1285097 九、發明說明： 【發明所屬之技術領域】 本創作係與人體感測裝置有關，特別是指一種可隨身攜 帶’且可隨時感測人體肺音、心跳、心電圖、體脂、汗濕、血 氧濃度、脈膊、血壓、體溫、尿液血糖或是受壓部位的電子裝 置。1285097 IX. Invention: [Technical field of invention] This creation is related to human body sensing devices, especially one that can be carried around and can sense human lung sound, heartbeat, electrocardiogram, body fat, sweat, Blood oxygen concentration, pulse, blood pressure, body temperature, urine blood sugar or electronic devices in the affected area.
【先刚技術】 習知之電子裝置於人體感測之應用十分廣泛，包括電子體 溫計、電子血壓計、肺音感測器以及心跳感測器等等，然而上 述電子感測裝置在使用上普遍具有三項缺失： 第一：上述電子感測裝置一般均為獨立產品，使用者外出 時必須隨身攜帶，相當不便。 第上述電子裝置係由一開關來切換電源，使用時需先 開啟開關’使用後立即關閉開關，在多次短時間的量測上(例 如攸山時輕每五分細彳量—次心跳，每次測量1G秒鐘） 反覆切換開關，十分不便。 第二.上述電子裝置在施測過程之中，使用者需切 ^後，必彡 1再財漏料電子裝置使之緊貼麵處進行檢 測’對病患或㈣工作者岭域不夠方便。 【發明内容】 ^於上舰失，摘叙轉目触城供 置，其職於制者衣物上方便攜帶者，如衣服、裤= 5 1285097 子、手套、領▼、機子、圍巾等。 本創作之另-目的在於提供一種電子裝置，其開關切 換容易，即使多次短時間測量亦十分方便者。 . 賴作之又-目的在於提供—種電子裝置，其可將切 • 換開關與上安壓文測處之動作合而為-，操作更為簡便者。 為達前揭目的，本創作之電子裝置係包含有一彈片、一 基板以及-電源，該彈片有—上導體，該基板係與該彈片連 籲接，且該彈片與該基板之間形成有—空間，該基板設有一下導 體，且該下導體與該上導體之間具有縫隙，該電源係與該 體、該下導體電性連接。 、 【實施方式】 為更了解本創作之構造及特點所在，茲舉以下七較佳 例並配合圖示說明如下，其中·· 第一圖係本創作第一較佳實施例之剖視圖； • 第二圖係本創作第一較佳實施例之應用示意圖； 第二圖略同於第一圖，但係顯示作動狀態； 第四圖係本創作第二較佳實施例之剖視圖； 第五圖係本創作第三較佳實施例之剖視圖； 第六圖係本創作第三較佳實施例之手指應用示意圖； 第七圖係本創作第三較佳實施例之膠帶應用示意圖； 第八圖係本創作第三較佳實施例之衣物應用示意圖； 第九圖係本創作第四較佳實施例之剖視圖； 第十圖係略同於第九圖，但係顯示作動狀態； 1285097 第十-圖係本創作第五較佳實施例之剖視圖； 第十二圖係本創作第六較佳實施例之剖視圖； 第十二圖係本創作第七較佳實施例之剖視圖。 . μ參閱第—®至第三®’本創作之第-較佳實施例所提供 之電子裝置1G係包含有—彈片1卜-基板12、-感測器13、 -處理H I9、-顯示器14、—傳輸介面以及一電源(圖未 示）’其中·轉片11略呈圓盤狀且盤口朝下，且為彈性絕緣 • 材質，由上往下施壓可使該彈片11凹陷變形，且-旦停止施 壓’該彈片11立即回復施力前之形狀，該彈片U底表面盤心 處设有-上導體112，該基板12略呈圓盤狀且為絕緣材質， 且係以盤π對盤口連接之方式設於該基板n下方，且該彈片 11以及該基板12之間形成有一空間，該基板上表面盤心處設 有-下導體122,該下導體122與該上導體112之間具有縫隙， 該感測器13係設於該基板12下緣且與該下導體122電性相 接，於本實施例中該感測器13係為一心跳感測器，可用以監 φ 測人體之心跳’並將感測結果傳輸至該處理器19，該處理器 19内設有-時關值如3秒鐘，若賴測n 13之_時間低 於此時間閾值，例如，若使用者按壓該彈片u時僅2秒鐘， 目未超過預設之時間閾值，處理器即忽視該筆感測結果，並 將該筆感測結果刪除，若該感測時間高於該時間閾值，亦即該 感測器感測的時間超過3秒鐘，則該感測結果顯示於該顯示器 14，或者，可利用該傳輸介面15將感測結果向外界無線傳輸\ 可去除因感測時間過短而不具代表性之感測結果，以及避免誤 觸，該電源係供應該感測器13、該顯示器14以及該傳輸介面 7 1285097 I5所需之電能，且係與該上導體112以及該下導體122電性 相接。 如第二圖所示，該電子裝置10係直接固定於受測者上衣 16 ’且該感測器13直接接觸人體受測處(如受測者左胸前接近 心臟處），測量時如第三圖所示，僅需由外往内施力輕壓該彈 片11使其凹陷變形，該上導體112與該下導體122即相互接 觸而使電路導通，該感測器13通電後即開始感測受測者之心 跳，同時並透過該處理H 19判斷該感測器感測時間是否超過 3秒鐘’一旦超過則將感測結果顯示於該顯示器14，也可利用 該傳輸介面15將感測結果向外界無線傳輸，此外，該衣物16 於該基板12固設處，絲色或麵有—魏圖案17用以標示 =子裝置1G之用途，由於該感測器13係為—心跳感測器， 因此該功能圖案17係以心型圖案表示。 作可本創作之電子裝置1〇係直接設於受測者上衣16，不 該測儀器之不便，量測時，只需-次按壓 膚受測處，即使多次短時間策人體皮 u受按壓_路#: 1 ί 再者，由於彈片 少電源之消耗，十分環 日^則保持斷路，因此也可以減 創作所提供之電子穿置抑盖ς有避免誤測的功能，是故，本 之目的。奸裝置微善f知裝置之敎，朗成本創作 此外’該電子裝置10亦星 =彈 電板12選丨I 板12均選用彈性材質，均可達到相二== 8 1285097 度或是不同彈性係數的彈片會使該電子裝置1G具有不同的敏 感度，所以在設計上，可考量該電子裝£ 1〇敏感度之實際需 求來選用適當的彈片材質，另外，該感測器123亦可使用其他 • 獅之細11取代之，包括可用來制肺音、脈膊、血壓、體 • 溫、尿液中之血糖、體脂、汗濕、心電圖、血氧濃度或是壓力 之感測器，並根據感測項目來調整受測位置、功能圖案口以 及該處理器19之時間難，例如，量驢溫誠· 13置於 • 腋下並設定較長的時間閾值如1分鐘使之有；1_時間達到 熱平衡，量測尿液中血糖時置於陰部，同時並染色或刺绩相關 之功能圖案等等，均可依需求自由調整。 再者’該處理ϋ 19亦可喊有啟動或關眺制器13之 功能，且可依照使用者的需要，改變感測器13之感測時間、 感測頻率、制方式或是其他之制參數，或是將蚊改為使 用者按壓該彈片11的時間超過該處理器19内設之時間闕值才 啟動該感測器，來避免誤測，另外，該傳輸介面15亦可用以 • 接收遠端之城，贱使用者得以自翻雜啟動、關閉感測 器或是改變感測參數；至於該顯示器14，可為手機、pDA或 電腦之顯示器，用來顯示感測數據，亦可為紅十字或119鑿示 符號發光體，於該感測器13感測出異常數值時，例如血壓過 高或是心跳停止，顯示警示訊號以提醒周圍眾人，或是藉由該 傳輸介面15送出訊號通知使用者遠處之親友，或是直接呼叫 救濩車，此外，該電子裝置10可於該彈片丨丨設一麥克風U 且與該上導體112電性連接，以供使用者透過傳輸介面15直 接向外界求救或溝通訊息，並於該衣物16上該基板12固設處 9 1285097 印上相關=魏_ 17來區分网 =案17可包含、救物 或是 受測者上衣_加一可自動充氣-片11使上=112與下導體122相互接觸時，該氣囊即 緊受測者皮衫測處，或是將該上衣 16财成f身衣，均可改善使財因為需要轉按壓姿勢所 造成的不便，進而增加本創作在使用上的便雛。 又如第四目_，摘叙帛二祕實施靖触 裝置20係包含有-彈片21、-基板22、—感測器23、三彈 簧24、-顯不器(圖未示)以及一電源(圖未示），其中：該彈片 21呈圓盤狀’且為彈性絕緣材f，該彈片21备:處且一上 導體212以及一穿孔213供該上導體212嵌設，該基板22呈 圓盤狀，且為彈性絕緣材質，且係與該彈片連接且於兩者之間 形成有一空間，該基板22盤心處具有一下導體222以及一穿 孔223供該下導體222嵌設’該下導體222與該上導體212之 間具有縫隙，該感測器23係為·一肺音感測器，且血該下導體 222電性相接，該感測器224係用以感測人體之肺音，並將感 測結果顯示於該顯示器’該等彈簧24係連接感測件23以及該 基板22，該電源係供應該感測器23以及該顯示器所需之電 能，且與該上導體212以及該下導體222電性相接。 該電子裝置20係直接固定於受測者上衣25，且該感測器 1285097 23直接抵頂於受測處26，量測時直接由上往下施力輕壓該彈 片21促使該上導電212與該下導體222相互接觸，而使電路 導通，該感測器23通電後即開始感測受測者之肺音，藉此， - 即使受測者作劇烈運動使得上衣25牽動該彈片21與該基板 • D偏離該受測處26,該感測器23仍可抵頂於該受測處，因此， 該電子裝置20不但可隨時量測，更能於受測者運動中避免該 感測器23偏離該受測處26所造成的誤差，該電子裝置2〇也 籲同樣具有攜帶方便，以及可單手操作，且即使多次短時間量測 亦十分便利之優點。 復明參閱第五圖至第八圖，本創作第三較佳實施例所提供 之電子裝置30係包含有一上導體31、一下導體32、一絕緣體 33、一處理器、一顯示器(圖未示)以及一電源(圖未示），其中， 該上導體31以及該下導體32係呈圓盤狀且係為導電彈性材 料，該絕緣體33呈圓環狀，且該上導體31以及該下導體32 之盤緣係分別固設於該絕緣體33上下緣，該上導體31、該下 春導體32以及該絕緣體之間形成有一空間，該處理器係分別與 該上導體31以及該下導體32電性相接，可判斷該上導體31 以及該下導體32是否相互接觸導電，並將此相互導電之訊號 加以處理後顯示於該顯示器，該電源係供應係供應該處理器以 及該顯示器所需之電能，且與該上導體31以及該下導體32電 性相接。 該電子裝置30係利用一套環34套設於人體手指35接近 關節處’該電子裝置可作為聾啞人士之溝通器，或是作為手術 房中醫護人員溝通之用，當上述人員欲表達意見時，只需將^ 1285097 使該上導體31以及該下導體32變形而相互接 賤職料狀峨，可將該訊 「V 二，例如：當彎曲手指一次，該顯示器 1 ’彎曲兩次顯示「N0」，或是手指彎曲三次以上且 者需求善加變化，此外，姑壯 W H川 使用者的f 也可^語音裝置，直接將 驻番Μ°表達，另外，又如第七圖所示，該電子 义…藉由-膠帶37裝設於眼皮，幫助特定人士如漸束 人，使之可利用眨眼來表達意見。 