M332469M332469
« I 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 關於一種小型化無線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)量測襄置或一般用以了 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-電腦裝置來量測，亦即將電極貼片貼附於人 • 體’而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㈣之心電信號至電腦裝置，電腦裝置再將所接收 、 之心電信號予以儲存、分析並顯示。 【新型内容】 本創作所欲解決之技術問題·· ’、、、;而目月市場或醫療用以偵測人體睡眠狀況的傳統 心電信號量測裝置，其設計複雜且笨重，且具有多條導線 (Leads) it結電極貼片。冑睡眠狀況偵测者而言，是一種 M332469 甚至影響睡 極大的負擔。不但沒考量人體工學，且不實用 眠品質。 貝 緣此，本創作之主要目的即是提供一種無線式心電信 號置測裝置，可藉無線式之偵 &則方式即能獲得使用者之心雷 信號。 兒 種小型化心電信號量測裝 本創作之另一目的是提供一 置，以方便使用者於睡眠時佩戴« I VIII, new description: [New technical field] This creation is about the design of an ECG signal measuring device, especially a miniaturized wireless 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 ECG signal measuring devices have been developed. To monitor various health conditions of the human body by detecting the human body's ECG signals. For example, an electrocardiogram (EKG) measuring device for medical use or an electrocardiographic signal measuring device generally used for understanding sleep conditions can enable the user to understand his or her physical condition by measuring the ECG signal. In the conventional ECG signal measuring device, it is 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 Between the computer devices, the electrocardiographic signals of the electrode patch (4) are transmitted to the computer device, and the computer device stores, analyzes and displays the received ECG signals. [New content] The technical problems to be solved by this creative work·····, and the traditional ECG signal measuring device used in the market or medical treatment to detect the sleeping state of the human body is complicated and cumbersome, and has many Leads it junction electrode patch. For sleep detectors, it is a kind of M332469 that even affects the burden of sleeping a lot. Not only did ergonomics not be considered, but the quality of sleep was not practical. In addition, the main purpose of this creation is to provide a wireless heart-signal device that can obtain the user's heart-thunder signal by wireless detection. Small-scale ECG semaphore measurement Another purpose of this creation is to provide a place for users to wear while sleeping.
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 =種小型化無線式心、電信號量測裝置，包括至少二心電信 :電極貼片和電乜號接收處理模組。心電信號接收處理 =組t有—第—接收端和—第二接收端，第―接收端和第二 伊收端係分別結合於心電信號電極貼片，心電信號接收處理The technical means to solve the problem in this creation: The technical means adopted by this creation to solve the problem of the conventional technology is a miniaturized wireless heart and electric signal measuring device, including at least two-hearted telecommunications: electrode patch and eMule. No. Receive processing module. ECG signal receiving processing = group t has - first - receiving end and - second receiving end, first - receiving end and second receiving end are respectively combined with electrocardiographic signal electrode patch, ECG signal receiving processing
