201041531 六、發明說明： 【發明所屬之技術領域】 本發明係與一種可調整式智慧型衣物，特別是涉及一種穿戴式電極 (wearable electrode)結合在衣物上(wearable article)如衣服 , · * (garment)，此可調整式智慧型衣物可接收生理訊號(receive signals)或 ' 傳出電流與傳出訊號(transmit impulses)用此系統可接收人體的生理信 號’如心電圖、腦波、肌電圖或傳出信號來測呼吸、體脂、汗溼及傳出電 流來產生經皮電刺激(TENS)或電擊。 〇 【先前技術】 藉由將人的生理訊號讀出或是將電流傳入人體，傳統上不是利用貼片 電極(conductive jelly electrode)就是用真空橡膠吸球的方式，但都不 自然且對皮膚有害，不能常久使用，故目前有用布料電極或乾式電極如導 電橡膠的方式來讀心電圖、腦波、肌電圖、呼吸(impedancepneumography)、 體脂及溼度或是外界提供電流來TENS(經皮電刺激)或電擊，例如US pub. No 2005/0054941(Appl. NolO/922, 336) Physiologic monitor garment ; US pub. No 2007/0127187(Appl. 11/672, 742) Textile-base electrode ; pub. No 2007/0078324(Appl. 11/163017) Physiologic monitoring wearable having three electrodes .* US Pub. No 2008/0045872 (PCT/EP05/01941) Elastic bandage with electrodes spaced apart from one another ； US Pub. No 2005/0119701(Appl. 10/5091236 ) Wearable monitoring system and method of manufacturing of a wearable monitoring system ； US Pub. 201041531201041531 VI. Description of the Invention: [Technical Field] The present invention relates to an adjustable smart type of clothing, and more particularly to a wearable electrode combined with a wearable article such as clothes, * ( Garment), this adjustable smart clothing can receive physiological signals or 'transmitting currents and transmitting impulses. This system can receive physiological signals of the human body' such as electrocardiogram, brain wave, electromyography Or send a signal to measure respiratory, body fat, perspiration, and efferent current to produce transcutaneous electrical stimulation (TENS) or electric shock. 〇[Prior Art] By reading human physiological signals or introducing current into the human body, traditionally, instead of using a conductive jelly electrode, vacuum rubber is used to suck the ball, but it is not natural and suitable for the skin. Harmful, can not be used for a long time, so currently use cloth electrodes or dry electrodes such as conductive rubber to read ECG, brain waves, EMG, breathing (impedancepneumography), body fat and humidity or external supply of current to TENS (transcutaneous electricity) Stimulation) or electric shock, for example, US pub. No 2005/0054941 (Appl. NolO/922, 336) Physiologic monitor garment; US pub. No 2007/0127187 (Appl. 11/672, 742) Textile-base electrode ; pub. No </ RTI> </ RTI> <RTIgt; Appl. 10/5091236 ) Wearable monitoring system and method of manufacturing of a wearable monitoring system ; US Pub. 201041531
No 2007/0285868 (Appl. 11/808391)Sensor arrangement ； US Pub. No 2008/0064970 (Appl. 11/576765) 12 lead ECG Fabric electrode belt system ’但都存在一個問題，就是穿戴式電極在人體運動時也會隨之移動， 故常常要將電極施以很大的固定力量，例如穿戴式衣服要穿的很緊以使電 極與身體之間不會有相對移動，但是使用者會不舒服，且實際上又無法得 到好的信號或穩定的電流刺激(TENS或電擊），如今我們開發出可調式智慧 衣服來達成此目的。同時穿戴式電極的另一個問題是舒適且合身，但是一 Ο 般所設計生產的衣服大多只有XL(特大號）、L(大號）、Μ(中號）、s(小號） 的尺寸以方便生產，故本發明也要達到大量生產的目標，不用個人專門設 計但又能舒適地接收到所要的生理訊號、傳出信號或傳出電流。 【發明内容】 鑑於上述缺失’本發明之伽在練供-領整雜慧^衣物，此衣 物包括在衣物上有-通道，通道中有一條帶狀布料，同時在通道的外面有 Q —配件來目定此帶狀树在通道_長度，例如繩扣 ，另外有一電極由一 立體材料及導電材料組合而成，利用一連接部將電極與衣物連接，此連接 部使電極與衣物兩者之間可自由活動，也就是說__結構上的變化， 來降低人體動作或外力的雜訊，配件也可用馬達來取代。其中電極的立體 、〜構可用彈性體如棉花、海棉、橡谬，而帶狀布料可為鬆緊帶或彈性紗 (pandex)、及成相同的連接部若用彈性材質如彈性紗或彈性線，則所彦 的信號或電流品質更佳。因為衣物如上衣或襪子都只有大、中、小尺寸 故如打調整，仙_—_如繩扣來調彳 201041531 帶狀布料在通道的長短，因此可更加方便且讓不同身材的人都能方便使用 另外，在配件與帶狀布料間有感測器，用來感測在通道内帶狀布料的 長度，例如勤感測器，·同時我們也可簡達來取代配件，將帶狀布料自 動的放長魏短。此祕可用來制心_、心跳、呼吸、體脂等， 同時也可用來提供經皮電刺激⑽s)或電擊。 