夕鍤二5創作第二較佳實施例所提供之電计置30尚具 f種用途，例如可將錢料電子裝置3G分縣設於手腕關 $ 蓋卿’ 組處理11來統籌處理訊 谠藉此，该電子裝置30即可作為運動辅助器材，幫助 ===習高爾夫球揮桿動作，可由裝設於各關 即處之電子裝置30來_制者詩正確絲，並將 :於該顯轉’甚至姿勢錯誤的位置，來提高使用者之學習成 再者，又如第八圖所示，另可將多個該電子裝置 成矩陣並穿設於衣物36 _巾，供重症病患、植物人 他必須長期保持躺臥姿勢的人士穿著，藉由 _ = 等人士身上·綠部位，先提醒看護者;^知該 而預防褥瘡或是濕料皮膚絲，另外，魏 ^ ’進 利用套環裝設於汽車方向盤作為駕敬輔助工具，該^也能 用以感測汽車駕駛人手握方向盤鮮，若驗人购方=係 12 1285097 該顯示器iL即齡警告峨峨醒躲人，藉㈣免行車意外 事故發生。 再請參閱第九圖以及第十圖，本創作之第四較佳實施例所 提供之電子裝置4G係包含有-彈片41、-基板42、二葉片 43、一感測器44、一顯示器(圖未示)以及一電源(圖未示），其 中：該彈片41係呈圓盤狀且為彈性絕緣材質，該彈片41盤心 處具有一上導體412以及一穿孔413供該上導體412嵌設，該 基板42呈圓盤狀，且為彈性絕緣材質，且係與該彈片41連接 且於兩者之間形成有一空間，該基板42盤心處具有一下導體 422以及一穿孔423供該下導體422嵌設，該二葉片43呈矩 形板片狀’且為可彎折絕緣材質，其固定端係固設於該彈片 41以及該基板42連接處，其自由端係位於該上導體412與該 下導體422之間，且該等葉片43與該上導體412末端之間距 小於該等葉片43與該下導體422之間距，該感測器44係設於 該基板42下緣且與該下導體422電性相接，且係用以感測人 體之生理狀態，並顯示於該顯示器，該電源係供應該感測器 44以及該顯示器所需之電能，且係與該上導體412以及該下 導體422電性相接。 當該電子裝置40固設於使用者衣物時，使用者可由上往 下施力輕壓該彈片41可使其凹陷變形，進而使該上導體412 推開該二葉片43後，與該下導體422相互接觸而使電路導通， 如第十圖所示，該感測器44通電後即開始感測，若是使用者 於活動過程時，無意間將裝設有該電子裝置40之衣物拉緊， 促使該基板42變形時，該下導體422因受該二葉片43之阻隔 13 1285097 而無法與該上導電412直接接觸，進而避免誤測或是造成電源 的浪費，藉此，該電子裝置30不但可依使用者需求隨時感測， 亦能避免使用者因為動作過大而造成誤測。 〜 復請參閱第十一圖，本創作第五較佳實施例所提供之電子 • 裝置50係包含有一彈片51、一基板52、一絕緣體53、二葉 片54、一感測器55、一顯示器(圖未示)以及一電源(圖未示）， 其中·該彈片51係呈圓板狀且為彈性絕緣材質，該彈片y圓 • 心處具有一上導體512以及一穿孔513供該上導體512嵌設， 該基板52呈圓盤狀且為彈性絕緣材質，其盤心處具有一下導 體522以及一穿孔523供該下導體522嵌設，該絕緣體53呈 圓環狀，且該彈片51以及該基板52係分別固設於該絕緣體 53上下緣，該上導體512、該下導體522以及該絕緣體53界 疋有一空間，该一葉片54呈矩形板片狀，且為可彎折絕緣材 質，其固定端係固設於該絕緣體53，其自由端係位於該上導 體512與該下導體522之間，且該葉片54與該上導體512之 _ 間距小於該葉片54與該下導體522之間距，該感測器55係設 於該基板52下緣且與該下導體522電性相接，且係用以感測 人體之生理狀態並顯示於該顯示器，該電源係供應該感測器 55以及該顯示器所需之電能，且係與該上導體512以及該下 導體522電性相接。 本實施例與第四實施例具有相同功效，使用者按壓該彈片 51時，該上導體512可使該二葉片54變形而與該下導體522 接觸導通，反之，使用者若誤由該基板52施力時，該下導體 522則受該二葉片54之阻隔而無法與該上導體512導通。 1285097 復請參閱第十二圖，本創作第六較佳實施例所提供之電子 裝置60係包含有一彈片61、一基板62、一隔板63、一感測 器64、一顯示器(圖未示）、一處理器(圖未示)以及一電源(圖未 示）’其中：該彈片61略呈圓盤狀，且為彈性絕緣材質，該彈 片61底表面盤心處設有一上導體612，該基板62略呈圓盤狀 且為絕緣材質，且上表面盤心處設有一下導體622，該隔板63 係為可導電材質且固設於該彈片61與該基板62連接處，該隔 板63與上導體612以及下導體622之間均具有間隙，該感測 器64係固設於該基板62下緣，且係與該下導體622電性相 接，用以感測人體之生理狀態，並將感測結果傳送至該處理 器，該處理器係分別與該上導體612、該下導體622、該隔板 63以及該感測器64電性相接，且預先植入判斷程式，該程式 之内容如下： <1〉當該隔板63先接觸該上導體612,再接觸該下導體622 時，啟動該感測器64進行感測； 〈2>當該隔板63先接觸該下導體622，始接觸該上導體 612，則無動作； <3>其他狀況，則無動作。 該電源係供應該感測器64、該顯示器以及該處理器所需 之電能。 該電子裝置60係固設於使用者衣物，當使用者由上往下 加力幸莖壓該彈片61，該彈片61以及该基板62會變形，促使 該上導體612先接觸該隔板63後，該下導體622再接觸該隔 板63 ’該處理器接受此一訊息後，始命令該感測器開始咸 15 1285097 測，反之，若是使用者過大的肢體動作，迫使該電子裝置6〇 與皮膚磨擦，使皮膚產生一由下往上之推力，迫使該下導體 622先接觸該彈片後，該上導體612再接觸該隔板63，該處理 單元將忽視此一訊號，以避免該電子裝置3〇造成誤測。 復請參閱第十三圖，本創作之第七較佳實施例所提供之電 子裝置70係包含有一上導體71、一下導體72、一絕緣體73、 一隔板74、一感測器75、一處理器(圖未示）、一輸出器以及(圖 未不)一電源，其中··該上導體71以及該下導體72係呈圓盤 狀且為導電彈性材質，該絕緣體73呈圓環狀，且該上導體71 以及該下導體72係分別固設於該絕緣體73上下緣，該隔板 74係内設於該絕緣體73，且與上導體71以及下導體72之間 具有間隙，該感測器75係固設於該下導體72下緣，且與該下 導體72電性相接，該感測器係用以感測人體生理狀態，該處 理器係为別與該上導體71、該下導體72、該隔板74以及該咸 測器75電性相接，且預先植入判斷程式，該程式之内容如下·· <1>當該隔板74先接觸該上導體71，再接觸該下導體72 時，啟動該感測器75進行感測； <2>當該隔板74先接觸該下導體72,再接觸該上導體71， 則無動作； <3>其他狀況，則無動作。 該電源係供應該感測器75、該顯示器以及該處理器所需 之電能。 藉此，本實施例與第六實施例具有相同功效，使用者按壓 該上導體71，先使該上導體71與該隔板74接觸後，再使該 1285097[First Technology] Conventional electronic devices are widely used in human body sensing, including electronic thermometers, electronic sphygmomanometers, lung sound sensors, and heartbeat sensors. However, the above electronic sensing devices generally have three in use. Missing items: First: The above-mentioned electronic sensing devices are generally independent products, and the user must carry them when going out, which is quite inconvenient. The above electronic device is switched by a switch, and the switch needs to be turned on first. When the switch is used, the switch is turned off immediately after use, and the measurement is performed for a short time (for example, when the mountain is light, every five minutes, the heart beat, Each measurement is 1G seconds. It is very inconvenient to switch the switch repeatedly. Second, in the above-mentioned electronic device, during the process of testing, the user needs to cut the electronic device to make it close to the surface for detection, and it is not convenient for the patient or the (4) worker. [Summary of the Invention] ^ On the ship lost, picking up the eyes to contact the city, the job is convenient for carriers on the clothing, such as clothes, pants = 5 1285097, gloves, collar ▼, machine, scarf and so on. Another object of the present invention is to provide an electronic device which is easy to switch and switch, even if it is measured for