21b and a detecting module joint portion 21c, and the joint members 2a, 2b, 2c are attached to the electrode patch joint surface 12 of the carrier 1 An electrode patch bonding portion 22a, an electrode patch bonding portion 22b, and an electrode patch bonding portion 22c are formed, respectively. Therefore, in the present embodiment, the bonding members 2a, 2b, and 2c are used as male buckles. The electrocardiographic signal detecting module 3 includes a module housing 31, and three metal bonding members 32a, 32b, and 32c are disposed on the bottom surface of the module housing 31. In the embodiment, the metal bonding members 32a, 32b, The 32c is used as a female buckle, and can be fastened to the joint module joints 21a, 21b, and 21c of the joints 2a, 2b, and 2c, so that the electrocardiographic signal detecting module 3 is coupled by the joints 2a, 2b. The detection module combining portions 21a, 21b, and 21c of the 2c are coupled to the module setting surface 11 of the carrier 1 and the electrocardiographic signal detecting module 3 further includes a display unit 33, a button group 34, and a data. Store the memory card slot 35. The display unit 33 can display the heartbeat information, date and time of the user. The button group 34 is used for the user to start the measurement and storage of the ECG signal, and the user can set the date and time displayed by the display unit 33, and the timing can be automatically timed or manually timed. Alternatively, the ECG signal detecting module 3 may be configured with a touch panel instead of the button group 34. The data storage memory card slot 35 is adapted to insert a data storage memory card 5 so that the measured heartbeat information can be stored in the data storage memory card 5. The electrocardiographic signal electrode patches 4a, 4b, and 4c respectively have the electrode patch bonding members 41a, 41b, and 41c. In the embodiment, the electrode patch bonding members 41a, 41b, and 41c are used as the female buckles. 1] can be engaged with the M340037 electrode patch bonding portions 22a, 22b, 22e of the bonding members 2a, 2b, 2c, so that the electrocardiographic signal electrode patches, 4b, 4c are respectively connected by the bonding members 2a, 2b, and the electrodes The patch bonding portions, 22b, 22c are bonded to the electrode patch bonding surface 2 of the attached carrier 1. Please also refer to FIG. 3, the two ends of the attached carrier 1 are respectively formed with a carrier body la and lb, and a connection tl member 13 is disposed on each of the carrier body 1& and lb, in this embodiment. The connecting element 13 is a devil glued, and the user can wear the wearing carrier 1 around the chest by using the attached body h and lb, and the electrode patch bonding surface 12 of the wearing carrier 1 is in contact with the human body. When the user wears the attached carrier 1 on the chest and the electrode patch bonding surface 12 of the carrier 1 is in contact with the user, the electrocardiographic signal electrode patches 4a, 4b and the patch are attached to the skin of the human body close to the heart. And can detect the ECG signal generated by the human body. Referring to FIG. 4, since the electrocardiographic signal electrode patch 4a, the electrode patch bonding members 41a, 41b, and 41c of the servant 4c can be respectively engaged with the electrode patch bonding portions of the bonding members 2a, 2b, and 2c. 22a, 22b, 22c may also be removed by the electrode patch bonding portions 22a, 22b, 22c of the bonding members 2a, 2b, 2c, so that when the electrocardiographic signal electrode patch 4a, 4b, or 4c is excessively stained or damaged. The user can separately remove the dirty or damaged ECG signal electrode patch 4a, 4b, or 4c for cleaning, or replace the new ECG signal electrode patch. As shown in FIG. 5, the ECG detection module 3 further includes a microprocessor 36, a built-in memory 361, an ECG signal receiving and processing circuit 37, a data transmission interface 38, and a battery unit 39. And display unit 33, button group 34, data storage memory card slot 35, built-in memory 361, ECG signal receiving and processing circuit 37, data transmission interface 38 and battery unit
