M429466 五、新型說明： 【辦型所屬之技術領域】 [0001] 本創作係有關一種尿濕無線感知裝置，尤指一種以外加 式附著於穿戴主體使用的尿濕無線感知裝置。 【先前技術】 [0002] 人一旦隨著年紀增長，經常會有體能狀態不如從前或體 能不適的狀況，而隨著器官的衰退，一些不可預期的生 理疾病將——接踵而至。而於各種隨著年紀老化而產生 的生理疾病中，又以尿失禁最為常見。尿失禁並非獨發 於上了年紀的長者，舉凡中風的人、植物人、癱瘓者， 皆可能會有無法自己控制排尿的問題，而除了具有上述 病徵的人之外尚有不少人有尿失禁的症狀，只是對於這 樣的問題一般人會感到難以啟齒。尤其不分男女當年紀 大的時候，有很多人會有尿失禁的症狀，另外產婦則不 管年紀的大小會因生育的關係也會有尿失禁的症狀。 [0003] 是故，尿失禁儼然已不僅是嬰幼兒才會有的問題，於老 年人或青壯年人身上.亦有可能會有相同的問題。故，為 解決此一問題，而有了成人用紙尿褲的設計。然而，比 如中風的人或植物人，當其尿濕於紙尿褲時，並不能適 時的表達出來。又比如部分年長者，即便知道自己尿失 禁於紙尿褲上，卻仍羞於啟齒要別人幫其替換紙尿褲， 就任其排尿留置於紙尿褲上而沒有更換，因而導致起紅 疹，甚至褥瘡等等之情況。 [0004] 因此，便有了如中華民國第M403327號專利的先前技術， 該先前技術係揭露一種具尿濕感應裝置之尿布結構，其 10120216+單編號 A0101 第3頁/共21頁 1012006639-0 M429466 中包覆有二帶狀電極，該二帶狀電極係位於該尿布結構 頂面之第一布料層的下方，以能在尿液被排洩出來後， 立即接觸到尿液而相互電氣導通，且經由該尿布結構底 面的金屬知座與一電氣彳貞測裝置之知體的扣接，令該電 器偵測裝置能在尿液被排泄出來後，迅速偵測到該二帶 狀電極之電氣導通而發送出一尿濕訊號，令照護者能根 據尿濕訊號立即更換新的尿布。然而，上述先前技術的 電器偵測裝置係必須具備有一供應電池始得持續運作該 電氣偵測裝置*如電池的電量不足時’將會導致該電器 偵測裝置不能即時運作，因而產生使用者未能及時更換 紙尿褲的問題。此外，該先前技術亦必須另外搭配製造 業者特定的接收裝置方可使用，因此確實增添了消費者 購買時的花費與使用上的麻煩。再者，該先前技術的帶 狀電極係直接缝製於尿布内，如此不但會造成人力成本 的提高，更會造成不良率增高的嚴重問題。 【新型内容】 [0005] 本創作之主要目的，在於解決先前技術中的問題；不但 可利用使用者自身原有的行動電子裝置所提供的電源電 力，來達成本創作尿濕感知後無線通訊傳輸的動作，更 可減少消費者購買時的花費與使用上的麻煩，並且有效 降低生產時的人力成本與產品不良率問題。 [0006] 為達上述目的，本創作提供一種尿濕無線感知裝置，係 以外加式附著於一穿戴主體，並配合一行動電子裝置使 用。該行動電子裝置包含有一接收無線傳輸訊號並向外 發出電磁波的天線部，一於接收到該天線部之無線傳輸 10120216^^11 A〇101 第4頁/共21頁 1012006639-0 M429466 訊號時產生一警示訊號的訊號轉換單元，以及一接收該 警示訊號並產生一警示通知的警示單元。該穿戴主體包 含有一對應於人體鼠蹊部位置以吸收尿液之吸附面。該 尿濕無線感知裝置包含有一設置於該穿戴主體之吸附面 上並於吸濕時產生一偵測訊號的吸附導片，以及一接收 並轉換該偵測訊號為該無線傳輸訊號的訊號傳輸晶片。 該訊號傳輸晶片包含有一接收該電磁波以產生感應電流 供應該訊號傳輸晶片電源並將該無線傳輸訊號無線傳遞 至該天線部的無線收發部。 [0007] 進一步地，該行動電子裝置及該訊號傳輸晶片兩者間之 無線傳輸係適用於一近場無線通訊（NFC)系統。 [0008] 進一步地，該吸附導片係包含有二相互平行的電極片， 以及一結合該電極片並吸附尿液以決定該二電極片短路 或開路的吸水條。 [0009] 進一步地，該無線收發部係為一接收電磁波以產生感應 電流之線圈。 [0010] 進一步地，該訊號傳輸晶片係包含有二分別電性連接該 電極片.的電極端。 [0011] 進一步地，該警示單元係可為·-揚聲器。 [0012] 進一步地，該警示單元係可為一顯示裝置。 [0013] 進一步地，該吸附導片係為於布片中編織有金屬纖維的 智慧型布料。 [0014] 進一步地，該訊號傳輸晶片包含有二分別電性連接該金 10120216^A〇101 第5頁/共21頁 1012006639-0 M429466 屬纖維的電極端。 [0015] 進一步地，其中，該吸附導片係包含由導電性油墨形成 的電極。 [0016] 進一步地，該訊號傳輸晶片包含有二分別電性連接於該 導電性油墨的電極端。 [0017] 進一步地，該電極片包含有複數個依照固定距離排列的 延伸部。 [0018] 因此，本案係藉由該無線收發部接收該天線部所提供之M429466 V. New description: [Technical field of office type] [0001] The present invention relates to a urine-wet wireless sensing device, and more particularly to a urine-wet wireless sensing device that is additionally attached to a wearing body. [Prior Art] [0002] Once a person grows older, there are often conditions in which the physical state is not as good as before or physical discomfort, and as the organ declines, some unpredictable physiological diseases will follow. Urinary incontinence is most common in a variety of physiological diseases that occur with ageing. Urinary incontinence is not unique to older elders. Anyone who has a stroke, a vegetative person, or a deaf person may have problems in controlling urination. In addition to those with the above symptoms, there are still many people with urinary incontinence. The symptoms are only common to people who feel uncomfortable with such problems. Especially when men and women are old, many people may have symptoms of urinary incontinence. In addition, maternal age may have symptoms of urinary incontinence regardless of the age of birth. [0003] Therefore, urinary incontinence is not only a problem for infants and young children, but also for the elderly or young adults. It may also have the same problem. Therefore, in order to solve this problem, there is a design for adult diapers. However, a person or a vegetative person, such as a