a short time. The purpose of the work is to provide an electronic device that combines the switching switch with the action of the upper and lower pressure gauges to make the operation easier. For the purpose of the prior art, the electronic device of the present invention comprises a resilient piece, a substrate and a power supply, the elastic piece has an upper conductor, the substrate is connected with the elastic piece, and a form is formed between the elastic piece and the substrate. In the space, the substrate is provided with a lower conductor, and a gap is formed between the lower conductor and the upper conductor, and the power source is electrically connected to the body and the lower conductor. [Embodiment] In order to better understand the structure and characteristics of the present invention, the following seven preferred examples are described below with reference to the following, wherein the first drawing is a cross-sectional view of the first preferred embodiment of the present invention; 2 is a schematic diagram of the application of the first preferred embodiment of the present invention; the second diagram is similar to the first diagram, but shows the actuation state; the fourth diagram is a cross-sectional view of the second preferred embodiment of the present creation; A cross-sectional view of a third preferred embodiment of the present invention; a sixth drawing is a schematic diagram of a finger application of the third preferred embodiment of the present invention; and a seventh drawing is a schematic view of the application of the tape of the third preferred embodiment of the present invention; A schematic view of the application of the third preferred embodiment of the garment is created; the ninth drawing is a cross-sectional view of the fourth preferred embodiment of the present creation; the tenth embodiment is similar to the ninth drawing, but shows the actuation state; 1285097 Tenth-Graph A cross-sectional view of a fifth preferred embodiment of the present invention; a twelfth view is a cross-sectional view of a sixth preferred embodiment of the present invention; and a twelfth view of the seventh preferred embodiment of the present invention. The electronic device 1G according to the first to third embodiment of the present invention includes the elastic sheet 1 - the substrate 12, the sensor 13, the processing H I9, the display 14. The transmission interface and a power source (not shown). The rotor 11 is slightly disc-shaped and the disk is facing downward, and is elastically insulated. The material is pressed from top to bottom to deform the elastic piece 11 And the pressure is stopped. The elastic piece 11 immediately returns to the shape before the force is applied. The bottom surface of the elastic piece U is provided with an upper conductor 112. The substrate 12 is slightly disk-shaped and is made of an insulating material. A disk π is disposed under the substrate n, and a space is formed between the elastic piece 11 and the substrate 12, and a lower conductor 122 is disposed on the upper surface of the substrate, the lower conductor 122 and the upper portion There is a gap between the conductors 112. The sensor 13 is disposed on the lower edge of the substrate 12 and is electrically connected to the lower conductor 122. In this embodiment, the sensor 13 is a heartbeat sensor. The heartbeat of the human body is measured by monitoring φ and the sensing result is transmitted to the processor 19, and the processor 19 is provided with a -time off value such as 3 seconds. If the time of the measurement is lower than the time threshold, for example, if the user presses the spring u for only 2 seconds, and the target does not exceed the preset time threshold, the processor ignores the sensing result, and Deleting the sensation result, if the sensing time is higher than the time threshold, that is, the sensor senses more than 3 seconds, the sensing result is displayed on the display 14, or the The transmission interface 15 wirelessly transmits the sensing result to the outside world. The sensing result that is too short due to the sensing time is too small, and the false touch is avoided. The power supply is supplied to the sensor 13, the display 14, and the transmission. The electrical energy required by the interface 7 1285097 I5 is electrically connected to the upper conductor 112 and the lower conductor 122. As shown in the second figure, the