吴、且係用以接收及處理心電信號電極貼片所偵測之心電信 號。 八:本創作之較佳實施例中，更可包括至少二結合件， 广置於、電仏唬電極貼片之選定位置，可分別扣合於心 電^ 口號接收處理模組之第一才妾收端和第二接收端，而將心電 信號接收處理模組和心電信號電極貼片予以結合。 本創作對照先前技術之功效： ^ “ 了由本創作所採用之技術手段，利用結合件將心電信 〜電極貼片和心電信號接收處理模組予以結合之無線式設 M332469 計，可以使得心電信號偵測者不需連接導線即可獲得心電作 號’名去傳統量測裝置之導線所帶來的不便，且^ 設計可方便使用者於睡眠時佩戴。 /、 本創作所採用的具體實施例，將藉由以 附呈圖式作進一步之說明。 κ她1〗汉 【實施方式】 苓閱第1圖至第2圖所示，其係顯示本創作小型化益 線式心電信號量測裝置之第_實施例。本創作小型化無料 心電信號量測裝置100係包括二心電信號電極貼片ia、丨b、 心電"fa 5虎接收處理模組2和二結合件3。 〜電ia號接收處理模組2係用以接收及處理心電信號 電極貼片la、lb所偵測之心電信號，其包括有一模組殼體 21、一底蓋22、一電池單元23、一電路板24、一顯示單元 25、一按鍵組26和一無線發射器28。模組殼體21係包括 一上殼體211和一下殼體212，且心電信號接收處理模組2 係具有一第一接收端212a和一第二接收端212b，第一接收 端212a和第二接收端212b係位於下殼體212之選定位置， 下殼體212於第一接收端212a和第二接收端212b處係分別 開設有一貫孔213。而二結合件3係分別設置於心電信號電 極貼片la、lb之選定位置，可分別扣合於心電信號接收處 理模組2之第一接收端212a和第二接收端212b所開設之貫 孔213，以將心電信號接收處理模組2和心電信號電極貼片 1 a、1 b予以結合。 7 M332469 心電信號電極貼片1 a、1 b係可貼附於人體之腹部或接 近心臟部位之皮膚，以偵測人體之心電信號。底蓋22係配 置於模組殼體21之下殼體212之選定位置，用以固定電池 單元23 ’並可作為心電信號電極貼片1 a、1 &以外之選擇性 的第三電極（接地），以校正心電信號電極貼片la、lb所债 測之心電信號。而電池單元23係可提供一工作電壓予心電 • 信號接收處理模組2，實際應用時，電池單元23係可為可 # 充電電池或一般之鋰電池等。 電路板24係配置於模組殼體21之内部空間中，其包 含本創作小型化無線式心電信號量測裝置1〇〇之控制電 路，其可接收心電信號電極貼片la、lb所偵測之心電信號， 並予以數位化處理成數位化心電信號；而顯示單元25係設 置於上殼體211之選定位置，連接於控制電路，用以顯示日 期和時間。 按鍵組26亦係設置於上殼體211之選定位置並連接於 鲁 控制電路，用以設定顯示單元25所顯示之日期和時間，其 。十日守方式可為自動計時或以人工方式計時。另，心電信號接 ’ 收處理模組2亦可配置—觸控式面板來取代按鍵組26之功 • 能。 且本創作小型化無線式心電信號量測裝置1〇〇之控制 1路具有電源自動開、關的功能，當使用者佩戴上本創作 ^其電源自動啟動’拿下時則電源自動關閉。 無線發射器28係設置於電路板24上，用以將經數位 化處理過之數位化心電信號發送至一電腦裝置。無線發射器 M332469 28係可用藍芽（Bluet〇〇th)、紅外線（IR)、射頻（灯）、無 線辨識系統（RFID)、或2.4GHZ之RF等型式之設計。 睛參閱第3圖至第7圖所示，其係顯示本創作小型化 …、線式心電彳s號置測k置之弟二實施例。本創作小型化無線 式心電信號量測裝置100a之結構與電路設計大致上與前述 • 第一實施例相同，故相同之構件乃標示以相同之元件編號， ， 以資對應。 • 其差異在於小型化無線式心電信號量測裝置l〇0a係包 括一心電信號電極貼片lc，且心電信號電極貼片la、ib、 lc之間係以一 γ字型之絕緣材料將心電信號電極貼片 lb、lc結合一起，而使此三者組成一方形貼片以同時貼附 於使用者之人體。心電信號電極貼片1 c係作為心電信號電 極貼片la、lb以外之選擇性的第三電極，以校正心電信號 電極貼片1 a、1 b所偵測之心電信號。 且小型化無線式心電信號量測裝置丨〇 〇 a係包括有三個 • 結合件3，分別設置於心電信號電極貼片la、lb、lc之選 疋位置’而心電號接收處理模組2a更包括有一結合端 . 212c ’心電h號接收處理模組2a之第一接收端212a、第- 接收知212b和結合端212c之結構設計係恰對應於結合件 3，以使結合件3可分別扣合於心電信號接收處理模組 之第一接收端212a、第二接收端212b和結合端212c，而將 心電信號接收處理模組2a和心電信號電極貼片la、lb、lc 予以結合。 較佳地，小型化無線式心電信號量測裝置1〇〇a之心電 M332469 處理模組23之選定位置係設置有一資料儲存記情 ^槽27和-角度測量裝置29,資料儲存記 二 參閱第8®至第1〇圖所示，其係顯示本創作小型化益 線式心電信號量測裝置之第三實施例。本創作小型化益料 心電㈣量測裝置_之結構設計大致上與前述第二垂施 例相同，故相同之構件乃標示以相同之元件編號，以資對只應。 其差異在於心電信號電極貼片la、ib、lc所組成之方 形貼片係設置於-長條帶體5之底面5b。而結合件3係八 別設置於長條帶體5之· 5a之選定位置，且分別連接^ 心電信號電極貼片la、lb、le，結合件3可分別扣合於心 電仏5虎接收處理模組2a之第一接收端212a、第二接收端 212b和結合端212c，而將心電信號接收處理模組“結合於 長條帶體5和4信號電極貼片la、lb、u。於本^例 中，心電信號電極貼片la、lb、lc係為導電布，長條帶體 5係為一布條。 長條帶體5之兩侧係配置有一黏扣元件51，以使使用 者可將本創作小型化無線式心電信號量測裝置1〇〇c佩戴於 腹部或胸前以便於睡眠。 由以上之實施例可知，本創作所提供之小型化無線式 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 M332469 明，凡精於此項技藝者當可依據上述之說明而作其它種種之 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】 第1圖係顯示本創作小型化無線式心電信號量測裝置第一 實施例之立體分解圖； 第2圖係顯示本創作小型化無線式心電信號量測裝置第一 實施例之底視圖； 第3圖係顯示本創作小型化無線式心電信號量測裝置第二 實施例之立體圖； 第4圖係顯示本創作小型化無線式心電信號量測裝置第二 實施例之心電信號電極貼片之底視圖； 第5圖係顯示本創作小型化無線式心電信號量測裝置第二 實施例中之結合件對應示意圖；第6 I係顯示本創 作小型化無線式心電信號量測裝置第二實施例之 心電信號電極貼片之上視圖； 第7圖係顯示本創作小型化無線式心電信號量測裝置第二 實施例之心電信號電極貼片之側視圖； 第8圖係顯示本創作小型化無線式心電信號量測裝置第三 實施例之立體圖； 第9圖係顯示本創作小型化無線式心電信號量測裝置第三 實施例中之結合件對應示意圖； 第10圖係顯示本創作小型化無線式心電信號量測裝置第三 M332469 實施例之底視圖。 【主要元件符號說明】 100、100a、100cWu, is used to receive and process the heart signal detected by the ECG signal electrode patch. 8: In the preferred embodiment of the present invention, at least two bonding members may be included, which are widely disposed at selected positions of the electric electrode patch, and can be respectively buckled to the first of the electrocardiogram receiving and processing modules. The receiving end and the second receiving end combine the ECG signal receiving processing module and the ECG signal electrode patch. This creation compares the effects of the prior art: ^ "With the technical means adopted by this creation, the combination of the core telecommunications-electrode patch and the ECG signal receiving and processing module is combined with the wireless type M332469 meter, which can make the ECG The signal detector