【實施方式】 為更進-步_本發縣達顧_目定所_技鮮段及功效，以 下結合_及難實施例，職據本發出的整式智慧型衣物其具 體實施方^、結構、概及其功效，絲町七項錄。 第一圖係本發明傳統賴式電極衣服之示意圖； ^ΞΓίΓ現有可調整式智慧型衣物的局部剖面之示意圖； '、明導騎料直接關衣物上的傳财式智慧型衣物 測量之心電圖的結果； 第四圖係本發明_現有可調整式智慧型衣物測量之心電圖； 第五圖係本發日㈣—較佳實細之剖面示賴； 第,、圖係本發·五圖所示之可調整式智慧型衣物測量的心電圖； 第七圖係本购帛二触實補之减示意圖； 第二較佳實施例之侧視示意圖； 第九圖係本發明第二較佳實施例測量之心電圖； 第十圖係本發明第三較佳實施例之剖視示意圖； 第十圖係本發％帛四較佳實細之itit#剖面圖； 第十一圖係本發明第五較佳實施例之有加壓力感測ϋ之侧視示意圖； 201041531 第十三圖係本發明第六較佳實施例之馬達取代配件的示意圖； - 第十四圖係本發明第七較佳實施例之帶狀布料，有導電材質的示意圖； 所有穿戴式感應器(wearable sensor device)的結構都是穿在人身上 (例如衣服、褲子、内衣、裙子）或是戴在人身上(例如：襪子、帽子、圍巾、 口罩等），這些傳統的衣物都有尺寸，為了給一般民眾都能使用且方便大量 生產’而有XL(特大號）、L(一般）、Μ(-般）、S(小尺寸）的分類，並非完全 〇 符合每個人的個人尺寸，當然這些衣物的前提是舒適，讓使用者感覺不到 有感應器（sensor)的存在。 例如圖1所示，為心電圖（腦波或肌電圖、心跳(册）、心跳變異（hrv)) 的穿戴式電極2所設之衣服1，或可為測量體脂、靜脈栓塞（Impedance phlebography)、心輸出量（impedance cardi〇graphy)、呼·吸(impedance pneumography)，濕度 Galvanic skin Response(GSR)的服飾，另外亦可同 時當作TENS(經皮膚電刺激治療）或電擊來使用。 〇 一般人在動作時，任何電極2與皮膚的相對位置若有移動時，其生理 訊號、傳出訊號或刺激電流就會失真，故常常要將衣服丨穿得很緊，讓電 極2不會隨便移動’但仍然無法得到滿意的訊號或刺激電流，穿戴者也覺 得不舒服’意即心電圖、肌電圖、腦波、呼吸、體脂、渔度、τ腦、電擊 的穩定度及可靠度很差，故如何達到信號或電流可靠且使用者舒適，為目 前的重要課題。電極2為立體材料及導騎料組合喊時，例如電極2為 布料電極2而立體材料為一彈性體3，請參閱圖2，目的是使電極2和人體 13接觸的壓力比衣服1其他雜與人體之間的壓力大，例如：沒增加彈性 201041531 體3，而電極2直接與衣服1同一水平時的心電圖（ECG)請參閱圖3 ;有彈 性體3在電極2與衣服丄間且成圓柱狀的、结果請參閱圖4，意即若僅有電極 2和人體13貼身的信號，效果比放置彈性體3在· 2與衣服i之間所得 •的信號差’可見加彈性體3可穩定信號的品質，但是仍有雜訊產生，尤其 . 在肢體運動時，因為衣服1與電極2是-體的，例如手臂動作會拉動袖口 的布料，同時也會牵動上身的衣服！，使得電極2也會隨之移動，所以我們 設計的電極2除了有彈性體3之外，電極2與衣服i間乃有—連接部4，即 〇 冑極2本身立體結構與衣服1之間利用一連接部4連接，請參閱圖5,同時， 電極2所得的信號經傳輸線11到處理器12。 則當使用者猶體運_，衣服丨隨之鷄，但是因為有連接部4的 關係，使得電極2和衣服1之間有了-緩衝結構，所以電極2不會隨身體 之移動而移動，心電圖⑽)信號就相對穩^，且信號品質不受外界影響， 如圖6 ’尤其是連接部4乃由彈性材質所製，例如彈性紗、彈簧、橡膠、海 棉或彈性線’則更可降低肢體動作所產生的雜訊，因為彈性材質的連接部4 〇 本身又有伸縮的特性’例如：衣服1往上移時，且有伸縮彈性的連接部4 隨之伸長而使電極2仍留在原位不受肢體動作或外界力量的影響，又例如 受外力壓边時，連接部4的彈性材質隨之收縮，故電極2仍然不會移動， 也就是說紡織結構上的變化，來降低人體動作或外力的雜訊。 但疋因為每-個人的身材不同，且一般衣服i的尺寸只有紅u或 S，不是完全合身，所以树也會產生不佳號，或者已經是合適的衣服 W吏用者肢_作太大時還是容奸擾電極2的信號齡或輪出電訊號或 電流提供。故我們設計在衣服i上有一通道7，此通道7正好在電極2的上 201041531 4緊帶、内衣織帶、《χ、萊卡布、針織布 J如· 的出口端有_a〇ck card)5，利用二橡膠等^ 鬆或綁緊，當不同人穿時，若嫌帶狀布科6放 甚太緊τ，_ 野右嫌衣服1稍微大，可將帶狀布料6綁緊些； 常方便g ^她她^故纟_人"^製造，且使用上非 Ο Ο H即爾晴狀她_嘛_合懷的身材， ^整好W砰’纟細挪晴_峨恤操作上更 :，雜閱圖7，其側視圖請參_ 8，其中在圖八我們可看見人體13 與電極2接觸。 此時就如同於個人量賴作，_圖⑽)信號非常歡，同時，當人 的肢體運動時’因為有彈性帶狀布料6可將電極2固定不動，例如：呼吸 時胸圍或腹®週期性變大又變小’則衣服丨也隨之不斷的變化，但是有了 T伸縮變化的彈性帶狀布料6隨之伸長或縮短，使電極2仍留在原地不動。 且帶狀布料6又比衣服丨的通道7小些，當衣服丨隨肢體上下移動時，帶 狀布枓6不會上下移動，因此更增加心電圖(㈣信號的穩定性，請參閱圖 9。另外’電極2與衣物本身利用連接部4接合兩者的方式，也可改成電 極2與帶狀布料6之間，由連接部4相連接，即連接部4穿過衣服丄表層 而進入通道7内固定在帶狀布料6上，請參關1():另—方面，我們也可 、乂7與電極2接觸的那—面上有—轨道開口讓連接部4可自由的在軌 道開口上移動’請參閱圖u，所以電極2不是在通道7的内側，就是在帶 狀布料6的簡’且原則上都被帶狀布料6包圍住。 織扣(Lock Card)5亦可用排扣，調整扣、織帶扣、束尾扣等具固定帶 8 201041531 狀布料6在通道内長;^的配件代替。另外，帶狀布料的通道出口可以有2 個’即帶狀布料的兩端都露出來，則配件如繩扣就要與布料的兩端相接， 帶狀布料也可一端與衣服固定，故只有一出口 ’故配件只要與帶狀布料沒 固定的那一端相接。此配件上可安裝一個壓力（pressure)或拉力（strain) 感測器’來測得帶狀布料6的鬆緊程度，當使用者下回再穿時，即可藉其 先前的壓力（pressure)或拉力（strain)之數值來調整帶狀布料6的長短。 例如信號穩定性且品質佳時的壓力感測器9值為” a”，則下回使用者穿上 〇 衣服1時，調整繩扣5過程中若壓力感測值為” a”時，處理器12會發出 信號如聲音或光線來提示已到最佳位置。故同一件衣服丨亦可提供給不同 人使用，只要處理器12知道每個人本身的壓力感測器9上最佳的感測值即 可，請參閱圖12，為配件繩扣5内側有一壓力感測器9(圖未示）。又例如 帶狀布料6本身又具拉力感測器（strain sensor)亦可在電極外侧，衣服丄 内側或在帶狀布料6内側有壓力感測器9,同樣可以得到相同的效果^調整 帶狀布料6的方式亦可原本人自己動手的操作，改成有一電動馬達1〇來調 ◎ 整’即利用馬達10來取代配件的功能’而能達到固定通道内帶狀布料的長 度’且可記錄每次所調整帶狀布料_度，下回用時可自動將帶狀布料6 調整到先則已知的位置。請參閱圖13。另外，帶狀布料6上可以包含導電 材質14(例如内含導電材質如石墨的橡膠）’ t長短不同時，帶狀布料6的 電阻即不同，可依據使用者在最佳狀態時的電阻值來設定，故在帶狀布料6 上量測其不同長度的電阻(愈長電阻則愈大），即可得知帶狀布料6在通道 的長度，下回再穿時就可以自動調整繩扣5，使得在通道7内的帶狀布= 長度和先前設定的長度-致，讓使用者不必再重新測試最佳的帶狀布則 9 201041531 在通道7之長度，即處理器12同時有龍庫之雜，請參閱圖Μ。 