electronic device 10 is directly fixed to the subject's top 16' and the sensor 13 directly contacts the body to be tested (if the subject is near the heart on the left chest), as measured. As shown in the three figures, it is only necessary to gently press the elastic piece 11 from the outside to the inside to deform the groove. The upper conductor 112 and the lower conductor 122 are in contact with each other to make the circuit conductive, and the sensor 13 starts to feel after being energized. Measuring the heartbeat of the subject, and at the same time, determining whether the sensor sensing time exceeds 3 seconds through the process H19. Once the exceeding, the sensing result is displayed on the display 14, and the transmitting interface 15 can also be used. The measurement result is wirelessly transmitted to the outside. In addition, the clothing 16 is fixed at the substrate 12, and the silk color or surface has a Wei pattern 17 for indicating the use of the sub-device 1G, since the sensor 13 is a heartbeat The detector, therefore, the functional pattern 17 is represented by a heart pattern. The electronic device 1 can be directly placed on the top 16 of the subject, and the inconvenience of the instrument should not be measured. When measuring, it is only necessary to press the skin to be tested, even if the skin is pressed for a short time. Press _路#: 1 ί Furthermore, due to the lack of power consumption of the shrapnel, it is very close to the loop, so it can also reduce the function of electronic piercing provided by the creation and avoiding misdetection. Therefore, this is the case. The purpose. The device is micro-good, and the device is created. In addition, the electronic device 10 is also equipped with an elastic material, which can achieve phase two == 8 1285097 degrees or different elasticity. The shrapnel of the coefficient makes the electronic device 1G have different sensitivities, so in design, the actual demand of the electronic device can be selected to select the appropriate shrapnel material, and the sensor 123 can also be used. Others • The lion's fine 11 replaces it, including sensors that can be used to make lung sounds, pulse, blood pressure, body temperature, blood sugar in the urine, body fat, sweat, electrocardiogram, blood oxygen concentration or pressure. And adjusting the measured position, the function pattern port, and the time of the processor 19 according to the sensing item, for example, the volume 驴 · · 13 is placed under the 腋 and set a longer time threshold such as 1 minute to make it; 1_ time to reach the heat balance, measuring the blood sugar in the urine when placed in the genitals, while dyeing or stabbing related functional patterns, etc., can be freely adjusted according to demand. Furthermore, the processing ϋ 19 can also call the function of the activation or deactivating device 13, and can change the sensing time, sensing frequency, system or other system of the sensor 13 according to the needs of the user. The sensor or the mosquito is changed to the time when the user presses the elastic piece 11 for more than the time threshold of the processor 19 to activate the sensor to avoid false detection. In addition, the transmission interface 15 can also be used to receive In the far-end city, the user can start the function, turn off the sensor or change the sensing parameters; the display 14 can be a display of a mobile phone, a pDA or a computer, for displaying the sensing data, or The red cross or 119 is a symbolic illuminator. When the sensor 13 senses an abnormal value, such as a high blood pressure or a heartbeat stop, a warning signal is displayed to remind the surrounding people, or the signal is sent through the transmission interface 15. The user is notified to the remote relatives or directly to the rescue vehicle. In addition, the electronic device 10 can be configured with a microphone U and electrically connected to the upper conductor 112 for the user to pass through the transmission interface 15 . Ask directly to the outside world Save or communicate the message, and on the clothing 16 on the substrate 12 fixed place 9 1285097 printed on the relevant = Wei _ 17 to distinguish the network = case 17 can contain, rescue or the subject's shirt _ plus one can automatically inflate - When the sheet 11 makes the upper layer=112 and the lower conductor 122 contact each other, the airbag is immediately measured by the wearer's