stroke, cannot be properly expressed when it is wet in a diaper. For example, some seniors, even if they know that they are incontinent on diapers, are still ashamed to ask others to replace them with diapers, and let them urinate on the diapers without replacement, resulting in rashes and even acne. . [0004] Therefore, there is a prior art such as the Patent No. M403327 of the Republic of China, which discloses a diaper structure having a urine wetness sensing device, which is 10120216+single number A0101, page 3, total 21 pages, 1012006639-0 M429466 is coated with two strip electrodes, which are located below the first cloth layer on the top surface of the diaper structure, so as to be in contact with the urine immediately after the urine is excreted, and electrically connected to each other. And the metal body of the bottom surface of the diaper structure is fastened to the body of an electrical measuring device, so that the electrical detecting device can quickly detect the electrical of the two strip electrodes after the urine is discharged. A urinary signal is sent to enable the caregiver to immediately replace the new diaper with the wetness signal. However, the above-mentioned prior art electrical detection device must have a supply battery to continue to operate the electrical detection device. * If the battery is low, it will cause the electrical detection device to not operate immediately, thus generating a user. The problem of changing the diaper in time. In addition, the prior art must be additionally used in conjunction with a manufacturer-specific receiving device, thus indeed increasing the cost and use of the consumer at the time of purchase. Furthermore, the prior art strip electrode is directly sewn into the diaper, which not only causes an increase in labor costs, but also causes a serious problem of an increase in the defect rate. [New Content] [0005] The main purpose of this creation is to solve the problems in the prior art; not only can the power supply power provided by the user's own mobile electronic device be used to achieve the wireless communication transmission after the creation of the urine wetness perception. The action can reduce the cost and use troubles of consumers when purchasing, and effectively reduce the labor cost and product defect rate during production. In order to achieve the above object, the present invention provides a urine-wet wireless sensing device that is externally attached to a wearing body and used in conjunction with a mobile electronic device. The mobile electronic device includes an antenna portion for receiving a wireless transmission signal and emitting an electromagnetic wave outward, which is generated when the wireless transmission of the antenna portion is received, 10120216^^11 A〇101 4th page/21 pages 1012006639-0 M429466 signal a signal conversion unit of the warning signal, and an alerting unit that receives the warning signal and generates an alert notification. The wearing body bag contains an adsorption surface corresponding to the position of the human groin to absorb urine. The urinary wireless sensing device includes an absorbing guide disposed on an adsorption surface of the wearing body and generating a detection signal when absorbing moisture, and a signal transmission chip for receiving and converting the detection signal as the wireless transmission signal . The signal transmission chip includes a wireless transceiver unit that receives