以上所言在通道7内或帶狀布料6内的電極2數目至少一個，同時在一 件衣物可有-個以上的通道7，每個通道7)至少有—個帶狀布料6。相同的 道理，我們也可崎電極用其它感絲如姿勢感絲、加速規、陀螺儀、 溫度感應器、壓力感應器、拉力感應器、血壓感應器、布料感應器、血氧 感應器、血、聲音感_、絲感應器縣取代。 【圖式簡單說明】 〇 第本發_統穿戴式f極衣服之示意® ; 第二圖係本發日親有可輕式智慧型衣物的局部勤之示意圖； 第二圖係本發_科騎料直接關衣物上的傳統可調整式智慧型衣物 測量之心電圖的結果； 第四圖係本㈣彻現有可調整式智慧型衣物測量之心電圖； 第五圖係本發明第—較佳實施例之剖面示意圖； 第六_本發明第五圖所示之可調整式智慧型衣物測量的心電圖； 〇 奸目係本發明第二較佳實齡丨之正視示意圖； 第八圖係本判第二較佳實侧之側視示意圖； 第九圖係树„二錄餘烟量m 第十圖係本發明第三較佳實施例之纖示意圖； 第十一圖係本發明第四較佳實施例之通道的剖面圖； 第十-圖係本發明第五較佳實施例之有加壓力感測器之侧視示意圖； 第十-圖係本發明第六較佳實施例之馬達取代配件的示意圖； 第十四圖係本發明第七較佳實施例之帶狀布料，有導電材質的示意圖； 201041531 【主要元件符號說明】 5:繩扣 10:馬達 1:衣服 2:電極 3:彈性體 4:連接部 6:帶狀布料 7:通道 8:軌道 9:壓力感測器 11:傳輸線 12:處理器 13:人體 14:導電材質No 2007/0285868 (Appl. 11/808391) Sensor arrangement; US Pub. No 2008/0064970 (Appl. 11/576765) 12 lead ECG Fabric electrode belt system 'But there is a problem that the wearable electrode is in the movement of the human body It will also move with it, so it is often necessary to apply a large fixing force to the electrode. For example, the wearable clothes should be worn tightly so that there is no relative movement between the electrodes and the body, but the user will be uncomfortable and practical. There is no good signal or stable current stimulation (TENS or electric shock), and now we have developed adjustable smart clothes to achieve this. At the same time, another problem with the wearable electrode is that it is comfortable and fit, but most of the clothes designed and manufactured in the same way are only XL (extra large), L (large), Μ (medium), s (small). Convenient for production, the invention also has to achieve the goal of mass production, without the need to personally design but can comfortably receive the desired physiological signal, outgoing signal or outgoing current. SUMMARY OF THE INVENTION In view of the above-mentioned deficiencies of the present invention, the garment includes a channel on the garment, a strip of cloth in the passage, and a Q-accessory on the outside of the passage. To visualize the ribbon tree in the channel length, such as a rope buckle, another electrode is composed of a combination of a three-dimensional material and a conductive material, and the electrode is connected to the clothes by a connecting portion, which makes the electrode and the clothing both Freely movable, that is, __ structural changes, to reduce the noise of human body movements or external forces, accessories can also be replaced by motors. The three-dimensional and ~-structure of the electrode may be an elastic body such as cotton, sponge, rubber, and the belt-like cloth may be an elastic band or a pandex, and an elastic material such as an elastic yarn or an elastic thread may be used for the same joint portion. The signal or current quality of Yan Yan is better. Because clothing such as clothing or socks are only large, medium and small size, such as adjustment, Xian ___ such as rope buckle to ridicule 201041531 ribbon cloth in the length of the channel, so it is more convenient and allows people of different sizes to Convenient to use, there is a sensor between the accessory and the strip fabric to sense the length of the strip fabric in the channel, such as the sensor, and we can also replace the accessory with the card, the strip fabric The automatic lengthening is short. This secret can be used to make heart _, heartbeat, breathing, body