leather shirt, or the jacket 16 is made into a garment, which can improve the profit caused by the need to turn the pressing posture. The inconvenience, in turn, increases the ease of use of this creation. Another example is the fourth item _, excerpt 帛 second secret implementation of the Jing touch device 20 series includes - shrapnel 21, - substrate 22, - sensor 23, three springs 24, - display (not shown) and a power supply (not shown), wherein: the elastic piece 21 is in the shape of a disk and is an elastic insulating material f. The elastic piece 21 is provided with an upper conductor 212 and a through hole 213 for the upper conductor 212 to be embedded. The disk is in the shape of a resilient insulating material and is connected to the elastic piece and has a space formed therebetween. The base plate 22 has a lower conductor 222 and a through hole 223 for the lower conductor 222 to be embedded. There is a gap between the conductor 222 and the upper conductor 212. The sensor 23 is a lung sound sensor, and the lower conductor 222 is electrically connected. The sensor 224 is used to sense the lung of the human body. Sounds, and the sensing results are displayed on the display. The springs 24 are connected to the sensing component 23 and the substrate 22. The power supply supplies the sensor 23 and the electrical energy required by the display, and the upper conductor 212. And the lower conductor 222 is electrically connected. The electronic device 20 is directly fixed to the subject's top 25, and the sensor 1285997 23 directly abuts against the measured portion 26, and directly presses the elastic piece 21 from the top to the bottom to induce the upper conductive 212. Contacting the lower conductor 222 to make the circuit conductive, the sensor 23 starts to sense the lung sound of the subject after being energized, thereby - even if the subject makes strenuous exercise, the upper garment 25 affects the elastic piece 21 and The substrate D is offset from the measured portion 26, and the sensor 23 can still be placed against the measured portion. Therefore, the electronic device 20 can be measured at any time, and the sensing can be avoided in the motion of the subject. The device 23 deviates from the error caused by the portion 26 to be tested, and the electronic device 2 also has the advantage of being convenient to carry, and can be operated with one hand, and is convenient even if it is measured for a short time. The electronic device 30 of the third preferred embodiment of the present invention includes an upper conductor 31, a lower conductor 32, an insulator 33, a processor, and a display (not shown). And a power source (not shown), wherein the upper conductor 31 and the lower conductor 32 are in the shape of a disk and are made of a conductive elastic material, the insulator 33 has an annular shape, and the upper conductor 31 and the lower conductor 32 The disk edge is respectively fixed on the upper and lower edges of the insulator 33, and a space is formed between the upper conductor 31, the lower spring conductor 32 and the insulator, and the processor is electrically connected to the upper conductor 31 and the lower conductor 32, respectively. In connection, it can be determined whether the upper conductor 31 and the lower conductor 32 are in contact with each other, and the mutually conductive signals are processed and displayed on the display, and the power supply system supplies the processor and the power required by the display. And electrically contacting the upper conductor 31 and the lower conductor 32. The electronic device 30 is set on the human finger 35 close to the joint by using a set of rings 34. The electronic device can be used as a communicator for the deaf person or as a communication between the medical staff in the operating room, when the above person wants to express opinions. When only 1285097 is used to deform the upper conductor 31 and the lower conductor 32 to be in contact with each other, the message "V2, for example: when the finger is bent once, the display 1' is bent twice. "N0", or the finger is bent more than three times and the demand is very good. In addition, the user of the W-Kawakawa user can also use the voice device to express the expression directly in the Panyu. In addition, as shown in the seventh figure. The electronic meaning... is installed on the eyelids by the tape 37 to help a specific person to gradually gather people, so that they can use the blink of an eye to express their opinions.