the electromagnetic wave to generate an induced current to supply the signal transmission chip power and wirelessly transmits the wireless transmission signal to the antenna portion. Further, the wireless transmission between the mobile electronic device and the signal transmission chip is applicable to a near field wireless communication (NFC) system. [0008] Further, the adsorption guide comprises two electrode sheets parallel to each other, and a water absorption strip that combines the electrode sheets and adsorbs urine to determine a short circuit or an open circuit of the two electrode sheets. Further, the wireless transceiver unit is a coil that receives electromagnetic waves to generate an induced current. [0010] Further, the signal transmission chip system comprises two electrode ends electrically connected to the electrode sheets. [0011] Further, the warning unit may be a speaker. [0012] Further, the alert unit can be a display device. [0013] Further, the adsorption guide is an intelligent cloth in which metal fibers are woven in the cloth sheet. [0014] Further, the signal transmission chip comprises two electrode ends respectively electrically connected to the gold fiber of the metal 10120216 ^ A 〇 101 page 5 / 21 pages 1012006639-0 M429466. [0015] Further, wherein the adsorption guide comprises an electrode formed of a conductive ink. [0016] Further, the signal transmission chip includes two electrode ends electrically connected to the conductive ink. [0017] Further, the electrode sheet includes a plurality of extensions arranged according to a fixed distance. [0018] Therefore, the present invention receives the antenna portion by the wireless transceiver unit.
I 電磁波’藉以產生微電流以作為遠成被傳輪晶片的電源 ，因而省去定時更換電池的麻煩。此外，本創作可搭配 行動電子裝置使用’於使用時僅須透過行動電子裝置搭 配軟體下載即可，增添了操作上的便利性’亦可省去另 外搭配接收裝置的麻煩與費用。再則’使用者可視需求 來裁切本創作，並以外加式附著於穿戴主體上使用，可 有效地降低直接於穿戴主體上縫製生產所衍生的成本。 【實施方式】 < [0019] 有關本創作之詳細說明及技術内容，現就配合圖式說明 如下： [0020] 請參閱『圖1』，係本創作之外觀示意圖，如圖所示：本 創作係架構於NFCCNear Field Communication)系統 ’並應用於規格為ISO 14443A/B之主流式近距離場效感 應技術中’使一訊號傳輸晶片12可以藉由一行動電子裝 置20(如行動電話、PDA或平板電腦等之具有無線傳輸功 能之電子產品）所提供的RF域（RF Field)產生電力，使 1〇12〇216产單编號A0101 第6頁/共21頁 1012006639-0 M429466 該訊號傳輸晶片12無須電源仍可進行操作。本新型係為 基於此一概念所完成之創作，本創作係為一種尿濕無線 感知裝置10，配合一供人體穿戴的穿戴主體30使用，該 穿戴主體30包含有一吸收人體尿液之吸附面。該尿濕無 線感知裝置10係以外加式附著於該穿戴主體30上，用以 監測穿戴主體30是否已受潮沾濕，該尿濕無線感知裝置. 10並搭配有一行動電子裝置20，藉由NFC系統，該行動電 子裝置20產生電磁波藉以產生供應電源予該尿濕無線感 知裝置10，並將所偵測到的結果傳送至該行動電子裝置 2'0，以提示使用者是否需要更換穿戴主體30。 [0021] 有關於本創作更進一步之構件及技術，請參閱『圖2』， 係本創作之方塊示意圖，如圖所示：本創作之尿濕無線 感知裝置10係包含有一設於該穿戴主體30之吸附面上的 吸附導片11，該吸附導片11於偵測到尿濕時係產生一偵 測訊號並傳送至一將該偵測訊號轉換成無線傳輸訊號的 訊號傳輸晶片12 ,為將偵測的結果傳输至該行動電子裝 置20，該訊號傳輸晶片12更包含有一收發訊號用的無線 收發部121.將該無線傳輸訊號傳輸至該行動電子裝置20。 該無線收發部121'係為一線圈之設計，於接收到電磁波時 可藉由該電磁波產生的微量電流供應該訊號傳輸晶爿12 運作。為接收該尿濕無線感知裝置10之無線傳輸訊號， 該行動電子裝置20包含有一與該無線收發部121相對應並 接收該無線傳輸訊號之天線部21，一於接收到該無線收 發部121之無線傳輸訊號時產生一警示訊號的訊號轉換單 ' 元22，並有一於收到該警示訊號時發出警示通知的警示 單元23。該警示單元23可為將是否尿濕的結果顯示於螢 1()12()216f單編號A0101 第7頁/共21頁 1012006639-0 [0022]M429466 幕上的顯示器或可發出警示音通知的揚聲器 本創作的操作流程如下，當使用者欲偵知穿戴主體3〇是 否尿濕時’使用者係將該行動電子裝置2〇靠近該訊號傳 輪晶片12 ’使該訊號傳輸晶片12上的無線收發部121得以 接收該行動電子裝置20產生的電磁波，並產生感應電流 以提供電源至該訊號傳輸晶片12。此時該訊號傳輸晶片 12即開始運作，並偵測該吸附導片π是否已浸濕，如已 浸濕，該吸附導片11則傳遞一偵測訊號至該訊號傳輸晶 片12，並由該訊號傳輸晶片12將該偵測訊號轉換成無線 傳輸訊號予該無線收發部121，藉由與該無線收發部121 無線連接的該天線部21，將尿濕的訊息傳遞至該行動電 子裝置20，並藉由該訊號轉換單元22將該無線傳輪訊號 轉換成可供該警示單元23識別之警示訊號，以操作該警 示單元2 3提示尿濕的訊息予使用者。 [0023] 有關於該吸附導片11檢知尿濕狀態之方式，請參閱『圖3 』所示：該吸附導片11係包含有二相互平行的電極片111 ，該電極片111為可撓或可塑性材質，並具有一黏著部 113，以方便於使用時該吸附導片11能伏貼並固定於該穿 戴主體30的吸附面上，並於該二電極片111上連接有一吸 水條112，於平時該吸水條112乾燥未受潮，該二電極片 111係呈一開路狀態。