fat, etc., and can also be used to provide transcutaneous electrical stimulation (10) s) or electric shock. [Embodiment] For the further step-by-step _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ , general and its effects, the seven items of Silk Town. The first figure is a schematic view of a conventional Lai electrode garment of the present invention; ^ ΞΓ Γ 示意图 示意图 示意图 示意图 Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ The fourth figure is the electrocardiogram of the present invention _ existing adjustable smart clothing measurement; the fifth picture is the present day (four) - the preferred thin section of the diagram; the first, the figure is the hair of the five The electrocardiogram of the adjustable smart clothing measurement; the seventh figure is a schematic diagram of the subtraction of the two-touch compensation; the second preferred embodiment is a side view; the ninth figure is the second preferred embodiment of the present invention. The eleventh figure is a cross-sectional view of the third preferred embodiment of the present invention; the tenth figure is a cross-sectional view of the itit# of the present invention; the eleventh figure is the fifth preferred embodiment of the present invention. FIG. 13 is a schematic view showing a motor replacement fitting according to a sixth preferred embodiment of the present invention; and FIG. 14 is a seventh preferred embodiment of the present invention. Ribbon fabric with conductive material Figure; The structure of all wearable sensor devices is worn on people (such as clothes, pants, underwear, skirts) or on people (such as socks, hats, scarves, masks, etc.). Traditional clothing has dimensions, and it can be used for the general public and is convenient for mass production. The classification of XL (extra large), L (general), Μ (--), S (small size) is not completely consistent. The personal size of each person, of course, the premise of these clothes is comfortable, so that the user does not feel the presence of a sensor. For example, as shown in FIG. 1, the garment 1 provided for the wearable electrode 2 of an electrocardiogram (brain wave or electromyogram, heartbeat (heart), heartbeat variation (hrv)) may be used for measuring body fat and venous embolism (Impedance phlebography). ), cardiac output (impedance cardi〇graphy), impulse pneumography, humidity Galvanic skin Response (GSR) clothing, can also be used as TENS (transdermal electrical stimulation therapy) or electric shock. 〇 When the average person moves, the relative position of any electrode 2 and skin will be distorted when the physiological signal, outgoing signal or stimulation current is distorted. Therefore, it is often necessary to wear the clothes tightly so that the electrode 2 is not casual. Moving 'but still can't get satisfactory signal or stimulating current, the wearer also feels uncomfortable' means that ECG, EMG, brain wave, breathing, body fat, fishing degree, τ brain, electric shock stability and reliability are very Poor, so how to achieve reliable signal and current and user comfort is an important issue at present. When the electrode 2 is a combination of a three-dimensional material and a guide material, for example, the electrode 2 is the cloth electrode 2 and the three-dimensional material is an elastic body 