夕锸二5 Creation The second preferred embodiment of the electric meter set 30 has a variety of uses, for example, the money electronic device 3G can be set in the wrist to close the $ 盖卿' group processing 11 to co-ordinate the processing Thereby, the electronic device 30 can be used as a sports assisting device to help the golfer swing action, and can be used by the electronic device 30 installed at each gate to correct the silk. Turning the position of 'even the wrong position to improve the user's learning, and as shown in the eighth figure, a plurality of the electronic devices can be matrixed and worn on the clothes 36 for the critically ill patients. The vegetative person must wear the person in the lying position for a long time, and remind the caregiver by means of the person and the green part of the person who is _ =, etc.; knowing the prevention of hemorrhoids or wet skin silk, in addition, Wei ^ 'in use sleeve The ring is installed on the steering wheel of the car as a driving aid, and the ^ can also be used to sense the steering wheel of the driver of the car. If the purchaser is 12 1285097, the display iL is warning of age and wake up, borrow (4) Free driving accidents. Referring to the ninth and tenth drawings, the electronic device 4G provided by the fourth preferred embodiment of the present invention includes a spring 41, a substrate 42, two blades 43, a sensor 44, and a display ( And a power source (not shown), wherein the elastic piece 41 is in the shape of a disk and is elastic and insulating. The elastic piece 41 has an upper conductor 412 and a through hole 413 for the upper conductor 412. The substrate 42 has a disk shape and is made of an elastic insulating material, and is connected to the elastic piece 41 and has a space formed therebetween. The substrate 42 has a lower conductor 422 and a through hole 423 for the lower portion. The conductors 422 are embedded, and the two blades 43 are in the shape of a rectangular plate and are bendable and insulating. The fixed ends are fixed at the joint of the elastic piece 41 and the substrate 42 , and the free ends thereof are located on the upper conductor 412 and The distance between the lower conductors 422 and the ends of the upper conductors 412 is smaller than the distance between the blades 43 and the lower conductors 422. The sensor 44 is disposed on the lower edge of the substrate 42 and The conductor 422 is electrically connected and is used to sense the physiological state of the human body. Shown in the display, the power supply is supplied to the sensor 44 and the electrical energy required by the display, and is electrically connected to the upper conductor 412 and the lower conductor 422. When the electronic device 40 is fixed to the user's clothes, the user can gently press the elastic piece 41 from the top to the bottom to deform the groove, and then the upper conductor 412 pushes the two blades 43 away from the lower conductor. The 422 is in contact with each other to make the circuit conductive. As shown in the tenth figure, the sensor 44 starts to sense after being energized. If the user is in the active process, the laundry of the electronic device 40 is inadvertently tightened. When the substrate 42 is deformed, the lower conductor 422 cannot be in direct contact with the upper conductive layer 412 due to the blocking of the two blades 43 13 1285097, thereby avoiding misdetection or causing waste of power, thereby not only the electronic device 30 but also the electronic device 30. It can be sensed at any time according to the user's needs, and can also avoid the user's misdetection due to excessive movement. The electronic device 50 of the fifth preferred embodiment of the present invention includes a resilient piece 51, a substrate 52, an insulator 53, two blades 54, a sensor 55, and a display. (not shown) and a power source (not shown), wherein the elastic piece 51 is in the shape of a disk and is an elastic insulating material, and the elastic piece has a upper conductor 512 and a through hole 513 for the upper conductor. The 512 is embedded in the 512. The substrate 52 has a disk shape and is made of an elastic insulating material. The core has a lower conductor 522 and a through hole 523 for the lower conductor 522. The insulator 53 has an annular shape, and the elastic piece 51 and the elastic piece 51 are embedded. The substrate 52 