當該吸水條112受潮時，該吸水條 112即可導通該二電極片111成一短路狀態，並於該訊號 傳輸晶片12(如圖1所示）啟動時，該吸附導片11傳遞該偵 測訊息至該訊號傳輸晶片12。 [0024] 該吸附導片11除上述之型態外，該吸附導片11亦可為於 10120216^^^ A0101 第8頁/共21頁 ί 1012006639-0 M429466 布片申編織有金屬纖維的的智慧型布料，於吸附導片11 沾濕時，可導通编織於吸附導片11上的金屬纖維。 [0025] 該吸附導片11除上述之型態外亦可為於布片上印刷有參 雜金屬（諸如：碳、銅、銀、鎳、以及金）之導電性油 墨的智慧型布料，當吸附導片11沾濕時，可導通印刷於 吸附導片11上的導電油墨。 [0026] 請參閱『圖4』、『圖5』及『圖6』，係本創作吸附導片 之收納示意圖及本創作訊號傳輸晶片的組合示意圖，如 φ 圖所示：該吸附導片11係可應用於整捆包裝的設計，於 欲使用時可將該吸附導片11裁切為所需之長度，並將該 唳珊導片11伏貼於該穿戴主體30的吸附面上。如『圖5』 所示，該訊號傳輸晶片12包含有二電極端122，於裁切過 後的該吸附導片11係可以黏附的方式，將該二電極片111 分別接設於該二電極端122(或該導電性油墨、該金屬纖 維之二極）上。又如『圖β』所示，該琢附導片11俦可以 埤過—夾扣部123，將該二電極片ill分別固定於該電極 端122上。 [0027] 為偵測尿濕的面積，該電極片Π 1可藉由尿液所涵蓋的範 圍決定該二電極片111間的導通阻抗值，當尿濕範圍越大 ’則所涵蓋到的該電極片111面積也越大，該二電極片 111間的導通阻抗值則越小。當尿濕範圍越小，所涵蓋到 的該電極片111面積也越小，則該二電極片1 i i間的導通 阻抗值則越大，並藉由該訊號傳輸晶片.12(如圖2所示）透 過所監測到的該導通阻抗值計算出尿濕的範圍。 [0028] 為了更精確計算尿濕的範圍，請參閱『圖7』所示，圖7 10120216产單編號A0101 第9頁/共21頁 1012006639-0 M429466 係揭露另一種電極片llla的實施態樣，該電極片1113包 含有複數個依照固定距離排列的延伸部114a，藉由該延 伸部114a可使尿濕區塊的範圍區間化，使本創作能更精 確判斷尿濕的範圍。 [0029]綜上所述，本案係藉由該無線收發部接收該天線部所提 供之電磁波，藉以產生微電流以作為該訊號傳輸晶片的 電源，因而省去定時更換電池的麻煩。再者，本創作之 吸附導片係可以整捆的方式封裝，於需使用時，僅需將 該吸附導片裁切至所需之長度並與該訊號傳輸晶片固定 即可，增加本創作之實用性。此外，本創作可搭配行動 電子裝置使用，於使用時僅須透過行動電子裝置搭配軟 體下載即可，增添了操作上的便利性，亦可省去另外搭 配接收裝置的麻煩。另一方面，本創作係可透過展濕範 圍所涵蓋到的電極片面積計算出二電極片間的導通阻抗 值’藉以判斷尿濕的範圍大小。 剛以上已將本創作做細說明，惟以上所述者，僅爲本 創作之一較佳實施例而已，當不能以此限定本創作實施 之範圍，即凡依本創作申請專利範圍所作之均等變化與 修飾，皆應仍屬本創作之專利涵蓋範圍内。 【圖式簡單說明】 _]圖卜係本創作屎濕無線感知裝置之外觀示意圖。 [_ ®2，縣創作尿濕無線感知裝置之方塊示意圖。 剛圖3，係本創作_導片之結構剖面示意圖。 圆®4，係本創作吸附導片之收納示意圖。 10120216#單編號删1 S 10頁/共21頁 1012006639-0 M429466 [0035] 圖5、圖6，係本創作訊號傳輸晶片之組合示意圖。 [0036] 圖7，係本創作另一較佳實施例電極片之外觀示意圖。The I electromagnetic wave is used to generate a micro current to serve as a power source for the remote transfer wafer, thereby eliminating the trouble of periodically replacing the battery. In addition, this creation can be used in conjunction with mobile electronic devices. In use, it is only necessary to download software via mobile electronic devices, which increases the convenience of operation. It also saves the trouble and expense of additionally matching the receiving device. Furthermore, the user can cut the creation according to the needs of the user and attach it to the wearing body in an external manner, which can effectively reduce the cost derived from the sewing production directly on the wearing body. [Embodiment] [0019] The detailed description and technical contents of the present creation are described below with reference to the following figures: [0020] Please refer to FIG. 1 , which is a schematic diagram of the appearance of the creation, as shown in the figure: The authoring system is based on the NFCCNear Field Communication system' and is used in the mainstream proximity field effect sensing technology of ISO 14443A/B. 'A signal transmission chip 12 can be used by a mobile electronic device 20 (such as a mobile phone, PDA). The RF field provided by the wireless transmission function such as a tablet computer generates power, so that 1〇12〇216bill number A0101 Page 6/21 pages 1012006639-0 M429466 This signal transmission The wafer 12 can be operated without power. The present invention is based on the creation of a concept, which is a urine-wet wireless sensing device 10 for use with a wearable body 30 for human body wear, the wearable body 30 comprising an absorbent surface for absorbing human urine. The urine-wet wireless sensing device 10 is additionally attached to the wearing body 30 for monitoring whether the wearing body 30 has been wetted by moisture. The wet wireless sensing