3. Referring to FIG. 2, the purpose is to make the pressure of the electrode 2 and the human body 13 more complicated than the clothes 1. The pressure between the human body and the human body is large, for example, the elasticity of the 201041331 body 3 is not increased, and the electrocardiogram (ECG) when the electrode 2 is directly at the same level as the clothes 1 is shown in Fig. 3; the elastic body 3 is between the electrode 2 and the clothes. Cylindrical, the results please refer to Figure 4, which means that if only the electrode 2 and the human body 13 close to the signal, the effect is better than the signal difference between the placement of the elastic body 3 between the 2 and the clothing i. Stabilize the quality of the signal, but there is still noise, especially in the movement of the body, because the clothes 1 and the electrode 2 are - body, for example, the arm movement will pull the fabric of the cuff, and also affect the upper body clothes! Therefore, the electrode 2 will also move with it, so the electrode 2 we designed has a connection part 4 between the electrode 2 and the clothes i, that is, between the three-dimensional structure of the bungee 2 and the clothes 1 Referring to FIG. 5, a signal obtained by the electrode 2 is transmitted to the processor 12 via the transmission line 11. Then, when the user is in the body, the clothes are followed by the chicken, but because of the connection portion 4, the electrode 2 and the garment 1 have a buffer structure, so the electrode 2 does not move with the movement of the body. The electrocardiogram (10)) signal is relatively stable, and the signal quality is not affected by the outside world, as shown in Fig. 6 'especially the connecting portion 4 is made of elastic material, such as elastic yarn, spring, rubber, sponge or elastic thread'. The noise generated by the limb movement is reduced because the connecting portion 4 of the elastic material has the characteristics of stretching and contracting itself. For example, when the garment 1 is moved upward, the connecting portion 4 having the elastic elasticity is elongated, so that the electrode 2 remains. When the position is not affected by the movement of the limb or the external force, for example, when the external force is pressed, the elastic material of the connecting portion 4 contracts, so the electrode 2 still does not move, that is, the change in the textile structure is reduced. Noise from human movements or external forces. But because every person's body is different, and the size of the general clothes i is only red u or S, it is not completely fit, so the tree will also produce a bad number, or it is already a suitable dress. At the same time, it is still the signal age of the electrode 2 or the electric signal or current supply. Therefore, we have designed a channel 7 on the clothes i. This channel 7 is just on the top of the electrode 2 201041531 4 tight band, underwear webbing, "χ, lycra, knitted cloth J, · the exit end has _a〇ck card) 5 Use two rubbers to loosen or tie tightly. When different people wear it, if the banded cloth is too tight, _ the wild right clothes 1 is slightly larger, and the banded fabric 6 can be tied tightly; Convenient g ^ she she ^ 纟 _ _ people " ^ manufacturing, and use the upper non-Ο Ο H 尔 晴 晴 