is respectively fixed on the upper and lower edges of the insulator 53. The upper conductor 512, the lower conductor 522 and the insulator 53 define a space. The blade 54 has a rectangular plate shape and is bendable and insulating. The fixed end is fixed to the insulator 53 with a free end between the upper conductor 512 and the lower conductor 522, and the blade 54 and the upper conductor 512 are spaced apart from each other by less than the blade 54 and the lower conductor 522. The sensor 55 is disposed under the substrate 52 And electrically connected to the lower conductor 522, and used to sense the physiological state of the human body and displayed on the display, the power supply is to supply the sensor 55 and the electrical energy required by the display, and the upper conductor 512 and the lower conductor 522 are electrically connected. The embodiment has the same effect as the fourth embodiment. When the user presses the elastic piece 51, the upper conductor 512 can deform the two blades 54 to be in contact with the lower conductor 522. Otherwise, the user mistakes the substrate 52. When the force is applied, the lower conductor 522 is blocked by the two blades 54 and cannot be electrically connected to the upper conductor 512. 1285097 Please refer to FIG. 12 , the electronic device 60 provided in the sixth preferred embodiment of the present invention includes a resilient piece 61 , a substrate 62 , a partition 63 , a sensor 64 , and a display (not shown) a processor (not shown) and a power source (not shown). The spring 61 is slightly disk-shaped and is made of an elastic insulating material. The upper surface of the bottom surface of the elastic piece 61 is provided with an upper conductor 612. The substrate 62 is slightly disk-shaped and is made of an insulating material, and a lower conductor 622 is disposed on the upper surface of the disk. The spacer 63 is electrically conductive and is fixed on the connection between the elastic piece 61 and the substrate 62. The plate 63 has a gap between the upper conductor 612 and the lower conductor 622. The sensor 64 is fixed on the lower edge of the substrate 62 and electrically connected to the lower conductor 622 for sensing the physiological body of the human body. a state, and the sensing result is transmitted to the processor, the processor is electrically connected to the upper conductor 612, the lower conductor 622, the partition 63, and the sensor 64, respectively, and the pre-implantation determining program The content of the program is as follows: <1> When the spacer 63 first contacts the upper conductor 612, and then contacts When the lower conductor 622 is turned on, the sensor 64 is activated for sensing; <2> when the spacer 63 first contacts the lower conductor 622 and starts to contact the upper conductor 612, there is no action; <3> action. The power supply supplies the sensor 64, the display, and the electrical energy required by the processor. The electronic device 60 is fixed to the user's clothes. When the user presses the elastic piece 61 from the top to the bottom, the elastic piece 61 and the substrate 62 are deformed, and the upper conductor 612 is caused to contact the partition 63 first. The lower conductor 622 is in contact with the partition 63'. After receiving the message, the processor commands the sensor to start the salt 15 1285097 test. Otherwise, if the user moves the limb too much, the electronic device is forced to The skin rubs to cause the skin to generate a bottom-up thrust, forcing the lower conductor 622 to contact the spring, the upper conductor 612 contacts the partition 63, and the processing unit will ignore the signal to avoid the electronic device. 3〇 caused misdetection. Referring to FIG. 13 , the electronic device 70 provided in the seventh preferred embodiment of the present invention includes an upper conductor 71 , a lower conductor 72 , an insulator 73 , a partition 74 , a sensor 75 , and a a processor (not shown), an output device, and (not shown) a power supply, wherein the upper conductor 71 and the lower conductor 72 are in the shape of a disk and are electrically conductive and elastic, and the insulator 73 has an annular shape. The upper conductor 71 and the lower conductor 72 are respectively fixed to the upper and lower edges of the insulator 73. The spacer 74 is disposed in the insulator 73 and has a gap with the upper conductor 71 and the lower conductor 72. The