device 10 is coupled with a mobile electronic device 20 by NFC. The mobile electronic device 20 generates electromagnetic waves to generate power supply to the wet wireless wireless sensing device 10, and transmits the detected result to the mobile electronic device 2'0 to prompt the user whether the wearable body 30 needs to be replaced. . [0021] For further construction of the components and techniques of this creation, please refer to FIG. 2, which is a block diagram of the present creation, as shown in the figure: The urine-wet wireless sensing device 10 of the present invention includes a wearable body provided in the present invention. The adsorption guide 11 on the adsorption surface of 30, the adsorption guide 11 generates a detection signal when it is wet, and transmits it to a signal transmission chip 12 for converting the detection signal into a wireless transmission signal. The detection result is transmitted to the mobile electronic device 20, and the signal transmission chip 12 further includes a wireless transceiver unit 121 for transmitting and receiving signals. The wireless transmission signal is transmitted to the mobile electronic device 20. The wireless transceiver unit 121' is designed as a coil, and when the electromagnetic wave is received, the signal transmission wafer 12 can be supplied by a small amount of current generated by the electromagnetic wave. In order to receive the wireless transmission signal of the wet wireless wireless sensing device 10, the mobile electronic device 20 includes an antenna portion 21 corresponding to the wireless transceiver unit 121 and receiving the wireless transmission signal, and the receiving of the wireless transceiver unit 121 When the signal is transmitted wirelessly, a signal conversion unit 'union 22' of the warning signal is generated, and there is an alarm unit 23 that issues an alert notification when the warning signal is received. The warning unit 23 can display the result of whether or not the urine is wet on the display of the firefly 1 () 12 () 216f single number A0101 page 7 / 21 page 1012006639-0 [0022] M429466 or can give a warning tone notification The operation flow of the present speaker is as follows. When the user wants to detect whether the wearing body 3 is wet or not, the user closes the mobile electronic device 2 to the signal transmitting chip 12' to make the wireless transmission on the signal 12 The transceiver unit 121 is capable of receiving electromagnetic waves generated by the mobile electronic device 20 and generating an induced current to supply power to the signal transmission wafer 12. At this time, the signal transmission chip 12 starts to operate, and detects whether the adsorption guide π has been wetted. If it is wet, the adsorption guide 11 transmits a detection signal to the signal transmission chip 12, and The signal transmission chip 12 converts the detection signal into a wireless transmission signal to the wireless transceiver unit 121, and transmits the wet message to the mobile electronic device 20 via the antenna unit 21 wirelessly connected to the wireless transceiver unit 121. The signal transmission unit 22 converts the wireless transmission signal into an alarm signal that can be recognized by the warning unit 23 to operate the warning unit 23 to prompt the wet message to the user. [0023] Regarding the manner in which the adsorption guide 11 detects the wet state, please refer to FIG. 3: the