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ More:, see Figure 7, the side view please see _ 8, which in Figure 8 we can see the human body 13 and the electrode 2 contact. At this time, it is like the personal quantity, _Fig. (10)) The signal is very happy, and at the same time, when the human body moves, 'Because the elastic banded cloth 6 can fix the electrode 2, for example: the chest circumference or the abdomen cycle during breathing The sex becomes larger and smallerer', and the clothes are constantly changing, but the elastic band-like fabric 6 with the T-fold change is elongated or shortened, so that the electrode 2 remains in place. Moreover, the strip fabric 6 is smaller than the passage 7 of the clothes shackle. When the clothes squat up and down with the limbs, the belt woven fabric 6 does not move up and down, so the electrocardiogram ((4) signal stability is further increased, see FIG. In addition, the way in which the electrode 2 and the garment itself are joined by the connecting portion 4 can be changed between the electrode 2 and the strip-shaped cloth 6, and the connecting portion 4 is connected, that is, the connecting portion 4 passes through the surface layer of the garment to enter the passage. 7 is fixed on the strip fabric 6, please refer to 1 (): On the other hand, we can also, the 乂7 is in contact with the electrode 2 - the track opening allows the connecting portion 4 to freely open at the track Move up 'Please refer to Figure u, so the electrode 2 is not on the inside of the channel 7, or in the simple shape of the strip fabric 6 and is in principle surrounded by the strip fabric 6. The Lock Card 5 can also be used for the buckle. , Adjusting buckle, Ribbon buckle, Bundle buckle, etc. with fixing strap 8 201041531 The fabric 6 is long in the channel; ^ is replaced by the fitting. In addition, the channel outlet of the ribbon fabric can have 2 'that is, both ends of the strip fabric When exposed, accessories such as rope buckles must be connected to the ends of the fabric, and the fabric can also be used. One end is fixed to the clothes, so there is only one exit', so the fittings only need to be connected to the end of the strip that is not fixed. A pressure or strain sensor can be installed on the fitting to measure the strip fabric. The degree of tightness of 6 can be adjusted by the value of the previous pressure or strain when the user next wears it back. For example, the signal stability and the pressure at good quality When the sensor 9 value is "a", when the user puts on the clothes 1 next time, if the pressure sensing value is "a" during the adjustment of the rope buckle 5, the processor 12 will emit a signal such as sound or light. The prompt has reached the best position. Therefore, the same piece of clothing can be provided for different people, as long as the processor 12 knows the best sensing value of each person's own pressure sensor 9, please refer to FIG. 12, There is a pressure sensor 9 (not shown) inside the accessory cord buckle 5. For example, the strip fabric 6 itself has a strain sensor which can also be on the outside of the electrode, inside the garment or inside the strip fabric 6. With the pressure sensor 9, the same can be obtained Effect ^The way of adjusting the strip fabric 6 can also be operated