can obtain the inconvenience caused by the electrocardiographer's name as the wire of the traditional measuring device, and the design can be easily worn by the user during sleep. /, The specific use of this creation The embodiment will be further described by the accompanying drawings. κ她1〗 [Embodiment] Referring to Fig. 1 to Fig. 2, the system shows the miniaturized ECG signal of the creation The first embodiment of the measuring device. The miniaturized materialless electrocardiographic signal measuring device 100 comprises a two-cardiac signal electrode patch ia, 丨b, an electrocardiogram, a fa 5 tiger receiving processing module 2 and a combination of two 3. The electrical ia receiving processing module 2 is configured to receive and process the ECG signals detected by the ECG signal electrode patches la, lb, and includes a module housing 21, a bottom cover 22, and a Battery unit 23, a circuit board 24, a display list 25. A button set 26 and a wireless transmitter 28. The module housing 21 includes an upper housing 211 and a lower housing 212, and the electrocardiographic signal receiving processing module 2 has a first receiving end 212a and a The second receiving end 212b, the first receiving end 212a and the second receiving end 212b are located at selected positions of the lower housing 212, and the lower housing 212 is respectively provided with a consistent hole at the first receiving end 212a and the second receiving end 212b. 213. The two bonding members 3 are respectively disposed at selected positions of the electrocardiographic signal electrode patches la and lb, and are respectively fastened to the first receiving end 212a and the second receiving end 212b of the electrocardiographic signal receiving and processing module 2, respectively. The through hole 213 is opened to combine the electrocardiographic signal receiving processing module 2 and the electrocardiographic signal electrode patch 1 a, 1 b. 7 M332469 ECG signal electrode patch 1 a, 1 b can be attached to the human body The skin of the abdomen or the heart is detected to detect the ECG signal of the human body. The bottom cover 22 is disposed at a selected position of the lower casing 212 of the module housing 21 for fixing the battery unit 23' and can be used as an electrocardiogram. Selective third electrode other than signal electrode patch 1 a, 1 & ), to correct the ECG signal of the ECG signal electrode patch la, lb. The battery unit 23 can provide a working voltage to the ECG • Signal receiving processing module 2, in actual application, the battery unit 23 It can be a rechargeable battery or a general lithium battery, etc. The circuit board 24 is disposed in the internal space of the module housing 21, and includes the control circuit of the miniaturized wireless ECG signal measuring device. The device can receive the ECG signals detected by the ECG signal electrode patches la, lb, and digitize the signals into digitalized ECG signals; and the display unit 25 is disposed at a selected position of the upper casing 211, and is connected to the control. Circuit to display the date and time. The button group 26 is also disposed at a selected position of the upper casing 211 and is connected to the control circuit for setting the date and time displayed by the display unit 25. The ten-day mode can be timed automatically or manually. In addition, the ECG signal receiving and processing module 2 can also be configured with