adsorption guide 11 includes two electrode sheets 111 that are parallel to each other, and the electrode sheet 111 is flexible. Or a plastic material, and has an adhesive portion 113, so that the adsorption guide 11 can be attached to the adsorption surface of the wearing body 30, and a water absorption strip 112 is connected to the two electrode sheets 111. Usually, the water absorbing strip 112 is dry and not damp, and the two electrode sheets 111 are in an open state. When the water absorbing strip 112 is wet, the water absorbing strip 112 can turn on the two electrode sheets 111 to form a short circuit state, and when the signal transmitting wafer 12 (shown in FIG. 1) is activated, the absorbing guide 11 transmits the detecting. The message is sent to the signal transfer wafer 12. [0024] The adsorption guide 11 in addition to the above-mentioned type, the adsorption guide 11 can also be 10120216^^^ A0101 page 8 / total 21 pages ί 1012006639-0 M429466 cloth piece woven with metal fiber The smart cloth can guide the metal fibers woven on the adsorption guide 11 when the adsorption guide 11 is wet. [0025] The adsorption guide 11 may be an intelligent cloth printed with a conductive ink of a dopant metal (such as carbon, copper, silver, nickel, and gold) on the cloth sheet in addition to the above-mentioned type, when adsorbed. When the guide sheet 11 is wet, the conductive ink printed on the adsorption guide 11 can be turned on. [0026] Please refer to FIG. 4, FIG. 5 and FIG. 6 , which are schematic diagrams of the storage of the adsorption guide sheets and the combination diagram of the original signal transmission wafers, as shown in the φ diagram: the adsorption guide 11 It can be applied to the design of the whole bundle package, and the adsorption guide sheet 11 can be cut to a desired length when it is to be used, and the slanting guide sheet 11 is affixed to the adsorption surface of the wearing body 30. As shown in FIG. 5, the signal transmission chip 12 includes a two-electrode end 122, and the two-electrode piece 111 is respectively attached to the two-electrode end in a manner that the removed adsorption guide 11 can be adhered. 122 (or the conductive ink, the two poles of the metal fiber). Further, as shown in Fig. β, the cymbal guide piece 11A can be passed over the clip portion 123, and the two electrode sheets ill are respectively fixed to the electrode end 122. [0027] In order to detect the area of wet urine, the electrode sheet 1 can determine the on-resistance value between the two electrode sheets 111 by the range covered by the urine, and the larger the range of the wetness is included. The larger the area of the electrode sheet 111, the smaller the on-resistance value between the two electrode sheets 111. The smaller the range of wetness is, the smaller the area of the electrode sheet 111 covered is, the larger the on-resistance value between the two electrode sheets 1 ii is, and the wafer is transmitted by the signal. 