by the user himself, and changed to an electric motor 1 〇 to adjust the function of the motor 10 to replace the function of the accessory to achieve the strip fabric in the fixed channel. The length 'can be recorded every time the belt fabric is adjusted _ degrees, and the strip fabric 6 can be automatically adjusted to the position known at the time of the next use. Please refer to Fig. 13. In addition, the strip fabric 6 can contain conductive Material 14 (for example, rubber containing conductive material such as graphite) When the length is different, the resistance of the strip fabric 6 is different, and can be set according to the resistance value of the user in an optimum state, so on the strip fabric 6 Measuring the resistance of different lengths (the longer the longer the resistance), it is known that the strip fabric 6 is in the length of the channel, and the rope buckle 5 can be automatically adjusted when the next time it is worn again, so that the strip is in the channel 7 Cloth = length and previously set length - so that the user does not have to re-test the best ribbon cloth. 9 201041531 In the length of channel 7, that is, processor 12 has a dragon library at the same time, please refer to Figure Μ. The number of electrodes 2 in the channel 7 or in the strip fabric 6 is at least one, and there may be more than one channel 7 in one piece of clothing, and each channel 7) has at least one strip-like cloth 6. For the same reason, we can also use other wires such as posture wire, accelerometer, gyroscope, temperature sensor, pressure sensor, tension sensor, blood pressure sensor, cloth sensor, blood oxygen sensor, blood. , the sense of sound _, silk sensor county replaced. [Simple description of the diagram] 〇 The first _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The result of the electrocardiogram of the traditional adjustable smart clothing measurement on the clothing is directly closed; the fourth figure is the electrocardiogram of the existing adjustable smart clothing measurement; the fifth figure is the first preferred embodiment of the present invention A cross-sectional view of the sixth embodiment of the present invention is an electrocardiogram of an adjustable smart type of clothing as shown in the fifth embodiment of the present invention; the second preferred embodiment of the present invention is a schematic view of the second preferred embodiment of the present invention; FIG. 11 is a schematic view of a fiber according to a third preferred embodiment of the present invention; FIG. 11 is a fourth preferred embodiment of the present invention; FIG. 10 is a side view of a pressure sensing device according to a fifth preferred embodiment of the present invention; and FIG. 10 is a schematic view of a motor replacement fitting according to a sixth preferred embodiment of the present invention; Figure 14 is a belt of a seventh preferred embodiment of the present invention Schematic cloth, schematic diagram of conductive material; 201041531 [Main component symbol description] 5: Rope buckle 10: Motor 1: Clothes 2: Electrode 3: Elastomer 4: Connection part 6: Ribbon cloth 7: Channel 8: Track 9: Pressure sensor 11: transmission line 12: processor 13: human body 14: conductive material
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