a touch panel instead of the function of the button group 26. Moreover, the control of the miniaturized wireless ECG signal measuring device 1 has the function of automatically turning on and off the power. When the user wears the original creation, the power is automatically turned on and the power is automatically turned off. The wireless transmitter 28 is disposed on the circuit board 24 for transmitting the digitized digitalized ECG signal to a computer device. Wireless Transmitter M332469 28 is available in Bluetooth, IR, RF, RFID, or 2.4GHZ RF. The eyesights are shown in Figures 3 to 7, which show the second embodiment of the miniaturization of the creation ... and the line ECG s. The structure and circuit design of the miniaturized wireless electrocardiographic signal measuring device 100a are substantially the same as those of the first embodiment. Therefore, the same components are denoted by the same component numbers. • The difference is that the miniaturized wireless ECG signal measuring device l〇0a includes an electrocardiographic signal electrode patch lc, and the electrocardiographic signal electrode patches la, ib, and lc are each a γ-shaped insulating material. The ECG signal electrode patches lb and lc are combined together, and the three are combined to form a square patch for simultaneous attachment to the user's human body. The electrocardiographic signal electrode patch 1c serves as a selective third electrode other than the electrocardiographic signal electrode patches la, lb to correct the electrocardiographic signals detected by the electrocardiographic signal electrode patches 1a, 1b. The miniaturized wireless electrocardiographic signal measuring device 丨〇〇a includes three binding members 3 respectively disposed at the selected position of the electrocardiographic signal electrode patches la, lb, and lc, and the electrocardiogram receiving processing mode. The group 2a further includes a joint end. The structural design of the first receiving end 212a, the first receiving end 212b and the binding end 212c of the ECG h receiving processing module 2a corresponds to the joint member 3 so that the joint member 3 can be respectively engaged with the first receiving end 212a, the second receiving end 212b and the binding end 212c of the ECG signal receiving and processing module, and the ECG signal receiving processing module 2a and the ECG signal electrode patch la, lb And lc are combined. Preferably, the selected position of the miniaturized wireless ECG signal measuring device 1A, the electrocardiogram M332469 processing module 23 is provided with a data storage ticker 27 and an angle measuring device 29, and the data storage device 2 Referring to Figures 8® through 1 , it shows a third embodiment of the present miniaturized ECG signal measuring device. The design of the miniaturized benefit material ECG (4) measuring device _ is substantially the same as the second embodiment, so the same components are labeled with the same component number. The difference is that the square patch composed of the electrocardiographic signal electrode patches la, ib, and lc is disposed on the bottom surface 5b of the long strip body 5. The binding member 3 is arranged at the selected position of the long strip body 5·5a, and is respectively connected with the electrocardiographic signal electrode patches la, lb, and le, and the bonding member 3 can be respectively engaged with the electrocardiogram 