12 (as shown in FIG. 2 Show) Calculate the range of wetness through the monitored value of the on-resistance. [0028] In order to more accurately calculate the range of urinary wetness, please refer to FIG. 7 , FIG. 7 10120216, the production order number A0101, page 9 / 21 pages, 1012006639-0, M429466, revealing another embodiment of the electrode sheet 111a. The electrode sheet 1113 includes a plurality of extending portions 114a arranged according to a fixed distance. The extending portion 114a can divide the range of the wet and dry blocks, so that the present invention can more accurately determine the range of wetness. In summary, in the present case, the wireless transceiver unit receives the electromagnetic wave provided by the antenna unit, thereby generating a micro current as a power source for the signal transmission chip, thereby eliminating the trouble of periodically replacing the battery. Furthermore, the adsorption guide film of the present invention can be packaged in a bundle manner, and when needed, the adsorption guide piece only needs to be cut to a desired length and fixed with the signal transmission wafer, thereby increasing the creation. Practicality. In addition, this creation can be used with mobile electronic devices. It can be downloaded only through mobile electronic devices and software, which increases the convenience of operation and eliminates the trouble of connecting the receiving device. On the other hand, the author can calculate the on-resistance value between the two electrodes by the area of the electrode sheets covered by the wet-out range to determine the range of the wetness. The author has just explained the creation of the above, but the above is only a preferred embodiment of the present creation. When it is not possible to limit the scope of the creation of this creation, that is, the equivalent of the patent application scope of this creation. Changes and modifications are still covered by the patents of this creation. [Simple description of the diagram] _] Figure is a schematic diagram of the appearance of the creation of the wet wireless sensing device. [_ ® 2, the block diagram of the county created urine wet wireless sensing device. Just as Figure 3, it is a schematic cross-sectional view of the structure of the creation _ guide. Circle®4 is a schematic diagram of the storage of the adsorption guide. 10120216# Single number deletion 1 S 10 pages/total 21 pages 1012006639-0 M429466 [0035] FIG. 5 and FIG. 6 are schematic diagrams showing the combination of the present signal transmission chip. 7 is a schematic view showing the appearance of an electrode sheet according to another preferred embodiment of the present invention.
【主要元件符號說明】 [0037] 10........ .....尿濕無線感知裝置 [0038] 11........ .....吸附導片 [0039] Ill 、 111a · · ·.. .....电極片 [0040] 112........ .....吸水條 [0041] 113........ •.....黏著部 [0042] 114a....... .....延伸部 [0043] 12........ .....訊藏傳輸曰曰片 [0044] 121........ .....無線收發部 [0045] 122........ .....電極端 [0046] 123........ [0047] 20...... · · • ·，· ·行動電子裝置 [0048] 21........ .....天線部 [0049] 22........ .....訊號轉換單元 [0050] 23 · ....... .....警示單元 [0051] 30........ .....穿戴主體 10120216产單编號 A0101 第11頁/共21頁 1012006639-0[Description of main component symbols] [0037] 10...............Urine wet wireless sensing device [0038] 11...............Adsorption guide [0039] ] Ill , 111a · · ·.. ..... electrode sheet [0040] 112........ .....Water absorption strip [0041] 113........ •. ....Adhesive part [0042] 114a....... ..... Extension [0043] 12........ ..... Information transmission transmission [0044] 121........ ..... Wireless Transceiver [0045] 122........... Electrode End [0046] 123........ [0047 ] 20... · · • ····Mobile electronic device [0048] 21................ Antenna section [0049] 22........ ....signal conversion unit [0050] 23 · ....... ..... warning unit [0051] 30........ ..... wearing body 10120216 production number A0101 Page 11 of 21 1012006639-0