M340037 39係分別連接於微處理器36。其中心電信號接收及處理電 路37係包括一心電信號放大電路371和一類比至數位信號 轉換電路372。 當心電信號電極貼片4a、4b所债測之心電信號經由心 電信號放大電路371所放大，並經由類比至數位信號轉換電 路372予以數位化處理成數位化心電信號後，係傳送至微處 理器36，而心電信號電極貼片4c係可接地並作為心電信號 電極貼片4a、4b以外之選擇性的第三電極，以校正所偵測 之心電信號。 微處理器3 6會將所接收之數位化心電信號傳送至内建 記憶體361予以儲存，亦可將數位化心電信號由内建記憶體 361提取出並經由資料傳輸介面38傳送至一電腦裝置6。或 者微處理器36亦可將所接收之數位化心電信號儲存至插置 於資料儲存記憶卡插槽35之資料儲存記憶卡5。其中資料 傳輸介面38係可為一 USB插槽或RS232等類似構件。 另除了按鍵組34可設定顯示單元33上所顯示之日期 和時間外，電腦裝置6亦可經由資料傳輸介面38和微處理 器36來設定顯示單元33上所顯示之日期和時間並操控心電 信號之上傳和下載。而電池單元39係用以提供心電信號偵 測模組3所需之電力，其可為可充電電池或一般之鋰電池 等。 由以上之實施例可知，本創作所提供之戴附式心電信 號量測裝置確具產業上之利用價值，故本創作業已符合於專 利之要件。惟以上之敘述僅為本創作之較佳實施例說明，凡 M340037 旧! 精於此項«者當可依據上述之說日月而作其它種種之改 良，惟這些改變仍屬於本創作之創作精神及以下所界定之專 利範圍中。 【圖式簡單說明】 弟1圖係本創作戴附式心電信號量測裝置之立體分解圖； 第2圖係本創作戴附式心電信號量測裝置之立體圖； 第3圖係本創作戴附式心電信號量測裝置之底視圖； 第4圖係本創作戴附式心電信號量測裝置中之心電信號電 極貼片之底視圖； 第5圖係本創作戴附式心電信號量測裝置之控制電路圖。 【主要元件符號說明】 100 戴附式心電信號量測裝置 1 戴附載體 la、lb 戴附帶體 11 模組設置面 12 電極貼片結合面 13 連結元件 2a、2b、2c 結合件 21a、21b、21c 偵測模組結合部 22a、22b、22c 電極貼片結合部 3 心電信號偵測模組 31 模組殼體 11 M340037 32a、32b、32c 金屬結合件 33 顯示單元 34 按鍵組 35 資料儲存記憶卡插槽 36 微處理器 361 内建記憶體 37 心電信號接收及處理電路 371 心電信號放大電路 372 類比至數位信號轉換電路 38 資料傳輸介面 39 電池單元 4a、4b、4c 心電信號電極貼片 41a、41b、41c 電極貼片結合件 5 資料儲存記憶卡 6 電腦裝置 12M340037 39 is connected to the microprocessor 36, respectively. The central electrical signal receiving and processing circuit 37 includes an electrocardiographic signal amplifying circuit 371 and an analog to digital signal converting circuit 372. When the ECG signal of the ECG signal electrode patch 4a, 4b is amplified by the ECG signal amplifying circuit 371, and digitally processed into a digital ECG signal via the analog to digital signal conversion circuit 372, the signal is transmitted to The microprocessor 36 and the ECG signal electrode patch 4c are grounded and serve as selective third electrodes other than the ECG signal electrode patches 4a, 4b to correct the detected ECG signals. The microprocessor 36 transmits the received digital ECG signal to the built-in memory 361 for storage, and the digital ECG signal is extracted from the built-in memory 361 and transmitted to the first via the data transmission interface 38. Computer device 6. Alternatively, the microprocessor 36 can store the received digital ECG signal to the data storage memory card 5 inserted in the data storage memory card slot 35. The data transmission interface 38 can be a USB slot or a similar component such as RS232. In addition to the button group 34 setting the date and time displayed on the display unit 33, the computer device 6 can also set the date and time displayed on the display unit 33 via the data transmission interface 38 and the microprocessor 36 and control the ECG. Signal upload and download. The battery unit 39 is used to supply the power required by the electrocardiographic signal detecting module 3, which may be a rechargeable battery or a general lithium battery or the like. It can be seen from the above embodiments that the Dai-style heart-tune measuring device provided by the present invention has industrial utilization value, so the original operation has met the requirements of the patent. However, the above description is only for the description of the preferred embodiment of this creation. Where M340037 is old! Those who are good at this item can make other improvements according to the above mentioned sun and moon, but these changes still belong to the creative spirit of this creation. And in the scope of patents defined below. [Simple diagram of the diagram] The brother 1 is the three-dimensional exploded view of the attached ECG signal measuring device; the second figure is the perspective view of the attached ECG signal measuring device; The bottom view of the attached ECG signal measuring device; Figure 4 is the bottom view of the ECG signal electrode patch in the present attached ECG signal measuring device; Figure 5 is the creation of the attached heart Control circuit diagram of the electrical signal measuring device. [Description of main component symbols] 100 Attached ECG signal measuring device 1 Wearing the carrier la, lb Wearing the accessory body 11 Module setting surface 12 Electrode patch bonding surface 13 Connecting elements 2a, 2b, 2c Bonding members 21a, 21b 21c detection module joint portion 22a, 22b, 22c electrode patch joint portion 3 ECG signal detection module 31 module housing 11 M340037 32a, 32b, 32c metal joint member 33 display unit 34 button group 35 data storage Memory card slot 36 Microprocessor 361 Built-in memory 37 ECG signal receiving and processing circuit 371 ECG signal amplifying circuit 372 Analog to digital signal conversion circuit 38 Data transmission interface 39 Battery unit 4a, 4b, 4c ECG signal electrode Patch 41a, 41b, 41c electrode patch bond 5 data storage memory card 6 computer device 12