detector 75 is fixed on the lower edge of the lower conductor 72 and is electrically connected to the lower conductor 72. The sensor is used to sense the physiological state of the human body, and the processor is different from the upper conductor 71. The lower conductor 72, the partition 74, and the salt detector 75 are electrically connected to each other, and a judgment program is pre-implanted. The content of the program is as follows: <1> When the partition 74 first contacts the upper conductor 71, When the lower conductor 72 is contacted, the sensor 75 is activated for sensing; <2> when the partition 74 first contacts the lower portion 72, and then contacting the conductor 71, no operation; < 3 > other conditions, no operation. The power supply supplies the sensor 75, the display, and the electrical energy required by the processor. Thereby, the embodiment has the same effect as the sixth embodiment, the user presses the upper conductor 71, and the upper conductor 71 is first brought into contact with the partition 74, and then the 1285097 is made.
下導體72與該隔板74接觸，該處理器接受此一訊息後，即啟 動該感測器75進行感測，反之，如果誤由該下導體72施力時， 該處理單元將忽視此一訊號，因此，該電子裝置70同時具有 隨時感測以及避免誤測之優點。 17 1285097 【圖式簡單說明】 第一圖係本創作第一較佳實施例之剖視圖； 第二圖係本創作第一較佳實施例之應用示意圖； 第二圖略同於第一圖，但係顯示作動狀態； 第四圖係本創作第二較佳實施例之剖視圖； 第五圖係本創作第三較佳實施例之剖視圖； 第六圖係本創作第三較佳實施例之手指應用示意圖 第七圖係本創作第三較佳實施例之膠帶應用示意圖 第八圖係本創作第三較佳實施例之衣物應用示意圖 第九圖係本創作第四較佳實施例之剖視圖； 第十圖係略同於第九圖，但係顯示作動狀態； 第十一圖係本創作第五較佳實施例之剖視圖； 第十二圖係本創作第六較佳實施例之剖視圖； 第十三圖係本創作第七較佳實施例之剖視圖。 【主要元件符號說明】 10電子裝置 11彈片 112上導體 12基板 122下導體 13感測器 14顯示器 15傳輸介面 16受測者上衣 17功能圖案 18麥克風 20電子裝置 19處理器 21彈片 212上導體 213穿孔 22基板 1285097The lower conductor 72 is in contact with the partition 74. After receiving the message, the processor activates the sensor 75 for sensing. Conversely, if the lower conductor 72 is misapplied, the processing unit will ignore the one. The signal, therefore, the electronic device 70 has the advantages of simultaneous sensing and avoiding false detection. 17 1285097 [Brief Description of the Drawings] The first drawing is a cross-sectional view of the first preferred embodiment of the present invention; the second drawing is a schematic view of the application of the first preferred embodiment of the present invention; the second drawing is similar to the first drawing, but The fourth embodiment is a cross-sectional view of a second preferred embodiment of the present invention; the fifth drawing is a cross-sectional view of the third preferred embodiment of the present invention; and the sixth drawing is a finger application of the third preferred embodiment of the present invention. 7 is a schematic view of a tape application of the third preferred embodiment of the present invention. FIG. 8 is a cross-sectional view showing a fourth preferred embodiment of the present invention. The figure is abbreviated to the ninth figure, but shows the actuated state; the eleventh figure is a cross-sectional view of the fifth preferred embodiment of the present creation; the twelfth figure is a cross-sectional view of the sixth preferred embodiment of the present creation; The drawing is a cross-sectional view of a seventh preferred embodiment of the present invention. [Main component symbol description] 10 electronic device 11 shrapnel 112 upper conductor 12 substrate 122 lower conductor 13 sensor 14 display 15 transmission interface 16 subject top 17 functional pattern 18 microphone 20 electronic device 19 processor 21 shrapnel 212 upper conductor 213 Perforated 22 substrate 1285597
222下導體 223穿孔 23感測器 24彈簧 25受測者上衣 26受測者皮膚 30電子裝置 31上導體 32下導體 33絕緣體 34套環 35手指 37膠帶 36衣物 40電子裝置 41彈片 412上導體 413穿孔 42基板 422下導體 423穿孔 43葉片 44感測器 50電子裝置 51彈片 512上導體 513穿孔 52基板 522下導體 523穿孔 53絕緣體 55感測器 54葉片 60電子裝置 61彈片 612上導體 62基板 622下導體 63隔板 64感測器 70電子裝置 71上導體 72下導體 73絕緣體 75感測器 74隔板222 lower conductor 223 perforation 23 sensor 24 spring 25 subject's shirt 26 subject's skin 30 electronic device 31 upper conductor 32 lower conductor 33 insulator 34 collar 35 finger 37 tape 36 clothing 40 electronic device 41 shrapnel 412 upper conductor 413 Perforation 42 substrate 422 lower conductor 423 perforation 43 blade 44 sensor 50 electronic device 51 spring 512 upper conductor 513 perforation 52 substrate 522 lower conductor 523 perforation 53 insulator 55 sensor 54 blade 60 electronic device 61 shrapnel 612 upper conductor 62 substrate 622 Lower conductor 63 partition 64 sensor 70 electronic device 71 upper conductor 72 lower conductor 73 insulator 75 sensor 74 partition