5 tiger Receiving the first receiving end 212a, the second receiving end 212b and the combining end 212c of the processing module 2a, and combining the ECG signal receiving processing module with the long strip body 5 and 4 signal electrode patches la, lb, u In the present example, the electrocardiographic signal electrode patches la, lb, and lc are conductive cloths, and the long strip body 5 is a strip. The two sides of the long strip body 5 are provided with a fastening member 51. Therefore, the user can wear the miniaturized wireless electrocardiographic signal measuring device 1〇〇c to the abdomen or the chest for sleep. As can be seen from the above embodiments, the miniaturized wireless electrocardiogram provided by the present invention The signal measuring device has the industrial value, so the original operation has been in accordance with the requirements of the patent. However, the above description is only the preferred embodiment of the present invention, M332469, and those skilled in the art can Other descriptions of the improvements, but these changes still belong to the creation of this creation The spirit and the patent scope defined below. [Simplified description of the drawings] Fig. 1 is a perspective exploded view showing the first embodiment of the miniaturized wireless electrocardiographic signal measuring device of the present invention; A bottom view of the first embodiment of the wireless ECG signal measuring device; FIG. 3 is a perspective view showing a second embodiment of the miniaturized wireless ECG signal measuring device of the present invention; A bottom view of the electrocardiographic signal electrode patch of the second embodiment of the wireless electrocardiographic signal measuring device; FIG. 5 is a schematic diagram showing the corresponding component of the second embodiment of the miniaturized wireless electrocardiographic signal measuring device of the present invention The sixth embodiment shows the upper view of the ECG signal electrode patch of the second embodiment of the miniaturized wireless ECG signal measuring device; the seventh figure shows the miniaturized wireless ECG signal measuring device of the present creation 2 is a side view of the electrocardiographic signal electrode patch of the second embodiment; FIG. 8 is a perspective view showing the third embodiment of the miniaturized wireless ECG signal measuring device of the present invention; FIG. 10 is a bottom view showing a third embodiment of the miniaturized wireless ECG signal measuring device according to the third embodiment of the present invention. 】 100, 100a, 100c
la、lb、lc 2 21 211 212 212a 212b 212c 213 22 23 小型化無線式心電信號量測裝置 心電信號電極貼片 心電信號接收處理模組 模組殼體 上殼體 下殼體 第一接收端 第二接收端 結合端 貫孔 底蓋 電池單元La, lb, lc 2 21 211 212 212a 212b 212c 213 22 23 miniaturized wireless ECG signal measuring device ECG signal electrode patch ECG signal receiving processing module module housing upper housing lower housing first Receiver second receiving end combined with end through hole bottom cover battery unit
24 電路板 25 顯示單元 26 按鍵組 27 資料儲存記憶卡插槽 27a 育料儲存記憶卡 28 無線發射器 29 角度量測裝置 3 結合件 5 長條帶體 12 M332469 5b 5a 長條帶體之底面 長條帶體之頂面 黏扣元件 5124 Circuit board 25 Display unit 26 Button set 27 Data storage Memory card slot 27a Feeding storage memory card 28 Wireless transmitter 29 Angle measuring device 3 Bonding piece 5 Strip body 12 M332469 5b 5a Long strip body bottom length Top surface fastener element 51 of the strip body